CN206081824U - Single automatic vertical filter press - Google Patents
Single automatic vertical filter press Download PDFInfo
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- CN206081824U CN206081824U CN201620739622.0U CN201620739622U CN206081824U CN 206081824 U CN206081824 U CN 206081824U CN 201620739622 U CN201620739622 U CN 201620739622U CN 206081824 U CN206081824 U CN 206081824U
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Abstract
The utility model provides a single automatic vertical filter press, it is by the barrel, filter screen cylinder, the cylindrical diaphragm, a recoil section of thick bamboo, electromagnetic vibrator, closing cap and top pump constitute down, the closing cap was the barrel bottom lock under the top pump drove during the operation, send into cavity between filter screen cylinder and the cylindrical diaphragm to the ground paste by the charging pump, it inputs the cavity between barrel and the cylindrical diaphragm to the water under high pressure to be full of the back, make the cylindrical diaphragm carry out expression dewatering to the ground paste, the drainage is middle up outside outlet pipe outflow machine from filter screen cylinder, treat to draw back the water under high pressure after the filter residue dewaters, houding pump handle closing cap down moves down outside the barrel bottom, start gear motor after that and make the filter residue break from intake pipe input highly -compressed air, it drives the high -speed vibration of barrel and makes the filter residue falls into frame output unit under the effect of self gravity and vibrational force outside to start electromagnetic vibrator simultaneously, , the filter residue carries out comprehensive back flush through recoil section of thick bamboo hole for water spraying to the filter screen from recoil pipe input water under high pressure after unsnatching.
Description
Technical field
The utility model is related to a kind of filter press, category pressure filtering technique field.
Background technology
The more advanced automatic vertical filter press for using on the market at present, be by large number of movable filter plate, diaphragm plate,
Slip flexible pipe, hydraulic hose, considerably long filter cloth, complicated frame assembly and large-tonnage top pump hold-down mechanism composition.Operation
Shi Youding pumps lift each movable filter plate and compress, and slip enters each filter chamber by each slip flexible pipe, and then water under high pressure is by each
Hydraulic hose enters diaphragm plate top, and diaphragm plate to filter cloth surface extrudes filter residue, so as to filtrate be extruded and by each from filter residue
Outside outlet pipe discharge machine, then push up pump hold-down mechanism each movable filter plate is down landed again, then start filter cloth motor band
The operating of dynamic filter cloth cleans up filter cloth to repeat and circulates next time outside each filter residue output machine by filter cloth cleaning device
Operation.Above filter press there is movable filter plate quantity and movable sealing part is a lot, the big consumable accessory of area is more, and complete machine structure is multiple
It is miscellaneous, cause manufacture difficulty height, the shortcoming that floor space is big, cost of investment is high.
The content of the invention
The utility model is a kind of few with movable sealing part, is maintained static during screen tube operation, and cake moisture is low,
Can automatic discharging, whole machine floor space is little, and operating cost is low, monotubular automatic vertical filter press the advantages of manufacture simple.Its skill
Art scheme is：By cylinder, screen tube, cylindrical diaphragm, recoil cylinder, electromagnetic vibrator, reducing motor, pulp-inlet pipe, recoil tube, hydraulic pressure
Pipe, outlet pipe, air inlet pipe and top pump are constituted.Cylinder inboard wall is provided with cylindrical diaphragm, screen tube is provided with cylindrical diaphragm, in screen tube
Recoil cylinder is provided with, body centre is provided with center pipe axle, and cylinder top is provided with upper cover plate, is provided with into slurry on upper cover plate
Pipe, recoil tube, outlet pipe, magnetic valve, fulcrum bearing, electromagnetic vibrator, reducing motor, are provided with hydraulic tube, cylinder on barrel wall
Lower end is provided with damping device, pull bar, lower capping, and lower capping lower section is provided with top pump and base plate, and base plate lower section arranges organic frame.
