CN108895770A - Industrial dewaterer with pollution discharge treating device - Google Patents
Industrial dewaterer with pollution discharge treating device Download PDFInfo
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- CN108895770A CN108895770A CN201810672811.4A CN201810672811A CN108895770A CN 108895770 A CN108895770 A CN 108895770A CN 201810672811 A CN201810672811 A CN 201810672811A CN 108895770 A CN108895770 A CN 108895770A
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- Prior art keywords
- fixed
- connecting rod
- fixed link
- seat
- kickboard
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B5/00—Drying solid materials or objects by processes not involving the application of heat
- F26B5/08—Drying solid materials or objects by processes not involving the application of heat by centrifugal treatment
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F26—DRYING
- F26B—DRYING SOLID MATERIALS OR OBJECTS BY REMOVING LIQUID THEREFROM
- F26B25/00—Details of general application not covered by group F26B21/00 or F26B23/00
Abstract
The invention discloses the industrial dewaterers for having pollution discharge treating device, its structure includes motor, dehydration device, vibration absorber, shell, pedestal, annular seating, outlet pipe, motor and dehydration device are mechanically connected, dehydration device is fixedly mounted on annular seating, annular seating is fixedly connected with pedestal, vibration absorber is mounted in shell inner cavity, shell is fixedly connected with pedestal, the present invention passes through the first buffer gear, bindiny mechanism, bottom buffer unit, mechanical equilibrator, first fixed device, second buffer gear, under second fixed device collective effect, the seismaesthesia generated when dehydration device can be worked disappears slow, it can be with smooth working so as to ensure that dewaterer is run in high speed rotation centrifugal dehydration.
Description
Technical field
The present invention relates to INDUSTRY SPINDRYER fields, particularly with regard to a kind of industrial dehydration with pollution discharge treating device
Machine.
Background technique
Dewaterer is one of washing machine, generally after clothing, textile fabric, crops and other items washing, is used
In removal process.It recycles dryer to be dried after dehydration, then can achieve thoroughly dry effect.Existing dewaterer
Damping effect it is bad, cause dewaterer to run in high speed rotation centrifugal dehydration not stable enough, and existing dewaterer exists
In use, the sewage generated can be directly emitted, the pollution of environment will cause, for this purpose, it is proposed that a kind of at blowdown
Manage the industrial dewaterer of device.
The damping effect of industrial dewaterer of the prior art with pollution discharge treating device is bad, causes dewaterer in high speed
Rotating centrifugal runs not stable enough work when being dehydrated.
Summary of the invention
In view of the deficiencies of the prior art, the present invention is to realize by the following technical solutions：With pollution discharge treating device
Industrial dewaterer, structure includes motor, dehydration device, vibration absorber, shell, pedestal, annular seating, outlet pipe, described
Motor and dehydration device be mechanically connected, the dehydration device is fixedly mounted on annular seating, the annular seating and pedestal
It is fixedly connected, the vibration absorber is mounted in shell inner cavity, and the shell is fixedly connected with pedestal；
The vibration absorber is by the first buffer gear, bindiny mechanism, bottom buffer unit, mechanical equilibrator, first
Fixed device, the second buffer gear, the second fixed device, rectangle working chamber composition；
Dehydration device and mechanical equilibrator are mechanically connected by the bindiny mechanism, and the bottom buffer unit is set to
Dehydration device bottom is simultaneously mechanically connected, second buffer gear and mechanical equilibrator mechanical engagement, institute with dehydration device
The mechanical equilibrator stated and the first buffer gear are mechanically connected, the described first fixed device with the second fixation device and square
Shape working chamber is fixedly connected.
As advanced optimizing for the technical program, first buffer gear is fixed by the first fixed link, triangle
Block, rubber layer, rectangular slab, ring frame, gag lever post, the first fixed connecting rod, the first fixing axle, ring frame fixing seat composition, institute
The first fixed link stated set there are two and it is parallel to each other be built up on ring frame, first fixed link is far from ring frame
One end and rectangular slab vertical welding, the rectangular slab are equipped with rubber layer, the rubber close to the side of mechanical equilibrator
Layer fits with mechanical equilibrator, and the triangle fixed block is set between two the first fixed links and fixes with ring frame
Connection, the rectangular slab, triangle fixed block constitute lever construction, first fixed connecting rod set there are three and
Equal distribution on ring frame, run through and be fixed on by the first fixing axle by one end that three first fixed connecting rods are connected
Ring frame center, the gag lever post set there are two and are welded on the inside of gag lever post in symmetrical structure, the annular
Frame is fixedly mounted in ring frame fixing seat, under the action of mechanical equilibrator, rectangular slab stress and according to lever principle, and
One fixed connecting rod stress on ring frame is followed to be rotated with rectangular slab, and setting up for gag lever post can ensure that the first fixed connecting rod exists
The stabilization of ring frame rotational trajectory, when the first fixed connecting rod rotates to 1 boundary's point, since the conservation of energy, first is fixedly connected
There is bar a reversed active force the first fixed connecting rod to be pushed to reset, to realize the buffering of power, achieve the effect that damping.
