CN108585414A - Municipal administration sludge treatment is with solidification forming device - Google Patents
Municipal administration sludge treatment is with solidification forming device Download PDFInfo
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- CN108585414A CN108585414A CN201810422936.1A CN201810422936A CN108585414A CN 108585414 A CN108585414 A CN 108585414A CN 201810422936 A CN201810422936 A CN 201810422936A CN 108585414 A CN108585414 A CN 108585414A
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- mud
- shaft
- component
- fixedly connected
- sludge
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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
- C02F11/12—Treatment of sludge; Devices therefor by de-watering, drying or thickening
Abstract
The invention relates to the field of municipal sludge treatment, in particular to a solidification forming device for municipal sludge treatment, which comprises a sludge inlet cylinder assembly, a sludge screening cylinder assembly, a material pumping and feeding cylinder assembly, a solidification forming assembly, a driving assembly and a driving wheel assembly, wherein the lower end of the sludge inlet cylinder assembly is connected with the sludge screening cylinder assembly; the lower end of the screening barrel assembly is connected with the pumping feed barrel assembly; the lower end of the pumping charging barrel assembly is connected with a curing molding assembly; the lower end of the driving component is arranged on the curing molding component, and the driving component is connected with the material pumping and feeding barrel component and the driving wheel component; the transmission wheel assembly is connected to the pumping and feeding material barrel assembly; the driving wheel component is connected with the mud screening barrel component and the mud inlet barrel component. The invention can carry out the treatment processes of crushing, screening, pumping, mixing and the like on the dewatered sludge, and carry out the solidification and molding treatment on the sludge through the solidification and molding assembly arranged in the sludge, and can process the sludge into a rectangular strip-shaped building material, thereby being convenient for recycling.
Description
Technical field
The present invention relates to municipal sludge process fields, more particularly to a kind of municipal sludge processing solidifying and molding device.
Background technology
As the spin-off of sewage, sludge yield is also constantly rising in recent years.Domestic sludge yield in 2015 is 3500
Ten thousand tons, increase by 16% on a year-on-year basis.It is estimated that in terms of municipal sludge, about 10,000 tons of sewage generate 5-8 tons of sludge.According to Tongji University
Environmental Studies Institute is calculated, and China generates municipal sludge of 30,000,000 ton of -4,000 ten thousand tons of moisture content 80% or so every year." 13
During five ", sludge quantity can also increase.The year two thousand twenty is expected, the municipal sludge yield in China is up to 60,000,000 ton -9,000 ten thousand
Ton.
Containing 70% or so organic matter in municipal sludge, cause COD, BOD and ammonia nitrogen excessively high, it will usually using compost,
The modes such as aerobic/anaerobic, burning decompose above-mentioned oxidation operation, but the content of organic matter in China's sludge is relatively low, external
The content of organic matter is 60-70%, and the Chinese content of organic matter is 30-50%, low so as to cause calorific value, it is difficult to support burning；Aerogenesis
The problems such as rate is low, and anaerobic digestion efficiency is low.Sludge is both a kind of Litter of environment, while sludge is also a kind of utilizable
Resource, it is the effective measures that sludge recycles to carry out manufacture building materials using dewatered sludge, but it is existing in the market simultaneously
It is not provided with the solidifying and molding device recycled dedicated for sludge.
Invention content
The object of the present invention is to provide a kind of municipal sludge processing solidifying and molding devices, can effectively solve the prior art
In the reluctant problem of sludge；The present invention provides a kind of curing molding dresses recycled dedicated for municipal sludge
It sets, after being crushed, being sieved to dewatered sludge, pump the treatment process such as mixing, passes through being solidified into for its internal setting
Type component carries out curing molding processing to sludge, and sludge can be processed into rectangular strip building materials, be convenient for recycling；
And the present invention is carried out when being crushed, sieving to dewatered sludge, pump the processing such as mixing using same step drive component
Driving so that coordinate more closely between each road process flow, working process effect is preferable, and curing molding efficiency is higher, and
It can be effective energy saving.
The purpose of the present invention is achieved through the following technical solutions：
Municipal sludge processing solidifying and molding device, including into mud cartridge module, sieve mud cartridge module, pump barrel component, solid
Change molding assembly, drive component and driving pulley assembly, the lower end connection sieve mud cartridge module into mud cartridge module；The sieve mud cylinder
Barrel component is pumped in the lower end connection of component；The lower end connection curing molding component for pumping barrel component；The driving group
The lower end of part is mounted on curing molding component, and barrel component and driving pulley assembly are pumped in drive component connection；The driving wheel
Component, which is connected to, to be pumped on barrel component；Driving pulley assembly connection sieve mud cartridge module and into mud cartridge module.
It is described into mud cartridge module include into mud cylinder ontology, defeated mud bend pipe, into mud tube stent, defeated mud conveyor screw, shaft, pedestal
Plate and defeated mud band driving wheel；The left end into mud cylinder ontology is fixedly connected on mud tube stent, and the lower end into mud tube stent is solid
Surely it is connected on sieve mud cartridge module；The lower end into mud cylinder ontology is connected to and in communication with defeated mud bend pipe；The connection of defeated mud bend pipe is simultaneously
Connection sieve mud cartridge module；The shaft is connected to by the bearing block with bearing on pedestal plate, and pedestal plate is fixed on into mud cylinder
On ontology；The defeated mud conveyor screw is fixedly connected on the lower end of shaft, and defeated mud conveyor screw is arranged into mud cylinder body interior
Between；The top of the shaft is fixedly connected with defeated mud band driving wheel.
