CN207169200U - Deviation correcting device, extrusion dehydration main frame and multi roll water film dedusting filtering pressure machine - Google Patents
Deviation correcting device, extrusion dehydration main frame and multi roll water film dedusting filtering pressure machine Download PDFInfo
- Publication number
- CN207169200U CN207169200U CN201720931899.8U CN201720931899U CN207169200U CN 207169200 U CN207169200 U CN 207169200U CN 201720931899 U CN201720931899 U CN 201720931899U CN 207169200 U CN207169200 U CN 207169200U
- Authority
- CN
- China
- Prior art keywords
- roller
- squeezing
- carrying roller
- guipure
- hydro
- Prior art date
- 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.)
- Expired - Fee Related
Links
Landscapes
- Filtration Of Liquid (AREA)
Abstract
It the utility model is related to a kind of deviation correcting device, proximity switch is electrically connected with magnetic valve, magnetic valve is connected the tuningout cylinder and source of the gas by tracheae, bearing block is provided with the piston rod of tuningout cylinder, the both ends of regulating roller are arranged in frame by corresponding deviation correcting device respectively by bearing block and tuningout cylinders, upper regulating roller, lower deflection adjustment roller B both ends.The utility model also provides a kind of extrusion dehydration main frame.The utility model also provides a kind of multi roll water film dedusting filtering pressure machine.The beneficial effects of the utility model are：1st, when upper net belt for hydro-extracting or lower net belt for hydro-extracting sideslip, proximity switch is touched, tuningout cylinder drives regulating roller movement, to reach the purpose of net belt for hydro-extracting tuningout, adapt to automation, remote Control Production needs.2nd, solve wet process dust collection device, substantial amounts of sewage, sludge can be produced in use, directly discharge the problem of causing environmental pollution, be advantageous to implementing for national energy-saving emission reduction policy, be advantageous to ecological environment and be not damaged.
Description
Technical field
It the utility model is related to a kind of filtering pressure machine, more particularly to a kind of deviation correcting device, extrusion dehydration main frame and multi roll water
Film dedusting filtering pressure machine.
Background technology
At present substantial amounts of wood chip can be produced in plank process, it is necessary to as requested to plank progress cutting process
Dust so that wood powder can be spread in whole job shop, influence the processing operation of worker, and worker is in a large amount of suction wood
When considering dust to be worth doing, the health of worker may be influenceed, wood powder belongs to recoverable building materials in addition, directly abandons and wastes
Resource, increases production cost, and secondly wood powder, which is attached in equipment, can also cause equipment attrition, increase cost of equipment maintenance.
In order to solve the above problems, usually using the wet process dust collection device of use cost reduction, such as：Removed using spraying dust removal tower
Dust is drawn into spraying dust removal tower by dirt, blower fan, and sparge pipe water spray, air inlet pipe air inlet, current are more abundant with air contact,
Air is sufficiently mixed with the aqueous solution, improve the efficiency of the processing of air, there are higher dust removing effects.
Wet process dust collection device has the advantages that simple in construction, small investment, operation and easy to maintenance.But caused by use
Sewage, sludge must be handled, and otherwise can cause secondary pollution.
Utility model content
Technical problem to be solved in the utility model is：A kind of deviation correcting device, extrusion dehydration main frame and multi roll are provided
Water film dedusting filtering pressure machine, it is used cooperatively with multi roll water film dedusting filtering pressure machine, solves wet process dust collection device, can be produced in use
Substantial amounts of sewage, sludge, directly discharge the problem of causing environmental pollution, are advantageous to implementing for national energy-saving emission reduction policy, favorably
It is not damaged in ecological environment.
The utility model is to solve the problems, such as that used technical scheme set forth above is：
A kind of deviation correcting device, including proximity switch 35, magnetic valve 36, tuningout cylinder 37, proximity switch 35 and magnetic valve 36
Electric connection, magnetic valve 36 connect the tuningout cylinder 37 and source of the gas by tracheae, are provided with the piston rod of tuningout cylinder 37
Bearing block 38, the both ends of regulating roller are connected by bearing block 38 with tuningout cylinder 37, upper regulating roller 29, the two of lower deflection adjustment roller B30
End is arranged in frame 20 by corresponding deviation correcting device respectively.
