CN108825097A - The channel lift Di Ku baffle device for water - Google Patents
The channel lift Di Ku baffle device for water Download PDFInfo
- Publication number
- CN108825097A CN108825097A CN201810990324.2A CN201810990324A CN108825097A CN 108825097 A CN108825097 A CN 108825097A CN 201810990324 A CN201810990324 A CN 201810990324A CN 108825097 A CN108825097 A CN 108825097A
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- CN
- China
- Prior art keywords
- baffle
- jacking block
- drift
- water
- horizontal
- 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.)
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05F—DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION; CHECKS FOR WINGS; WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
- E05F15/00—Power-operated mechanisms for wings
- E05F15/50—Power-operated mechanisms for wings using fluid-pressure actuators
- E05F15/57—Power-operated mechanisms for wings using fluid-pressure actuators for vertically-sliding wings
-
- E—FIXED CONSTRUCTIONS
- E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
- E05Y—INDEXING SCHEME RELATING TO HINGES OR OTHER SUSPENSION DEVICES FOR DOORS, WINDOWS OR WINGS AND DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION, CHECKS FOR WINGS AND WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
- E05Y2900/00—Application of doors, windows, wings or fittings thereof
- E05Y2900/10—Application of doors, windows, wings or fittings thereof for buildings or parts thereof
- E05Y2900/106—Application of doors, windows, wings or fittings thereof for buildings or parts thereof for garages
-
- E—FIXED CONSTRUCTIONS
- E06—DOORS, WINDOWS, SHUTTERS, OR ROLLER BLINDS IN GENERAL; LADDERS
- E06B—FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES OR LIKE ENCLOSURES IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
- E06B9/00—Screening or protective devices for wall or similar openings, with or without operating or securing mechanisms; Closures of similar construction
- E06B2009/007—Flood panels
Abstract
The invention discloses a kind of channel lift Di Ku baffle device for water, including the baffle that blocks water, baffle lifting hydraulic cylinder, block water baffle slideway, side-sealing device and horizontal sealing station；The baffle that blocks water is slidably connected by baffle lifting hydraulic cylinder between two baffle slideways that block water, the block water two sides of baffle are mounted on side-sealing device, the block water bottom side of baffle is equipped with horizontal sealing station, and horizontal sealing station contacts sealing with the facade of baffle subterranean excavation.The present invention uses Mechatronics control, realizes that nobody holds and keeps, and effectively stops big flow rainwater, guarantees the safety of underground installation.
Description
Technical field
The present invention relates to the channel Di Ku waterproof technique field more particularly to a kind of channel lift Di Ku baffle device for water.
Background technique
Existing ground library feeder connection is designed with gutter, and effect is to prevent rainwater from entering ground library from channel, and there are one to lack
Point, gutter drainability is limited when raining heavyly, and rainwater cannot be prevent completely to enter ground library.
Summary of the invention
The present invention is to solve the problems, such as that gutter cannot stop big flow rainwater, provides a kind of channel lift Di Ku water blocking
Device.
In order to solve the above technical problems, the technical scheme is that：The channel lift Di Ku baffle device for water, including block water
Baffle, baffle lifting hydraulic cylinder, block water baffle slideway, side-sealing device and horizontal sealing station；Two block water baffle slideway it
Between the baffle that blocks water slidably connected by baffle lifting hydraulic cylinder, the two sides for the baffle that blocks water are mounted on side-sealing device, block water
The bottom side of baffle is equipped with horizontal sealing station, and horizontal sealing station contacts sealing with the facade of baffle subterranean excavation.
Side-sealing device include baffle both sides sealing rubber strip, side sealing fluid cylinder pressure, upper camshaft, middle camshaft, under
Camshaft and slideway seal convexity；Upper camshaft, middle camshaft, lower cam axis are mounted on resistance by camshaft support genesis analysis
On water baffle, upper camshaft, middle camshaft are fixedly installed with side sealed cam, side sealing fluid cylinder pressure on lower cam axis
One end be fixed on and block water on baffle, the other end is connect by crank pin, camshaft crank with middle camshaft, upper camshaft and
It is connected by camshaft connecting rod and camshaft crank between middle camshaft, between middle camshaft and lower cam axis；Baffle two sides
Sealing rubber strip is longitudinally inlaid in the upstream face groove for the baffle that blocks water and is tightly connected between slideway seal convexity, and slideway is close
Envelope protrusion is mounted on the inside for the baffle slideway that blocks water.