The sieve mud cartridge module includes sieving mud cylinder ontology, falling mud cylinder ontology, fall mud pipe, lifting extruding equipped with check valve
Plate, external screw thread axis, rotation screen tray, limited block and limit circular cowling；The lower end of the sieve mud cylinder ontology, which is connected to and in communication with, falls mud
Cylinder ontology, the lower end for falling mud cylinder ontology are connected to and in communication with and fall mud pipe, and the other end for falling mud pipe is connected to and in communication with and pumps barrel component；
The lower end of the external screw thread axis is fixedly connected with rotation screen tray, and rotation screen tray, which is rotatably assorted, is connected to the inside of limit circular cowling, rotation
The upper surface for turning screen tray is bonded with the top surface of limit circular cowling, and the lower face for rotating screen tray is bonded with sieve mud cylinder ontology；The limit
The lower end of position circular cowling is connected by screw on the bottom surface of sieve mud cylinder ontology；It is connected through a screw thread lifting on the external screw thread axis
Stripper plate, lifting stripper plate clearance fit are connected to the upper end of sieve mud cylinder body interior；Lead on the top surface of the sieve mud cylinder ontology
Cross screw connection limited block；The lower end of the defeated mud bend pipe passes through lifting stripper plate, and the lower end of defeated mud bend pipe is inserted into sieve mud
The lower end of cylinder body interior；The lower end into mud tube stent is fixedly connected on sieve mud cylinder ontology；On the rotation screen tray
The even multiple round sieves of setting.
It is described to pump the rectangle that barrel component includes right side hollow out and pump hopper, pull plate, pull threaded rod, lagging
With the feed pipe equipped with check valve；The left end that the rectangle pumps hopper is connected to and in communication with and falls mud pipe；The rectangle pumps hopper
The left end of bottom surface be connected to and in communication with feed pipe, the lower end of feed pipe is connected to and in communication with curing molding component；The pull plate is slided
Dynamic to be connected on the medial surface that rectangle pumps hopper, pull plate is threadedly attached on pull threaded rod, pull screw thread
The left end of bar is connected through a screw thread position-arresting disk, and the right end of pull threaded rod is connected to lagging by the bearing block with bearing
On, lagging is fixedly connected on the right end that rectangle pumps hopper；The right end of the pull threaded rod connects drive component.
The curing molding component includes shaping box, sliding chamber door, electric boiling plate, molding positioning plate, Rectangular Spring bar, pressure
Contracting spring and spring seat board；The right end of the top surface of the shaping box is connected to and in communication with the lower end of feed pipe；The right side of the shaping box
End is equipped with rectangle sliding slot, the inside sliding connection sliding chamber door of rectangle sliding slot；The leading flank of the shaping box, trailing flank and
Electric boiling plate is all fixedly connected on bottom surface；The molding positioning plate sliding connection is in the inside of shaping box；The molding
The left end of positioning plate is fixedly connected with Rectangular Spring bar, and the right end of Rectangular Spring bar is slidably connected in the left side of shaping box
On, the left end of Rectangular Spring bar is fixedly connected with spring seat board, and compressed spring, the both ends point of compressed spring are cased on Rectangular Spring bar
It is not fixedly connected on spring seat board and shaping box；The molding positioning plate is arranged in the left side of feed pipe.
The driving component includes driving motor, worm screw and motor seat board；The driving motor is connected by motor seat board
On shaping box；The upper end of the motor seat board is supported on rectangle and pumps on the bottom surface of hopper；The drive shaft of the driving motor
By the right end of shaft coupling connecting worm, the left end of worm screw is fixedly connected with pull threaded rod；The worm screw connects driving pulley assembly.
The driving pulley assembly includes worm gear, universal driving shaft, driving wheel, follower, passive wheel shaft, the first frame plate, the second frame
Plate, drive bevel gear, dynamic bevel gear, gear shaft, third frame plate, the first sprocket wheel, the second sprocket wheel, sprocket shaft and coupled wheel；Institute
The lower end engagement connecting worm of worm gear is stated, worm gear is fixedly connected on one end of universal driving shaft, and universal driving shaft, which is rotatably assorted, is connected to first
On frame plate, the first frame plate is fixedly connected on rectangle and pumps on hopper, and the other end of universal driving shaft is fixedly connected with driving wheel, and driving wheel is logical
Belt connection follower is crossed, follower is connected to one end of passive wheel shaft, and follower shaft rotation is dynamic to be connected on the second frame plate,
The other end of passive wheel shaft is fixedly connected with drive bevel gear, and the second frame plate is connected to rectangle and pumps on hopper, and drive bevel gear is nibbled
Connection dynamic bevel gear is closed, dynamic bevel gear is fixedly connected on the lower end of gear shaft, and the upper end of gear shaft, which is rotatably assorted, to be connected to
On third frame plate, the lower end of third frame plate is fixedly connected on rectangle and pumps on hopper, and the upper end of gear shaft is fixedly connected with the first chain
Wheel, the first sprocket wheel connect the second sprocket wheel by chain, and the second sprocket wheel is fixedly connected on sprocket shaft, and the upper end of sprocket shaft, which is fixed, to be connected
Coupled wheel is connect, coupled wheel connects defeated mud band driving wheel by belt；The lower end of the sprocket shaft is fixedly connected with external screw thread axis.
The top and bottom of the right side of the molding positioning plate are respectively fixedly connected with one piece of alloy scraper plate, and the thickness of scraper plate is not
More than 0.2cm.
Beneficial effects of the present invention：A kind of municipal sludge processing solidifying and molding device of the present invention, can effectively solve
The reluctant problem of sludge in the prior art；The present invention provides a kind of solidifications recycled dedicated for municipal sludge
Molding machine passes through its internal setting after being crushed, being sieved to dewatered sludge, pump the treatment process such as mixing
Curing molding component carries out curing molding processing to sludge, and sludge can be processed into rectangular strip building materials, be convenient for back
It receives and utilizes；And the present invention uses same step driving group when being crushed, sieving to dewatered sludge, pump the processing such as mixing
Part is driven so that coordinate more closely between each road process flow, working process effect is preferable, curing molding efficiency compared with
Height, and can be effective energy saving.