A kind of extrusion dehydration main frame 2, including above-mentioned deviation correcting device, in addition to including frame 20；It is anterior installed in frame 20
Lower guipure tightening roller 21, the right side of lower guipure tightening roller 21 is provided with guipure tightening roller 22；Installed in the middle part of frame 20
A pair of compression rollers, the pair of compression roller include squeezing carrying roller B26 and squeezing carrying roller C27, and squeezing carrying roller C27 is close to squeeze carrying roller
B26 is set, and extruding force between the two be present；Installed in the top discharge squeezing roller 31 of the afterbody of frame 20 and bottom discharge extruding glue
Roller 32；Carrying roller A25 is squeezed, squeezing carrying roller A25 is close to squeeze carrying roller B26 settings, and extruding force between the two be present；It is dehydrated rubber roll
28, dehydration rubber roll 28 is close to squeeze carrying roller C27 settings, and extruding force between the two be present；The upper guipure tightening roller 22 with it is upper
Guipure carrying roller 23 is provided between discharging squeezing roller 31, the right side of upper guipure carrying roller 23 is provided with regulating roller 29, described
Lower deflection adjustment roller B30, the upper guipure tightening roller 22 and pressure are provided between lower guipure tightening roller 21 and bottom discharge squeezing roller 32
Guipure carrying roller 24 up and down is provided between squeezing carrying roller B26；Upper net belt for hydro-extracting 33, upper net belt for hydro-extracting 33 extrude around top discharge successively
Rubber roll 31, upper regulating roller 29, upper guipure carrying roller 23, upper guipure tightening roller 22, upper and lower guipure carrying roller 24, squeezing carrying roller B26, squeezing
Return to that top discharge squeezing roller 31 is closed to unroll to form annular net belt for hydro-extracting after carrying roller C27, dehydration rubber roll 28；Lower net belt for hydro-extracting
34, lower net belt for hydro-extracting 34 is successively around bottom discharge squeezing roller 32, lower deflection adjustment roller B30, lower guipure tightening roller 21, upper guipure tensioner
Bottom discharge squeezing roller 32 is returned to after roller 22, upper and lower guipure carrying roller 24, squeezing carrying roller B26, squeezing carrying roller C27, dehydration rubber roll 28
It is closed to unroll to form annular net belt for hydro-extracting；Extrusion dehydration host driven installation 35 in frame 20, extrusion dehydration master
Machine actuating device 35 passes through belt and the power connector of bottom discharge squeezing roller 32.
The described other end of top discharge squeezing roller 31 is provided with driven gear, and the other end of bottom discharge squeezing roller 32 is equal
It is provided with driving gear, driving gear, driven gear engaged transmission.
Described upper guipure tightening roller 22 and lower guipure tightening roller 21 are arranged on by corresponding tensioner wheel regulator respectively
In frame 20.
Described tensioner wheel regulator includes two parallel guide rails 9, adjustment bar 14, is slidably matched on two guide rails 9
There is sliding block 10, the sliding block 10 can move back and forth along guide rail 9, and the right-hand members of two guide rails 9 is connected with crossbeam 11, on crossbeam 11
Sleeve pipe 12 is provided with, the left side of sliding block 10 is connected with vertically moving the piston rod of hydraulic cylinder 8, and the right side of sliding block 10 is provided with interior spiral shell
Line pipe 13, the adjustment left end of bar 14 are provided with the stud 15 being engaged with riffled tube 13, and adjustment bar 14 upper end sequentially passes through sleeve pipe
12nd, after crossbeam 11, stud 15 is threadedly coupled with riffled tube 13, adjusts and multiple spacing holes 16 are provided with bar 14, on sleeve pipe 12
Through hole 17 is offered, pin 18 is caught in spacing hole 16 through through hole 17, can more accurately control the lifting of each hydraulic cylinder
Highly it is consistent.
The upper end of described adjustment bar 14 is provided with the second sliding block being slidably matched with two guide rails 9, prevents displacement.
A kind of multi roll water film dedusting filtering pressure machine, including above-mentioned extrusion dehydration main frame 2, in addition to high concentrated water wringer roll shaft screen
1st, lower liquid reserve tank 3, systemic circulation pump 4, three-way magnetic valve 5, normally open solenoid valve 6 and partial circulating pump 9, the high He of concentrated water wringer roll shaft screen 1
Extrusion dehydration main frame 2 is installed in the top of lower liquid reserve tank 3, and high concentrated water wringer roll shaft screen 1 is arranged on a left side for extrusion dehydration main frame 2
Side, the wet feed outlet of high concentrated water wringer roll shaft screen 1 are followed by extrusion dehydration main frame 2, and the lower front end of liquid reserve tank 3 sets recirculated water to connect
Mouth B8, the lower afterbody of liquid reserve tank 3 set recirculated water interface A7, and the three-way magnetic valve 5 has A mouths, B mouths and C mouths, systemic circulation pump 4
Entrance connected with the recirculated water interface A7 on lower liquid reserve tank 3, the A mouths of the outlet three-way magnetic valve 5 of systemic circulation pump 4, three
The B mouths of three-way electromagnetic valve 5 connect live cleaning shaft, following on the highly concentrated water inlet of high concentrated water wringer roll shaft screen 1, lower liquid reserve tank 3
Ring water interface B8 connects with the C mouths of three-way magnetic valve 5, the pipe between the C mouths of the recirculated water interface B8 and three-way magnetic valve 5
Normally open solenoid valve 6 and partial circulating pump 9 are provided with road.