As advanced optimizing for the technical program, the bindiny mechanism is by damping block, rectangular cavity, spongy layer, first
Drive connection bar composition, the damping block set there are three and are evenly distributed in rectangular cavity, the rectangular cavity and damping
Block is filled by spongy layer, first drive connection bar set there are two and with rectangular cavity vertical welding, described the
The other end and dehydration device of one drive connection bar are mechanically connected, and the rectangular cavity is fitted closely with mechanical equilibrator,
Under the action of dehydration device, the vibratory sensation that dehydration device generates when working is transferred in rectangular cavity by the first drive connection bar,
Damping block first carries out shock absorbing, and subsequent seismaesthesia is transferred in mechanical equilibrator.
As advanced optimizing for the technical program, the bottom buffer unit is connected by the second drive connection bar, first
Extension bar, kickboard fixed link, kickboard, salt water cavity, the second fixed link, first annular seat composition, second drive connection bar with
Dehydration device mechanical connection, second drive connection bar is set to be set up and kickboard vertical welding there are two and in symmetrical structure
It connects, the kickboard is mounted in salt water cavity, and kickboard fixed link is equipped on the both ends of the kickboard, and the kickboard is fixed
The one end of bar far from kickboard is mechanically connected by first connecting rod and the second fixed link, and second fixed link is fixed on first
On annular seating, the first annular seat is set to be mounted on salt water cavity wall there are two and in symmetrical structure, due to salt water cavity
Buoyancy be much larger than the gravity of kickboard, therefore kickboard floats in salt water cavity, when kickboard by the second drive connection bar by seismaesthesia
Effect move downward, the buoyancy of salt water cavity applies an opposition to kickboard, to have the function that slow down seismaesthesia.
As advanced optimizing for the technical program, the mechanical equilibrator by taper fixed link, the second fixing axle,
Movable plate, third fixing axle, motion bar, the second annular fixed seat composition, the taper fixed link are fixedly mounted on rectangle work
Make intracavitary center, the movable plate and taper fixed link constitute lever construction, and second fixing axle is in movable plate
It entreats and movable plate is fixed in taper fixed link, the movable plate is fitted closely with rectangular cavity, the third fixing axle
If movable plate and motion bar are mechanically connected by the third fixing axle, described there are two and set in activity board ends
One end of motion bar is fixed on the second annular fixed seat, and the movable plate and the second buffer gear are mechanically connected, in rectangle
Under the action of chamber, movable plate moves in the same direction with rectangular cavity, so that two motion bar reverse motions, by movable plate by seismaesthesia
It is transferred on the second buffer gear.
As advanced optimizing for the technical program, the described first fixed device by kelly, card slot, card slot fixing seat,
Third annular fixed seat composition, the kelly fasten with card slot, and the card slot is fixedly mounted in card slot fixing seat, institute
The third annular fixed seat and rectangle working chamber outer wall vertical welding stated, the kelly are fixed on third far from one end of card slot
On annular fixed seat, kelly fastens with card slot may be implemented to fix rectangle working chamber, generation when buffer gear being avoided to work
Displacement ensures that equipment can operate normally.
As advanced optimizing for the technical program, second buffer gear is by hemisphere, the 4th fixed link, the 4th
Fixing axle, link block, group of drive rods set at, the hemisphere and symmetrically set up there are two and in up-down structure, and described half
Sphere is equipped with link block, and the 4th fixed link through link block and is fixed in hemisphere, the 4th fixed link
With drive rod is orthogonal sets up, one end that the 4th fixed link is connected with drive rod is run through and is consolidated by the 4th fixing axle
It is fixed, the one end of the drive rod far from the 4th fixed link and movable plate vertical welding, under the action of movable plate, according to lever
Principle, two drive rod reverse motions, drive rod drives hemisphere rotation by the 4th fixed link, due to hemispheroidal characteristic,
The hemisphere of rotation can automatically reset, to realize the buffering of seismaesthesia.