Description of the drawings
Fig. 1 is the overall structure diagram one of the present invention；
Fig. 2 is the overall structure diagram two of the present invention；
Fig. 3 is the structural schematic diagram into mud cartridge module inside the present invention；
Fig. 4 is the partial structural diagram into mud cartridge module inside the present invention；
Fig. 5 is the structural schematic diagram of the sieve mud cartridge module inside the present invention；
Fig. 6 is the schematic cross-sectional view of the sieve mud cartridge module inside the present invention；
Fig. 7 is the structural schematic diagram one for pumping barrel component inside the present invention；
Fig. 8 is the structural schematic diagram two for pumping barrel component inside the present invention；
Fig. 9 is the structural schematic diagram of the curing molding component inside the present invention；
Figure 10 is the partial structural diagram of the curing molding component inside the present invention；
Figure 11 is the structural schematic diagram of the molding positioning plate inside the present invention；
Figure 12 is the structural schematic diagram of the drive component inside the present invention；
Figure 13 is the structural schematic diagram one of the driving pulley assembly inside the present invention；
Figure 14 is the structural schematic diagram two of the driving pulley assembly inside the present invention.
In figure：Into mud cartridge module 1；Into mud cylinder ontology 1-1；Defeated mud bend pipe 1-2；Into mud tube stent 1-3；Defeated mud conveyor screw 1-
4；Shaft 1-5；Pedestal plate 1-6；Defeated mud band driving wheel 1-7；Sieve mud cartridge module 2；Sieve mud cylinder ontology 2-1；Fall mud cylinder ontology 2-2；It falls
Mud pipe 2-3；Lift stripper plate 2-4；External screw thread axis 2-5；Rotate screen tray 2-6；Limited block 2-7；Limit circular cowling 2-8；It pumps
Barrel component 3；Rectangle pumps hopper 3-1；Pull plate 3-2；Pull threaded rod 3-3；Lagging 3-4；Feed pipe 3-5；It is solidified into
Type component 4；Shaping box 4-1；Slide chamber door 4-2；Electric boiling plate 4-3；It is molded positioning plate 4-4；Rectangular Spring bar 4-5；Compress bullet
Spring 4-6；Spring seat board 4-7；Drive component 5；Driving motor 5-1；Worm screw 5-2；Motor seat board 5-3；Driving pulley assembly 6；Worm gear
6-1；Universal driving shaft 6-2；Driving wheel 6-3；Follower 6-4；Passive wheel shaft 6-5；First frame plate 6-6；Second frame plate 6-7；Transmission cone
Gear 6-8；Dynamic bevel gear 6-9；Gear shaft 6-10；Third frame plate 6-11；First sprocket wheel 6-12；Second sprocket wheel 6-13；Sprocket wheel
Axis 6-14；Coupled wheel 6-15.
Specific implementation mode
Invention is further described in detail by 1-14 below in conjunction with the accompanying drawings.
Specific implementation mode one：
As represented in figures 1 through 14, municipal sludge processing solidifying and molding device, including into mud cartridge module 1, sieve mud cartridge module 2,
Barrel component 3, curing molding component 4, drive component 5 and driving pulley assembly 6 are pumped, the lower end into mud cartridge module 1 connects
Sieve mud cartridge module 2；Barrel component 3 is pumped in the lower end connection of the sieve mud cartridge module 2；The lower end for pumping barrel component 3 connects
Connect curing molding component 4；The lower end of the driving component 5 is mounted on curing molding component 4, and material is pumped in the connection of drive component 5
Cartridge module 3 and driving pulley assembly 6；The driving pulley assembly 6, which is connected to, to be pumped on barrel component 3；The driving pulley assembly 6 connects
Sieve mud cartridge module 2 and into mud cartridge module 1.A kind of municipal sludge processing solidifying and molding device of the present invention, when in use, first
It will put into the inside into mud cartridge module 1 through dewatered sludge, drive component 5 is then connected to power supply and is switched by controlling
It opens, barrel component 3 is pumped in the drive of drive component 5 and driving pulley assembly 6 works, and driving pulley assembly 6 drives sieve mud cylinder group
Part 2 and synchronize work into mud cartridge module 1, sludge enter into mud cartridge module 1 be stirred it is broken after, through into mud cartridge module
1 is squeezed into the inside of sieve mud cartridge module 2, and sludge carries out squeezing sieving processing after entering to the inside for sieving mud cartridge module 2, makes
Obtaining the fineness of sludge reduces, and then sludge enters to the inside for pumping barrel component 3, and sludge is in the inside for pumping barrel component 3
Take out the inside progress curing molding processing for entering to curing molding component 4 after pressure mixes, obtains rectangular strip building materials.
Specific implementation mode two：
As represented in figures 1 through 14, it is described into mud cartridge module 1 include into mud cylinder ontology 1-1, defeated mud bend pipe 1-2, into mud tube stent
1-3, defeated mud conveyor screw 1-4, shaft 1-5, pedestal plate 1-6 and defeated mud band driving wheel 1-7；It is described into mud cylinder ontology 1-1 be connected into
On mud tube stent 1-3, it is fixedly connected on sieve mud cartridge module 2 into the lower end of mud tube stent 1-3；It is described into mud cylinder ontology 1-1's
Lower end is connected to and in communication with defeated mud bend pipe 1-2；Defeated mud bend pipe 1-2 is connected to and in communication with sieve mud cartridge module 2；The shaft 1-5 is connected to
On pedestal plate 1-6, pedestal plate 1-6 is fixed on mud cylinder ontology 1-1；The defeated mud conveyor screw 1-4 is connected under shaft 1-5
End, defeated mud conveyor screw 1-4 are arranged into the centre inside mud cylinder ontology 1-1；The top of the shaft 1-5 is fixedly connected with defeated mud band
Driving wheel 1-7.It is described into mud cartridge module 1 when in use, defeated mud is rotated with driving wheel 1-7 under the drive of driving pulley assembly 6, defeated
Shaft 1-5 is driven to be rotated when mud band driving wheel 1-7 rotations, shaft 1-5 drives defeated mud conveyor screw 1-4 to be rotated when rotating,
The stirring break process to sludge and extruding transport process appropriate may be implemented when defeated mud conveyor screw 1-4 rotations, by sludge
The inside for being delivered to sieve mud cartridge module 2 carries out subsequent processing work.