Horizontal sealing station include jacking block assembly, horizontal seal rubber strip, drift return spring, horizontal seal hydraulic cylinder,
Drift drive chain, horizontal seal protrusion and drift moving leader；Several jacking block assemblies are sequentially connected and are separately fixed at resistance
On water baffle；Jacking block assembly includes horizontal jacking block return spring, horizontal seal jacking block, spring adjustment bolt and horizontal seal jacking block
Set；Horizontal seal jacking block set, which is fixed on, to block water on baffle, slidably connects horizontal seal jacking block in horizontal seal jacking block set, horizontal
One end is in contact with foundation pit jacking block pressure-bearing surface under sealing jacking block sealing state, and foundation pit jacking block pressure-bearing surface is fixed on baffle subterranean excavation
Facade on, be equipped in horizontal seal jacking block jacking block driving drift and jacking block driving drift both ends be pierced by horizontal seal top
The back side of block and horizontal seal jacking block set, jacking block driving drift is in contact with drift fulcrum bearing, and drift fulcrum bearing, which is fixed on, to block water
On baffle；The big end of spring adjustment bolt is located in horizontal seal jacking block set, and the small end of spring adjustment bolt passes through horizontal seal
Lug up and down outside jacking block is connect with jacking block return spring nut, and horizontal jacking block return spring is located at jacking block return spring nut
In spring adjustment bolt between lug；Drift drive chain bypasses sprocket wheel, the jacking block drive of one end and leftmost side jacking block assembly
Dynamic drift connection, the other end are connect with the piston rod of horizontal seal hydraulic cylinder, and horizontal seal hydraulic cylinder, which is fixed on, to block water on baffle；
The jacking block driving drift of rightmost side jacking block assembly passes through drift return spring pressure-bearing buting iron and the fixed company of drift return spring block
It connects, drift return spring block is sleeved on drift moving leader, and the both ends of drift moving leader pass through drift moving leader branch
Seat, which is fixed on, to block water on baffle, and drift return spring pressure-bearing buting iron, which is fixed on, to block water on baffle, and drift return spring is sleeved on top
Block drives on drift and between drift return spring pressure-bearing buting iron and drift return spring block；Horizontal seal rubber strip water
Flat to be inlaid in the upstream face groove for the baffle that blocks water and be tightly connected between horizontal seal protrusion, horizontal seal protrusion is fixed on
On the facade of baffle subterranean excavation.
Further, one end of baffle lifting hydraulic cylinder is mounted on by lifting hydraulic cylinder pin shaft and is blocked water on baffle slideway,
The other end is mounted on by lifting hydraulic cylinder piston rod pin shaft and is blocked water on baffle.
Further, one end of side sealing fluid cylinder pressure is fixed on by hydraulic cylinder pin shaft and is blocked water on baffle.
Further, several jacking block assemblies are sequentially connected by drift connecting screw and are separately fixed at the baffle that blocks water
On.
Further, jacking block roller shaft and jacking block idler wheel are installed, jacking block drives the wedge surface of drift in horizontal seal jacking block
It is in contact with jacking block idler wheel.
Further, horizontal jacking block set reinforcing rib is provided between horizontal seal jacking block set and the baffle that blocks water.
Further, it is set with drift guide sleeve on the jacking block driving drift of leftmost side jacking block assembly, drift guide sleeve is solid
It is scheduled on and blocks water on baffle.
Further, it blocks water and is provided with the reinforcing rib of transverse direction, genesis analysis on baffle.