Described high concentrated water wringer roll shaft screen 1 includes fixed frame 11,11 shell 12 and rolling on fixed frame
Shaft screen drive device 13；Rotary screen 12 in shell 11, what shell 11 was coaxially disposed with rotary screen 12；Rotary screen 12 rotates
The fixed frame 11 is connected to, the rotary screen 12 is connected with drives dress for the rotary screen for driving the rotary screen 12 to rotate
Put 13；The upper front end of shell 12 sets highly concentrated water inlet 14, the front lower portion of shell 12 to set low concentrated water outlet 15, the afterbody of shell 12
It is provided with wet feed outlet 16.
Described rotary screen 12 is rotationally connected with the fixed frame by the bearing block 17 being fixed on fixed frame 11
11。
The rotary screen 12 includes mesh screen support 121 and the mesh screen 122 being located on mesh screen support 121, mesh screen support 121
Including the driving shaft 123 positioned at the center of shell 11, shell 11, one end of driving shaft 123 and roller are stretched out in the both ends of driving shaft 123
Sieve drive device 13 is connected, and disk mesh screen support 124, driving shaft 123 and circle are fixed with the driving shaft 123 inside shell 11
Flaking sieve support 124 is fixedly connected by radiation, is provided with disk mesh screen support 124 and is spaced apart screw feeding plate
125。
Described is provided with baffle plate 126 in feed inlet end, and afterbody sets scraper plate 127.
Operation principle of the present utility model：Upper net belt for hydro-extracting first bypasses counterclockwise from the right side of top discharge squeezing roller, suitable
It is secondary above upper regulating roller, upper guipure carrying roller around later, top is above upper and lower guipure carrying roller below the upper guipure tightening roller
Afterwards, then between squeezing carrying roller A, squeezing carrying roller B pass through, counterclockwise around squeezing carrying roller B from squeezing carrying roller B, squeezing carrying roller C it
Between pass through, clockwise about cross squeezing carrying roller C from squeezing carrying roller C, dehydration rubber roll between pass through, counterclockwise around dehydration rubber roll return to
Top discharge squeezing roller is closed to unroll to form annular net belt for hydro-extracting；Lower net belt for hydro-extracting is first suitable from the right side of bottom discharge squeezing roller
Hour hands bypass, sequentially around later below lower deflection adjustment roller B, lower guipure tightening roller, from upper guipure tightening roller lower section top around upper
After above lower guipure carrying roller, then pass through between squeezing carrying roller A, squeezing carrying roller B, held in the palm counterclockwise around squeezing carrying roller B from squeezing
Pass through, passed through clockwise about squeezing carrying roller C is crossed between squeezing carrying roller C, dehydration rubber roll, counterclockwise between roller B, squeezing carrying roller C
Return to closed unroll of bottom discharge squeezing roller to form annular net belt for hydro-extracting around dehydration rubber roll；
Wet feed through wet feed outlet fall lower guipure tightening roller, on lower net belt for hydro-extracting between guipure tightening roller, upper dehydration
Wet feed between guipure and lower net belt for hydro-extracting, by squeezing carrying roller A and squeezing carrying roller B, squeezing carrying roller B and squeezing carrying roller C, squeezing
Carrying roller C and dehydration rubber roll, the extruding between top discharge squeezing roller and bottom discharge squeezing roller, squeeze out moisture, obtain siccative,
Siccative is discharged through discharging between squeezing roller and bottom discharge squeezing roller；
B mouths, C mouths are connected, closes A mouths, the dust in live cleaning shaft mixes with the water that partial circulating pump pumps out, and makes powder
Dirt is sufficiently mixed into sewage with the aqueous solution, and then sewage flows into high concentrated water wringer roll shaft screen, preliminary through high concentrated water wringer roll shaft screen
Dehydration can produce low concentrated water and wet feed, and low concentrated water flows into lower liquid reserve tank through the outlet of low concentrated water, and wet feed falls off line through wet feed outlet
With on the lower net belt for hydro-extracting between tightening roller, upper guipure tightening roller, the extruding through extrusion dehydration main frame, the moisture squeezed out is fallen into
Lower liquid reserve tank, the siccative of moisture is squeezed out by being discharged between top discharge squeezing roller, bottom discharge squeezing roller；
The entrance of systemic circulation pump connects with the recirculated water interface A on lower liquid reserve tank, and the outlet three of systemic circulation pump is powered
The A mouths of magnet valve, when wet process dust collection device stops supply sewage, systemic circulation pump is opened, connects A mouths, C mouths, closes B mouths, lower liquid storage
Water in case flows into high concentrated water wringer roll shaft screen, realizes automatically cleaning in lower liquid reserve tank, keeps lower liquid reserve tank water cleaning.