As advanced optimizing for the technical program, the described second fixed device is fixed by fixing seat, No.1 nail, second
Connecting rod, third fixed connecting rod, trapezoidal fixing seat composition, set that there are two No.1s to follow closely in the fixing seat, and described two
No.1 nail is set up in symmetrical structure, and the No.1 nail runs through one end of third fixed connecting rod and is fixed in fixing seat
On, the other end of the third fixed connecting rod is fixed in trapezoidal fixing seat, two third fixed connecting rods it
Between be equipped with the second fixed connecting rod, second fixed connecting rod and third fixed connecting rod machinery weld, and second fixed connects
Extension bar with third fixed connecting rod is A-shaped sets up, and be fixed on fixing seat, in trapezoidal fixing seat, may be implemented rectangle
Working chamber is fixed, and ensures that equipment can operate normally.
Beneficial effect
The present invention has the industrial dewaterer of pollution discharge treating device, when dehydration device operation, generates seismaesthesia and passes through
The transmission of second drive connection bar, since the buoyancy of salt water cavity is much larger than the gravity of kickboard, kickboard floats in salt water cavity, when
Kickboard is moved downward by the second drive connection bar by the effect of seismaesthesia, and the buoyancy of salt water cavity applies an acting in opposition to kickboard
Power, to have the function that slow down seismaesthesia, under the action of dehydration device, vibratory sensation that dehydration device generates when working passes through the
One drive connection bar is transferred in rectangular cavity, and damping block first carries out shock absorbing, and subsequent seismaesthesia is transferred in mechanical equilibrator,
Under the action of rectangular cavity, movable plate moves in the same direction with rectangular cavity, so that two motion bar reverse motions, it will by movable plate
Seismaesthesia is transferred on the second buffer gear, and under the action of movable plate, according to lever principle, two drive rod reverse motions are driven
Lever drives hemisphere rotation by the 4th fixed link, and due to hemispheroidal characteristic, the hemisphere of rotation can automatically reset, thus
The buffering for realizing seismaesthesia, under the action of mechanical equilibrator, rectangular slab stress and according to lever principle, the first fixed connecting rod
Stress is followed on ring frame rotates with rectangular slab, and setting up for gag lever post can ensure the first fixed connecting rod in ring frame rotation rail
The stabilization of mark, when the first fixed connecting rod rotates to 1 boundary's point, due to the conservation of energy, the first fixed connecting rod is anti-with one
To active force push the first fixed connecting rod reset, to realize the buffering of power, achieve the effect that damping, second is fixedly connected
Bar with third fixed connecting rod is A-shaped sets up, and be fixed on fixing seat, in trapezoidal fixing seat, may be implemented rectangle work
It is fixed as chamber, kelly fastens with card slot may be implemented to fix rectangle working chamber, displacement is generated when buffer gear being avoided to work,
Ensure that equipment can operate normally.
For the prior art, the present invention is flat by the first buffer gear, bindiny mechanism, bottom buffer unit, machinery
It weighs under device, the first fixed device, the second buffer gear, the second fixed device collective effect, when dehydration device can be worked
The seismaesthesia of generation disappear it is slow, can be with smooth working so as to ensure that dewaterer is run in high speed rotation centrifugal dehydration.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is the structural schematic diagram of industrial dewaterer of the present invention with pollution discharge treating device.
Fig. 2 is the first working condition knot of the vibration absorber of industrial dewaterer of the present invention with pollution discharge treating device
Structure schematic diagram.
Fig. 3 is second of working condition knot of the vibration absorber of industrial dewaterer of the present invention with pollution discharge treating device
Structure schematic diagram.
Fig. 4 is the bottom buffer unit structure schematic diagram of industrial dewaterer of the present invention with pollution discharge treating device.
In figure：Motor -1, dehydration device -2, vibration absorber -3, shell -4, pedestal -5, annular seating -6, outlet pipe -7,
One buffer gear -301, bindiny mechanism -302, bottom buffer unit -303, mechanical equilibrator -304, the first fixed device -
305, the second buffer gear -306, the second fixed device -307, rectangle working chamber -308, the first fixed link -3011, triangle are solid
Determine block -3012, rubber layer -3013, rectangular slab -3014, ring frame -3015, gag lever post -3016, the first fixed connecting rod -
3017, the first fixing axle -3018, ring frame fixing seat -3019, damping block -3021, rectangular cavity -3022, spongy layer -3023,
One drive connection bar -3024, the second drive connection bar -3031, first connecting rod -3032, kickboard fixed link -3033, kickboard -
3034, salt water cavity -3035, the second fixed link -3036, first annular seat -3037, taper fixed link -3041, the second fixing axle -
3042, movable plate -3043, third fixing axle -3044, motion bar -3045, the second annular fixed seat -3046, kelly -3051, card
Slot -3052, card slot fixing seat -3053, third annular fixed seat -3054, hemisphere -3061, the 4th fixed link -3062, the 4th
Fixing axle -3063, link block -3064, drive rod -3065, fixing seat -3071, No.1 follow closely the -3072, second fixed connecting rod -
3073, third fixed connecting rod -3074, trapezoidal fixing seat -3075.