The present invention uses Mechatronics control, realizes that nobody holds and keeps, and effectively stops big flow rainwater, guarantees underground installation
Safety.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is top view of the invention；
Fig. 3 is structure sectional view at drift return spring；
Fig. 4 is structure sectional view at drift guide sleeve；
Fig. 5 is the A-A direction view of Fig. 2；
Fig. 6 is the partial enlarged view of Fig. 5；
Fig. 7 is the B-B direction view of Fig. 5；
Fig. 8 is the partial structural diagram of Fig. 5 releasing orientation；
Fig. 9 is the structural schematic diagram of Fig. 7 releasing orientation；
Figure 10 is the C-C direction view of Fig. 2；
Figure 11 is structure sectional view at drift return spring pressure-bearing buting iron；
Figure 12 is the H direction view of Fig. 1；
Figure 13 is the sealed cam state diagram of side-sealing device impaction state downside；
Figure 14 is the sealing fluid cylinder pressure state diagram of side-sealing device impaction state downside；
Figure 15 is the sealed cam state diagram of side-sealing device releasing orientation downside；
Figure 16 is the sealing fluid cylinder pressure state diagram of side-sealing device releasing orientation downside；
Figure 17 is hydraulic schematic diagram of the present invention.
Wherein：1, horizontal seal rubber strip, 2, horizontal jacking block return spring, 3, horizontal seal jacking block, 4, spring adjustment spiral shell
Bolt, 5, jacking block driving drift 6, jacking block idler wheel, 7, drift return spring, 8, drift return spring pressure-bearing buting iron, 9, drift return
Spring block, 10, drift fulcrum bearing, 11, block water baffle, 12, baffle subterranean excavation, 13, baffle both sides sealing rubber strip, 14,
Side sealing fluid cylinder pressure, 15, middle camshaft, 16, side sealed cam, 17, camshaft connecting rod, 18, horizontal seal hydraulic cylinder,
19, drift drive chain, 20, sprocket wheel, 21, drift guide sleeve, 22, baffle lifting hydraulic cylinder, 23, promote solenoid valve, 24, hydraulic
Pump, 25, overflow valve, 26, drift connecting screw, 27, both sides sealing solenoid valve, 28, drift moving leader support, 29, horizontal close
Seal solenoid valve, 30, throttle valve, 31, hydraulic control one-way valve, 32, horizontal jacking block cover reinforcing rib, 33, foundation pit jacking block pressure-bearing surface, 34, plus
Strengthening tendons, 35, lifting hydraulic cylinder pin shaft, 36, lifting hydraulic cylinder piston rod pin shaft, 37, block water baffle slideway, 38, slideway sealing it is convex
It rises, 39, horizontal seal protrusion, 40, upper camshaft, 41, camshaft crank, 42, lower cam axis, 43, hydraulic cylinder pin shaft, 44, water
Plain seal jacking block set, 45, jacking block roller shaft, 46, jacking block return spring nut, 47, baffle top dead centre switch, 48, under baffle only
Point switch, 49, the nearly stop switch of both sides sealing hydraulic cylinder, 50, the remote stop switch of both sides sealing hydraulic cylinder, 51, horizontal seal liquid
The nearly stop switch of cylinder pressure, 52, the remote stop switch of horizontal seal hydraulic cylinder, 53, drift moving leader.
Specific embodiment
Specific embodiments of the present invention will be further explained by 1-17 with reference to the accompanying drawing.
The channel lift Di Ku baffle device for water, including the baffle 11 that blocks water, baffle lifting hydraulic cylinder 22, block water baffle slideway
37, side-sealing device and horizontal sealing station；Connected between two baffle slideways 37 that block water by the sliding of baffle lifting hydraulic cylinder 22
It is connected to the baffle 11 that blocks water, the two sides for the baffle 11 that blocks water are mounted on side-sealing device, and the bottom side for the baffle 11 that blocks water is equipped with level
Sealing device, horizontal sealing station contact sealing with the facade of baffle subterranean excavation 12.