Specific implementation mode three：
As represented in figures 1 through 14, the sieve mud cartridge module 2 includes sieve mud cylinder ontology 2-1, falls mud cylinder ontology 2-2, is equipped with unidirectionally
Valve falls mud pipe 2-3, lifting stripper plate 2-4, external screw thread axis 2-5, rotation screen tray 2-6, limited block 2-7 and limit circular cowling 2-
8；The lower end of the sieve mud cylinder ontology 2-1, which is connected to and in communication with, falls mud cylinder ontology 2-2, and the lower end for falling mud cylinder ontology 2-2 connects and connects
Logical to fall mud pipe 2-3, the other end for falling mud pipe 2-3 is connected to and in communication with and pumps barrel component 3；The lower end of the external screw thread axis 2-5 is solid
Fixed connection rotation screen tray 2-6, rotation screen tray 2-6, which are rotatably assorted, is connected to the inside of limit circular cowling 2-8, rotation screen tray 2-6's
Upper surface is bonded with the top surface of limit circular cowling 2-8, and the lower face of rotation screen tray 2-6 is bonded with sieve mud cylinder ontology 2-1；The limit
The lower end of position circular cowling 2-8 is connected by screw on the bottom surface of sieve mud cylinder ontology 2-1；Pass through spiral shell on the external screw thread axis 2-5
Line connection lifting stripper plate 2-4, lifting stripper plate 2-4 clearance fits are connected to the upper end inside sieve mud cylinder ontology 2-1；The sieve
It is connected by screw limited block 2-7 on the top surface of mud cylinder ontology 2-1；The lower end of the defeated mud bend pipe 1-2 passes through lifting to squeeze
The lower end of plate 2-4, defeated mud bend pipe 1-2 are inserted into the lower end inside sieve mud cylinder ontology 2-1；The lower end into mud tube stent 1-3
It is fixedly connected on sieve mud cylinder ontology 2-1；It is uniformly arranged multiple round sieves on the rotation screen tray 2-6.The sieve mud cylinder group
When in use, external screw thread axis 2-5 carries out shuttle rotating clockwise and counterclockwise turning under the drive of driving pulley assembly 6 part 2
Dynamic, whens external screw thread axis 2-5 reciprocating rotations, drives lifting stripper plate 2-4 to carry out shuttle oscilaltion campaign, to realize
Sludge inside sieve mud cylinder ontology 2-1 is squeezed so that sludge is delivered to by rotation screen tray 2-6 and falls mud cylinder ontology 2-2
Inside, and enter to by the mud pipe 2-3 that falls equipped with check valve and pump the inside of barrel component 3, the rotation screen tray 2-6 can
To be rotated under the drive of outer thread spindle 2-5, rotation screen tray 2-6 can improve the extruding transfer efficiency of sludge when rotating,
Rotation screen tray 2-6 is also possible to prevent to block；The setting for falling check valve on mud pipe 2-3, can effectively prevent sludge reflux.
Specific implementation mode four：
As represented in figures 1 through 14, the rectangle of the barrel component 3 including right side hollow out of pumping pumps hopper 3-1, pull plate
3-2, pull threaded rod 3-3, lagging 3-4 and the feed pipe 3-5 equipped with check valve；The rectangle pumps the left end of hopper 3-1
It is connected to and in communication with and falls mud pipe 2-3；The left end that the rectangle pumps the bottom surface of hopper 3-1 is connected to and in communication with feed pipe 3-5, feed pipe
The lower end of 3-5 is connected to and in communication with curing molding component 4；The pull plate 3-2 sliding connections pump hopper 3-1's in rectangle
On medial surface, pull plate 3-2 is threadedly attached on pull threaded rod 3-3, and the left end of pull threaded rod 3-3 is connected by screw thread
Position-arresting disk is connect, the right end of pull threaded rod 3-3 is connected to by the bearing block with bearing on lagging 3-4, and lagging 3-4 is solid
Surely it is connected to the right end that rectangle pumps hopper 3-1；The right end of the pull threaded rod 3-3 connects drive component 5.It is described to pump material
When in use, pull threaded rod 3-3 carries out shuttle rotation, pull threaded rod 3- to cartridge module 3 under the drive of drive component 5
3 carry out the reciprocating motion for driving pull plate 3-2 to carry out horizontal direction when shuttle rotation, realize and handle the pumping pressure of sludge,
When the inside that sludge pumps hopper 3-1 in rectangle carries out taking out pressure processing, convenient for improving the mixed effect of sludge, sludge is improved solid
The quality of the building materials produced when chemical conversion type is entered in sludge after rectangle pumps hopper 3-1, and pull plate 3-2 is by sludge by setting
There is the feed pipe 3-5 of check valve to be pressed into the inside of curing molding component 4, at this point, the check valve fallen on mud pipe 2-3 prevents sludge
It is back to and falls mud pipe 2-3, the inside that sludge may only enter to curing molding component 4 by feed pipe 3-5 is processed.