The beneficial effects of the utility model are：1st, when upper net belt for hydro-extracting or lower net belt for hydro-extracting sideslip, touching is close to open
Close, tuningout cylinder drives regulating roller movement, to reach the purpose of net belt for hydro-extracting tuningout, adapt to automation, remote Control Production
Need.2nd, solve wet process dust collection device, substantial amounts of sewage, sludge can be produced in use, directly discharge causes environmental pollution
Problem, be advantageous to implementing for national energy-saving emission reduction policy, be advantageous to ecological environment and be not damaged.3rd, sewage is carried out at dehydration
Reason, dust recycling.4th, multi roll water film dedusting filtering pressure function consumption is low.As long as each one systemic circulation pump of system, one
Systemic circulation pump, a rotary screen drive device and an extrusion dehydration host driven installation, therefore system operation cost is extremely low.5、
Save labour.As long as debugging, run with little need for operation.6th, it is compact-sized, occupy little space.
Brief description of the drawings
Fig. 1 is the structural representation of deviation correcting device；
Fig. 2 is the structural representation of multi roll water film dedusting filtering pressure machine；
Fig. 3 is the structure enlargement diagram of tensioner wheel regulator；
Fig. 4 is the internal structure schematic diagram of high concentrated water wringer roll shaft screen.
Wherein, the high concentrated water wringer roll shaft screens of 1-, 2- extrusion dehydration main frames, liquid reserve tank under 3-, 4- systemic circulation pumps, 5- tri- are powered
Magnet valve, 6- normally open solenoid valves, 7- recirculated water interface A, 8- recirculated water interface B, 9- partial circulating pumps,
11- fixed frames, 12- shells, 13- rotary screen drive devices, the highly concentrated water inlets of 14-, the low concentrated water outlets of 15-, 16-
Wet feed exports, 17- bearing blocks,
121- mesh screen supports, 122- mesh screens, 123- driving shafts, 124- disk mesh screen supports, 125- screw feeding plates, 126-
Baffle plate, 127- scraper plates,
20- frames, guipure tightening roller under 21-, the upper guipure tightening rollers of 22-, the upper guipure carrying rollers of 23-, 24- net belt supportings up and down
Roller, 25- squeezing carrying roller A, 26- squeezing carrying roller B, 27- squeezing carrying roller C, 28- dehydration rubber rolls, the upper regulating rollers of 29-, 30- lower deflection adjustment rollers
B, 31- top discharge squeezing roller, 32- bottom discharge squeezing rollers, the upper net belt for hydro-extracting of 33-, net belt for hydro-extracting under 34-, 35- extrusion dehydrations
Host driven installation,
35- proximity switches, 36- magnetic valves, 37- tuningout cylinders, 38- bearing blocks.
Embodiment
Embodiment of the present utility model is further illustrated below in conjunction with the accompanying drawings.
Reference picture 1-4, a kind of deviation correcting device described in present embodiment, including proximity switch 35, magnetic valve 36, tune
Inclined cylinder 37, it is gentle that proximity switch 35 is electrically connected with magnetic valve 36, magnetic valve 36 by tracheae is connected the tuningout cylinder 37
Source, bearing block 38 is provided with the piston rod of tuningout cylinder 37, the both ends of regulating roller pass through bearing block 38 and the phase of tuningout cylinder 37
Even, upper regulating roller 29, lower deflection adjustment roller B30 both ends are arranged in frame 20 by corresponding deviation correcting device respectively.