Side-sealing device includes baffle both sides sealing rubber strip 13, side sealing fluid cylinder pressure 14, upper camshaft 40, middle cam
Axis 15, lower cam axis 42 and slideway seal convexity 38；Upper camshaft 40, middle camshaft 15, lower cam axis 42 pass through camshaft branch
Seat genesis analysis is mounted on and blocks water on baffle 11, and upper camshaft 40, middle camshaft 15 are fixedly installed with side on lower cam axis 42
Face sealed cam 16, one end of side sealing fluid cylinder pressure 14, which is fixed on, to block water on baffle 11, and the other end passes through crank pin, cam
Axis crank 41 is connect with middle camshaft 15, between upper camshaft 40 and middle camshaft 15, middle camshaft 15 and lower cam axis 42 it
Between be connected with camshaft crank 41 by camshaft connecting rod 17；Baffle both sides sealing rubber strip 13 is longitudinal to be inlaid in the baffle that blocks water
It is tightly connected in 11 upstream face groove and between slideway seal convexity 38, it is sliding that slideway seal convexity 38 is mounted on the baffle that blocks water
The inside in road 37.
Horizontal sealing station includes jacking block assembly, horizontal seal rubber strip 1, drift return spring 7, horizontal seal hydraulic cylinder
18, drift drive chain 19, horizontal seal protrusion 39 and drift moving leader 53；Several jacking block assemblies are sequentially connected and distinguish
It is fixed on and blocks water on baffle 11；Jacking block assembly includes horizontal jacking block return spring 2, horizontal seal jacking block 3, spring adjustment bolt 4
With horizontal seal jacking block set 44；Horizontal seal jacking block set 44, which is fixed on, to block water on baffle 11, sliding in horizontal seal jacking block set 44
It is connected with horizontal seal jacking block 3, one end is in contact with foundation pit jacking block pressure-bearing surface 33 under 3 sealing state of horizontal seal jacking block, foundation pit
Jacking block pressure-bearing surface 33 is fixed on the facade of baffle subterranean excavation 12, be equipped in horizontal seal jacking block 3 jacking block driving drift 5 and
The both ends of jacking block driving drift 5 are pierced by horizontal seal jacking block 3 and horizontal seal jacking block set 44, and jacking block drives the back side of drift 5
It is in contact with drift fulcrum bearing 10, drift fulcrum bearing 10, which is fixed on, to block water on baffle 11；The big end of spring adjustment bolt 4 is located at water
In plain seal jacking block set 44, the small end of spring adjustment bolt 4 passes through lug up and down and jacking block return outside horizontal seal jacking block 3
Spring nut 46 connects, and horizontal jacking block return spring 2 is located at the adjustment spiral shell of the spring between jacking block return spring nut 46 and lug
On bolt 4；Drift drive chain 19 bypasses sprocket wheel 20, and one end is connect with the jacking block of leftmost side jacking block assembly driving drift 5, the other end
It is connect with the piston rod of horizontal seal hydraulic cylinder 18, horizontal seal hydraulic cylinder 18, which is fixed on, to block water on baffle 11；Rightmost side jacking block
The jacking block driving drift 5 of assembly passes through drift return spring pressure-bearing buting iron 8 and is fixedly connected with drift return spring block 9, drift
Return spring block 9 is sleeved on drift moving leader 53, and the both ends of drift moving leader 53 pass through drift moving leader support
28 are fixed on and block water on baffle 11, and drift return spring pressure-bearing buting iron 8, which is fixed on, to block water on baffle 11, and 7 sets of drift return spring
On jacking block driving drift 5 and between drift return spring pressure-bearing buting iron 8 and drift return spring block 9；It is horizontal close
Envelope 1 level of rubber strip is inlaid in the upstream face groove for the baffle 11 that blocks water and is tightly connected between horizontal seal protrusion 39, water
Plain seal protrusion 39 is fixed on the facade of baffle subterranean excavation 12.
One end of baffle lifting hydraulic cylinder 22 is mounted on by lifting hydraulic cylinder pin shaft 35 and is blocked water on baffle slideway 37, another
End is mounted on by lifting hydraulic cylinder piston rod pin shaft 36 and is blocked water on baffle 11.