Specific implementation mode five：
As represented in figures 1 through 14, the curing molding component 4 include shaping box 4-1, sliding chamber door 4-2, electric boiling plate 4-3,
It is molded positioning plate 4-4, Rectangular Spring bar 4-5, compressed spring 4-6 and spring seat board 4-7；The right side of the top surface of the shaping box 4-1
End is connected to and in communication with the lower end of feed pipe 3-5；The right end of the shaping box 4-1 is equipped with rectangle sliding slot, the interior sideslip of rectangle sliding slot
The dynamic sliding chamber door 4-2 that is connected；It is all fixedly connected with electrical heating on the leading flank of the shaping box 4-1, trailing flank and bottom surface
Plate 4-3；The molding positioning plate 4-4 sliding connections are in the inside of shaping box 4-1；The left end of the molding positioning plate 4-4
It is fixedly connected with Rectangular Spring bar 4-5, the right end of Rectangular Spring bar 4-5 is slidably connected on the left side of shaping box 4-1, square
The left end of shape spring lever 4-5 is fixedly connected with spring seat board 4-7, and compressed spring 4-6, compressed spring are cased on Rectangular Spring bar 4-5
The both ends of 4-6 are respectively fixedly connected on spring seat board 4-7 and shaping box 4-1；The molding positioning plate 4-4 is arranged in feed pipe
The left side of 3-5.The curing molding component 4 when in use, after sludge enters to the inside of shaping box 4-1 by feed pipe 3-5,
Molding positioning plate 4-4 inside shaping box 4-1 is squeezed, by adjusting to the sludge of shaping box 4-1 delivered inside sludge
The volume of the building materials to adjust curing molding is measured, electric boiling plate 4-3 is then connected to power supply and is opened by controlling switch, electricity adds
Hot plate 4-3 carries out desiccation forming processes to sludge, after desiccation, opens sliding chamber door 4-2, sludge building material is compressed spring 4-6's
Elastic force pushes lower discharge shaping box 4-1, in elastic force deficiency, can pass through manual push the spring seat board 4-7 and carry out secondary discharge.
Specific implementation mode six：
As represented in figures 1 through 14, the driving component 5 includes driving motor 5-1, worm screw 5-2 and motor seat board 5-3；The drive
Dynamic motor 5-1 is connected to by motor seat board 5-3 on shaping box 4-1；The upper end of the motor seat board 5-3 is supported on rectangle and pumps
On the bottom surface of hopper 3-1；The drive shaft of the driving motor 5-1 by the right end of shaft coupling connecting worm 5-2, worm screw 5-2's
Left end is fixedly connected with pull threaded rod 3-3；The worm screw 5-2 connections driving pulley assembly 6.The driving component 5 when in use, is driven
After dynamic motor 5-1 is connected to power supply and is opened by control switch, driving motor 5-1 drives worm screw 5-2 to be turned by drive shaft
It is dynamic, the 3-3 rotations of pull threaded rod are driven when worm screw 5-2 is rotated；Driving pulley assembly 6 is driven to work when worm screw 5-2 rotations.
The driving pulley assembly 6 include worm gear 6-1, universal driving shaft 6-2, driving wheel 6-3, follower 6-4, passive wheel shaft 6-5,
First frame plate 6-6, the second frame plate 6-7, drive bevel gear 6-8, dynamic bevel gear 6-9, gear shaft 6-10, third frame plate 6-11,
First sprocket wheel 6-12, the second sprocket wheel 6-13, sprocket shaft 6-14 and coupled wheel 6-15；The lower end engagement connection snail of the worm gear 6-1
Bar 5-2, worm gear 6-1 are fixedly connected on one end of universal driving shaft 6-2, and universal driving shaft 6-2, which is rotatably assorted, to be connected on the first frame plate 6-6,
First frame plate 6-6 is fixedly connected on rectangle and pumps on hopper 3-1, and the other end of universal driving shaft 6-2 is fixedly connected with driving wheel 6-3, passes
Driving wheel 6-3 connects follower 6-4 by belt, and follower 6-4 is connected to one end of passive wheel shaft 6-5, passive wheel shaft 6-5 rotations
It is connected on the second frame plate 6-7, the other end of passive wheel shaft 6-5 is fixedly connected with drive bevel gear 6-8, the second frame plate 6-7
It is connected to rectangle to pump on hopper 3-1, drive bevel gear 6-8 engagements connect dynamic bevel gear 6-9, and dynamic bevel gear 6-9 is fixed
It is connected to the lower end of gear shaft 6-10, the upper end of gear shaft 6-10, which is rotatably assorted, to be connected on third frame plate 6-11, third frame plate
The lower end of 6-11 is fixedly connected on rectangle and pumps on hopper 3-1, and the upper end of gear shaft 6-10 is fixedly connected with the first sprocket wheel 6-12, the
One sprocket wheel 6-12 is fixedly connected on by chain the second sprocket wheel of connection 6-13, the second sprocket wheel 6-13 on sprocket shaft 6-14, sprocket shaft
The upper end of 6-14 is fixedly connected with coupled wheel 6-15, and coupled wheel 6-15 connects defeated mud band driving wheel 1-7 by belt；The sprocket shaft 6-
14 lower end is fixedly connected with external screw thread axis 2-5.Worm gear 6-1 is driven to be rotated when the worm screw 5-2 rotations, worm gear 6-1 rotations
When drive universal driving shaft 6-2 and driving wheel 6-3 to be rotated, when driving wheel 6-3 rotation, drives follower 6-4 to be rotated, passively
It drives drive bevel gear 6-8 to be rotated when wheel 6-4 rotations, drives dynamic bevel gear 6-9 to carry out when drive bevel gear 6-8 is rotated
Rotation, band movable gear shaft 6-10 and the first sprocket wheel 6-12 is rotated when dynamic bevel gear 6-9 is rotated, the first sprocket wheel 6-12 rotations
When drive the second sprocket wheel 6-13 to be rotated, when the second sprocket wheel 6-13 rotation, drives sprocket shaft 6-14 and coupled wheel 6-15 to be turned
It is dynamic, drive external screw thread axis 2-5 to be rotated when sprocket shaft 6-14 is rotated, coupled wheel 6-15 drives defeated mud band driving wheel 1-7 to be turned
It is dynamic.