A kind of extrusion dehydration main frame 2, including above-mentioned deviation correcting device, in addition to including frame 20；It is anterior installed in frame 20
Lower guipure tightening roller 21, the right side of lower guipure tightening roller 21 is provided with guipure tightening roller 22；Installed in the middle part of frame 20
A pair of compression rollers, the pair of compression roller include squeezing carrying roller B26 and squeezing carrying roller C27, and squeezing carrying roller C27 is close to squeeze carrying roller
B26 is set, and extruding force between the two be present；Installed in the top discharge squeezing roller 31 of the afterbody of frame 20 and bottom discharge extruding glue
Roller 32；Carrying roller A25 is squeezed, squeezing carrying roller A25 is close to squeeze carrying roller B26 settings, and extruding force between the two be present；It is dehydrated rubber roll
28, dehydration rubber roll 28 is close to squeeze carrying roller C27 settings, and extruding force between the two be present；The upper guipure tightening roller 22 with it is upper
Guipure carrying roller 23 is provided between discharging squeezing roller 31, the right side of upper guipure carrying roller 23 is provided with regulating roller 29, described
Lower deflection adjustment roller B30, the upper guipure tightening roller 22 and pressure are provided between lower guipure tightening roller 21 and bottom discharge squeezing roller 32
Guipure carrying roller 24 up and down is provided between squeezing carrying roller B26；Upper net belt for hydro-extracting 33, upper net belt for hydro-extracting 33 extrude around top discharge successively
Rubber roll 31, upper regulating roller 29, upper guipure carrying roller 23, upper guipure tightening roller 22, upper and lower guipure carrying roller 24, squeezing carrying roller B26, squeezing
Return to that top discharge squeezing roller 31 is closed to unroll to form annular net belt for hydro-extracting after carrying roller C27, dehydration rubber roll 28；Lower net belt for hydro-extracting
34, lower net belt for hydro-extracting 34 is successively around bottom discharge squeezing roller 32, lower deflection adjustment roller B30, lower guipure tightening roller 21, upper guipure tensioner
Bottom discharge squeezing roller 32 is returned to after roller 22, upper and lower guipure carrying roller 24, squeezing carrying roller B26, squeezing carrying roller C27, dehydration rubber roll 28
It is closed to unroll to form annular net belt for hydro-extracting；Extrusion dehydration host driven installation 35 in frame 20, extrusion dehydration master
Machine actuating device 35 passes through belt and the power connector of bottom discharge squeezing roller 32.
The described other end of top discharge squeezing roller 31 is provided with driven gear, and the other end of bottom discharge squeezing roller 32 is equal
It is provided with driving gear, driving gear, driven gear engaged transmission.
Described upper guipure tightening roller 22 and lower guipure tightening roller 21 are arranged on by corresponding tensioner wheel regulator respectively
In frame 20.
Described tensioner wheel regulator includes two parallel guide rails 9, adjustment bar 14, is slidably matched on two guide rails 9
There is sliding block 10, the sliding block 10 can move back and forth along guide rail 9, and the right-hand members of two guide rails 9 is connected with crossbeam 11, on crossbeam 11
Sleeve pipe 12 is provided with, the left side of sliding block 10 is connected with vertically moving the piston rod of hydraulic cylinder 8, and the right side of sliding block 10 is provided with interior spiral shell
Line pipe 13, the adjustment left end of bar 14 are provided with the stud 15 being engaged with riffled tube 13, and adjustment bar 14 upper end sequentially passes through sleeve pipe
12nd, after crossbeam 11, stud 15 is threadedly coupled with riffled tube 13, adjusts and multiple spacing holes 16 are provided with bar 14, on sleeve pipe 12
Through hole 17 is offered, pin 18 is caught in spacing hole 16 through through hole 17, can more accurately control the lifting of each hydraulic cylinder
Highly it is consistent.
The upper end of described adjustment bar 14 is provided with the second sliding block being slidably matched with two guide rails 9, prevents displacement.
A kind of multi roll water film dedusting filtering pressure machine, including above-mentioned extrusion dehydration main frame 2, in addition to high concentrated water wringer roll shaft screen
1st, lower liquid reserve tank 3, systemic circulation pump 4, three-way magnetic valve 5, normally open solenoid valve 6 and partial circulating pump 9, the high He of concentrated water wringer roll shaft screen 1
Extrusion dehydration main frame 2 is installed in the top of lower liquid reserve tank 3, and high concentrated water wringer roll shaft screen 1 is arranged on a left side for extrusion dehydration main frame 2
Side, the wet feed outlet of high concentrated water wringer roll shaft screen 1 are followed by extrusion dehydration main frame 2, and the lower front end of liquid reserve tank 3 sets recirculated water to connect
Mouth B8, the lower afterbody of liquid reserve tank 3 set recirculated water interface A7, and the three-way magnetic valve 5 has A mouths, B mouths and C mouths, systemic circulation pump 4
Entrance connected with the recirculated water interface A7 on lower liquid reserve tank 3, the A mouths of the outlet three-way magnetic valve 5 of systemic circulation pump 4, three
The B mouths of three-way electromagnetic valve 5 connect live cleaning shaft, following on the highly concentrated water inlet of high concentrated water wringer roll shaft screen 1, lower liquid reserve tank 3
Ring water interface B8 connects with the C mouths of three-way magnetic valve 5, the pipe between the C mouths of the recirculated water interface B8 and three-way magnetic valve 5
Normally open solenoid valve 6 and partial circulating pump 9 are provided with road.