One end of side sealing fluid cylinder pressure 14 is fixed on by hydraulic cylinder pin shaft 43 and is blocked water on baffle 11.
Several jacking block assemblies are sequentially connected and are separately fixed at by drift connecting screw 26 and blocked water on baffle 11.
Jacking block roller shaft 45 and jacking block idler wheel 6 are installed, jacking block drives wedge surface and the top of drift 5 in horizontal seal jacking block 3
Block idler wheel 6 is in contact.
Horizontal jacking block set reinforcing rib 32 is provided between horizontal seal jacking block set 44 and the baffle 11 that blocks water.
It is set with drift guide sleeve 21 on the jacking block driving drift 5 of leftmost side jacking block assembly, drift guide sleeve 21 is fixed on
It blocks water on baffle 11.
It blocks water and is provided with the reinforcing rib 34 of transverse direction, genesis analysis on baffle 11.
The plate washer 11 that blocks water is slided up and down in the plate washer slideway 37 that blocks water by the realization of baffle lifting hydraulic cylinder 22, and block water plate washer
Slideway 37 gos deep into the below ground pit of channel, two sides block water 37 notch opposite direction of plate washer slideway installation, in channel below ground shape
The baffle subterranean excavation 12 for the baffle 11 that blocks water is accommodated at one.When not blocking water, the upper surface and channel ground of the baffle 11 that blocks water
Concordantly, vehicle passes through, and the baffle that blocks water is formed by steel plate butt welding, and in upstream face side, 11 lower horizontal of plate washer that blocks water is lateral
Be provided with two grooves, two horizontal seal rubber strips 1 be installed in groove, 11 two sides of plate washer that block water respectively be provided with one it is vertical recessed
Slot is equipped with baffle both sides sealing rubber strip 13, and the baffle 11 that blocks water blocks water mainly by the sealing of this four slat gums item.Side sealing fluid
Cylinder pressure 14 acts, and camshaft 15 rotates in the drive of camshaft crank 41, and side sealed cam 16 rotates with it, connected by camshaft
Bar 17 drives 3 side sealed cams 16 to rotate, and to extruding is generated on the inside of the plate washer slideway 37 that blocks water, generates instead to the baffle 11 that blocks water
Active force squeezes baffle both sides sealing rubber strip 13 and slideway seal convexity 38 and forms band.
Horizontal seal jacking block 3 is square tubular shape cavity body, is mounted in horizontal seal jacking block set 44, while horizontal seal top
Block set 44 and 3 two sides of horizontal seal jacking block are provided with notch, and jacking block driving drift 5 is passed through from notch, and jacking block drives 5 back side of drift
It withstands in drift fulcrum bearing 10, jacking block drives the reaction force of drift 5, and horizontal seal jacking block 3 is equipped with jacking block roller shaft above
45,6 sets of jacking block idler wheel above, 3 tail portion of horizontal seal jacking block is provided with circular hole, spring adjustment up and down there are two small protrusion above
Bolt 4 passes through it, and horizontal 2 one end of jacking block return spring is withstood in the two small protrusion of horizontal seal jacking block 3, and the other end is withstood on
On block return spring spiral shell Feng 46, the adjustable 3 return strength size of horizontal seal jacking block of spring adjustment bolt 4, entirely block water gear
11 horizontal cross of plate has the driving of several jacking block assemblies, and jacking block driving drift 5 is connected together by drift connecting screw 26, horizontal
The piston rod of sealing fluid cylinder pressure 18 drives drift 5 to connect together by drift drive chain 19 and jacking block, drift drive chain 19
It is wound on sprocket wheel 20, drift guide sleeve 21 guarantees that jacking block drives 5 moving direction of drift, and drift return spring block 9 and jacking block drive
Dynamic drift 5 is rigidly connected, and drift return spring pressure-bearing buting iron 8, which is welded in, to block water on plate washer 11, while centre is provided with notch, and jacking block drives
Dynamic drift 5 extends there through, and 7 sets of drift return spring drive on drift 5 in jacking block, and both ends withstand on drift return spring pressure-bearing respectively
On buting iron 8, drift return spring block 9, the upper and lower of drift return spring block 9 is opened there are two pilot hole, drift moving leader
53 pass through, while drift moving leader 53 is mounted on by drift moving leader support 28 and is blocked water on plate washer 11, solution water removal
When plain seal, jacking block drive 5 self-return of drift, horizontal seal jacking block 3 retracts to block water baffle 11 within.
It rises the sealing of plate washer 11 that blocks water and blocks water, start hydraulic pump 24, promote 23 left end 1YA of solenoid valve and obtain electric, promote baffle and mention
Hydraulic cylinder 22, rod chamber oil inlet are risen, piston rod drags the baffle 11 that blocks water, moves up in baffle subterranean excavation 12, touching gear
Plate top dead centre switch 47 promotes solenoid valve 23 and powers off Hui Zhongwei, both sides sealing solenoid valve 27,3YA, 5YA, horizontal seal magnetic valve
29 7YA simultaneously it is electric, while to side sealing fluid cylinder pressure 14,18 fuel feeding of horizontal seal hydraulic cylinder, side sealing fluid cylinder pressure 14
Rodless cavity oil inlet, piston rod push camshaft crank 41, drive side sealed cam 16 to rotate by camshaft connecting rod 17, side
Sealed cam 16 generates extruding to the baffle slideway 37 that blocks water, and reaction blocks water plate washer 11, makes its baffle both sides sealing rubber strip
13 are in contact with slideway seal convexity 38, and then squeeze and form vertical band, when to encounter two sides close for side sealing fluid cylinder pressure 14
The remote stop switch 50 of sealing liquid cylinder pressure, both sides sealing solenoid valve 27 power off Hui Zhongwei.Side sealing fluid cylinder pressure 14 hinders while movement
The lower horizontal sealing device of water baffle 11 also acts, and the left end electromagnet 7YA of horizontal seal magnetic valve 29 obtains electric, horizontal seal
The pressurization of 18 rod chamber of hydraulic cylinder, piston rod retract, and drift drive chain 19 pulls jacking block to drive drift 5, make horizontal seal jacking block 3
It is stretched out from horizontal seal jacking block set 44, presses to foundation pit jacking block pressure-bearing surface 33, make horizontal seal adhesive tape 1 and baffle subterranean excavation
12 facade horizontal seal protrusion 39 is in contact, and forms band, when 18 piston rod of horizontal seal hydraulic cylinder touches horizontal seal
The nearly stop switch 51 of hydraulic cylinder, 7YA power-off, horizontal seal magnetic valve 29 go back to middle position, complete sealing function, and throttle valve 30 makes side
Sealing fluid cylinder pressure 14, the movement of horizontal seal hydraulic cylinder 18 synchronize, and hydraulic control one-way valve 31 guarantees that respective hydraulic cylinder is not revealed.
Sealing device separates, and falls the plate washer 11 that blocks water, and starts hydraulic pump 24, both sides sealing solenoid valve 27 right end 4YA, 6YA are obtained
Electricity, 29 right end 8YA of horizontal seal magnetic valve simultaneously must be electric, the pressurization of 14 right end rod chamber of side sealing fluid cylinder pressure, rodless cavity oil return,
Piston rod retracts, and drives camshaft crank pin, and camshaft crank 41 rotates, and 6 camshafts drive 16 turns of side sealed cam
It is dynamic, sealing is unclamped, baffle both sides sealing rubber strip 13 is made to leave slideway seal convexity 38, piston rod touches both sides sealing hydraulic cylinder
Nearly stop switch 49, electromagnet 4YA, 6YA power off Hui Zhongwei, and while side-sealing device unclamps, horizontal sealing station moves simultaneously
Make, process is as follows：29 right end 8YA of horizontal seal magnetic valve obtains electric, 18 right end rodless cavity of horizontal seal hydraulic cylinder pressurization, rod chamber
Oil return, piston rod stretch out, and jacking block drives drift 5 under the action of drift return spring 7, move right, make horizontal seal jacking block 3
Under the action of horizontal jacking block return spring 2, by being retracted under stretching state inside the baffle 11 that blocks water, jacking block face and baffle reverse side
Concordantly, the piston rod of horizontal seal hydraulic cylinder 18 touches the remote stop switch 52 of horizontal seal hydraulic cylinder, horizontal seal electromagnetism at this time
29 right end 8YA of valve power-off, solenoid valve Hui Zhongwei, depressurization state then promote 23 right end 2YA of solenoid valve and obtain electric, baffle liquid
22 piston rod of cylinder pressure stretches out, and drives the whereabouts of baffle 11 that blocks water, and when 11 upper end of baffle that blocks water is concordant with ground, touches under baffle only
Point switch 48,2YA power-off, solenoid valve Hui Zhongwei, completion fall 11 process of baffle that blocks water, and overflow valve 25 is responsible for pressure regulation.
More than, it is merely preferred embodiments of the present invention, but scope of protection of the present invention is not limited thereto, it is any
Those familiar with the art within the technical scope of the present disclosure, according to the technique and scheme of the present invention and its invents
Design is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.
Claims (8)
1. the channel lift Di Ku baffle device for water, which is characterized in that including the baffle that blocks water (11), baffle lifting hydraulic cylinder (22),
Block water baffle slideway (37), side-sealing device and horizontal sealing station；Two block water and are mentioned between baffle slideway (37) by baffle
It rises hydraulic cylinder (22) to slidably connect the baffle that blocks water (11), the two sides of the baffle that blocks water (11) are mounted on side-sealing device, block water
The bottom side of baffle (11) is equipped with horizontal sealing station, and horizontal sealing station contacts close with the facade of baffle subterranean excavation (12)
Envelope；
Side-sealing device includes baffle both sides sealing rubber strip (13), side sealing fluid cylinder pressure (14), upper camshaft (40), convexity
Wheel shaft (15), lower cam axis (42) and slideway seal convexity (38)；Upper camshaft (40), middle camshaft (15), lower cam axis
(42) be mounted on the baffle that blocks water (11) by camshaft support genesis analysis, upper camshaft (40), middle camshaft (15), under it is convex
It is fixedly installed on wheel shaft (42) side sealed cam (16), one end of side sealing fluid cylinder pressure (14) is fixed on the baffle that blocks water
(11) on, the other end is connect by crank pin, camshaft crank (41) with middle camshaft (15), upper camshaft (40) and convexity
Between wheel shaft (15), pass through camshaft connecting rod (17) and camshaft crank between middle camshaft (15) and lower cam axis (42)
(41) it is connected；Baffle both sides sealing rubber strip (13) is longitudinally inlaid in the upstream face groove of the baffle that blocks water (11) and close with slideway
It seals between raised (38) and is tightly connected, slideway seal convexity (38) is mounted on the inside for baffle slideway (37) that block water；
Horizontal sealing station includes jacking block assembly, horizontal seal rubber strip (1), drift return spring (7), horizontal seal hydraulic cylinder
(18), drift drive chain (19), horizontal seal raised (39) and drift moving leader (53)；Several jacking block assemblies successively connect
It connects and is separately fixed on the baffle that blocks water (11)；Jacking block assembly include horizontal jacking block return spring (2), horizontal seal jacking block (3),
Spring adjustment bolt (4) and horizontal seal jacking block set (44)；Horizontal seal jacking block set (44) is fixed on the baffle that blocks water (11), water
It is slidably connected horizontal seal jacking block (3) in plain seal jacking block set (44), one end and base under horizontal seal jacking block (3) sealing state
Hole jacking block pressure-bearing surface (33) is in contact, and foundation pit jacking block pressure-bearing surface (33) is fixed on the facade of baffle subterranean excavation (12), horizontal
The both ends that jacking block driving drift (5) and jacking block driving drift (5) are equipped in sealing jacking block (3) are pierced by horizontal seal jacking block
(3) it is in contact with horizontal seal jacking block set (44), the back side of jacking block driving drift (5) with drift fulcrum bearing (10), drift bearing
Seat (10) is fixed on the baffle that blocks water (11)；The big end of spring adjustment bolt (4) is located in horizontal seal jacking block set (44), spring
The small end of adjustment bolt (4) passes through horizontal seal jacking block (3) external lug up and down and connect with jacking block return spring nut (46),
Horizontal jacking block return spring (2) is located in the spring adjustment bolt (4) between jacking block return spring nut (46) and lug；Drift
Drive chain (19) bypasses sprocket wheel (20), and one end is connect with the jacking block of leftmost side jacking block assembly driving drift (5), the other end and water
The piston rod of plain seal hydraulic cylinder (18) connects, and horizontal seal hydraulic cylinder (18) is fixed on the baffle that blocks water (11)；Rightmost side top
Jacking block driving drift (5) of block assembly passes through drift return spring pressure-bearing buting iron (8) and the fixed company of drift return spring block (9)
It connects, drift return spring block (9) is sleeved on drift moving leader (53), and the both ends of drift moving leader (53) pass through drift
Moving leader support (28) is fixed on the baffle that blocks water (11), and drift return spring pressure-bearing buting iron (8) is fixed on the baffle that blocks water
(11) on, drift return spring (7) be sleeved on jacking block driving drift (5) on and be located at drift return spring pressure-bearing buting iron (8) and
Between drift return spring block (9)；Horizontal seal rubber strip (1) level is inlaid in the upstream face groove of the baffle that blocks water (11)
And be tightly connected between horizontal seal raised (39), horizontal seal protrusion (39) is fixed on the facade of baffle subterranean excavation (12)
On.
2. the channel lift Di Ku as described in claim 1 baffle device for water, which is characterized in that the baffle lifting hydraulic cylinder
(22) one end is mounted on by lifting hydraulic cylinder pin shaft (35) and is blocked water on baffle slideway (37), and the other end passes through lifting hydraulic cylinder
Piston rod pin shaft (36) is mounted on the baffle that blocks water (11).
3. the channel lift Di Ku as described in claim 1 baffle device for water, which is characterized in that the side sealing fluid cylinder pressure
(14) one end is fixed on the baffle that blocks water (11) by hydraulic cylinder pin shaft (43).
4. the channel lift Di Ku as described in claim 1 baffle device for water, which is characterized in that several described jacking block assemblies
It is sequentially connected and is separately fixed on the baffle that blocks water (11) by drift connecting screw (26).
5. the channel lift Di Ku as described in claim 1 baffle device for water, which is characterized in that the horizontal seal jacking block
(3) jacking block roller shaft (45) and jacking block idler wheel (6) are installed, the wedge surface of jacking block driving drift (5) connects with jacking block idler wheel (6) in
Touching.
6. the channel lift Di Ku as described in claim 1 baffle device for water, which is characterized in that the horizontal seal jacking block set
(44) horizontal jacking block set reinforcing rib (32) is provided between the baffle that blocks water (11).
7. the channel lift Di Ku as described in claim 1 baffle device for water, which is characterized in that the leftmost side jacking block assembly
It is set with drift guide sleeve (21) in jacking block driving drift (5), drift guide sleeve (21) is fixed on the baffle that blocks water (11).
8. the channel lift Di Ku as described in claim 1 baffle device for water, which is characterized in that on the baffle that blocks water (11)
It is provided with the reinforcing rib (34) of transverse direction, genesis analysis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810990324.2A CN108825097A (en) | 2018-08-28 | 2018-08-28 | The channel lift Di Ku baffle device for water |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810990324.2A CN108825097A (en) | 2018-08-28 | 2018-08-28 | The channel lift Di Ku baffle device for water |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108825097A true CN108825097A (en) | 2018-11-16 |
Family
ID=64151569
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810990324.2A Pending CN108825097A (en) | 2018-08-28 | 2018-08-28 | The channel lift Di Ku baffle device for water |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108825097A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111963038A (en) * | 2020-08-21 | 2020-11-20 | 燕山大学 | Intelligent waterproof device for underground garage |
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