The upper and lower ends of the right sides molding positioning plate 4-4 are all equipped with alloy scraper plate, and the thickness of alloy scraper plate is
0.2cm.The molding positioning plate 4-4 when in use, can carry out spatula by alloy scraper plate to the building materials of curing molding, can be with
Improve the efficiency of the release to the building materials of curing molding.
A kind of municipal sludge processing solidifying and molding device of the present invention, its working principle is that：It when in use, first will be through
Dewatered sludge is put into the inside into mud cartridge module 1, and drive component 5 is then connected to power supply and is opened by control
It opens, barrel component 3 is pumped in the drive of drive component 5 and driving pulley assembly 6 works, and driving pulley assembly 6 drives sieve mud cartridge module 2
Synchronize work with into mud cartridge module 1, sludge enter into mud cartridge module 1 be stirred it is broken after, through being squeezed into mud cartridge module 1
Pressure enters to the inside of sieve mud cartridge module 2, and sludge carries out squeezing sieving processing after entering to the inside for sieving mud cartridge module 2 so that
The fineness of sludge reduces, and then sludge enters to the inside for pumping barrel component 3, sludge the inside for pumping barrel component 3 into
Row takes out the inside progress curing molding processing that curing molding component 4 is entered to after pressure mixes, and obtains rectangular strip building materials；It is described into
When in use, defeated mud is rotated with driving wheel 1-7 under the drive of driving pulley assembly 6 mud cartridge module 1, and defeated mud band driving wheel 1-7 turns
Shaft 1-5 is driven to be rotated when dynamic, shaft 1-5 drives defeated mud conveyor screw 1-4 to be rotated when rotating, defeated mud conveyor screw 1-4
The stirring break process to sludge and extruding transport process appropriate may be implemented when rotation, sludge is delivered to sieve mud cylinder group
The inside of part 2 carries out subsequent processing work；When in use, external screw thread axis 2-5 is in driving pulley assembly 6 for the sieve mud cartridge module 2
Drive under carry out it is shuttle rotate clockwise and rotate counterclockwise, whens external screw thread axis 2-5 reciprocating rotations, drives lifting to squeeze
Pressing plate 2-4 carries out shuttle oscilaltion campaign, squeezes the sludge inside sieve mud cylinder ontology 2-1, makes to realize
Sludge is delivered to by rotating screen tray 2-6 and falls the inside of mud cylinder ontology 2-2, and by equipped with check valve fall mud pipe 2-3 into
Enter to the inside for pumping barrel component 3, the rotation screen tray 2-6 can be rotated under the drive of outer thread spindle 2-5, rotation
The extruding transfer efficiency that sludge can be improved when screen tray 2-6 rotations is also possible to prevent rotation screen tray 2-6 and blocks；It falls on mud pipe 2-3
The setting of check valve can effectively prevent sludge reflux；Described to pump barrel component 3 when in use, pull threaded rod 3-3 is driving
Shuttle rotation is carried out under the drive of dynamic component 5, pull threaded rod 3-3 carries out driving pull plate 3-2 when shuttle rotation
The reciprocating motion of horizontal direction is carried out, realizes and the pumping pressure of sludge is handled, the inside that sludge pumps hopper 3-1 in rectangle is taken out
When pressure processing, convenient for improving the mixed effect of sludge, improve the quality of building materials that sludge is produced in curing molding, sludge into
Enter after pumping hopper 3-1 to rectangle, sludge is pressed by the feed pipe 3-5 equipped with check valve to curing molding by pull plate 3-2
The inside of component 4, at this point, the check valve fallen on mud pipe 2-3 prevent sludge reflux to fall mud pipe 2-3, sludge may only be by giving
The inside that expects pipe 3-5 enters to curing molding component 4 is processed；When in use, sludge is logical for the curing molding component 4
It crosses after feed pipe 3-5 enters to the inside of shaping box 4-1, the molding positioning plate 4-4 inside shaping box 4-1 is squeezed, is led to
Sludge quantity of the adjustment to shaping box 4-1 delivered inside sludge is crossed to adjust the volume of the building materials of curing molding, then by electrical heating
Plate 4-3 connection power supplys are simultaneously opened by controlling switch, and electric boiling plate 4-3 carries out desiccation forming processes to sludge, after desiccation, opens
Chamber door 4-2 is slided, discharge shaping box 4-1 can in elastic force deficiency under sludge building material pushes under the elastic force of compressed spring 4-6
To carry out secondary discharge by manual push the spring seat board 4-7；When in use, driving motor 5-1 connections are electric for the driving component 5
Source and after being opened by controlling switch, driving motor 5-1 drives worm screw 5-2 to be rotated by drive shaft, when worm screw 5-2 rotation
Drive the 3-3 rotations of pull threaded rod；Driving pulley assembly 6 is driven to work when worm screw 5-2 rotations；When the worm screw 5-2 rotations
It drives worm gear 6-1 to be rotated, drives universal driving shaft 6-2 and driving wheel 6-3 to be rotated when worm gear 6-1 is rotated, driving wheel 6-3 turns
It drives follower 6-4 to be rotated when dynamic, drives drive bevel gear 6-8 to be rotated when follower 6-4 is rotated, drive bevel gear
Dynamic bevel gear 6-9 is driven to be rotated when 6-8 is rotated, band movable gear shaft 6-10 and the first chain when dynamic bevel gear 6-9 is rotated
Wheel 6-12 is rotated, and the first sprocket wheel 6-12 drives the second sprocket wheel 6-13 to be rotated when rotating, when the second sprocket wheel 6-13 is rotated
It drives sprocket shaft 6-14 and coupled wheel 6-15 to be rotated, drives external screw thread axis 2-5 to be rotated when sprocket shaft 6-14 is rotated, join
Driving wheel 6-15 drives defeated mud band driving wheel 1-7 to be rotated.