Described high concentrated water wringer roll shaft screen 1 includes fixed frame 11,11 shell 12 and rolling on fixed frame
Shaft screen drive device 13；Rotary screen 12 in shell 11, what shell 11 was coaxially disposed with rotary screen 12；Rotary screen 12 rotates
The fixed frame 11 is connected to, the rotary screen 12 is connected with drives dress for the rotary screen for driving the rotary screen 12 to rotate
Put 13；The upper front end of shell 12 sets highly concentrated water inlet 14, the front lower portion of shell 12 to set low concentrated water outlet 15, the afterbody of shell 12
It is provided with wet feed outlet 16.
Described rotary screen 12 is rotationally connected with the fixed frame by the bearing block 17 being fixed on fixed frame 11
11。
The rotary screen 12 includes mesh screen support 121 and the mesh screen 122 being located on mesh screen support 121, mesh screen support 121
Including the driving shaft 123 positioned at the center of shell 11, shell 11, one end of driving shaft 123 and roller are stretched out in the both ends of driving shaft 123
Sieve drive device 13 is connected, and disk mesh screen support 124, driving shaft 123 and circle are fixed with the driving shaft 123 inside shell 11
Flaking sieve support 124 is fixedly connected by radiation, is provided with disk mesh screen support 124 and is spaced apart screw feeding plate
125。
Described is provided with baffle plate 126 in feed inlet end, and afterbody sets scraper plate 127.
The operation principle of present embodiment：Upper net belt for hydro-extracting first from the right side of top discharge squeezing roller counterclockwise around
Cross, sequentially around later above upper regulating roller, upper guipure carrying roller, from upper guipure tightening roller lower section top around upper and lower guipure carrying roller
Behind top, then pass through between squeezing carrying roller A, squeezing carrying roller B, counterclockwise around squeezing carrying roller B from squeezing carrying roller B, squeezing support
Pass through, passed through clockwise about squeezing carrying roller C is crossed between squeezing carrying roller C, dehydration rubber roll, counterclockwise around dehydrated glue between roller C
Roller returns to that top discharge squeezing roller is closed to unroll to form annular net belt for hydro-extracting；Lower net belt for hydro-extracting is first from bottom discharge squeezing roller
Right side bypasses clockwise, sequentially around later below lower deflection adjustment roller B, lower guipure tightening roller, from upper guipure tightening roller lower section top
After above upper and lower guipure carrying roller, then pass through between squeezing carrying roller A, squeezing carrying roller B, counterclockwise around squeezing carrying roller B from
Pass through between squeezing carrying roller B, squeezing carrying roller C, passed through clockwise about squeezing carrying roller C is crossed between squeezing carrying roller C, dehydration rubber roll,
Return to that bottom discharge squeezing roller is closed to unroll to form annular net belt for hydro-extracting counterclockwise around dehydration rubber roll；
Wet feed through wet feed outlet fall lower guipure tightening roller, on lower net belt for hydro-extracting between guipure tightening roller, upper dehydration
Wet feed between guipure and lower net belt for hydro-extracting, by squeezing carrying roller A and squeezing carrying roller B, squeezing carrying roller B and squeezing carrying roller C, squeezing
Carrying roller C and dehydration rubber roll, the extruding between top discharge squeezing roller and bottom discharge squeezing roller, squeeze out moisture, obtain siccative,
Siccative is discharged through discharging between squeezing roller and bottom discharge squeezing roller；
B mouths, C mouths are connected, closes A mouths, the dust in live cleaning shaft mixes with the water that partial circulating pump pumps out, and makes powder
Dirt is sufficiently mixed into sewage with the aqueous solution, and then sewage flows into high concentrated water wringer roll shaft screen, preliminary through high concentrated water wringer roll shaft screen
Dehydration can produce low concentrated water and wet feed, and low concentrated water flows into lower liquid reserve tank through the outlet of low concentrated water, and wet feed falls off line through wet feed outlet
With on the lower net belt for hydro-extracting between tightening roller, upper guipure tightening roller, the extruding through extrusion dehydration main frame, the moisture squeezed out is fallen into
Lower liquid reserve tank, the siccative of moisture is squeezed out by being discharged between top discharge squeezing roller, bottom discharge squeezing roller；
The entrance of systemic circulation pump connects with the recirculated water interface A on lower liquid reserve tank, and the outlet three of systemic circulation pump is powered
The A mouths of magnet valve, when wet process dust collection device stops supply sewage, systemic circulation pump is opened, connects A mouths, C mouths, closes B mouths, lower liquid storage
Water in case flows into high concentrated water wringer roll shaft screen, realizes automatically cleaning in lower liquid reserve tank, keeps lower liquid reserve tank water cleaning.