Specific embodiment
To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to
Specific embodiment and Detailed description of the invention, the preferred embodiment that the present invention is further explained.
Embodiment
Fig. 1-Fig. 4 is please referred to, the present invention provides the industrial dewaterer for having pollution discharge treating device, and structure includes motor
1, dehydration device 2, vibration absorber 3, shell 4, pedestal 5, annular seating 6, outlet pipe 7, the motor 1 and dehydration device 2 are mechanical
Connection, the dehydration device 2 are fixedly mounted on annular seating 6, and the annular seating 6 is fixedly connected with pedestal 5, and described subtracts
Vibrating device 3 is mounted in 4 inner cavity of shell, and the shell 4 is fixedly connected with pedestal 5；
The vibration absorber 3 is by the first buffer gear 301, bindiny mechanism 302, bottom buffer unit 303, mechanical balance
Device 304, first fixes the fixed device 307 of device 305, the second buffer gear 306, second, rectangle working chamber 308 forms；
Dehydration device 2 and mechanical equilibrator 304 are mechanically connected by the bindiny mechanism 302, the bottom buffering
Device 303 is set to 2 bottom of dehydration device and is mechanically connected with dehydration device 2, second buffer gear 306 and mechanical balance
304 mechanical engagement of device, the mechanical equilibrator 304 and the first buffer gear 301 are mechanically connected, and described first is fixed
Device 305 is fixedly connected with rectangle working chamber 308 with the second fixed device 307.
First buffer gear 301 is by the first fixed link 3011, triangle fixed block 3012, rubber layer 3013, square
Shape plate 3014, ring frame 3015, gag lever post 3016, the first fixed connecting rod 3017, the first fixing axle 3018, ring frame fixing seat
3019 compositions, first fixed link 3011 set there are two and it is parallel to each other be built up on ring frame 3015, described the
The one end of one fixed link 3011 far from ring frame 3015 and 3014 vertical welding of rectangular slab, the rectangular slab 3014 is close to mechanical
The side of balancing device 304 is equipped with rubber layer 3013, and the rubber layer 3013 fits with mechanical equilibrator 304, described
Triangle fixed block 3012 be set between two the first fixed links 3011 and be fixedly connected with ring frame 3015, the rectangle
Plate 3014, triangle fixed block 3012 constitute lever construction, first fixed connecting rod 3017 set there are three and it is impartial
It is distributed on ring frame 3015, one end that three first fixed connecting rods 3017 are connected is passed through by the first fixing axle 3018
3015 center of ring frame is worn and is fixed on, the gag lever post 3016 sets there are two and is welded on gag lever post in symmetrical structure
On 3016 insides, the ring frame 3015 is fixedly mounted in ring frame fixing seat 3019, in the work of mechanical equilibrator 304
Under, 3014 stress of rectangular slab and according to lever principle, the first fixed connecting rod 3017 stress on ring frame 3015 is followed with square
Shape plate 3014 rotates, and setting up for gag lever post 3016 can ensure the first fixed connecting rod 3017 in 3015 rotational trajectory of ring frame
Stablize, when the first fixed connecting rod 3017 rotates to 1 boundary's point, due to the conservation of energy, the first fixed connecting rod 3017 has one
A reversed active force pushes the first fixed connecting rod 3017 to reset, to realize the buffering of power, achievees the effect that damping.
The bindiny mechanism 302 is by damping block 3021, rectangular cavity 3022, spongy layer 3023, the first drive connection bar
3024 compositions, the damping block 3021 set there are three and are evenly distributed in rectangular cavity 3022, the rectangular cavity 3022
Filled with damping block 3021 by spongy layer 3023, first drive connection bar 3024 set there are two and and rectangular cavity
3022 vertical weldings, the other end and dehydration device 2 of first drive connection bar 3024 are mechanically connected, the rectangular cavity
3022 fit closely with mechanical equilibrator 304, under the action of dehydration device 2, the vibratory sensation that generates when dehydration device 2 works
It is transferred in rectangular cavity 3022 by the first drive connection bar 3024, damping block 3021 first carries out shock absorbing, subsequent seismaesthesia transmission
Into mechanical equilibrator 304.
The bottom buffer unit 303 is by the second drive connection bar 3031, first connecting rod 3032, kickboard fixed link
3033, kickboard 3034, salt water cavity 3035, the second fixed link 3036, first annular seat 3037 form, and described second is drivingly connected
Bar 3031 and dehydration device 2 are mechanically connected, and second drive connection bar 3031 sets there are two and sets up in symmetrical structure
With 3034 vertical welding of kickboard, the kickboard 3034 is mounted in salt water cavity 3035, on the both ends of the kickboard 3034
Equipped with kickboard fixed link 3033, the kickboard fixed link 3033 far from kickboard 3034 one end by first connecting rod 3032 with
Second fixed link 3036 mechanical connection, second fixed link 3036 are fixed on first annular seat 3037, and described first
Annular seating 3037 is set to be mounted on 3035 inner wall of salt water cavity there are two and in symmetrical structure, since the buoyancy of salt water cavity 3035 is remote
Greater than the gravity of kickboard 3034, therefore kickboard 3034 floats in salt water cavity 3035, when kickboard 3034 is drivingly connected by second
Bar 3031 is moved downward by the effect of seismaesthesia, and the buoyancy of salt water cavity 3035 applies an opposition to kickboard 3034, thus
Have the function that slow down seismaesthesia.
The mechanical equilibrator 304 is by taper fixed link 3041, the second fixing axle 3042, movable plate 3043, third
Fixing axle 3044, motion bar 3045, the second annular fixed seat 3046 composition, the taper fixed link 3041 are fixedly mounted on square
Central in shape working chamber 308, the movable plate 3043 and taper fixed link 3041 constitutes lever construction, and described second is fixed
Axis 3042 is through 3043 center of movable plate and movable plate 3043 is fixed in taper fixed link 3041, the movable plate 3043
It is fitted closely with rectangular cavity 3022, the third fixing axle 3044 sets there are two and is set on 3043 both ends of movable plate, institute
Movable plate 3043 and motion bar 3045 are mechanically connected by the third fixing axle 3044 stated, and one end of the motion bar 3045 is fixed
On the second annular fixed seat 3046, the movable plate 3043 and the second buffer gear 306 are mechanically connected, in rectangular cavity 3022
Under the action of, movable plate 3043 moves in the same direction with rectangular cavity 3022, so that two 3045 reverse motions of motion bar, pass through work
Seismaesthesia is transferred on the second buffer gear 306 by movable plate 3043.
The fixed device 305 of described first is fixed by kelly 3051, card slot 3052, card slot fixing seat 3053, third annular
Seat 3054 forms, and the kelly 3051 fastens with card slot 3052, and the card slot 3052 is fixedly mounted on card slot fixing seat
On 3053, the third annular fixed seat 3054 and 308 outer wall vertical of rectangle working chamber are welded, and the kelly 3051 is separate
One end of card slot 3052 is fixed on third annular fixed seat 3054, and kelly 3051 and card slot 3052 fasten and may be implemented square
Shape working chamber 308 is fixed, and displacement is generated when buffer gear being avoided to work, and ensures that equipment can operate normally.
Second buffer gear 306 is by hemisphere 3061, the 4th fixed link 3062, the 4th fixing axle 3063, connection
Block 3064, drive rod 3065 form, and the hemisphere 3061 is set symmetrically to be set up there are two and in up-down structure, and described half
Sphere 3061 is equipped with link block 3064, and the 4th fixed link 3062 through link block 3064 and is fixed on hemisphere
In 3061, the 4th fixed link 3062 with drive rod 3065 is orthogonal sets up, the 4th fixed link 3062 with drive
One end that lever 3065 is connected is run through and is fixed by the 4th fixing axle 3063, and the drive rod 3065 is far from the 4th fixed link
3062 one end and 3043 vertical welding of movable plate, under the action of movable plate 3043, according to lever principle, two drive rods
3065 reverse motions, drive rod 3065 drives hemisphere 3061 to rotate by the 4th fixed link 3062, due to hemisphere 3061
The hemisphere 3061 of characteristic, rotation can automatically reset, to realize the buffering of seismaesthesia.
The fixed device 307 of described second follows closely the 3072, second fixed connecting rod 3073, third by fixing seat 3071, No.1
Fixed connecting rod 3074, trapezoidal fixing seat 3075 form, and are set in the fixing seat 3071 there are two No.1 nail 3072, described
Two No.1 nails 3072 are set up in symmetrical structure, and the No.1 nail 3072 runs through one end of third fixed connecting rod 3074 and will
It is fixed in fixing seat 3071, and the other end of the third fixed connecting rod 3074 is fixed in trapezoidal fixing seat 3075,
The second fixed connecting rod 3073, second fixed connecting rod are equipped between two third fixed connecting rods 3074
3073 weld with 3074 machinery of third fixed connecting rod, and the second fixed connecting rod 3073 is in A word with third fixed connecting rod 3074
Shape is set up, and is fixed on fixing seat 3071, in trapezoidal fixing seat 3075, may be implemented rectangle working chamber 308 is fixed, is ensured
Equipment can operate normally.
When dehydration device 2 is run, generates seismaesthesia and transmitted by the second drive connection bar 3031, due to salt water cavity 3035
Buoyancy be much larger than the gravity of kickboard 3034, therefore kickboard 3034 floats in salt water cavity 3035, when kickboard 3034 passes through second
Drive connection bar 3031 is moved downward by the effect of seismaesthesia, and the buoyancy of salt water cavity 3035 applies an acting in opposition to kickboard 3034
Power, to have the function that slow down seismaesthesia, under the action of dehydration device 2, the vibratory sensation that dehydration device 2 generates when working passes through
First drive connection bar 3024 is transferred in rectangular cavity 3022, and damping block 3021 first carries out shock absorbing, and subsequent seismaesthesia is transferred to machine
In tool balancing device 304, under the action of rectangular cavity 3022, movable plate 3043 moves in the same direction with rectangular cavity 3022, so that
Seismaesthesia is transferred on the second buffer gear 306, in movable plate by two 3045 reverse motions of motion bar by movable plate 3043
Under the action of 3043, according to lever principle, two 3065 reverse motions of drive rod, drive rod 3065 passes through the 4th fixed link 3062
Hemisphere 3061 is driven to rotate, due to the characteristic of hemisphere 3061, the hemisphere 3061 of rotation can automatically reset, to realize shake
The buffering of sense, under the action of mechanical equilibrator 304,3014 stress of rectangular slab is simultaneously fixedly connected according to lever principle, first
The stress on ring frame 3015 of bar 3017 is followed to be rotated with rectangular slab 3014, and setting up for gag lever post 3016 can ensure the first fixed company
Extension bar 3017 3015 rotational trajectory of ring frame stabilization, when the first fixed connecting rod 3017 rotates to 1 boundary's point, due to energy
Conservation is measured, there is the first fixed connecting rod 3017 a reversed active force the first fixed connecting rod 3017 to be pushed to reset, thus
The buffering for realizing power, achievees the effect that damping, the second fixed connecting rod 3073 with third fixed connecting rod 3074 is A-shaped sets
It is vertical, and it is fixed on fixing seat 3071, in trapezoidal fixing seat 3075, rectangle working chamber 308 is fixed, kelly 3051 may be implemented
Fastening with card slot 3052, it is fixed by rectangle working chamber 308 to may be implemented, and displacement is generated when buffer gear being avoided to work, and guarantee is set
It is standby to operate normally.
Motor 1 of the present invention is a kind of medium for converting electrical energy into mechanical energy and exporting.
Problems solved by the invention is that the damping effect of the industrial dewaterer with pollution discharge treating device is bad, causes to take off
Water dispenser runs not stable enough work in high speed rotation centrifugal dehydration, and the present invention is combined with each other by above-mentioned component, by the
One buffer gear 301, bindiny mechanism 302, bottom buffer unit 303, the fixed device 305 of mechanical equilibrator 304, first, the
Under fixed 307 collective effect of device of two buffer gears 306, second, the seismaesthesia generated when dehydration device 2 can be worked disappear it is slow,
It can be with smooth working so as to ensure that dewaterer is run in high speed rotation centrifugal dehydration.
The basic principles, main features and advantages of the present invention have been shown and described above, the technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention can not only be realized in other specific forms under the premise of not departing from spirit of that invention or essential characteristic
The present invention will also have various changes and improvements, these changes and improvements both fall within scope of the claimed invention, therefore this hair
Bright claimed range is defined by appended claims and its equivalent, rather than above description limits.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiments being understood that.
Claims (8)
1. having the industrial dewaterer of pollution discharge treating device, structure includes motor (1), dehydration device (2), vibration absorber
(3), shell (4), pedestal (5), annular seating (6), outlet pipe (7), the motor (1) and dehydration device (2) are mechanically connected, institute
The dehydration device (2) stated is fixedly mounted on annular seating (6), and the annular seating (6) is fixedly connected with pedestal (5), described
Vibration absorber (3) is mounted in shell (4) inner cavity, and the shell (4) is fixedly connected with pedestal (5), it is characterised in that：
The vibration absorber (3) is by the first buffer gear (301), bindiny mechanism (302), bottom buffer unit (303), machinery
Balancing device (304), first fixed device (305), the second buffer gear (306), second fixed device (307), rectangle work
Chamber (308) composition；
Dehydration device (2) and mechanical equilibrator (304) are mechanically connected by the bindiny mechanism (302), and the bottom is slow
Flushing device (303) is set to dehydration device (2) bottom and is mechanically connected with dehydration device (2), second buffer gear (306)
With mechanical equilibrator (304) mechanical engagement, the mechanical equilibrator (304) and the first buffer gear (301) are mechanical even
It connects, described first fixed device (305) are fixedly connected with rectangle working chamber (308) with second fixed device (307).
2. the industrial dewaterer according to claim 1 with pollution discharge treating device, it is characterised in that：Described first
Buffer gear (301) by the first fixed link (3011), triangle fixed block (3012), rubber layer (3013), rectangular slab (3014),
Ring frame (3015), gag lever post (3016), the first fixed connecting rod (3017), the first fixing axle (3018), ring frame fixing seat
(3019) form, first fixed link (3011) set there are two and it is parallel to each other be built up on ring frame (3015), institute
The first fixed link (3011) stated one end and rectangular slab (3014) vertical welding far from ring frame (3015), the rectangular slab
(3014) side close to mechanical equilibrator (304) is equipped with rubber layer (3013), and the rubber layer (3013) and machinery are flat
Weighing apparatus device (304) fits, and the triangle fixed block (3012) is set between two the first fixed links (3011) and and ring
Shape frame (3015) is fixedly connected, and the rectangular slab (3014), triangle fixed block (3012) constitute lever construction, and described the
There are three one fixed connecting rod (3017) is set and equal distribution is on ring frame (3015), and described three first are fixedly connected
One end that bar (3017) is connected is run through by the first fixing axle (3018) and is fixed on ring frame (3015) center, the limit
Bar (3016) sets there are two and is welded on gag lever post (3016) inside in symmetrical structure, and the ring frame (3015) is solid
Dingan County is on ring frame fixing seat (3019).
3. the industrial dewaterer according to claim 1 with pollution discharge treating device, it is characterised in that：The connection
Mechanism (302) is made of damping block (3021), rectangular cavity (3022), spongy layer (3023), the first drive connection bar (3024), institute
The damping block (3021) stated sets there are three and is evenly distributed in rectangular cavity (3022), the rectangular cavity (3022) and damping
Block (3021) is filled by spongy layer (3023), first drive connection bar (3024) set there are two and and rectangular cavity
(3022) vertical welding, the other end of first drive connection bar (3024) and dehydration device (2) are mechanically connected, described
Rectangular cavity (3022) is fitted closely with mechanical equilibrator (304).
4. the industrial dewaterer according to claim 1 with pollution discharge treating device, it is characterised in that：The bottom
Buffer unit (303) is by the second drive connection bar (3031), first connecting rod (3032), kickboard fixed link (3033), kickboard
(3034), salt water cavity (3035), the second fixed link (3036), first annular seat (3037) composition, described second is drivingly connected
Bar (3031) and dehydration device (2) are mechanically connected, and second drive connection bar (3031) sets there are two and is in symmetrical junction
Structure is set up to be mounted in salt water cavity (3035) with kickboard (3034) vertical welding, the kickboard (3034), the kickboard
(3034) it is equipped on both ends kickboard fixed link (3033), the one of the kickboard fixed link (3033) separate kickboard (3034)
End is mechanically connected by first connecting rod (3032) and the second fixed link (3036), and second fixed link (3036) is fixed on
On first annular seat (3037), the first annular seat (3037), which is set, is mounted on salt water cavity there are two and in symmetrical structure
(3035) on inner wall.
5. the industrial dewaterer according to claim 2 or 3 with pollution discharge treating device, it is characterised in that：Described
Mechanical equilibrator (304) is by taper fixed link (3041), the second fixing axle (3042), movable plate (3043), third fixing axle
(3044), motion bar (3045), the second annular fixed seat (3046) composition, the taper fixed link (3041) are fixedly mounted on
Central in rectangle working chamber (308), the movable plate (3043) and taper fixed link (3041) constitutes lever construction, described
Movable plate (3043) through movable plate (3043) center and is fixed on taper fixed link (3041) by the second fixing axle (3042),
The movable plate (3043) is fitted closely with rectangular cavity (3022), and the third fixing axle (3044) sets there are two and sets
In on movable plate (3043) both ends, the third fixing axle (3044) is mechanical even by movable plate (3043) and motion bar (3045)
Connect, one end of the motion bar (3045) is fixed on the second annular fixed seat (3046), the movable plate (3043) with
Second buffer gear (306) mechanical connection.
6. the industrial dewaterer according to claim 1 with pollution discharge treating device, it is characterised in that：Described first
Fixed device (305) are by kelly (3051), card slot (3052), card slot fixing seat (3053), third annular fixed seat (3054) group
At the kelly (3051) fastens with card slot (3052), and the card slot (3052) is fixedly mounted on card slot fixing seat
(3053) on, the third annular fixed seat (3054) and rectangle working chamber (308) outer wall vertical are welded, the kelly
(3051) one end far from card slot (3052) is fixed on third annular fixed seat (3054).
7. the industrial dewaterer according to claim 1 with pollution discharge treating device, it is characterised in that：Described second
Buffer gear (306) is by hemisphere (3061), the 4th fixed link (3062), the 4th fixing axle (3063), link block (3064), drive
Lever (3065) composition, the hemisphere (3061) is set symmetrically to be set up there are two and in up-down structure, the hemisphere
(3061) link block (3064) are equipped with, the 4th fixed link (3062) runs through link block (3064) and is fixed on hemisphere
In body (3061), the 4th fixed link (3062) with drive rod (3065) is orthogonal sets up, the 4th fixed link
(3062) one end being connected with drive rod (3065) is run through and is fixed by the 4th fixing axle (3063), the drive rod
(3065) one end far from the 4th fixed link (3062) and movable plate (3043) vertical welding.
8. the industrial dewaterer according to claim 1 with pollution discharge treating device, it is characterised in that：Described second
Fixed device (307) follow closely (3072), the second fixed connecting rod (3073), third fixed connecting rod by fixing seat (3071), No.1
(3074), trapezoidal fixing seat (3075) composition is set in the fixing seat (3071) there are two No.1 nail (3072), described two
A No.1 nail (3072) is set up in symmetrical structure, and the No.1 nail (3072) runs through the one end of third fixed connecting rod (3074)
And be fixed on fixing seat (3071), the other end of the third fixed connecting rod (3074) is fixed on trapezoidal fixing seat
(3075) on, the second fixed connecting rod (3073) are equipped between two third fixed connecting rods (3074), described the
Two fixed connecting rods (3073) and third fixed connecting rod (3074) mechanical welding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810672811.4A CN108895770B (en) | 2018-06-26 | 2018-06-26 | Industrial dehydrator with sewage disposal device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810672811.4A CN108895770B (en) | 2018-06-26 | 2018-06-26 | Industrial dehydrator with sewage disposal device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108895770A true CN108895770A (en) | 2018-11-27 |
| CN108895770B CN108895770B (en) | 2020-10-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810672811.4A Active CN108895770B (en) | 2018-06-26 | 2018-06-26 | Industrial dehydrator with sewage disposal device |
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| Country | Link |
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| CN (1) | CN108895770B (en) |
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|---|---|---|---|---|
| CN203941454U (en) * | 2014-07-03 | 2014-11-12 | 孙伟春 | The mirror-reflection settled date tracing collection module that full balance is placed |
| CN106907900A (en) * | 2017-01-12 | 2017-06-30 | 伍振祥 | A kind of automatic unloading type dewatered drying device |
| CN206410435U (en) * | 2017-01-06 | 2017-08-15 | 焦作健康元生物制品有限公司 | A kind of dewaterer leakproof water dumping mechanism |
| CN206766295U (en) * | 2017-04-02 | 2017-12-19 | 厦门九星天翔航空科技有限公司 | A kind of aquatic unmanned aerial vehicle of the lithium electricity power supply with damping device shuts down platform |
| CN107869548A (en) * | 2017-12-11 | 2018-04-03 | 高邮市迅达工程机械集团有限公司 | A kind of mine excavator with cabinet damping device |
-
2018
- 2018-06-26 CN CN201810672811.4A patent/CN108895770B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203941454U (en) * | 2014-07-03 | 2014-11-12 | 孙伟春 | The mirror-reflection settled date tracing collection module that full balance is placed |
| CN206410435U (en) * | 2017-01-06 | 2017-08-15 | 焦作健康元生物制品有限公司 | A kind of dewaterer leakproof water dumping mechanism |
| CN106907900A (en) * | 2017-01-12 | 2017-06-30 | 伍振祥 | A kind of automatic unloading type dewatered drying device |
| CN206766295U (en) * | 2017-04-02 | 2017-12-19 | 厦门九星天翔航空科技有限公司 | A kind of aquatic unmanned aerial vehicle of the lithium electricity power supply with damping device shuts down platform |
| CN107869548A (en) * | 2017-12-11 | 2018-04-03 | 高邮市迅达工程机械集团有限公司 | A kind of mine excavator with cabinet damping device |
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| Publication number | Publication date |
|---|---|
| CN108895770B (en) | 2020-10-16 |
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Effective date of registration: 20200916 Address after: 362000 No.53 Dongpu, Wuliu village, Wangchuan Town, Hui'an County, Quanzhou City, Fujian Province Applicant after: Qianxu advertising design department, Wangchuan Town, Hui'an County Address before: 362100 North Street, Huian County, Quanzhou, Fujian Province, No. 10 Applicant before: Xie Pingping |
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