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 in the essential scope of the present invention also belong to the guarantor of the present invention
Protect range.
Claims (8)
1. municipal sludge processing solidifying and molding device, including into mud cartridge module (1), sieve mud cartridge module (2), pump barrel component
(3), curing molding component (4), drive component (5) and driving pulley assembly (6), it is characterised in that：It is described into mud cartridge module (1)
Lower end connection sieve mud cartridge module (2)；Barrel component (3) is pumped in the lower end connection of the sieve mud cartridge module (2)；It is described to pump barrel
The lower end connection curing molding component (4) of component (3)；The lower end of the driving component (5) is mounted on curing molding component (4)
On, barrel component (3) and driving pulley assembly (6) are pumped in drive component (5) connection；The driving pulley assembly (6), which is connected to, pumps
On barrel component (3)；The driving pulley assembly (6) connection sieve mud cartridge module (2) and into mud cartridge module (1).
2. municipal sludge processing solidifying and molding device according to claim 1, it is characterised in that：It is described into mud cartridge module
(1) include into mud cylinder ontology (1-1), defeated mud bend pipe (1-2), into mud tube stent (1-3), defeated mud conveyor screw (1-4), shaft (1-
5), pedestal plate (1-6) and defeated mud band driving wheel (1-7)；It is described to be connected into mud cylinder ontology (1-1) on mud tube stent (1-3), into
The lower end of mud tube stent (1-3) is fixedly connected on sieve mud cartridge module (2)；The lower end connection into mud cylinder ontology (1-1) is simultaneously
It is connected to defeated mud bend pipe (1-2)；Defeated mud bend pipe (1-2) is connected to and in communication with sieve mud cartridge module (2)；The shaft (1-5) is connected to axis
On frame plate (1-6), pedestal plate (1-6) is fixed on mud cylinder ontology (1-1)；The defeated mud conveyor screw (1-4) is connected to shaft
The lower end of (1-5), defeated mud conveyor screw (1-4) setting is in the centre into mud cylinder ontology (1-1) inside；The top of the shaft (1-5)
End is fixedly connected with defeated mud band driving wheel (1-7).
3. municipal sludge processing solidifying and molding device according to claim 2, it is characterised in that：The sieve mud cartridge module
(2) include sieve mud cylinder ontology (2-1), fall mud cylinder ontology (2-2), fall mud pipe (2-3), lifting stripper plate (2- equipped with check valve
4), external screw thread axis (2-5), rotation screen tray (2-6), limited block (2-7) and limit circular cowling (2-8)；The sieve mud cylinder ontology
The lower end of (2-1), which is connected to and in communication with, falls mud cylinder ontology (2-2), and the lower end for falling mud cylinder ontology (2-2) is connected to and in communication with and falls mud pipe (2-
3) other end for, falling mud pipe (2-3) is connected to and in communication with and pumps barrel component (3)；The lower end of the external screw thread axis (2-5), which is fixed, to be connected
Rotation screen tray (2-6) is connect, rotation screen tray (2-6), which is rotatably assorted, is connected to the inside of limit circular cowling (2-8), rotation screen tray (2-
6) upper surface is bonded with the top surface of limit circular cowling (2-8), lower face and the sieve mud cylinder ontology (2-1) of rotation screen tray (2-6)
Fitting；The lower end of the limit circular cowling (2-8) is connected by screw on the bottom surface of sieve mud cylinder ontology (2-1)；The outer spiral shell
Lifting stripper plate (2-4) is connected through a screw thread on line axis (2-5), lifting stripper plate (2-4) clearance fit is connected to sieve mud cylinder sheet
The internal upper end of body (2-1)；It is connected by screw limited block (2-7) on the top surface of the sieve mud cylinder ontology (2-1)；It is described defeated
The lower end of mud bend pipe (1-2) passes through lifting stripper plate (2-4), the lower end of defeated mud bend pipe (1-2) to be inserted into sieve mud cylinder ontology (2-1)
Internal lower end；The lower end into mud tube stent (1-3) is fixedly connected on sieve mud cylinder ontology (2-1)；The rotation screen tray
Multiple round sieves are uniformly arranged on (2-6).
4. municipal sludge processing solidifying and molding device according to claim 3, it is characterised in that：It is described to pump barrel group
Part (3) includes that the rectangle of right side hollow out pumps hopper (3-1), pull plate (3-2), pull threaded rod (3-3), lagging (3-
And the feed pipe equipped with check valve (3-5) 4)；The left end that the rectangle pumps hopper (3-1) is connected to and in communication with and falls mud pipe (2-3)；
The left end that the rectangle pumps the bottom surface of hopper (3-1) is connected to and in communication with feed pipe (3-5), the lower end connection of feed pipe (3-5)
And it is connected to curing molding component (4)；The medial surface of hopper (3-1) is pumped in pull plate (3-2) sliding connection in rectangle
On, pull plate (3-2) is threadedly attached on pull threaded rod (3-3), and the left end of pull threaded rod (3-3) is connected by screw thread
Position-arresting disk is connect, the right end of pull threaded rod (3-3) is connected to by the bearing block with bearing on lagging (3-4), lagging
(3-4) is fixedly connected on the right end that rectangle pumps hopper (3-1)；The right end of the pull threaded rod (3-3) connects drive component
(5)。
5. municipal sludge processing solidifying and molding device according to claim 4, it is characterised in that：The curing molding group
Part (4) includes shaping box (4-1), sliding chamber door (4-2), electric boiling plate (4-3), molding positioning plate (4-4), Rectangular Spring bar
(4-5), compressed spring (4-6) and spring seat board (4-7)；The right end of the top surface of the shaping box (4-1) is connected to and in communication with feeding
Manage the lower end of (3-5)；The right end of the shaping box (4-1) is equipped with rectangle sliding slot, and the inside sliding connection of rectangle sliding slot is slided
Dynamic chamber door (4-2)；It is all fixedly connected with electric boiling plate (4-3) on the leading flank of the shaping box (4-1), trailing flank and bottom surface；
Molding positioning plate (4-4) sliding connection is in the inside of shaping box (4-1)；The left end of the molding positioning plate (4-4)
It is fixedly connected with Rectangular Spring bar (4-5), the right end of Rectangular Spring bar (4-5) is slidably connected in the left side of shaping box (4-1)
On face, the left end of Rectangular Spring bar (4-5) is fixedly connected with spring seat board (4-7), and compressed spring is cased on Rectangular Spring bar (4-5)
The both ends of (4-6), compressed spring (4-6) are respectively fixedly connected on spring seat board (4-7) and shaping box (4-1)；The molding
Positioning plate (4-4) is arranged in the left side of feed pipe (3-5).
6. municipal sludge processing solidifying and molding device according to claim 5, it is characterised in that：The driving component
(5) include driving motor (5-1), worm screw (5-2) and motor seat board (5-3)；The driving motor (5-1) passes through motor seat board
(5-3) is connected on shaping box (4-1)；The upper end of the motor seat board (5-3) is supported on the bottom surface that rectangle pumps hopper (3-1)
On；The drive shaft of the driving motor (5-1) is fixed by the right end of shaft coupling connecting worm (5-2), the left end of worm screw (5-2)
Connect pull threaded rod (3-3)；Worm screw (5-2) the connection driving pulley assembly (6).
7. municipal sludge processing solidifying and molding device according to claim 6, it is characterised in that：The driving pulley assembly
(6) include worm gear (6-1), universal driving shaft (6-2), driving wheel (6-3), follower (6-4), passive wheel shaft (6-5), the first frame plate
(6-6), the second frame plate (6-7), drive bevel gear (6-8), dynamic bevel gear (6-9), gear shaft (6-10), third frame plate (6-
11), the first sprocket wheel (6-12), the second sprocket wheel (6-13), sprocket shaft (6-14) and coupled wheel (6-15)；The worm gear (6-1)
Connecting worm (5-2) is engaged in lower end, and worm gear (6-1) is fixedly connected on one end of universal driving shaft (6-2), and universal driving shaft (6-2) rotation is matched
Conjunction is connected on the first frame plate (6-6), and the first frame plate (6-6) is fixedly connected on rectangle and pumps on hopper (3-1), universal driving shaft (6-
2) the other end is fixedly connected with driving wheel (6-3), and driving wheel (6-3) connects follower (6-4), follower (6-4) by belt
It is connected to one end of passive wheel shaft (6-5), passive wheel shaft (6-5), which is rotatably assorted, to be connected on the second frame plate (6-7), passive wheel shaft
The other end of (6-5) is fixedly connected with drive bevel gear (6-8), and the second frame plate (6-7) is connected to rectangle and pumps on hopper (3-1),
Drive bevel gear (6-8) engagement connection dynamic bevel gear (6-9), dynamic bevel gear (6-9) are fixedly connected on gear shaft (6-10)
Lower end, the upper end of gear shaft (6-10), which is rotatably assorted, to be connected on third frame plate (6-11), the lower end of third frame plate (6-11)
It is fixedly connected on rectangle to pump on hopper (3-1), the upper end of gear shaft (6-10) is fixedly connected with the first sprocket wheel (6-12), the first chain
It takes turns (6-12) and the second sprocket wheel (6-13) is connected by chain, the second sprocket wheel (6-13) is fixedly connected on sprocket shaft (6-14), chain
The upper end of wheel shaft (6-14) is fixedly connected with coupled wheel (6-15), and coupled wheel (6-15) connects defeated mud band driving wheel (1-7) by belt；
The lower end of the sprocket shaft (6-14) is fixedly connected with external screw thread axis (2-5).
8. municipal sludge processing solidifying and molding device according to claim 5, it is characterised in that：The molding positioning plate
The upper and lower ends of the right side (4-4) are all equipped with alloy scraper plate, and the thickness of alloy scraper plate is 0.2cm.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810422936.1A CN108585414B (en) | 2018-05-05 | 2018-05-05 | Municipal administration sludge treatment is with solidification forming device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810422936.1A CN108585414B (en) | 2018-05-05 | 2018-05-05 | Municipal administration sludge treatment is with solidification forming device |
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| CN108585414B CN108585414B (en) | 2020-04-24 |
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| CN201810422936.1A Active CN108585414B (en) | 2018-05-05 | 2018-05-05 | Municipal administration sludge treatment is with solidification forming device |
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| CN109179954A (en) * | 2018-10-23 | 2019-01-11 | 乔晓雪 | A kind of sludge treatment equipment |
| CN113754222A (en) * | 2021-09-26 | 2021-12-07 | 刘艳云 | Treatment facility for drying sludge for multiple times based on environmental protection |
| CN117645398A (en) * | 2024-01-30 | 2024-03-05 | 天津锐创环保工程有限公司 | Sludge airing and dewatering device capable of being uniformly paved |
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| CN205635298U (en) * | 2016-02-01 | 2016-10-12 | 山西澳科特环境工程有限公司 | Municipal administration sludge processing apparatus |
| CN107285579A (en) * | 2017-05-22 | 2017-10-24 | 东莞高业建设集团有限公司 | Sullage solidifying method and mixing plant |
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| CN103351090A (en) * | 2013-07-15 | 2013-10-16 | 江苏聚慧科技有限公司 | Method and device for collecting and treating sludge in shallow lake |
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| CN117645398A (en) * | 2024-01-30 | 2024-03-05 | 天津锐创环保工程有限公司 | Sludge airing and dewatering device capable of being uniformly paved |
| CN117645398B (en) * | 2024-01-30 | 2024-04-23 | 天津锐创环保工程有限公司 | Sludge airing and dewatering device capable of being uniformly paved |
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| CN108585414B (en) | 2020-04-24 |
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