The beneficial effect of present embodiment is：1st, when upper net belt for hydro-extracting or lower net belt for hydro-extracting sideslip, touching connects
Nearly switch, tuningout cylinder drive regulating roller movement, to reach the purpose of net belt for hydro-extracting tuningout, adapt to automation, remote control
Production needs.2nd, solve wet process dust collection device, substantial amounts of sewage, sludge can be produced in use, directly discharge causes environment dirty
The problem of dye, be advantageous to implementing for national energy-saving emission reduction policy, be advantageous to ecological environment and be not damaged.3rd, sewage is dehydrated
Processing, dust recycling.4th, multi roll water film dedusting filtering pressure function consumption is low.As long as each system one systemic circulation pump, one
Platform systemic circulation pump, a rotary screen drive device and an extrusion dehydration host driven installation, therefore system operation cost is extremely low.
5th, labour is saved.As long as debugging, run with little need for operation.6th, it is compact-sized, occupy little space.
Specific embodiment of the utility model is not formed to limitation of the present utility model, every to use phase of the present utility model
Like structure and change, in the scope of protection of the utility model.
Claims (3)
- A kind of 1. deviation correcting device, it is characterised in that：It is close to open including proximity switch (35), magnetic valve (36), tuningout cylinder (37) Close (35) and the tuningout cylinder (37) and source of the gas, tuningout are connected by tracheae with magnetic valve (36) electric connection, magnetic valve (36) Bearing block (38) is provided with the piston rod of cylinder (37), the both ends of regulating roller pass through bearing block (38) and tuningout cylinder (37) phase Even, upper regulating roller (29), lower deflection adjustment roller B (30) both ends are arranged in frame (20) by corresponding deviation correcting device respectively.
- A kind of 2. extrusion dehydration main frame, it is characterised in that：Including deviation correcting device as claimed in claim 1, in addition to frame (20)；The lower guipure tightening roller (21) anterior installed in frame (20), guipure is provided with the right side of lower guipure tightening roller (21) Tightening roller (22)；A pair of compression rollers in the middle part of frame (20), the pair of compression roller include squeezing carrying roller B (26) and pressure Carrying roller C (27) is squeezed, squeezing carrying roller C (27) is close to squeeze carrying roller B (26) settings, and extruding force between the two be present；Installed in machine The top discharge squeezing roller (31) and bottom discharge squeezing roller (32) of frame (20) afterbody；Squeeze carrying roller A (25), squeezing carrying roller A (25) it is close to squeeze carrying roller B (26) settings, and extruding force is between the two present；Rubber roll (28) is dehydrated, dehydration rubber roll (28) is close to Squeeze carrying roller C (27) to set, and extruding force between the two be present；The upper guipure tightening roller (22) and top discharge squeezing roller (31) guipure carrying roller (23) is provided between, regulating roller (29) is provided with the right side of upper guipure carrying roller (23), it is described off line Lower deflection adjustment roller B (30), the upper guipure tightening roller (22) are provided between band tightening roller (21) and bottom discharge squeezing roller (32) Guipure carrying roller (24) up and down is provided between squeezing carrying roller B (26)；Upper net belt for hydro-extracting (33), upper net belt for hydro-extracting (33) successively around Cross top discharge squeezing roller (31), upper regulating roller (29), upper guipure carrying roller (23), upper guipure tightening roller (22), upper and lower net belt supporting It is closed that top discharge squeezing roller (31) is returned to after roller (24), squeezing carrying roller B (26), squeezing carrying roller C (27), dehydration rubber roll (28) Unroll to form annular net belt for hydro-extracting；Lower net belt for hydro-extracting (34), lower net belt for hydro-extracting (34) successively around bottom discharge squeezing roller (32), Lower deflection adjustment roller B (30), lower guipure tightening roller (21), upper guipure tightening roller (22), upper and lower guipure carrying roller (24), squeezing carrying roller B (26), squeeze and return to that bottom discharge squeezing roller (32) is closed to unroll to form annular dehydration after carrying roller C (27), dehydration rubber roll (28) Guipure；Extrusion dehydration host driven installation (35) in frame (20), extrusion dehydration host driven installation (35) pass through Belt and bottom discharge squeezing roller (32) power connector.
