CN109761385A - A kind of device for separating mud and water in sewage treatment - Google Patents
A kind of device for separating mud and water in sewage treatment Download PDFInfo
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- CN109761385A CN109761385A CN201910175441.8A CN201910175441A CN109761385A CN 109761385 A CN109761385 A CN 109761385A CN 201910175441 A CN201910175441 A CN 201910175441A CN 109761385 A CN109761385 A CN 109761385A
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Abstract
The present invention relates to sewage treatment fields, are in particular the device for separating mud and water in a kind of sewage treatment, and bogey can control the on-off of muddy water, and during control muddy water on-off, filtering of the realization to muddy water；Device for separating mud and water can separate muddy water；The rate of departure of the adjustable device for separating mud and water of through-rate regulating device；Chassis can to after separation mud and water be collected, when the mud of collection and water reach certain quality, it can be achieved that being automatically drained out to mud and water.It is close to each other or separate simultaneously by two upside closed rods of control including bogey, device for separating mud and water, rate adjustment device and chassis, facilitate the on-off of control muddy water water flow；When muddy water water flow flows through downside closed rod, the simple filtering to muddy water water flow can be realized by the on-off of downside closed rod；By the connection between two jack rod sleeve springs, two tension springs and lower end push spring, impact of the muddy water water flow to fourth type bar can be slowed down.
Description
Technical field
The present invention relates to sewage treatment fields, are in particular the device for separating mud and water in a kind of sewage treatment.
Background technique
Such as a kind of device for separating mud and water of Patent No. CN201810853761.X, the device include being suspended in hanging on the water surface
Arm is connected with the riser of a pair of spaced on boom, offers on each riser through slot, excavator is equipped between two risers
Structure, digging mechanism include the hinged connecting plate of a pair of of right-angled intersection, and the lower edge of each connecting plate is respectively connected with arc bucket, two arcs
Bucket pieces together the hopper for excavation, is located at two connecting plate upper ends and is equipped with two-way cylinder, a piston rod of two-way cylinder and one connect
Fishplate bar top edge is hinged, and another piston rod of two-way cylinder and another connecting plate top edge are hinged, and two connecting plates are through horizontally hinged
Bar is hinged, and horizontally hinged each end of bar is plugged on corresponding in the slot, and boom is equipped with straight line driving mechanism, straight line driving
The free end of structure is connect with horizontally hinged bar.Due to running through the presence of slot, digging mechanism moves up and down along through slot, and due to double
It is matched to cylinder with a pair of hinged arc bucket, two-way cylinder driving arc bucket folding grabs silt, but the invention is scarce
Point without filter device, is easy so that dirt is in water flow inflow device, and then influences separation during mud-water separation
Process.
Summary of the invention
The object of the present invention is to provide the device for separating mud and water in a kind of sewage treatment, bogey can control the logical of muddy water
It is disconnected, and during controlling muddy water on-off, realize the filtering to muddy water；Device for separating mud and water can separate muddy water；
The rate of departure of the adjustable device for separating mud and water of through-rate regulating device；Chassis can to after separation mud and water carry out
It collects, when the mud of collection and water reach certain quality, it can be achieved that being automatically drained out to mud and water.
The purpose of the present invention is achieved through the following technical solutions:
A kind of device for separating mud and water in sewage treatment, including bogey, device for separating mud and water, rate adjustment device and
Chassis, the bogey include bogey outline border, two upside push springs, two upside closed rods, two upsides sliders, two
A jack rod sleeve spring, two tension springs, lower end push spring, the sliding chamber of two upside rectangles, two middle-end slide bars, lower end outline border, two downsides
Closed rod, fourth type bar, two connection slide bars, two slide bar push springs, two buffer ferrules, multiple buffer springs, two snubber slides
Bar, fourth type bar body, two rectangular shaped sliders, two hinge bars, vertical bar, cross bar, two horizontal sliding bars and connecting rod, two upside squares
The sliding chamber of shape is separately positioned on the left and right sides of bogey outline border inner end, and two upside closed rods are slidably connected at respectively on two
Rectangle cunning in side is intracavitary, and two middle-end slide bars are respectively fixedly connected in the left and right ends of bogey outline border inner face, two upsides
Push spring be separately positioned on two upside rectangles cunning it is intracavitary, lower end outline border is fixedly connected on the downside of bogey outline border inner face,
Two downside closed rods are rotatably connected on the left and right ends of the downside of bogey outline border inner face, two upside sliders point respectively
It is not fixedly connected on the lower end of two upside closed rods, the upper end of two tension springs is respectively fixedly connected in the left and right of lower end outline border two
End, the lower end of two tension springs are respectively fixedly connected with the middle-end in two downside closed rods, and lower end push spring is arranged in the outline border of lower end
End downside, fourth type bar are slidably connected at the inner end of lower end outline border, and two connection slide bars are slide hinged with two horizontal sliding bars respectively,
Two slide bar push springs are socketed in respectively on two horizontal sliding bars, and two rectangular shaped sliders are respectively fixedly connected on the upside of fourth type bar body
Left and right ends, two hinge bars are respectively fixedly connected with the left and right ends on the downside of fourth type bar body, and vertical bar is fixedly connected on fourth
The lower end of type bar body, cross bar are fixedly connected on the lower end of vertical bar, and two horizontal sliding bars connect with two rectangular shaped slider slidings respectively
It connects, two buffer ferrules are slidably connected with two buffering slide bars respectively, and multiple buffer springs are separately positioned on two buffer ferrules
Between two buffering slide bars, two buffer ferrules are hingedly connected the left and right ends on the upside of the outline border inner wall of lower end, and two
The lower end of buffering slide bar is hingedly connected in the left and right ends of cross bar；
The device for separating mud and water includes separator outline border, separation push spring one, separation push spring two, rotation main shaft, fixation
Outline border, lower sideslip chamber, right side sliding sash, inner end hollow out chamber, fixed frame body, inner end hollow slots, right end turn trough, fourth type slide bar,
Fourth type slide bar outer sheath spring, fourth type slide bar inner sleeve spring, two inner end rectangle intercommunicating pores, fixed outline border inner cavity, turns trapezoidal slider
Dynamic spindle main body, main shaft rectangle sliding chamber, main shaft groove, main shaft rectangle sliding slot, V-type bar, V-type bar boss, V-type bar hinge bar, fourth
Separator outline border inner end is arranged in type slide bar, fourth type slide bar housing spring, push spring and mud discharging mouth in fourth type slide bar, lower sideslip chamber
Left side, right side sliding sash are fixedly connected on the right side of separator outline border inner end, and inner end hollow out chamber is arranged in separator outline border
End, separation push spring one and separation push spring two be arranged at it is lower break away it is intracavitary, the left end for rotating main shaft is slidably connected at lower sideslip chamber
Interior, the left side of fixed frame body inner end is arranged in inner end hollow slots, and the right side of fixed frame body inner end is arranged in right end turn trough
Side, inner end hollow slots and right side sliding sash are rotatablely connected, and fourth type slide bar is fixedly connected with fixed frame body, fourth type slide bar outer sheath
Spring is socketed in the outer end of fourth type slide bar, and trapezoidal slider is connect with fourth type sliding bar, and trapezoidal slider is interior with fixed frame body
Wall clearance fit connects, and fourth type slide bar inner sleeve spring is socketed in the inner end of fourth type slide bar, and two inner end rectangle intercommunicating pores are and solid
Determine the connection of outline border inner cavity, right end turn trough is fixedly connected in main shaft groove by sleeve, main shaft rectangle cunning chamber be provided with it is multiple, it is more
The sliding chamber of a main shaft rectangle is arranged in rotation spindle main body, and main shaft rectangle sliding slot is provided with multiple, multiple main shaft rectangle sliding slots
It is arranged in rotation spindle main body, V-type bar boss is fixedly connected on V-type bar, V-type bar boss and the sliding chamber sliding of main shaft rectangle
It connects, the inner end of main shaft rectangle sliding slot is arranged in push spring in fourth type slide bar, and fourth type sliding bar is connected to main shaft rectangle sliding slot
Inner end, fourth type slide bar housing spring are socketed on fourth type slide bar, and there are two the settings of V-type bar hinge bar, under two V-type bar hinge bars
End is hingedly connected in the left and right ends of V-type bar hinge bar, and the upper end of two V-type bar hinge bars is slidably connected at V-type respectively
The left and right ends of bar, bogey outline border are fixedly connected on the upper end of separator outline border；
The rate adjustment device includes rate outline border, input motor, input cone tooth, transmission cone tooth, height terminal, roller
Shaft, drive roller, shaft coupling, shaft turn hole, connecting rod, threaded rod, sliding sleeve, manual bull stick, transmission mobile jib, driven roller
Son, driven roller axle sleeve, bearing slider and mobile jib sliding slot, input motor are fixedly connected on the upper end of rate outline border by rack,
Input cone tooth is fixedly connected on input motor output shaft, input cone tooth and transmission cone tooth engagement transmission, transmission cone tooth and roller
Shaft is fixedly connected, and height terminal is fixedly connected on the upper end of rate outline border inner wall, and drive roller is fixedly connected with roller axles,
The left end of rate outline border inner wall is arranged in shaft turn hole, and connecting rod and sliding sleeve are articulated and connected, and sliding sleeve and threaded rod are logical
Threaded connection is crossed, the left and right ends of threaded rod are rotatably connected on the left and right ends of rate outline border inner wall respectively, and manual bull stick is fixed
It is connected to the right end of threaded rod, the right end for being driven mobile jib is rotatably connected on rate outline border, driven roller and driven roller axle sleeve
Outer ring be interference fitted connection, the inner ring of driven roller axle sleeve and bearing slider interference fit connect, and bearing slider and mobile jib are sliding
Slot is slidably connected, and for the setting of mobile jib sliding slot on transmission mobile jib, shaft coupling is fixedly connected on the left end of transmission mobile jib, and rate outline border is solid
Surely it is connected to the right end of fixed frame body, the right end clearance fit for rotating spindle main body is connected in shaft turn hole, rotation master
The right end of shaft body is fixedly connected on shaft coupling, and the upper gap of connecting rod is cooperatively connected in the right end of bearing slider, driving
Roller and drive roller engaged transmission；
The chassis includes chassis outline border, two chassis brackets, multiple chassis hinge bars, multiple chassis push springs, rate tune
Regulating device turns frame, cleaning slide bar boss, cleaning slide bar, cleaning slide bar push spring, cleaning slider, slider hinge bar, slide bar slider, row
Mud intercommunicating pore, draining intercommunicating pore, two U-shaped sliding slots, carrying outline border, two side walls clamp, two clamp push springs, two side walls are closed
Close bar, two closed slots, upside push spring, downside push spring, multiple U-shaped card slots one, hollow out chamber one, hollow out chamber two, multiple U-shaped card slots
Two, chassis fourth type slide bar and two hinged slide bars, two chassis brackets are fixedly connected with chassis outline border respectively, and multiple chassis are hinged
Bar is slide hinged with chassis outline border, and multiple chassis push springs are arranged in multiple chassis hinge bars, and rate adjustment device turns frame
It is fixedly connected on cleaning slide bar boss, for the setting of cleaning slide bar on cleaning slide bar boss, cleaning slide bar push spring is socketed in cleaning
On slide bar, cleaning slider is slidably connected at the upper end of cleaning slide bar boss, slider hinge bar and cleaning slider articulated connection, slider
The lower end of hinge bar and slide bar slider are articulated and connected, and slide bar slider is connect with cleaning sliding bar, and spoil disposal intercommunicating pore and draining connect
Through-hole is separately positioned on the left and right ends of chassis outline border, and two U-shaped sliding slots are separately positioned on carrying outline border, two side walls clamp
It is slidably connected in two U-shaped sliding slots respectively, two clamp push springs are socketed in respectively on two side walls clamp, two clamp push springs
It is separately positioned in two U-shaped sliding slots, chassis fourth type slide bar is slidably connected with carrying outline border, and upside push spring and downside push spring are all provided with
Set in the lower end of carrying outline border, two side walls closed rod connect with two closed slots clearance fits respectively, chassis fourth type slide bar and
Chassis outline border is slidably connected, and upside push spring and downside push spring are arranged at the lower end of chassis outline border, multiple U-shaped card slots one, hollow out
Chamber one, hollow out chamber two and multiple U-shaped card slots two are arranged at the inner end of chassis outline border, and the upper end of two hinged slide bars is respectively with two
A side wall clamp articulated connection, the lower end of two hinged slide bars are connect with chassis fourth type sliding bar, fixed outline border and rate
Regulating device turns the connection of frame clearance fit, and separator outline border is fixedly connected on the upper end of chassis outline border, and carrying outline border is provided with
Two, two carrying outline borders are slidably connected at respectively in hollow out chamber one and hollow out chamber two, the lower end difference of multiple chassis hinge bars
It is hingedly connected in multiple side wall closed rods.
As advanced optimizing for the technical program, device for separating mud and water in a kind of sewage treatment of the present invention, it is described on
Side push spring, jack rod sleeve spring, lower end push spring and buffer spring are in compressive state, and slide bar push spring and tension spring are in stretching shape
State.
As advanced optimizing for the technical program, device for separating mud and water in a kind of sewage treatment of the present invention, described point
Compressive state is in from push spring one and separation push spring two.
Device for separating mud and water in a kind of sewage treatment of the present invention has the beneficial effect that
Device for separating mud and water in a kind of sewage treatment of the present invention, by two upside closed rods of control it is close to each other or
It is separate simultaneously, facilitate the on-off of control muddy water water flow；When muddy water water flow flows through downside closed rod, pass through the logical of downside closed rod
The disconnected simple filtering that can be achieved to muddy water water flow；By the connection between two jack rod sleeve springs, two tension springs and lower end push spring,
Impact of the muddy water water flow to fourth type bar can be slowed down；When rotating main axis, drives V-type bar to rotate, pass through V-type bar and mud
Effect between water water flow so that muddy water water flow is under the action of rotating main shaft centrifugation so that water pass through on fixed outline border with ladder
The fixed outer outer frame of through-hole outflow of shape slider cooperation, while the mud being detained is excluded by mud discharging mouth, and then realize mud
Water separation；By changing the center between drive roller and driven roller away from and then changing drive roller and driven roller
Between transmission ratio.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is the overall structure diagram one of the device for separating mud and water in a kind of sewage treatment of the present invention；
Fig. 2 is the overall structure diagram two of the device for separating mud and water in a kind of sewage treatment of the present invention；
Fig. 3 is the bogey structural schematic diagram one of the device for separating mud and water in a kind of sewage treatment of the present invention；
Fig. 4 is the bogey structural schematic diagram two of the device for separating mud and water in a kind of sewage treatment of the present invention；
Fig. 5 is the bogey structural schematic diagram three of the device for separating mud and water in a kind of sewage treatment of the present invention；
Fig. 6 is the bogey structural schematic diagram four of the device for separating mud and water in a kind of sewage treatment of the present invention；
Fig. 7 is the bogey structural schematic diagram five of the device for separating mud and water in a kind of sewage treatment of the present invention；
Fig. 8 is the bogey structural schematic diagram six of the device for separating mud and water in a kind of sewage treatment of the present invention；
Fig. 9 is the device for separating mud and water structural schematic diagram one of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 10 is the device for separating mud and water structural schematic diagram two of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 11 is the device for separating mud and water structural schematic diagram three of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 12 is the device for separating mud and water structural schematic diagram four of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 13 is the device for separating mud and water structural schematic diagram five of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 14 is the device for separating mud and water structural schematic diagram six of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 15 is the rate adjustment device structural schematic diagram one of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 16 is the rate adjustment device structural schematic diagram two of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 17 is the rate adjustment device structural schematic diagram three of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 18 is the Undercarriage structure schematic diagram one of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 19 is the Undercarriage structure schematic diagram two of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 20 is the Undercarriage structure schematic diagram three of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 21 is the bogey structural schematic diagram seven of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 22 is the Undercarriage structure schematic diagram four of the device for separating mud and water in a kind of sewage treatment of the present invention；
Figure 23 is the Undercarriage structure schematic diagram five of the device for separating mud and water in a kind of sewage treatment of the present invention.
In figure: bogey 1；Bogey outline border 1-1；Upside push spring 1-2；Upside closed rod 1-3；Upside slider 1-4；
Jack rod sleeve spring 1-5；Tension spring 1-6；Lower end push spring 1-7；Upside rectangle slides chamber 1-8；Middle-end slide bar 1-9；Lower end outline border 1-10；Downside
Closed rod 1-11；Fourth type bar 1-12；Connect slide bar 1-13；Slide bar push spring 1-14；Buffer ferrule 1-15；Buffer spring 1-16；It is slow
Rush slide bar 1-17；Fourth type bar body 1-18；Rectangular shaped slider 1-19；Hinge bar 1-20；Vertical bar 1-21；Cross bar 1-22；Horizontal sliding bar
1-23；Connecting rod 1-25；Device for separating mud and water 2；Separator outline border 2-1；Separate one 2-2 of push spring；Separate two 2-3 of push spring；Rotation
Main shaft 2-4；Fixed outline border 2-5；Lower sideslip chamber 2-6；Right side sliding sash 2-7；Inner end hollow out chamber 2-8；Fixed frame body 2-9；It is interior
Hold hollow slots 2-10；Right end turn trough 2-11；Fourth type slide bar 2-12；Fourth type slide bar outer sheath spring 2-13；Trapezoidal slider 2-14；Fourth type
Slide bar inner sleeve spring 2-15；Inner end rectangle intercommunicating pore 2-16；Fixed outline border inner cavity 2-17；Rotate spindle main body 2-18；Main shaft square
Shape slides chamber 2-19；Main shaft groove 2-20；Main shaft rectangle sliding slot 2-21；V-type bar 2-22；V-type bar boss 2-23；V-type bar hinge bar
2-24；Fourth type slide bar 2-25；Fourth type slide bar housing spring 2-26；Push spring 2-27 in fourth type slide bar；Mud discharging mouth 2-28；Rate adaptation dress
Set 3；Rate outline border 3-1；Input motor 3-2；Input cone tooth 3-3；Transmission cone tooth 3-4；Height terminal 3-5；Roller axles 3-6；
Drive roller 3-7；Shaft coupling 3-8；Shaft turn hole 3-9；Connecting rod 3-10；Threaded rod 3-11；Sliding sleeve 3-12；Manual bull stick
3-13；It is driven mobile jib 3-14；Driven roller 3-15；Driven roller axle sleeve 3-16；Bearing slider 3-17；Mobile jib sliding slot 3-18；Bottom
Frame 4；Chassis outline border 4-1；Chassis bracket 4-2；Chassis hinge bar 4-3；Chassis push spring 4-4；Rate adjustment device turns frame 4-5；Clearly
Manage slide bar boss 4-6；Clear up slide bar 4-7；Clear up slide bar push spring 4-8；Clear up slider 4-9；Slider hinge bar 4-10；Slide bar slider
4-11；Spoil disposal intercommunicating pore 4-12；Drain intercommunicating pore 4-13；U-shaped sliding slot 4-14；Carry outline border 4-15；Side wall clamp 4-16；Clamp
Push spring 4-17；Side wall closed rod 4-18；Closed slots 4-19；Upside push spring 4-20；Downside push spring 4-21；One 4-22 of U-shaped card slot；It engraves
One 4-23 of cavity；Two 4-24 of hollow out chamber；Two 4-25 of U-shaped card slot；Chassis fourth type slide bar 4-26；Hinged slide bar 4-27.
Specific embodiment
The present invention is described in further detail below in conjunction with the accompanying drawings.
It is fixedly connected described in the present apparatus and refers to and be fixed by the modes such as weld, be screwed, in conjunction with different
Use environment uses different fixed forms；The rotation connection refers to by drying bearing on axis, on axis or axis hole
It is provided with spring catch ring recess, the axial restraint of bearing is realized in circlip groove by the way that circlip to be stuck in, realizes rotation；Described
It is slidably connected and refers to and be attached by sliding of the sliding block in sliding slot or guide rail；Described hingedly refers to by hinge, pin
Movable connection type is carried out on the union pieces such as axis and short axle；It is close by sealing ring or O-ring realization at required sealing
Envelope.
Specific embodiment 1:
Illustrate present embodiment below with reference to Fig. 1-2 3, the device for separating mud and water in a kind of sewage treatment, including carrying dress
1, device for separating mud and water 2, rate adjustment device 3 and chassis 4 are set, the bogey 1 includes bogey outline border 1-1, two
Upside push spring 1-2, two upside closed rod 1-3, two upside slider 1-4, two jack rod sleeve spring 1-5, two tension spring 1-6, under
Hold push spring 1-7, the sliding chamber 1-8 of two upside rectangles, two middle-end slide bar 1-9, lower end outline border 1-10, two downside closed rod 1-
11, fourth type bar 1-12, two connection slide bar 1-13, two slide bar push spring 1-14, two buffer ferrule 1-15, multiple buffer springs
1-16, two buffering slide bar 1-17, fourth type bar body 1-18, two rectangular shaped slider 1-19, two hinge bar 1-20, vertical bar 1-
21, cross bar 1-22, two horizontal sliding bar 1-23 and connecting rod 1-25, two sliding chamber 1-8 of upside rectangle are separately positioned on bogey
The left and right sides of the inner end outline border 1-1, two upside closed rod 1-3 are slidably connected at respectively in two sliding chamber 1-8 of upside rectangle, and two
A middle-end slide bar 1-9 is respectively fixedly connected in the left and right ends of bogey outline border 1-1 inner face, two push spring 1-2 points of upsides
She Zhi not be in two sliding chamber 1-8 of upside rectangle, lower end outline border 1-10 is fixedly connected under bogey outline border 1-1 inner face
Side, two downside closed rod 1-11 be rotatably connected on respectively bogey outline border 1-1 inner face downside left and right ends, two
Upside slider 1-4 is respectively fixedly connected in the lower end of two upside closed rod 1-3, and the upper end of two tension spring 1-6 is fixed respectively to be connected
It connects in the left and right ends of lower end outline border 1-10, the lower end of two tension spring 1-6 is respectively fixedly connected in two downside closed rod 1-11
Middle-end, lower end push spring 1-7 be arranged on the downside of the inner end outline border 1-10 of lower end, fourth type bar 1-12 is slidably connected at lower end outline border 1-10
Inner end, two connection slide bar 1-13 are slide hinged with two horizontal sliding bar 1-23 respectively, and two slide bar push spring 1-14 cover respectively
It connects on two horizontal sliding bar 1-23, two rectangular shaped slider 1-19 are respectively fixedly connected with the left and right on the upside of fourth type bar body 1-18
Both ends, two hinge bar 1-20 are respectively fixedly connected with the left and right ends on the downside of fourth type bar body 1-18, and vertical bar 1-21 is fixed to be connected
It connects in the lower end of fourth type bar body 1-18, cross bar 1-22 is fixedly connected on the lower end of vertical bar 1-21, and two horizontal sliding bar 1-23 divide
It not being slidably connected with two rectangular shaped slider 1-19, two buffer ferrule 1-15 are slidably connected with two buffering slide bar 1-17 respectively,
Multiple buffer spring 1-16 are separately positioned between two buffer ferrule 1-15 and two buffering slide bar 1-17, two buffer ferrules
1-15 is hingedly connected the left and right ends on the upside of the outline border 1-10 inner wall of lower end, and the lower end of two buffering slide bar 1-17 is cut with scissors respectively
Connect the left and right ends for being connected to cross bar 1-22；
It is close to each other or separate simultaneously by two upside closed rod 1-3 of control, facilitate the on-off of control muddy water water flow；
When muddy water water flow flows through downside closed rod 1-11, can be realized by the on-off of downside closed rod 1-11 to the simple of muddy water water flow
Filtering；By the connection between two jack rod sleeve spring 1-5, two tension spring 1-6 and lower end push spring 1-7, muddy water water can be slowed down
Flow the impact to fourth type bar 1-12；
The device for separating mud and water 2 includes separator outline border 2-1, separation one 2-2 of push spring, separation two 2-3 of push spring, rotation
Main shaft 2-4, it fixed outline border 2-5, lower sideslip chamber 2-6, right side sliding sash 2-7, inner end hollow out chamber 2-8, fixes frame body 2-9, is interior
Hold hollow slots 2-10, right end turn trough 2-11, fourth type slide bar 2-12, fourth type slide bar outer sheath spring 2-13, trapezoidal slider 2-14, fourth type
Slide bar inner sleeve spring 2-15, two inner end rectangle intercommunicating pore 2-16, fixed outline border inner cavity 2-17, rotation spindle main body 2-18, master
Axis rectangle slides chamber 2-19, main shaft groove 2-20, main shaft rectangle sliding slot 2-21, V-type bar 2-22, V-type bar boss 2-23, V-type bar hinge
Extension bar 2-24, fourth type slide bar 2-25, fourth type slide bar housing spring 2-26, push spring 2-27 and mud discharging mouth 2-28 in fourth type slide bar, downside
The left side of the inner end separator outline border 2-1 is arranged in sliding chamber 2-6, and right side sliding sash 2-7 is fixedly connected in separator outline border 2-1
The right side at end, inner end hollow out chamber 2-8 setting separate one 2-2 of push spring and separation two 2-3 of push spring in the inner end separator outline border 2-1
It is arranged in lower sideslip chamber 2-6, the left end of rotation main shaft 2-4 is slidably connected in lower sideslip chamber 2-6, inner end hollow slots 2-10
The left side of the fixed inner end frame body 2-9 is set, the right side of the fixed inner end frame body 2-9 is arranged in right end turn trough 2-11,
Inner end hollow slots 2-10 and right side sliding sash 2-7 is rotatablely connected, and fourth type slide bar 2-12 is fixedly connected with fixed frame body 2-9, fourth
Type slide bar outer sheath spring 2-13 is socketed in the outer end of fourth type slide bar 2-12, and trapezoidal slider 2-14 and fourth type slide bar 2-12 sliding connect
It connects, trapezoidal slider 2-14 is connect with the inner wall clearance fit of fixed frame body 2-9, and fourth type slide bar inner sleeve spring 2-15 is socketed in
The inner end of fourth type slide bar 2-12, two inner end rectangle intercommunicating pore 2-16 are connected to fixed outline border inner cavity 2-17, right end turn trough 2-
11 are fixedly connected in main shaft groove 2-20 by sleeve, and main shaft rectangle cunning chamber 2-19 is provided with multiple, multiple main shaft rectangles cunnings
Chamber 2-19 is arranged on rotation spindle main body 2-18, and main shaft rectangle sliding slot 2-21 is provided with multiple, multiple main shaft rectangle sliding slots
2-21 is arranged on rotation spindle main body 2-18, and V-type bar boss 2-23 is fixedly connected on V-type bar 2-22, V-type bar boss 2-
23 are slidably connected with the sliding chamber 2-19 of main shaft rectangle, and the inner end of main shaft rectangle sliding slot 2-21 is arranged in push spring 2-27 in fourth type slide bar,
Fourth type slide bar 2-25 is slidably connected at the inner end of main shaft rectangle sliding slot 2-21, and fourth type slide bar housing spring 2-26 is socketed in fourth type slide bar
On 2-25, there are two V-type bar hinge bar 2-24 settings, and the lower end of two V-type bar hinge bar 2-24 is hingedly connected in V-type bar
The upper end of the left and right ends of hinge bar 2-24, two V-type bar hinge bar 2-24 is slidably connected at the left and right two of V-type bar 2-22 respectively
End, bogey outline border 1-1 are fixedly connected on the upper end of separator outline border 2-1；
When rotating main shaft 2-4 rotation, V-type bar 2-22 is driven to rotate, by between V-type bar 2-22 and muddy water water flow
Effect, so that muddy water water flow is under the action of rotating main shaft 2-4 centrifugation, so that water passes through, fixed outline border 2-5 is upper and trapezoidal slider
The through-hole of 2-14 cooperation flows out outside fixed outline border 2-5, while the mud being detained is excluded by mud discharging mouth 2-28, Jin Ershi
Existing mud-water separation；
The rate adjustment device 3 bores tooth 3-3 including rate outline border 3-1, input motor 3-2, input, tooth 3-4 is bored in transmission,
Height terminal 3-5, roller axles 3-6, drive roller 3-7, shaft coupling 3-8, shaft turn hole 3-9, connecting rod 3-10, threaded rod 3-
11, sliding sleeve 3-12, manual bull stick 3-13, transmission mobile jib 3-14, driven roller 3-15, driven roller axle sleeve 3-16, bearing
Slider 3-17 and mobile jib sliding slot 3-18, input motor 3-2 are fixedly connected on the upper end of rate outline border 3-1, input cone by rack
Tooth 3-3 is fixedly connected on input motor 3-2 output shaft, input cone tooth 3-3 and transmission cone tooth 3-4 engaged transmission, transmission cone tooth
3-4 is fixedly connected with roller axles 3-6, and height terminal 3-5 is fixedly connected on the upper end of rate outline border 3-1 inner wall, drive roller
3-7 is fixedly connected with roller axles 3-6, and shaft turn hole 3-9 is arranged in the left end of rate outline border 3-1 inner wall, connecting rod 3-10 with
Sliding sleeve 3-12 articulated connection, sliding sleeve 3-12 are connected through a screw thread with threaded rod 3-11, the left and right two of threaded rod 3-11
End is rotatably connected on the left and right ends of rate outline border 3-1 inner wall respectively, and manual bull stick 3-13 is fixedly connected on threaded rod 3-11's
The right end of right end, transmission mobile jib 3-14 is rotatably connected on rate outline border 3-1, driven roller 3-15 and driven roller axle sleeve 3-16
Outer ring be interference fitted connection, the inner ring of driven roller axle sleeve 3-16 and bearing slider 3-17 interference fit connect, bearing slider
3-17 is slidably connected with mobile jib sliding slot 3-18, and on transmission mobile jib 3-14, shaft coupling 3-8 is fixedly connected for mobile jib sliding slot 3-18 setting
In the left end of transmission mobile jib 3-14, rate outline border 3-1 is fixedly connected on the right end of fixed frame body 2-9, rotates spindle main body
The right end clearance fit of 2-18 is connected in shaft turn hole 3-9, and the right end of rotation spindle main body 2-18 is fixedly connected on shaft coupling
On 3-8, the upper gap of connecting rod 3-10 is cooperatively connected in the right end of bearing slider 3-17, driven roller 3-15 and drive roller
3-7 engaged transmission；
By change drive roller 3-7 and driven roller 3-15 between center away from, and then change change drive roller 3-7
With the transmission ratio between driven roller 3-15；
The chassis 4 is pushed away including chassis outline border 4-1, two chassis bracket 4-2, multiple chassis hinge bar 4-3, multiple chassis
Spring 4-4, rate adjustment device turn frame 4-5, cleaning slide bar boss 4-6, cleaning slide bar 4-7, cleaning slide bar push spring 4-8, cleaning cunning
Sub- 4-9, slider hinge bar 4-10, slide bar slider 4-11, spoil disposal intercommunicating pore 4-12, draining intercommunicating pore 4-13, two U-shaped sliding slot 4-
14, outline border 4-15, two side walls clamp 4-16, two clamp push spring 4-17, two side walls closed rod 4-18, two closures are carried
Slot 4-19, upside push spring 4-20, downside push spring 4-21, one 4-22 of multiple U-shaped card slots, one 4-23 of hollow out chamber, two 4-24 of hollow out chamber,
Multiple two 4-25 of U-shaped card slot, chassis fourth type slide bar 4-26 and two hinged slide bar 4-27, two chassis bracket 4-2 respectively with bottom
Frame outline border 4-1 is fixedly connected, and multiple chassis hinge bar 4-3 are slide hinged with chassis outline border 4-1, and multiple chassis push spring 4-4 are equal
It is arranged in multiple chassis hinge bar 4-3, rate adjustment device turns frame 4-5 and is fixedly connected on cleaning slide bar boss 4-6, cleaning
On cleaning slide bar boss 4-6, cleaning slide bar push spring 4-8 is socketed on cleaning slide bar 4-7 for slide bar 4-7 setting, clears up slider 4-9
It is slidably connected at the upper end of cleaning slide bar boss 4-6, slider hinge bar 4-10 and cleaning slider 4-9 articulated connection, slider are hinged
The lower end of bar 4-10 and slide bar slider 4-11 are articulated and connected, and slide bar slider 4-11 is slidably connected with cleaning slide bar 4-7, spoil disposal connection
Hole 4-12 and draining intercommunicating pore 4-13 is separately positioned on the left and right ends of chassis outline border 4-1, and two U-shaped sliding slot 4-14 are respectively set
On carrying outline border 4-15, two side walls clamp 4-16 is slidably connected at respectively in two U-shaped sliding slot 4-14, two clamp push springs
4-17 is socketed in respectively on two side walls clamp 4-16, and two clamp push spring 4-17 are separately positioned in two U-shaped sliding slot 4-14,
Two side walls closed rod 4-18 is rotatably connected on the left and right ends of chassis outline border 4-1 respectively, and two closed slots 4-19 are respectively set
In the left and right ends of chassis outline border 4-1, two side walls closed rod 4-18 is connect with two closed slots 4-19 clearance fits respectively, bottom
Frame fourth type slide bar 4-26 is slidably connected with carrying outline border 4-15, and upside push spring 4-20 and downside push spring 4-21 are arranged at outside carrying
The lower end of frame 4-15, multiple one 4-22 of U-shaped card slot, one 4-23 of hollow out chamber, hollow out chamber two 4-24 and two 4-25 of multiple U-shaped card slots are equal
The inner end of chassis outline border 4-1 is set, the upper end of two hinged slide bar 4-27 is articulated and connected with two side walls clamp 4-16 respectively,
The lower end of two hinged slide bar 4-27 is slidably connected with chassis fourth type slide bar 4-26, fixed outline border 2-5 and rate adjustment device
Turn the connection of frame 4-5 clearance fit, separator outline border 2-1 is fixedly connected on the upper end of chassis outline border 4-1, and carrying outline border 4-15 is set
There are two setting, two carrying outline border 4-15 are slidably connected at respectively in two 4-24 of one 4-23 of hollow out chamber and hollow out chamber, multiple chassis
The lower end of hinge bar 4-3 is hingedly connected on multiple side wall closed rod 4-18.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1-2 3, present embodiment is described further embodiment one, described
Upside push spring 1-2, jack rod sleeve spring 1-5, lower end push spring 1-7 and buffer spring 1-16 are in compressive state, slide bar push spring 1-14
Tensional state is in tension spring 1-6.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1-2 3, present embodiment is described further embodiment one, described
Separation one 2-2 of push spring and separation two 2-3 of push spring are in compressive state.
Device for separating mud and water in a kind of sewage treatment of the invention, its working principle is that:
In use, muddy water is poured into from the upper end of bogey outline border 1-1, muddy water falls on fourth type bar 1- due to gravity
On 12, when the quality of the muddy water on fourth type bar 1-12 reaches a certain level, fourth type bar 1-12 is driven by the gravity of muddy water
It is moved to downside, by the connection between horizontal sliding bar 1-23 and connection slide bar 1-13, and passes through connection slide bar 1-13 and upside
It is hinged between slider 1-4, being fixedly connected between upside slider 1-4 and upside closed rod 1-3, so that two upside closed rods
1-3 is close to each other, and the upper end of bogey outline border 1-1 is closed, so that the muddy water on the upside of bogey outline border 1-1 can not
It falls into bogey outline border 1-1, when fourth type bar 1-12 is moved down, downside closed rod 1-11 is drive outward by connecting rod 1-25
Fold, so that the muddy water fallen into bogey outline border 1-1 is fallen into separator outline border 2-1, starting input motor 3-
2, input motor 3-2 are driven drive roller 3-7 to rotate, are led to by the engagement between input cone tooth 3-3 and transmission cone tooth 3-4
It crosses between drive roller 3-7 and driven roller 3-15 and engages, drive transmission mobile jib 3-14 to rotate, by being connected to transmission mobile jib
Shaft coupling 3-8 between 3-14 and rotation main shaft 2-4 drives rotation main shaft 2-4 to rotate, when rotating main shaft 2-4 rotation, band
V-type bar 2-22 rotation is moved, by the effect between V-type bar 2-22 and muddy water water flow, so that muddy water water flow is in rotation main shaft 2-4
Under the action of centrifugation, so that water, which passes through, flows out fixed outline border 2-5 with the through-hole of trapezoidal slider 2-14 cooperation on fixed outline border 2-5
Outside, while the mud being detained is excluded by mud discharging mouth 2-28, and then realizes mud-water separation；Manual rotation manual bull stick 3-
13, threaded rod 3- is passed through so that threaded rod 3-11 is rotated by being fixedly connected between manual bull stick 3-13 and threaded rod 3-11
Threaded connection between 11 and sliding sleeve 3-12 changes sliding sleeve 3-12 in the position of threaded rod 3-11, passes through sliding sleeve
Pipe 3-12 and connecting rod 3-10 changes position of the bearing slider 3-17 on transmission mobile jib 3-14, and then changes drive roller 3-7
Center between driven roller 3-15 is away from by changing the center between drive roller 3-7 and driven roller 3-15 away from turn
Change the transmission ratio between drive roller 3-7 and driven roller 3-15, so that the speed of transmission mobile jib 3-14 changes, in turn
Adjust the rate of departure of device for separating mud and water 2；Upper end and draining intercommunicating pore of the water separated by cleaning slide bar boss 4-6
4-13 is fallen into the carrying outline border 4-15 on the left of device, and the mud separated is fallen on the right side of device by spoil disposal intercommunicating pore 4-12 to be made
It must carry in outline border 4-15, the working condition for carrying outline border 4-15 is as shown in figure 19, when the water in carrying outline border 4-15 lives silt
When mud reaches certain quality, chassis fourth type slide bar 4-26 is moved to downside, drives two side walls by hinged slide bar 4-27
Clamp 4-16 is close to each other, and is detached from two 4-25 of one 4-22 of U-shaped card slot or U-shaped card slot, so that carrying outline border 4-15 is moved down,
While carrying outline border 4-15 is moved down, side wall closed rod 4-18 is drive by chassis hinge bar 4-3 and is turned down outward, so that holding
Carrying the water in outline border 4-15, perhaps mud flows out from closed slots 4-19 and then realizes the collection to water or mud and automatic row
Out.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (3)
1. the device for separating mud and water in a kind of sewage treatment, including bogey (1), device for separating mud and water (2), rate adaptation dress
Set (3) and chassis (4), it is characterised in that: the bogey (1) includes bogey outline border (1-1), two upside push springs
(1-2), two upside closed rods (1-3), two upside sliders (1-4), two jack rod sleeve springs (1-5), two tension springs (1-6),
Lower end push spring (1-7), two upside rectangles sliding chamber (1-8), two middle-end slide bars (1-9), lower end outline border (1-10), two downsides
Closed rod (1-11), fourth type bar (1-12), two connection slide bars (1-13), two slide bar push springs (1-14), two buffer ferrules
(1-15), multiple buffer springs (1-16), two buffering slide bars (1-17), fourth type bar body (1-18), two rectangular shaped slider (1-
19), two hinge bars (1-20), vertical bar (1-21), cross bar (1-22), two horizontal sliding bars (1-23) and connecting rod (1-25), two
A upside rectangle sliding chamber (1-8) is separately positioned on the left and right sides of the inner end bogey outline border (1-1), two upside closed rods
(1-3) is slidably connected at respectively in two upside rectangles sliding chamber (1-8), and two middle-end slide bars (1-9) are respectively fixedly connected with and are holding
The left and right ends of device housing (1-1) inner face are carried, two upside push springs (1-2) are separately positioned on two sliding chambers of upside rectangle
In (1-8), lower end outline border (1-10) is fixedly connected on the downside of bogey outline border (1-1) inner face, two downside closed rods
(1-11) is rotatably connected on the left and right ends of the downside of bogey outline border (1-1) inner face, two upside sliders (1-4) respectively
It is respectively fixedly connected in the lower end of two upside closed rods (1-3), the upper end of two tension springs (1-6) is respectively fixedly connected in lower end
The left and right ends of outline border (1-10), the lower end of two tension springs (1-6) are respectively fixedly connected with the closed rod (1-11) on the downside of two
Middle-end, on the downside of the inner end lower end outline border (1-10), fourth type bar (1-12) is slidably connected at lower end outline border for lower end push spring (1-7) setting
The inner end of (1-10), two connection slide bars (1-13) are slide hinged with two horizontal sliding bars (1-23) respectively, two slide bar push springs
(1-14) is socketed in respectively on two horizontal sliding bars (1-23), and two rectangular shaped sliders (1-19) are respectively fixedly connected in fourth type bar sheet
Left and right ends on the upside of body (1-18), two hinge bars (1-20) are respectively fixedly connected with the left side on the downside of fourth type bar body (1-18)
Right both ends, vertical bar (1-21) are fixedly connected on the lower end of fourth type bar body (1-18), and cross bar (1-22) is fixedly connected on vertical bar (1-
21) lower end, two horizontal sliding bars (1-23) are slidably connected with two rectangular shaped sliders (1-19) respectively, two buffer ferrule (1-
15) it is slidably connected respectively with two buffering slide bars (1-17), multiple buffer springs (1-16) are separately positioned on two buffer ferrules
Between (1-15) and two buffering slide bars (1-17), two buffer ferrules (1-15) are hingedly connected at lower end outline border (1-10)
Left and right ends on the upside of inner wall, the lower end of two buffering slide bars (1-17) are hingedly connected in the left and right two of cross bar (1-22)
End；
The device for separating mud and water (2) include separator outline border (2-1), separation push spring one (2-2), separation push spring two (2-3),
It rotates main shaft (2-4), fixed outline border (2-5), lower sideslip chamber (2-6), right side sliding sash (2-7), inner end hollow out chamber (2-8), fix
Frame body (2-9), inner end hollow slots (2-10), right end turn trough (2-11), fourth type slide bar (2-12), fourth type slide bar outer sheath spring
(2-13), trapezoidal slider (2-14), fourth type slide bar inner sleeve spring (2-15), two inner end rectangle intercommunicating pores (2-16), fixation are outer
Frame inner cavity (2-17), rotation spindle main body (2-18), main shaft rectangle sliding chamber (2-19), main shaft groove (2-20), main shaft rectangle are sliding
Slot (2-21), V-type bar (2-22), V-type bar boss (2-23), V-type bar hinge bar (2-24), fourth type slide bar (2-25), fourth type are sliding
Push spring (2-27) and mud discharging mouth (2-28) in bar housing spring (2-26), fourth type slide bar, lower sideslip chamber (2-6) are arranged in separator
The left side of the inner end outline border (2-1), right side sliding sash (2-7) are fixedly connected on the right side of the inner end separator outline border (2-1), and inner end is engraved
Cavity (2-8) setting separates push spring one (2-2) and separation push spring two (2-3) is arranged in the inner end separator outline border (2-1)
In lower sideslip chamber (2-6), the left end of rotation main shaft (2-4) is slidably connected in lower sideslip chamber (2-6), inner end hollow slots (2-10)
Left side in fixed inner end frame body (2-9) is set, and right end turn trough (2-11) setting is in fixed inner end frame body (2-9)
Right side, inner end hollow slots (2-10) and right side sliding sash (2-7) are rotatablely connected, fourth type slide bar (2-12) and fixed frame body (2-
9) be fixedly connected, fourth type slide bar outer sheath spring (2-13) is socketed in the outer end of fourth type slide bar (2-12), trapezoidal slider (2-14) with
Fourth type slide bar (2-12) is slidably connected, and trapezoidal slider (2-14) connect with the inner wall clearance fit of fixed frame body (2-9), fourth
Type slide bar inner sleeve spring (2-15) is socketed in the inner end of fourth type slide bar (2-12), and two inner end rectangle intercommunicating pores (2-16) are and solid
Determine outline border inner cavity (2-17) connection, right end turn trough (2-11) is fixedly connected in main shaft groove (2-20) by sleeve, main shaft square
Shape sliding chamber (2-19) is provided with multiple, and multiple main shaft rectangles sliding chamber (2-19) are arranged in rotation spindle main body (2-18), main
Axis rectangle sliding slot (2-21) be provided with it is multiple, multiple main shaft rectangle sliding slots (2-21) be arranged at rotation spindle main body (2-18)
On, V-type bar boss (2-23) is fixedly connected on V-type bar (2-22), and V-type bar boss (2-23) and main shaft rectangle are sliding chamber (2-19)
It is slidably connected, in the inner end of main shaft rectangle sliding slot (2-21), fourth type slide bar (2-25) is sliding for push spring (2-27) setting in fourth type slide bar
The dynamic inner end for being connected to main shaft rectangle sliding slot (2-21), fourth type slide bar housing spring (2-26) are socketed on fourth type slide bar (2-25), V
There are two type bar hinge bar (2-24) settings, and the lower end of two V-type bar hinge bars (2-24) is hingedly connected hinged in V-type bar
The upper end of the left and right ends of bar (2-24), two V-type bar hinge bars (2-24) is slidably connected at the left and right of V-type bar (2-22) respectively
Both ends, bogey outline border (1-1) are fixedly connected on the upper end of separator outline border (2-1)；
The rate adjustment device (3) includes rate outline border (3-1), input motor (3-2), input cone tooth (3-3), transmission cone tooth
(3-4), height terminal (3-5), drive roller (3-7), shaft coupling (3-8), shaft turn hole (3-9), connect roller axles (3-6)
Extension bar (3-10), threaded rod (3-11), sliding sleeve (3-12), manual bull stick (3-13), transmission mobile jib (3-14), driven roller
(3-15), driven roller axle sleeve (3-16), bearing slider (3-17) and mobile jib sliding slot (3-18), input motor (3-2) pass through machine
Frame is fixedly connected on the upper end of rate outline border (3-1), and input cone tooth (3-3) is fixedly connected on input motor (3-2) output shaft,
Input cone tooth (3-3) and transmission cone tooth (3-4) engaged transmission, transmission cone tooth (3-4) are fixedly connected with roller axles (3-6), high
Degree terminal (3-5) is fixedly connected on the upper end of rate outline border (3-1) inner wall, and drive roller (3-7) and roller axles (3-6) are fixed
Connection, shaft turn hole (3-9) are arranged in the left end of rate outline border (3-1) inner wall, connecting rod (3-10) and sliding sleeve (3-12)
Articulated connection, sliding sleeve (3-12) are connected through a screw thread with threaded rod (3-11), the left and right ends difference of threaded rod (3-11)
The left and right ends of rate outline border (3-1) inner wall are rotatably connected on, manual bull stick (3-13) is fixedly connected on threaded rod (3-11)
The right end of right end, transmission mobile jib (3-14) is rotatably connected on rate outline border (3-1), driven roller (3-15) and driven roller axis
The outer ring for covering (3-16) is interference fitted connection, and inner ring and bearing slider (3-17) interference fit of driven roller axle sleeve (3-16) connect
It connects, bearing slider (3-17) is slidably connected with mobile jib sliding slot (3-18), and mobile jib sliding slot (3-18) setting is in transmission mobile jib (3-14)
On, shaft coupling (3-8) is fixedly connected on the left end of transmission mobile jib (3-14), and rate outline border (3-1) is fixedly connected on fixed outline border
The right end of ontology (2-9), the right end clearance fit of rotation spindle main body (2-18) are connected in shaft turn hole (3-9), rotation master
The right end of shaft body (2-18) is fixedly connected on shaft coupling (3-8), and the upper gap of connecting rod (3-10) is cooperatively connected in axis
Hold the right end of slider (3-17), driven roller (3-15) and drive roller (3-7) engaged transmission；
The chassis (4) includes chassis outline border (4-1), two chassis brackets (4-2), multiple chassis hinge bars (4-3), multiple bottoms
Frame push spring (4-4), rate adjustment device turn frame (4-5), cleaning slide bar boss (4-6), cleaning slide bar (4-7), cleaning slide bar push away
Spring (4-8), cleaning slider (4-9), slider hinge bar (4-10), slide bar slider (4-11), spoil disposal intercommunicating pore (4-12), draining connect
Through-hole (4-13), two U-shaped sliding slots (4-14), carrying outline border (4-15), two side walls clamp (4-16), two clamp push springs
It is (4-17), two side walls closed rod (4-18), two closed slots (4-19), upside push spring (4-20), downside push spring (4-21), more
A U-shaped card slot one (4-22), hollow out chamber one (4-23), hollow out chamber two (4-24), multiple U-shaped card slots two (4-25), chassis fourth type
Slide bar (4-26) and two hinged slide bars (4-27), two chassis brackets (4-2) are fixedly connected with chassis outline border (4-1) respectively,
Multiple chassis hinge bars (4-3) are slide hinged with chassis outline border (4-1), and multiple chassis push springs (4-4) are arranged at multiple bottoms
In frame hinge bar (4-3), rate adjustment device turns frame (4-5) and is fixedly connected in cleaning slide bar boss (4-6), clears up slide bar
In cleaning slide bar boss (4-6), cleaning slide bar push spring (4-8) is socketed in cleaning slide bar (4-7) for (4-7) setting, and cleaning is slided
Sub (4-9) is slidably connected at the upper end of cleaning slide bar boss (4-6), and slider hinge bar (4-10) and cleaning slider (4-9) are hinged
Connection, the lower end of slider hinge bar (4-10) and slide bar slider (4-11) are articulated and connected, slide bar slider (4-11) and cleaning slide bar
(4-7) is slidably connected, and spoil disposal intercommunicating pore (4-12) and draining intercommunicating pore (4-13) are separately positioned on the left and right of chassis outline border (4-1)
Both ends, two U-shaped sliding slots (4-14) are separately positioned in carrying outline border (4-15), two side walls clamp (4-16) company of sliding respectively
It connecing in two U-shaped sliding slots (4-14), two clamp push springs (4-17) are socketed in respectively on two side walls clamp (4-16), and two
Clamp push spring (4-17) is separately positioned in two U-shaped sliding slots (4-14), and two side walls closed rod (4-18) is rotatablely connected respectively
In the left and right ends of chassis outline border (4-1), two closed slots (4-19) are separately positioned on the left and right ends of chassis outline border (4-1),
Two side walls closed rod (4-18) is connect with two closed slots (4-19) clearance fits respectively, chassis fourth type slide bar (4-26) with hold
It carries outline border (4-15) to be slidably connected, upside push spring (4-20) and downside push spring (4-21) are arranged under carrying outline border (4-15)
End, multiple U-shaped card slots one (4-22), hollow out chamber one (4-23), hollow out chamber two (4-24) and multiple U-shaped card slots two (4-25) are all provided with
It sets in the inner end of chassis outline border (4-1), the upper end of two hinged slide bars (4-27) is hinged with two side walls clamp (4-16) respectively
Connection, the lower end of two hinged slide bars (4-27) are slidably connected with chassis fourth type slide bar (4-26), fixed outline border (2-5) and speed
Rate regulating device turns the connection of frame (4-5) clearance fit, and separator outline border (2-1) is fixedly connected on the upper of chassis outline border (4-1)
End, carrying outline border (4-15) setting there are two, two carrying outline borders (4-15) be slidably connected at respectively hollow out chamber one (4-23) and
In hollow out chamber two (4-24), the lower end of multiple chassis hinge bars (4-3) is hingedly connected in multiple side wall closed rods (4-18)
On.
2. the device for separating mud and water in a kind of sewage treatment according to claim 1, it is characterised in that: the upside push spring
(1-2), jack rod sleeve spring (1-5), lower end push spring (1-7) and buffer spring (1-16) are in compressive state, slide bar push spring (1-
14) and tension spring (1-6) is in tensional state.
3. the device for separating mud and water in a kind of sewage treatment according to claim 1, it is characterised in that: the separation push spring
One (2-2) and separation push spring two (2-3) are in compressive state.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910175441.8A CN109761385B (en) | 2019-03-08 | 2019-03-08 | Mud-water separation device in sewage treatment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910175441.8A CN109761385B (en) | 2019-03-08 | 2019-03-08 | Mud-water separation device in sewage treatment |
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| CN109761385B CN109761385B (en) | 2021-08-03 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110697925A (en) * | 2019-11-14 | 2020-01-17 | 郭亚征 | Sludge separation and filtration system and process for sewage treatment |
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| CN202685342U (en) * | 2011-12-28 | 2013-01-23 | 北京翰华联合环保技术中心 | Solid-liquid separator |
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| CN110697925A (en) * | 2019-11-14 | 2020-01-17 | 郭亚征 | Sludge separation and filtration system and process for sewage treatment |
| CN110697925B (en) * | 2019-11-14 | 2020-09-18 | 胜利油田同邦石油工程服务有限责任公司 | Sludge separation and filtration system and process for sewage treatment |
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