After using this structure, during operation, first start top pump with it is lower capping rise cylinder lower port close, open into
Magnetic valve on slurry pipe, outlet pipe, the screen tube then slip being input in cylinder from pulp-inlet pipe by machine outer shurry pump and barrier film
In cavity between cylinder, when slurry is full of enough solids in cavity, the magnetic valve closed on pulp-inlet pipe, while the outer liquid of starter motor
Press pump enters water under high pressure from the cavity between hydraulic tube input cylinder and cylindrical diaphragm and to the slip between cylindrical diaphragm and screen tube
Row press dewatering, the drainage Jing after press dewatering flows out cocurrent to lower end from screen tube inwall, and after Jing center pipe axles Jing upwards
Outside outlet pipe outflow machine, when the filter residue in machine is squeezed the magnetic valve on closing pulp-inlet pipe and recoil tube after dehydration is finished, then
The magnetic valve in air inlet pipe is opened, by the outer high pressure tank of machine a small amount of pressure-air from air inlet pipe input recoil cylinder and filter screen
In cylinder, the drainage in screen tube is removed, when remaining drainage is drained from screen tube, hydraulic pressure water is drawn back at once, then started
Top pump drives lower capping to horizontally rotate along oblique chute side trailing edge until leaving cylinder lower surface, is then switched off on outlet pipe
Magnetic valve, but start electromagnetic vibrator and reducing motor, while high pressure gas air demand is increased, at this moment due to being full of in screen tube
Pressure-air, this pressure-air ruptures through filter screen the filter residue cake outside filter screen, while plus the high speed of electromagnetic vibrator
Vibration can accelerate the rupture velocity of filter residue, filter residue quickly can down drop from the presence of gravity and vibration at high speed power, pass through
The upper and lower cinder hole that unloads is dropped in the filter residue conveying device being additionally provided in lower methods, rack outside output machine, is then entered backwash and is made
Industry, after filter residue is unsnatched, opens immediately the magnetic valve on recoil tube and the magnetic valve closed in air inlet pipe, the outer water under high pressure of starter motor
Pump recoils water under high pressure in cylinder from recoil tube input, then the net of the hole for water spraying high speed jet cleaning screen tube from recoil cylinder
Hole, due to the cylinder that recoils by reducing motor with rotation, so screen tube net wall can be backwashed comprehensively, at this moment back-flushing from
Filter screen another side sticks the filter residue that the net wall of filter residue flows out and rinses blocking filter screen, and the filter residue being at this moment cleaned and back-flushing are simultaneously
The waste water collector for flowing into bottom of the frame setting toward cylinder lower end is sent to kiln basin and is reprocessed, when filter residue backwash is finished
Afterwards, the work of electromagnetic vibrator and reducing motor is stopped at once, an automatic job process is completed to this.Whole machine in running
Magnetic valve, electromagnetic vibrator, reducing motor, top pump, machine outer shurry pump, high-pressure hydraulic pump and air pump by the electronics arranged outside machine
Control system is automatically controlled, and the automatic pressure filtering technique being so repeated can reach automatic clinker-removing, automatically automatic backwash, height
Effect press filtration purpose.
Description of the drawings
With reference to the accompanying drawings and examples the utility model is described in further detail
1st, pulp-inlet pipe, 2, drive disk, 3, upper cover plate, 4, magnetic valve 1,5, slurry-feeding hole 1,6, slurry-feeding hole 2,7, outward flange 1,8,
Screen tube, 9, hole for water spraying, 10, outward flange 2,11, inlet opening, 12, magnetic valve 2,13, hydraulic tube, 14, cylinder, 15, centre bore 5,
16th, upper capping, 17, cylindrical diaphragm, 18, sealing ring 5,19, lower bearing, 20, tie rod hole 1,21, outward flange 3,22, damping device,
23rd, tie rod hole 2,24, supporting tray, 25, sealing ring 6,26, step, 27, intake chamber, 28, pull bar, 29, bottom end cover, 30,
Tie rod hole 3,31, outer tube, 32, lower capping, 33, upper flange, 34, support bar, 35, lower flange, 36, under unload cinder hole, 37, top pump
Axle, 38, on unload cinder hole, 39, top pump, 40, base plate, 41, electromagnetic vibrator, 42, reducing motor, 43, external support seat, 44, motor
Axle, 45, shaft coupling, 46, inner bearing support, 47, top chock, 48, centre bore Isosorbide-5-Nitrae 9, plug, 50, upper bearing (metal), 51, sealing ring 1,
52nd, inner via hole, 53, accessibke porosity, 54, magnetic valve 3,55, air inlet pipe, 56, magnetic valve 4,57, magnetic valve 5,58, recoil tube, 59,
Outlet pipe, 60, apopore 1,61, apopore 2,62, sealing ring 2,63, inlet opening 1,64, inlet opening 2,65, sealing ring 3,66,
Centre bore 2,67, hollow shaft, 68, centre bore 3,69, sealing ring 4,70, centre bore 4,71, upper sealing plate, 72, Upper shaft sleeve, 73,
Pressing plate, 74, roller, 75, oblique chute, 76, large sealing packing ring, 77, upper bracket, 78, Lower shaft sleeve, 79, recoil cylinder, 80, outer isolating cylinder,
81st, center pipe axle, 82, spring, 83, interior isolating cylinder, 84, lower closing disk, 85, lower carriage, 86, frame.
Specific embodiment
The utility model is mainly by cylinder (14), screen tube (8), cylindrical diaphragm (17), recoil cylinder (79), electromagnetic vibrator
(41), reducing motor (42), pulp-inlet pipe (1), recoil tube (58), hydraulic tube (13), outlet pipe (59), air inlet pipe (55) and top pump
(39) constitute, the rounded cylinder of cylinder (14), upper end is provided with outward flange 2 (10) and is mutually permanently connected with welding manner, cylinder
(14) lower end is provided with outward flange 3 (21) and is mutually permanently connected with welding manner, and on outward flange 3 (21) several pull bars are provided with
Hole 1 (20), is provided with inlet opening (11) on cylinder (14) wall, be provided with outside inlet opening (11) hydraulic tube (13) and with cylinder (14)
It is mutually permanently connected with welding manner, magnetic valve 2 (12) is provided with hydraulic tube (13).
Cylinder (14) inwall is provided with upper and lower side all cylindrical diaphragms (17) with outward flange, and cylindrical diaphragm (17) lower section is provided with
Pressing plate (73) and the lower outward flange with cylindrical diaphragm (17) and outward flange 3 (21) are mutually permanently connected with bolt, and pressing plate sets on (73)
The screen tube (8) being provided with less than its diameter is equipped with large sealing packing ring (76), cylinder (14), and screen tube (8) lower end is provided with down
End cap (29) is simultaneously mutually permanently connected with welding manner, and its upper end is provided with outward flange 1 (7) and is interfixed company with welding manner
Connect, slurry-feeding hole 2 (6) is provided with outward flange 1 (7).
The top of outward flange 1 (7) is provided with upper cover plate (3), upper cover plate (3) and outward flange 1 (7), cylindrical diaphragm (17) it is upper outer
Flange and outward flange 2 (10) are mutually permanently connected with bolt, and centre bore 2 (66) and slurry-feeding hole 1 (5) are provided with upper cover plate (3),
The top of slurry-feeding hole 1 (5) is provided with pulp-inlet pipe (1) and is mutually permanently connected with welding manner with upper cover plate (3), on pulp-inlet pipe (1)
Magnetic valve 1 (4) is provided with, external support seat (43) is provided with upper cover plate (3) and is mutually fixedly connected with bolt, external support seat
(43) it is provided with accessibke porosity (53), its top on wall to be provided with electromagnetic vibrator (41) blending bolt and be mutually permanently connected, interior
Bearing (46) is arranged on external support seat (43) inner face, and its lower end is mutually permanently connected with upper cover plate (3) with bolt, inner bearing support
(46) inner via hole (52) is provided with wall, its top is provided with centre bore 1 (48) and reducing motor (42) blending bolt is mutually solid
Fixed connection.
Top chock (47) is arranged on upper cover plate (3) overcentre blending bolt and is mutually permanently connected, top chock (47)
Hollow shaft (67) is inside provided with, apopore 2 (61) and inlet opening 2 (64), hollow shaft (67) and upper axle are provided with its pipe
It is provided with upper bearing (metal) (50), sealing ring 1 (51), sealing ring 2 (62) and sealing ring 4 (69) between bearing (47) from top to bottom, on
Be provided with apopore 1 (60) and inlet opening 1 (63) on bearing block (47) wall, be provided with outside apopore 1 (60) outlet pipe (59) and
It is fixedly connected with welding manner with top chock (47), recoil tube (58) and and top chock is provided with inlet opening 1 (63)
(47) it is mutually permanently connected with welding manner, magnetic valve 5 (57) and air inlet pipe (55), air inlet pipe is provided with recoil tube (58)
(55) magnetic valve 3 (54) is provided with.
Recoil cylinder (79) is disposed greater than in the screen tube (8) of its diameter, and several hole for water sprayings (9) are provided with its barrel,
Recoil cylinder (79) upper end is provided with drive disk (2) and is mutually permanently connected with welding manner, and drive disk (2) is provided centrally with center
Hole 3 (68), recoil cylinder (79) lower end is provided with lower closing disk (84) and is mutually permanently connected with welding manner, and outer isolating cylinder (80) sets
Put in the recoil cylinder (79) more than its diameter, its lower end is arranged in lower closing disk (84) and is interfixed company with welding manner
Connect, its upper end is provided with upper sealing plate (71) and is mutually permanently connected with welding manner, and upper sealing plate (71) is provided centrally with centre bore 4
(70), is provided with center pipe axle (81) and is mutually permanently connected with welding manner with upper sealing plate (71) in centre bore 4 (70), it is interior every
It is disposed greater than from cylinder (83) in the outer isolating cylinder (80) of its diameter, its lower end is arranged in lower closing disk (84) and uses welding manner
It is mutually permanently connected, its upper end is provided with capping (16) and is mutually permanently connected with welding manner, upper capping (16) center sets
It is equipped with centre bore 5 (15), center pipe axle (81) and mutually solid with welding manner with upper capping (16) is provided with centre bore 5 (15)
Fixed connection, center pipe axle (81) upper end be provided with sealing ring 3 (65) and on reach apopore 2 (61) and inlet opening 2 (64) with it is empty
In being fixedly connected, step (26) is arranged on bottom end cover (29) overcentre blending bolt and interfixes company heart pipe axle (67)
Connect, its lower end is provided with intake chamber (27), step (26) and is provided with center pipe axle (81), and it is each other from top to bottom
Sealing ring 5 (18), lower bearing (19) and sealing ring 6 (25) are provided with, hollow shaft (67) lower end is through centre bore 3 (68) and drive
Moving plate (2) is fixedly connected with flat key, plug (49) is provided with its upper end and is mutually permanently connected with welding manner, and its top leads to
It is mutually in be fixedly connected that shaft coupling (45) is crossed with motor shaft (44).
Cylinder (14) lower end is provided with lower capping (32), and lower capping (32) lower section is provided with outer tube (31) and with welding side
Formula is mutually permanently connected, and the lower section of outward flange 3 (21) is provided with supporting tray (24), and its upper and lower space is provided with damping device
(22), be provided with supporting tray (24) several tie rod holes 2 (23) and on unload cinder hole (38), supporting tray (24) lower section is provided with
Frame (86), frame (86) is made up of lower flange (35), several support bars (34) and upper flange (33), is arranged on upper flange (33)
Have several tie rod holes 3 (30) and under unload cinder hole (36), support bar (34) upper/lower terminal respectively with upper flange (33) and lower flange
(35) it is mutually permanently connected with welding manner, several pull bars (28) is provided between upper flange (33) and supporting tray (24), its
Lower end through tie rod hole 3 (30) with bolt and upper flange (33) in being fixedly connected, its upper end through tie rod hole 2 (23) with bolt and
Supporting tray (24) in being fixedly connected, through the nut of tie rod hole 1 (20) fix with outward flange 3 (21) mutually in activity by its top
Connection.
Top pump (39) is arranged on lower capping (32) lower section, base plate (40) blending bolt is provided with below and is interfixed company
Connect, top pump shaft (37) upper end is arranged on the interior blending bolt of outer tube (31) and is mutually permanently connected, and base plate (40) is arranged on upper flange
(33) above, wherein a pull bar (28) is used as fixing axle, its upper end is provided with Upper shaft sleeve (72), arranges on Upper shaft sleeve (72)
There is oblique chute (75), roller (74) is arranged in oblique chute (75) and is mutually permanently connected with bolt with pull bar (28), Upper shaft sleeve
(72) upper end is provided with upper bracket (77) and is mutually permanently connected with welding manner, and upper bracket (77) is arranged on lower capping above
(32) it is mutually permanently connected below and with welding manner, Lower shaft sleeve (78) is arranged on Upper shaft sleeve (72) lower section, and its lower end is provided with
Lower carriage (85) is simultaneously mutually permanently connected with welding manner, and lower carriage (85) is provided below in base plate (40) above and with welding side
Formula is mutually permanently connected, and spring (82) is provided between lower carriage (85) and upper flange (33).
After monotubular automatic vertical filter press adopts this structure, during operation, first start top pump (39) with lower capping
(32) rise the closing of cylinder (14) lower port, open magnetic valve 1 (4) and magnetic valve 4 (56), then by the outer shurry pump of machine material
Starch in the cavity between the screen tube (8) and cylindrical diaphragm (17) being input in cylinder (14) from pulp-inlet pipe (1), when slurry fills in cavity
When meeting enough solids, magnetic valve 1 (4) is closed, while the outer hydraulic pump of starter motor is input into cylinder water under high pressure from hydraulic tube (13)
(14) cavity and between cylindrical diaphragm (17) simultaneously carries out press dewatering with the slip between screen tube (8) outward to cylindrical diaphragm (17),
Drainage Jing after press dewatering from screen tube (8) inwall flow out cocurrent to lower end, and after Jing center pipe axles (81) Jing water outlets upwards
Outside pipe (59) outflow machine, magnetic valve 4 (56) and magnetic valve 5 (57) are closed when the filter residue in machine is squeezed after dehydration is finished, opened
Magnetic valve 3 (54), by the outer high pressure tank of machine a small amount of pressure-air from air inlet pipe (55) input recoil cylinder (79) and screen tube
(8) remove in the cylinder and accumulate drainage, when the drainage in screen tube (8) is drained from, hydraulic pressure water is drawn back at once, then start top
Pump (39) drives lower capping (32) to horizontally rotate along oblique chute (75) side trailing edge until leaving cylinder (14) lower surface, then
Magnetic valve 4 (56) is closed, then starts electromagnetic vibrator (41) and reducing motor (42), while pressure-air air demand is increased,
At this moment due to being filled with pressure-air in screen tube (8), this pressure-air ruptures through filter screen the filter residue outside filter screen, while
Plus the vibration at high speed of electromagnetic vibrator (41), the rupture velocity of filter residue can be accelerated, filter residue is from gravity and vibration at high speed power
Quickly can down drop under effect, by above unload cinder hole (38) and under unload cinder hole (36) and drop to and be additionally provided on lower methods, rack (86)
Outside interior filter residue conveying device output machine, recoil Xian Zuoye is then entered, after filter residue is unsnatched, magnetic valve 5 (57) is opened immediately
And close magnetic valve 3 (54), the outer high-pressure hydraulic pump of starter motor water under high pressure from recoil tube (58) input recoil cylinder (79), then from
The mesh of hole for water spraying (9) high speed jet cleaning screen tube (8), due to the cylinder (79) that recoils by reducing motor (42) with rotation, institute
Can be backwashed comprehensively with the net wall of screen tube (8), at this moment back-flushing flows out from the net wall that filter screen another side sticks filter residue
And the filter residue for blocking filter screen is rinsed, the filter residue being at this moment cleaned and back-flushing flow into frame (86) bottom toward cylinder (14) lower end simultaneously
The waste water collector that portion is arranged is sent to kiln basin and is reprocessed, and after filter residue backwash is finished, electromagnetic vibrator is stopped at once
(41) work with reducing motor (42), an automatic job process is completed to this.The electromagnetic vibrator of whole machine in running
(41), reducing motor (42), top pump (39) and each magnetic valve and machine outer shurry pump, high-pressure hydraulic pump and air pump are by setting outside machine
Electronic control system is automatically controlled, the automatic pressure filtering technique being so repeated can reach automatic clinker-removing, automatic backwash, from
Move efficient press filtration purpose.
Claims (7)
1. a kind of monotubular automatic vertical filter press, it is mainly by cylinder (14), screen tube (8), cylindrical diaphragm (17), recoil cylinder
(79), electromagnetic vibrator (41), reducing motor (42), pulp-inlet pipe (1), recoil tube (58), hydraulic tube (13), outlet pipe (59),
Air inlet pipe (55) and top pump (39) are constituted, and be it is characterized in that：The rounded cylinder of cylinder (14), upper end is provided with outward flange 2 (10) and is used in combination
Welding manner is mutually permanently connected, and cylinder (14) lower end is provided with outward flange 3 (21) and is mutually permanently connected with welding manner, outward
Several tie rod holes 1 (20) are provided with flange 3 (21), inlet opening (11), inlet opening (11) peripheral hardware are provided with cylinder (14) wall
It is equipped with hydraulic tube (13) and is mutually permanently connected with welding manner with cylinder (14), hydraulic tube is provided with magnetic valve 2 on (13)
(12)。
2. monotubular automatic vertical filter press according to claim 1, is characterized in that：Cylinder (14) inwall is provided with upper and lower side
All with outward flange cylindrical diaphragm (17), cylindrical diaphragm (17) lower section be provided with pressing plate (73) and with the lower outward flange of cylindrical diaphragm (17)
And outward flange 3 (21) is mutually permanently connected with bolt, it is provided with pressing plate (73) in large sealing packing ring (76), cylinder (14) and is provided with
Less than the screen tube (8) of its diameter, screen tube (8) lower end is provided with bottom end cover (29) and is mutually permanently connected with welding manner,
Its upper end is provided with outward flange 1 (7) and is mutually permanently connected with welding manner, and slurry-feeding hole 2 (6) is provided with outward flange 1 (7).
3. monotubular automatic vertical filter press according to claim 1, is characterized in that：The top of outward flange 1 (7) is provided with lid
Plate (3), upper cover plate (3) and outward flange 1 (7), the upper outward flange of cylindrical diaphragm (17) and the bolt of outward flange 2 (10) interfix company
Connect, be provided with centre bore 2 (66) and slurry-feeding hole 1 (5) on upper cover plate (3), the top of slurry-feeding hole 1 (5) be provided with pulp-inlet pipe (1) and with
Upper cover plate (3) is mutually permanently connected with welding manner, and magnetic valve 1 (4) is provided with pulp-inlet pipe (1), and upper cover plate is provided with (3)
External support seat (43) is simultaneously mutually fixedly connected with bolt, accessibke porosity (53), its top is provided with external support seat (43) wall and is arranged
There is electromagnetic vibrator (41) blending bolt to be mutually permanently connected, inner bearing support (46) is arranged on external support seat (43) inner face, under it
End is mutually permanently connected with upper cover plate (3) with bolt, and inner via hole (52) is provided with inner bearing support (46) wall, and its top is provided with
Centre bore 1 (48) and reducing motor (42) blending bolt are mutually permanently connected.
4. monotubular automatic vertical filter press according to claim 1, is characterized in that：Top chock (47) is arranged on upper cover plate
(3) overcentre blending bolt is mutually permanently connected, and in top chock (47) hollow shaft (67) is provided with, and is provided with its pipe
Apopore 2 (61) and inlet opening 2 (64), between hollow shaft (67) and top chock (47) upper bearing (metal) is provided with from top to bottom
(50), sealing ring 1 (51), sealing ring 2 (62) and sealing ring 4 (69), be provided with top chock (47) wall apopore 1 (60) and
It is provided with outlet pipe (59) and is fixedly connected with welding manner with top chock (47) outside inlet opening 1 (63), apopore 1 (60),
Recoil tube (58) is provided with inlet opening 1 (63) and is mutually permanently connected with welding manner with top chock (47), recoil tube
(58) magnetic valve 5 (57) and air inlet pipe (55) are provided with, magnetic valve 3 (54) is provided with air inlet pipe (55).
5. monotubular automatic vertical filter press according to claim 1, is characterized in that：It is straight that recoil cylinder (79) is disposed greater than its
In the screen tube (8) in footpath, several hole for water sprayings (9) are provided with its barrel, recoil cylinder (79) upper end is provided with drive disk (2) and is used in combination
Welding manner is mutually permanently connected, and drive disk (2) is provided centrally with centre bore 3 (68), and recoil cylinder (79) lower end is provided with lower envelope
Disk (84) is simultaneously mutually permanently connected with welding manner, and outer isolating cylinder (80) is disposed greater than in the recoil cylinder (79) of its diameter, its
Lower end is arranged in lower closing disk (84) and with welding manner and is mutually permanently connected, its upper end be provided with upper sealing plate (71) and with welding
Mode is mutually permanently connected, and upper sealing plate (71) is provided centrally with being provided with center pipe axle in centre bore 4 (70), centre bore 4 (70)
(81) and with upper sealing plate (71) it is mutually permanently connected with welding manner, interior isolating cylinder (83) is disposed greater than the outer isolation of its diameter
In cylinder (80), its lower end is arranged in lower closing disk (84) and with welding manner and is mutually permanently connected, and its upper end is provided with capping
(16) and with welding manner it is mutually permanently connected, upper capping (16) is provided centrally with being set in centre bore 5 (15), centre bore 5 (15)
It is equipped with center pipe axle (81) and is mutually permanently connected with welding manner with upper capping (16), center pipe axle (81) upper end is provided with close
Seal 3 (65) and on reach apopore 2 (61) and inlet opening 2 (64) and hollow shaft (67) in being fixedly connected, step
(26) it is arranged on bottom end cover (29) overcentre blending bolt to be mutually permanently connected, its lower end is provided with intake chamber (27), lower axle
Center pipe axle (81) is provided with bearing (26), its be provided with from top to bottom each other sealing ring 5 (18), lower bearing (19) and
Sealing ring 6 (25), hollow shaft (67) lower end is fixedly connected with drive disk (2) through centre bore 3 (68) with flat key, in its upper end
It is provided with plug (49) and is mutually permanently connected with welding manner, its top is mutually in motor shaft (44) by shaft coupling (45)
It is fixedly connected.
6. monotubular automatic vertical filter press according to claim 1, is characterized in that：Cylinder (14) lower end is provided with lower capping
(32), lower capping (32) lower section is provided with outer tube (31) and is mutually permanently connected with welding manner, and the lower section of outward flange 3 (21) sets
Supporting tray (24) is equipped with, its upper and lower space is provided with damping device (22), supporting tray is provided with several tie rod holes 2 on (24)
(23) and on unload cinder hole (38), supporting tray (24) lower section arranges organic frame (86), and frame (86) is by lower flange (35), Shuo Genzhi
Strut (34) and upper flange (33) are constituted, be provided with upper flange (33) several tie rod holes 3 (30) and under unload cinder hole (36), support
Bar (34) upper/lower terminal is mutually permanently connected respectively with upper flange (33) and lower flange (35) with welding manner, upper flange (33)
Several pull bars (28) are provided between supporting tray (24), its lower end is through tie rod hole 3 (30) bolt and upper flange (33)
In being fixedly connected, its upper end passes through the bolt of tie rod hole 2 (23) with supporting tray (24) in being fixedly connected, and its top passes through pull bar
The nut of hole 1 (20) is fixed and is mutually movably connected with outward flange 3 (21).
7. monotubular automatic vertical filter press according to claim 1, is characterized in that：Top pump (39) is arranged on lower capping (32)
Lower section, is provided with below base plate (40) blending bolt and is mutually permanently connected, and top pump shaft (37) upper end is arranged on outer tube (31)
Interior blending bolt is mutually permanently connected, and base plate (40) is arranged on upper flange (33) above, wherein a pull bar (28) is as fixation
Axle is used, and its upper end is provided with Upper shaft sleeve (72), oblique chute (75) is provided with Upper shaft sleeve (72), and roller (74) is arranged on oblique chute
(75) it is mutually permanently connected in and with bolt with pull bar (28), Upper shaft sleeve (72) upper end is provided with upper bracket (77) and with welding side
Formula is mutually permanently connected, and upper bracket (77) is arranged on lower capping (32) and is mutually permanently connected below and with welding manner above, under
Axle sleeve (78) is arranged on Upper shaft sleeve (72) lower section, and its lower end is provided with lower carriage (85) and is mutually permanently connected with welding manner,
Lower carriage (85) is provided below and is mutually permanently connected above and with welding manner in base plate (40), lower carriage (85) and upper flange
(33) spring (82) is provided between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620739622.0U CN206081824U (en) | 2016-07-08 | 2016-07-08 | Single automatic vertical filter press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620739622.0U CN206081824U (en) | 2016-07-08 | 2016-07-08 | Single automatic vertical filter press |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206081824U true CN206081824U (en) | 2017-04-12 |
Family
ID=58465186
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620739622.0U Expired - Fee Related CN206081824U (en) | 2016-07-08 | 2016-07-08 | Single automatic vertical filter press |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206081824U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108078357A (en) * | 2017-12-27 | 2018-05-29 | 长乐致远技术开发有限公司 | There is the juice extractor of membrane press filtration |
| CN112426759A (en) * | 2020-11-30 | 2021-03-02 | 中国航发动力股份有限公司 | Automatic electrolyte filter press and working method thereof |
-
2016
- 2016-07-08 CN CN201620739622.0U patent/CN206081824U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108078357A (en) * | 2017-12-27 | 2018-05-29 | 长乐致远技术开发有限公司 | There is the juice extractor of membrane press filtration |
| CN112426759A (en) * | 2020-11-30 | 2021-03-02 | 中国航发动力股份有限公司 | Automatic electrolyte filter press and working method thereof |
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