- A kind of 3. multi roll water film dedusting filtering pressure machine, it is characterised in that：Including extrusion dehydration main frame as claimed in claim 2 , including high concentrated water wringer roll shaft screen (1), lower liquid reserve tank (3), systemic circulation pump (4), three-way magnetic valve (5), normally open solenoid valve (2) (6) and partial circulating pump (9), high concentrated water wringer roll shaft screen (1) and extrusion dehydration main frame (2) are installed in the upper of lower liquid reserve tank (3) Portion, high concentrated water wringer roll shaft screen (1) are arranged on the left side of extrusion dehydration main frame (2), and the wet feed of high concentrated water wringer roll shaft screen (1) goes out Mouth is followed by extrusion dehydration main frame (2), and lower liquid reserve tank (3) front end sets recirculated water interface B (8), and lower liquid reserve tank (3) afterbody is set Recirculated water interface A (7) is put, the three-way magnetic valve (5) has A mouths, B mouths and C mouths, the entrance of systemic circulation pump (4) and lower liquid storage Recirculated water interface A (7) connections on case (3), the A mouths of the outlet three-way magnetic valve (5) of systemic circulation pump (4), threeway electromagnetism The B mouths of valve (5) connect live cleaning shaft, following on the highly concentrated water inlet of high concentrated water wringer roll shaft screen (1), lower liquid reserve tank (3) C mouths of the ring water interface B (8) with three-way magnetic valve (5) connects, the recirculated water interface B (8) and the C mouths of three-way magnetic valve (5) Between pipeline on be provided with normally open solenoid valve (6) and partial circulating pump (9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720931899.8U CN207169200U (en) | 2017-07-28 | 2017-07-28 | Deviation correcting device, extrusion dehydration main frame and multi roll water film dedusting filtering pressure machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720931899.8U CN207169200U (en) | 2017-07-28 | 2017-07-28 | Deviation correcting device, extrusion dehydration main frame and multi roll water film dedusting filtering pressure machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207169200U true CN207169200U (en) | 2018-04-03 |
Family
ID=61743852
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720931899.8U Expired - Fee Related CN207169200U (en) | 2017-07-28 | 2017-07-28 | Deviation correcting device, extrusion dehydration main frame and multi roll water film dedusting filtering pressure machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207169200U (en) |
-
2017
- 2017-07-28 CN CN201720931899.8U patent/CN207169200U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206799408U (en) | A kind of sludge dewatering equipment | |
| CN203060942U (en) | Roller screen type solid-liquid separator | |
| CN207210229U (en) | A kind of sewage disposal sludge press filtration device | |
| CN107216012A (en) | A kind of sludge heat drying system and method | |
| CN208471116U (en) | A kind of automatic dehydration crane that stability is good | |
| CN206189071U (en) | Dye vat goes out quick squeezing device of cloth | |
| CN106945329B (en) | A kind of dehydration equipment of waste plastic | |
| CN204492194U (en) | A kind of all-hydraulic wet-spraying machine | |
| CN209810749U (en) | Steel plate cleaning machine with filtering and drying functions | |
| CN207169200U (en) | Deviation correcting device, extrusion dehydration main frame and multi roll water film dedusting filtering pressure machine | |
| CN207169194U (en) | Multi roll water film dedusting filtering pressure machine | |
| CN109179952A (en) | A kind of sludge processing de-watering apparatus of environmental protection | |
| CN207221462U (en) | Extrusion dehydration host and multi roll water film dedusting filtering pressure machine | |
| CN207221461U (en) | High concentrated water wringer roll shaft screen and multi roll water film dedusting filtering pressure machine | |
| CN204434441U (en) | Movable type sludge dewatering unit | |
| CN104524846B (en) | Wedge shape supercharging sawtooth groove double dewatering squeezes belt filter press | |
| CN208632360U (en) | A kind of sludge dehydration device | |
| CN201578913U (en) | Belt-type filter press | |
| CN206896968U (en) | large belt filter press | |
| CN202989540U (en) | High temperature and high pressure backflow dyeing machine printing and dyeing wastewater backflow recycling system | |
| CN115121024A (en) | Vertical vacuum filtering and drying integrated machine and vacuum filtering and drying method | |
| CN108726845A (en) | A kind of low cost filter net type device for dehydrating sladge waste | |
| CN208949565U (en) | A kind of cloth discharge device, outlet assembly of overflow dyeing machine | |
| CN208583793U (en) | A kind of waste oil paint can continuous high-efficient processing equipment | |
| CN211706102U (en) | Belt type filter press |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180403 Termination date: 20180728 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |