CN109368717A - Automatic sewage clarifier - Google Patents
Automatic sewage clarifier Download PDFInfo
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- CN109368717A CN109368717A CN201811430941.3A CN201811430941A CN109368717A CN 109368717 A CN109368717 A CN 109368717A CN 201811430941 A CN201811430941 A CN 201811430941A CN 109368717 A CN109368717 A CN 109368717A
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- rack
- plate
- mandril
- disk
- tension spring
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- C—CHEMISTRY; METALLURGY
- C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
- C02F1/00—Treatment of water, waste water, or sewage
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- Life Sciences & Earth Sciences (AREA)
- Hydrology & Water Resources (AREA)
- Engineering & Computer Science (AREA)
- Environmental & Geological Engineering (AREA)
- Water Supply & Treatment (AREA)
- Chemical & Material Sciences (AREA)
- Organic Chemistry (AREA)
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Abstract
The invention discloses a kind of automatic sewage clarifiers, including rack (1), storage tank (2) are connected in rack (1), rack (1) is slidably connected guide post (3) by being oriented to reset assembly, and guide post (3) upper end is placed with sub-material cylinder (4)；Push rod (5) and mandril (6) are slidably connected in rack (1), push rod (5) is connect with guide post (3) by driving wheel (17)；It is rotatably connected in rack (1) disk (7), is equipped between mandril (6) and rack (1) for pushing mandril (6) so that mandril (6) is resisted against the elastic parts on disk (7) periphery wall；It slidably connects slide bar (8), is rotatably connected in rack (1) wobble plate (11) on disk (7), wobble plate (11) is connected with valve plate (12) by first gear component.A kind of storage tank is provided sewage constant number is discharged every time and then improves the automatic sewage clarifier of wastewater purifying efficiency.
Description
Technical field
The present invention relates to sewage treatment field, especially a kind of automatic sewage clarifier.
Background technique
With development in science and technology, sewage direct emission has seriously affected natural environment, and sewage here includes that industry is dirty
Water and sanitary sewage；If sewage is directly discharged into water circulation system without purified treatment, people's drink can be gradually influenced
With the quality of water.In the prior art, usually the drug for centainly capableing of quantity is launched into sewage and is reacted, to reach
Purify the effect of sewage；Wherein, the ratio of sewage and drug is to carry out proportion by setting value to can be only achieved sufficiently cleaned up effect；
That is, therefore, to assure that the quantity of each part of sewage and drug be it is constant, drug here is all rationed good, and
Sewage be all it is unified be discharged by storage tank, but the sewage discharge rate of bad accurate control storage tank each time, and then lead to dirt
The effect of Water warfare is unable to reach estimated degree.
Summary of the invention
The technical problem to be solved by the present invention is to overcome existing technological deficiency, provide a kind of storage tank and dirt is discharged every time
Water constant number and then the automatic sewage clarifier for improving wastewater purifying efficiency.
The technical solution of the invention is as follows, provides a kind of automatic sewage clarifier having following structure: including rack,
The storage tank for drainage flow is connected in rack, rack slidably connects guide post, guide post upper end by being oriented to reset assembly
It is placed with for storing the sub-material cylinder from storage tank discharge sewage；Push rod and mandril, push rod and guide post are slidably connected in rack
It is connected by driving wheel；Disk is rotatably connected in rack, rack is equipped with the power device for driving disk rotational；Mandril
Be located in the same diametrical direction of disk with push rod, and mandril and push rod are located at disk two sides up and down, mandril and rack it
Between be equipped with for pushing mandril so that mandril is resisted against the elastic parts on disk periphery wall；Cunning is slidably connected on disk
Bar, slide bar are slided along disk diameter direction, and slide bar both ends are symmetrically arranged with first cam and the second cam；The company of rotation in rack
It is connected to the wobble plate for pushing against or being detached from mandril, wobble plate is connected with valve plate by first gear component, and valve plate goes out with storage tank
Cooperate at material mouth；Wobble plate is connected with feeding plate by second gear component, and guide rod is slidably connected in rack, and guide rod upper end is equipped with
Blanking table, blanking table and feeding plate are located at guide post two sides；The driver plate for pushing against with guide rod is rotatably connected in rack；
The pawl for being clamped or being detached from driving wheel is rotatably connected in rack, pawl is connect with driver plate by connecting rod, and pawl
It is equipped between rack for pulling pawl so that pawl, which is connected on driving wheel, stirs tension spring.
Preferably as one kind of the invention, rack slidably connects guide post by guiding reset assembly and refers to, sets in rack
There is the first guide sleeve, the first guide sleeve is equipped with the first pilot hole passed through for guide post, and guide post is slidably connected at first along the vertical direction
On guide sleeve, guide post upper end is equipped with level board, and sub-material cylinder is placed on level board, and level board is located above the first guide sleeve；Guide post
On be socketed with the first pressure spring, the first pressure spring is between level board and the first guide sleeve, and first pressure spring one end and level board push against, separately
One end and the first guide sleeve push against；Rack is equipped with the bayonet lock for pushing against or being detached from level board, and bayonet lock and the first pressure spring are distinguished
The two sides above and below level board.
Preferably as one kind of the invention, rack is equipped with vertical block, and push rod is slidably connected in vertical block by dovetail groove, is pushed away
Bar is slidably connected in vertical block along the vertical direction, and pushrod movement direction is opposite with the guide post direction of motion；Guide post be equipped with for
The first straight line rack gear of driving wheel engaged transmission, push rod are equipped with for the second straight line rack gear with driving wheel engaged transmission；It pushes away
The first idler wheel is rotatably connected on bar, the first idler wheel and disk periphery wall roll connection or be detached from.
As an improvement of the present invention, it is equipped between mandril and rack for pushing mandril so that mandril is resisted against circle
Elastic parts on disk periphery wall refers to that rack is equipped with the second guide sleeve, and the second guide sleeve is equipped with and leads for mandril passes through second
Xiang Kong, mandril are slidably connected at along the vertical direction on the second guide sleeve, and mandril is equipped with annular protrusion, and annular protrusion is located on mandril
Close to disk one end；The second pressure spring is socketed on mandril, the second pressure spring is between the second guide sleeve and annular protrusion, the second pressure spring
One end and the second guide sleeve push against, and the other end and annular protrusion push against；The second idler wheel, the second idler wheel and circle are rotatably connected on mandril
Disk periphery wall rolls connection.
As an improvement of the present invention, along disk diameter direction, sliding refers to that disk has diametrically been equipped with to slide bar
Open slot, open slot passes through disk rotating shaft, and slide bar is slidably connected in the open slot by dovetail groove；The disk centre of gyration
Position is equipped with switch block, and slide bar is equipped with sliding slot, and switch block is located in sliding slot；Sliding slot is arranged along open slot length direction；Sliding slot both ends
Portion passes through the first tension spring respectively, the second tension spring is connect with switch block, and the first tension spring and the second tension spring are symmetrically distributed in switch block two sides, the
One tension spring and the second tension spring are located in sliding slot；First tension spring one end and switch block are rotatablely connected, and the other end and the rotation of sliding slot end connect
It connects；Second tension spring one end and switch block are rotatablely connected, and the other end and sliding slot end are rotatablely connected.
As an improvement of the present invention, wobble plate is rotatablely connected on the rack by the first hinge joint, and rack, which is equipped with, to be used
In the backing pin for pushing against or being detached from wobble plate, backing pin and mandril are located at the first hinge joint two sides, and backing pin and mandril distinguish position
The two sides above and below wobble plate；It is equipped between rack and wobble plate for pulling wobble plate so that the abutting that wobble plate is resisted against on backing pin is drawn
Spring, pushes against tension spring one end and wobble plate is rotatablely connected, and the other end is connect with gantry rotation, pushes against tension spring and backing pin is all located in wobble plate
Side.
As an improvement of the present invention, wobble plate is connected with valve plate by first gear component and refers to, wobble plate is equipped with arc
Shape rack gear, arc-shaped rack are arranged by the center of circle of the first hinge joint；Be rotatably connected in rack for arc-shaped rack engaged transmission
First gear, rack is equipped with supporting block, and valve plate is slidably connected in supporting block by dovetail groove, and valve plate is slided in the horizontal direction
Dynamic to be connected in supporting block, valve plate is equipped with for the third linear gear rack with first gear engaged transmission.
As an improvement of the present invention, wobble plate is connected with feeding plate by second gear component and refers to, rotates in rack
It is connected with for the second gear with arc-shaped rack engaged transmission, rack is equipped with horizontal block, and feeding plate is slided by dovetail groove to be connected
It connects in horizontal block, the feeding plate direction of motion is parallel with the valve plate direction of motion, and feeding plate is equipped with for engaging biography with second gear
The 4th dynamic linear gear rack is equipped with the arc push plate for pushing against or being detached from sub-material cylinder towards sub-material cylinder one end on feeding plate；
In the vertical direction, feeding plate is between valve plate and level board.
As an improvement of the present invention, rack is equipped with third guide sleeve, and third guide sleeve is equipped with the slided for guide rod
Three pilot holes, guide rod are slidably connected at along the vertical direction on third guide sleeve, and third guide sleeve is located at below blanking table；Rack is equipped with
Spacer pin for pushing against or being detached from blanking table, spacer pin and third guide sleeve are located at blanking table two sides up and down；Driver plate
On the rack by the rotation connection of the second hinge joint, it is equipped between driver plate and rack for pulling driver plate so that driver plate
The driving tension spring being resisted against on mandril, driving tension spring one end and driver plate are rotatablely connected, and the other end is connect with gantry rotation；Driving
Tension spring and guide rod are all located above driver plate, and lower end of the guide rod portion is rotatably connected to third idler wheel, and the rolling of third idler wheel is connected to
On driver plate；Connecting rod and driving tension spring are located at the second hinge joint two sides, and connecting rod one end and driver plate are rotatablely connected, the other end
It is rotatablely connected in the middle part of pawl；It stirs tension spring one end and central rack is rotatablely connected, the other end is connect with gantry rotation, and is stirred
Tension spring is arranged in pawl inner concave side.
After using the above structure, a kind of automatic sewage clarifier of the present invention compared with prior art, the sewage in the present invention
It is arranged by storage tank into sub-material cylinder, as sub-material cylinder weight is increasing, sub-material cylinder will push guide post slide downward；Guide post is logical
Crossing driving wheel drives push rod to be gradually increasing, i.e. the first idler wheel of push rod upper end moves closer to disk；Disk drives in power device
Lower lasting holding turnover, and the first cam and mandril upper end after mandril upper end is contacted with disk periphery wall, on slide bar
When abutting, slide bar can slide on disk, i.e., the second cam on slide bar will push mandril rising, and the stroke of slide bar is first convex
Take turns the sum of lift and the second cam lift；Mandril will push wobble plate rotation in uphill process, and wobble plate is driven by arc-shaped rack
Valve plate sliding, valve plate can close storage tank lower end discharge port；Also, wobble plate can drive feeding plate sliding by arc-shaped rack, fall
Sub-material cylinder on level board can be pushed on blanking table by flitch, and blanking table can be declined by after sub-material cylinder gravity, blanking
Platform will push driver plate rotation when declining；Driver plate can pull pawl to rotate on the rack by connecting rod during rotation, and one
Denier pawl rotation is led then pawl will be detached from driving wheel then level board will pull under the elastic force effect of the first pressure spring
Column, which rises, to be resetted, and guide post also can drive push rod decline to reset by driving wheel, and this completes the distribution of sewage movements；And
And the amplitude of guide post decline each time is all constant, this is because guide post is just when push rod upper end is resisted against disk periphery wall
Stop decline, and then ensure that the sewage held every time in sub-material cylinder be also it is constant, i.e., sewage number is discharged in storage tank every time
It measures constant, guarantees that subsequent effect when purifying to every a sewage is optimized.In conclusion the present invention provides a kind of storage
Sewage constant number is discharged every time and then improves the automatic sewage clarifier of wastewater purifying efficiency for batch can.
Detailed description of the invention
Fig. 1 is the schematic diagram of automatic sewage clarifier of the present invention.
Fig. 2 is the structural schematic diagram in the present invention between feeding plate and sub-material cylinder.
Fig. 3 is the structural schematic diagram of disk in the present invention.
It is as shown in the figure: 1, rack, 2, storage tank, 3, guide post, 4, sub-material cylinder, 5, push rod, 6, mandril, 7, disk, 8, slide bar,
9, the first cam, the 10, second cam, 11, wobble plate, 12, valve plate, 13, feeding plate, 14, guide rod, 15, blanking table, 16, driver plate,
17, driving wheel, 18, pawl, 19, connecting rod, 20, stir tension spring, the 21, first guide sleeve, 22, level board, the 23, first pressure spring, 24, card
Pin, 25, vertical block, the 26, first idler wheel, the 27, second guide sleeve, 28, annular protrusion, the 29, second pressure spring, the 30, second idler wheel, 31, turn
Block, 32, sliding slot, the 33, first tension spring, the 34, second tension spring, the 35, first hinge joint, 36, backing pin, 37, abutting tension spring, 38, arc
Rack gear, 39, first gear, 40, supporting block, 41, second gear, 42, horizontal block, 43, arc push plate, 44, third guide sleeve, 45, limit
Position pin, the 46, second hinge joint, 47, driving tension spring, 48, third idler wheel.
Specific embodiment
Present invention will be further explained below with reference to the attached drawings and specific embodiments.
As shown, automatic sewage clarifier of the present invention includes rack 1, the storing for drainage flow is connected in rack 1
Tank 2, rack 1 slidably connect guide post 3 by being oriented to reset assembly, and 3 upper end of guide post is placed with for storing from 2 row of storage tank
The sub-material cylinder 4 of sewage out；Push rod 5 and mandril 6 are slidably connected in rack 1, push rod 5 is connect with guide post 3 by driving wheel 17；Machine
Disk 7 is rotatably connected on frame 1, rack 1 is equipped with the power device for driving disk 7 to rotate；Mandril 6 is located at push rod 5
In the same diametrical direction of disk 7, and mandril 6 and push rod 5 are located at about 7 two sides of disk, set between mandril 6 and rack 1
Have for pushing mandril 6 so that mandril 6 is resisted against the elastic parts on 7 periphery wall of disk；Slide bar is slidably connected on disk 7
8, slide bar 8 is slided along 7 diametrical direction of disk, and 8 both ends of slide bar are symmetrically arranged with the first cam 9 and the second cam 10；In rack 1
It is rotatably connected to the wobble plate 11 for pushing against or being detached from mandril 6, wobble plate 11 is connected with valve plate 12, valve by first gear component
Plate 12 and 2 discharge outlet of storage tank cooperate；Wobble plate 11 is connected with feeding plate 13, the company of sliding in rack 1 by second gear component
It is connected to guide rod 14,14 upper end of guide rod is equipped with blanking table 15, and blanking table 15 and feeding plate 13 are located at 3 two sides of guide post；In rack 1
It is rotatably connected to the driver plate 16 for pushing against with guide rod 14；It is rotatably connected in rack 1 for being clamped or taking off with driving wheel 17
From pawl 18, pawl 18 and driver plate 16 are connect by connecting rod 19, and are equipped between pawl 18 and rack 1 for pulling pawl
18 stir tension spring 20 so that pawl 18 is connected on driving wheel 17.
Rack 1 slidably connects guide post 3 by guiding reset assembly and refers to, rack 1 is equipped with the first guide sleeve 21, and first leads
Set 21 is equipped with the first pilot hole passed through for guide post 3, and guide post 3 is slidably connected at along the vertical direction on the first guide sleeve 21, guide post 3
Upper end is equipped with level board 22, and sub-material cylinder 4 is placed on level board 22, and level board 22 is located at 21 top of the first guide sleeve；On guide post 3
It is socketed with the first pressure spring 23, the first pressure spring 23 is located between level board 22 and the first guide sleeve 21,23 one end of the first pressure spring and level
Plate 22 pushes against, and the other end and the first guide sleeve 21 push against；Rack 1 is equipped with the bayonet lock 24 for pushing against or being detached from level board 22,
Bayonet lock 24 and the first pressure spring 23 are located at about 22 two sides of level board.Wherein, power device, which refers to, is provided with electricity in rack 1
Machine, motor output end are connect with disk 7；When sub-material cylinder 4 is above level board 22,2 lower end discharge port of storage tank is located at sub-material
The position directly above of 4 upper end openings of cylinder, and then ensure that sewage can be emitted into sub-material cylinder 4；In addition, when guide post 3 declines extremely
Extreme position, i.e., when 5 upper end of push rod is resisted against 7 periphery wall of disk, 22 upper surface of level board is still above 15 upper surface of blanking table,
And then ensure that sub-material cylinder 4 can be fallen on blanking table 15 under the promotion of feeding plate 13.
Rack 1 is equipped with vertical block 25, and push rod 5 is slidably connected in vertical block 25 by dovetail groove, and push rod 5 is slided along the vertical direction
Dynamic to be connected in vertical block 25,5 direction of motion of push rod is opposite with 3 direction of motion of guide post；Guide post 3 is equipped with for nibbling with driving wheel 17
The first straight line rack gear of transmission is closed, push rod 5 is equipped with for the second straight line rack gear with 17 engaged transmission of driving wheel；On push rod 5
It is rotatably connected to the first idler wheel 26, the first idler wheel 26 rolls connection with 7 periphery wall of disk or is detached from.
It is equipped between mandril 6 and rack 1 for pushing mandril 6 so that mandril 6 is resisted against the elasticity on 7 periphery wall of disk
Component refers to that rack 1 is equipped with the second guide sleeve 27, and the second guide sleeve 27 is equipped with the second pilot hole passed through for mandril 6, mandril 6
It is slidably connected on the second guide sleeve 27 along the vertical direction, mandril 6 is equipped with annular protrusion 28, and annular protrusion 28 is located on mandril 6
Close to 7 one end of disk；Be socketed with the second pressure spring 29 on mandril 6, the second pressure spring 29 be located at the second guide sleeve 27 and annular protrusion 28 it
Between, 29 one end of the second pressure spring and the second guide sleeve 27 push against, and the other end and annular protrusion 28 push against；Is rotatably connected on mandril 6
Second wheel 30, the second idler wheel 30 is rolled with 7 periphery wall of disk to be connected.
Slide bar 8 refers to that disk 7 diametrically has open slot along the sliding of 7 diametrical direction of disk, and open slot passes through circle
7 rotating shaft of disk, and slide bar 8 is slidably connected in the open slot by dovetail groove；7 centre of gyration position of disk is equipped with switch block 31,
Slide bar 8 is equipped with sliding slot 32, and switch block 31 is located in sliding slot 32；Sliding slot 32 is arranged along open slot length direction；32 both ends of sliding slot
It is connect respectively by the first tension spring 33, the second tension spring 34 with switch block 31, the first tension spring 33 and the second tension spring 34 are symmetrically distributed in and turn
31 two sides of block, the first tension spring 33 and the second tension spring 34 are located in sliding slot 32；First tension spring, 33 one end and switch block 31 are rotatablely connected, separately
One end and 32 end of sliding slot are rotatablely connected；Second tension spring, 34 one end and switch block 31 are rotatablely connected, and the other end and 32 end of sliding slot turn
Dynamic connection.Wherein, the setting of switch block 31 is to provide a benchmark to the setting of the first tension spring 33 and the second tension spring 34, can allow the
One tension spring 33 and the second tension spring 34 are connected to simultaneously on switch block 31, it is ensured that when the first cam and the second cam do not have external constraint,
First tension spring 33 is equal with active force of second tension spring 34 to 8 both ends of slide bar, so that the connection of slide bar 8 and disk 7 is protected
Hold equilibrium state.
Wobble plate 11 is rotatably connected in rack 1 by the first hinge joint 35, rack 1 be equipped with for being pushed against with wobble plate 11 or
The backing pin 36 of disengaging, backing pin 36 and mandril 6 are located at 35 two sides of the first hinge joint, and backing pin 36 and mandril 6 are located at pendulum
About 11 two sides of plate；It is equipped between rack 1 and wobble plate 11 for pulling wobble plate 11 so that wobble plate 11 is resisted against on backing pin 36
Push against tension spring 37, push against 37 one end of tension spring and wobble plate 11 and be rotatablely connected, the other end and rack 1 are rotatablely connected, push against tension spring 37 with
Backing pin 36 is all located at 11 top of wobble plate.
Wobble plate 11 is connected with valve plate 12 by first gear component and refers to, wobble plate 11 is equipped with arc-shaped rack 38, arc-shaped gear
Item 38 is center of circle setting with the first hinge joint 35；It is rotatably connected in rack 1 for first with 38 engaged transmission of arc-shaped rack
Gear 39, rack 1 are equipped with supporting block 40, and valve plate 12 is slidably connected in supporting block 40 by dovetail groove, and valve plate 12 is along level
Direction is slidably connected in supporting block 40, and valve plate 12 is equipped with for the third linear gear rack with 39 engaged transmission of first gear.
Wobble plate 11 is connected with feeding plate 13 by second gear component and refers to, is rotatably connected to and is used for and arc in rack 1
The second gear 41 of 38 engaged transmission of rack gear, rack 1 are equipped with horizontal block 42, and feeding plate 13 is slidably connected at horizontal block by dovetail groove
On 42,13 direction of motion of feeding plate is parallel with 12 direction of motion of valve plate, and feeding plate 13 is equipped with for engaging with second gear 41
4th linear gear rack of transmission is equipped with the arc for pushing against or being detached from sub-material cylinder 4 towards 4 one end of sub-material cylinder on feeding plate 13
Push plate 43；In the vertical direction, feeding plate 13 is between valve plate 12 and level board 22.
Rack 1 is equipped with third guide sleeve 44, and third guide sleeve 44 is equipped with the third pilot hole slided for guide rod 14, guide rod 14
It is slidably connected on third guide sleeve 44 along the vertical direction, third guide sleeve 44 is located at 15 lower section of blanking table；Rack 1 be equipped with for
The spacer pin 45 that blanking table 15 is pushed against or is detached from, spacer pin 45 and third guide sleeve 44 are located at about 15 two sides of blanking table；It passes
Movable plate 16 is rotatably connected in rack 1 by the second hinge joint 46, is equipped between driver plate 16 and rack 1 for pulling driver plate
16 so that driver plate 16 is resisted against the driving tension spring 47 on mandril 6, and driving 47 one end of tension spring and driver plate 16 are rotatablely connected, separately
One end and rack 1 are rotatablely connected；Driving tension spring 47 and guide rod 14 are all located at 16 top of driver plate, and the rotation of 14 lower end of guide rod connects
It is connected to third idler wheel 48, the rolling of third idler wheel 48 is connected on driver plate 16；Connecting rod 19 and driving tension spring 47 are located at second
46 two sides of hinge joint, 19 one end of connecting rod and driver plate 16 are rotatablely connected, and are rotatablely connected in the middle part of the other end and pawl 18；Stir tension spring
It is rotatablely connected in the middle part of 20 one end and rack 1, the other end and rack 1 are rotatablely connected, and are stirred tension spring 20 and be arranged in 18 indent of pawl
Face side.Wherein, the second hinge joint 46 is between pawl 18 and guide rod 14, and then ensures that the rotation of driver plate 16 can pass through
Connecting rod 19 is detached from pawl 18 and driving wheel.
Working principle: as shown, the sewage of required processing is connected in storage tank 2, storage tank 2 is discharged by lower end
Mouthful to 4 sewage effluent of sub-material cylinder；
As the sewage in sub-material cylinder 4 is increasingly heavier, the weight of sub-material cylinder 4 is increasing, the weight of 4 pairs of guide posts 3 of sub-material cylinder
Power effect will push guide post 3 and be gradually reduced, i.e., the gravity of sub-material cylinder 4 can overcome 23 elastic force of the first pressure spring to act on and push and lead
Column 3 declines, and the first pressure spring 23 is by compressive deformation, and level board 22 and bayonet lock 24 are detached from；During guide post 3 declines, on guide post 3
First straight line rack gear by with the engaged transmission of driving wheel 17 to drive driving wheel 17 to rotate, driving wheel 17 further through with the other side
Second straight line rack gear engagement come drive push rod 5 rise, that is to say, that push rod 5 is driven by the adjusting of driving wheel 17 gradually
Rise；Wherein, under the setting of pawl 18, driving wheel 17 can be rotated clockwise, but be unable to complete and rotate counterclockwise, this
Also it ensures that, in the case where pawl 18 and the clamping of driving wheel 17, push rod 5 can only rise, and cannot decline；
When push rod 5 rises to 7 periphery wall position of disk, i.e., the first idler wheel 26 on push rod 5 is supported with 7 periphery wall of disk
Tightly, then when on slide bar 8 the first cam 9 and the first idler wheel 26 start push against while, the second cam 10 of 8 other end of slide bar
Also start to start to push against with 6 the second idler wheel of lower end 30 of mandril；At this point, receive the constraint of pawl 18 between push rod 5 and can not decline,
I.e. push rod 5, which is remained, pushes against state with 7 periphery wall position of disk, and then the first cam 9 is pushed to receive toward 7 axis direction of disk
Contracting, so that the second cam 10 on slide bar 8 is far from 7 axis of disk, i.e. the second cam 10 is gradually distance from 7 axis position of disk
It sets, or says, the stroke cooperated between the second cam 10 and the second idler wheel 30 is amplified；So the second cam 10 pushes mandril 6
When rising with the second idler wheel 30,6 upper end of mandril will push wobble plate 11 and rotate clockwise around the first hinge joint 35；When push rod 5
When not pushed against with 7 periphery wall of disk, even if the first cam 9 or the second cam 10 on slide bar 8 have abutting with 6 lower end of mandril
Relationship, then the stroke that mandril 6 rises can not also drive wobble plate 11 to rotate, i.e., mandril 6 and 11 left part of wobble plate are still to be detached from
Relationship, because in this state, the stroke that mandril 6 the rises at most lift range of only one the first cam 9 or one the
The lift range of two cams 10；But when push rod 5 and 7 periphery wall of disk push against, then the stroke that mandril 6 rises is equal to the
The lift range of one cam 9 adds the sum of the lift range of the second cam 10, and the amplitude that mandril 6 rises can be amplified by moment, into
And wobble plate 11 is rotated；Wherein, when slide bar 8 radially slides in disk 7, the first tension spring 33 and the second tension spring 34 it
Between balance can be broken, the relative position between switch block 31 and sliding slot 32 can move；
In 11 rotation process of wobble plate, wobble plate 11 can drive valve plate by engaging for arc-shaped rack 38 and first gear 39
12 slide to the right in supporting block 40, and valve plate 12 can close 2 lower end discharge port of storage tank, i.e. storage tank 2 stops to 4 row of sub-material cylinder
Sewage is put, so that the sewage in sub-material cylinder 4 keeps quantitative state；Simultaneously, wobble plate 11 can also pass through arc-shaped rack 38
Feeding plate 13 is driven to slide to the right in horizontal block 42 with the engaged transmission of second gear 41, then the arc of 13 right part of feeding plate
Shape push plate 43 can push to the sub-material cylinder 4 on level board 22 on blanking table 15；
Once blanking table 15 is by 4 gravity of sub-material cylinder, then blanking table 15 will push transmission by guide post 3
The decline of 16 right part of plate, driving tension spring 47 are softened, and driver plate 16 is rotated clockwise around the second hinge joint 46, and driver plate 16
Left part is rotated by connecting rod 19 with pawl 18, i.e., pawl 18 rotates counterclockwise on the rack, is stirred tension spring 20 and is softened,
Pawl 18 and driving wheel 17 are detached from；And level board 22 at this time has lost 4 gravity of sub-material cylinder, then level board 22 is
Reset can be risen under the elastic force effect of one pressure spring 23, until level board 22 is resisted against on bayonet lock 24；Moreover, guide post 3 can lead to
Crossing driving wheel 17 drives the decline of push rod 5 to reset, i.e., 5 upper end of push rod and 7 periphery wall of disk are detached from；When the first cam 9 and first
Idler wheel 26 is detached from, and the second cam 10 will be also detached from the second idler wheel 30, then the position of slide bar 8 is in the first tension spring 33 and second
It can restore to equilibrium state again under the pulling force effect of tension spring 34, i.e. switch block 31 is maintained at 32 middle position of sliding slot, the first tension spring 33
It is equal with 34 value of elastic of the second tension spring；
Generally speaking, sewage effluent is carried out to sub-material cylinder 4 by storage tank 2, sewage in storage tank 2 is divided with this
Match；Then, the quantity that sewage is accommodated in sub-material cylinder 4 is defined by the fall of guide post 3 and level board 22；When point
After having accommodated enough sewage in barrel 4, sub-material cylinder 4 is pushed to be transferred to blanking table 15 from level board 22 by feeding plate 13,
Storage tank 2 is closed by valve plate 12, it is ensured that the quantitative sewage of accommodating in sub-material cylinder 4 each time；Finally, when blanking table 15 by point
When 4 gravity of barrel, blanking table 15 can be rotated by driver plate 16 come band pawl 18, so that pawl 18 is to driving wheel
17 constraint release, whole device can be resetted, and preparation shares out the work next time；When each number of sub-material cylinder 4 measures
After guarantee, the subsequent effect for ensuring that every a sewage is cleaned is guaranteed, generation drug is avoided to react with sewage
Phenomenon excessive or that reaction is insufficient occurs.
The foregoing is merely presently preferred embodiments of the present invention, is not intended to limit protection scope of the present invention.It is all in this hair
Within bright claim, made any modification, equivalent replacement and improvement etc., should be included in protection scope of the present invention it
It is interior.
Claims (9)
1. a kind of automatic sewage clarifier, it includes rack (1), and the storage tank (2) for drainage flow is connected in rack (1),
It is characterized by: rack (1) is slidably connected guide post (3) by being oriented to reset assembly, guide post (3) upper end is placed with for receiving
The sub-material cylinder (4) received from storage tank (2) discharge sewage；Push rod (5) and mandril (6), push rod (5) are slidably connected in rack (1)
It is connect with guide post (3) by driving wheel (17)；It is rotatably connected in rack (1) disk (7), rack (1) is equipped with for driving
The power device of disk (7) rotation；Mandril (6) and push rod (5) are located in the same diametrical direction of disk (7), and mandril (6) and
Push rod (5) is located at disk (7) two sides up and down, be equipped between mandril (6) and rack (1) for pushing mandril (6) so that
Mandril (6) is resisted against the elastic parts on disk (7) periphery wall；It is slidably connected on disk (7) slide bar (8), slide bar (8) is along circle
The sliding of disk (7) diametrical direction, slide bar (8) both ends are symmetrically arranged with the first cam (9) and the second cam (10)；In rack (1)
It is rotatably connected to the wobble plate (11) for pushing against or being detached from mandril (6), wobble plate (11) is connected with valve by first gear component
Plate (12), valve plate (12) and storage tank (2) discharge outlet cooperate；Wobble plate (11) is connected with feeding plate by second gear component
(13), it is slidably connected guide rod (14) in rack (1), guide rod (14) upper end is equipped with blanking table (15), blanking table (15) and blanking
Plate (13) is located at guide post (3) two sides；The driver plate (16) for pushing against with guide rod (14) is rotatably connected in rack (1)；
It is rotatably connected in rack (1) for the pawl (18) with driving wheel (17) clamping or disengaging, pawl (18) and driver plate (16)
It is connected, and is equipped between pawl (18) and rack (1) for pulling pawl (18) so that pawl (18) blocks by connecting rod (19)
It connects and stirs tension spring (20) on driving wheel (17).
2. automatic sewage clarifier according to claim 1, it is characterised in that: rack (1) is sliding by guiding reset assembly
Dynamic to be connected with guide post (3) and refer to, rack (1) is equipped with the first guide sleeve (21), and the first guide sleeve (21) is equipped with and passes through for guide post (3)
The first pilot hole, guide post (3) is slidably connected at along the vertical direction on the first guide sleeve (21), and guide post (3) upper end is equipped with level
Plate (22), sub-material cylinder (4) are placed on level board (22), and level board (22) is located above the first guide sleeve (21)；Guide post covers on (3)
It is connected to the first pressure spring (23), the first pressure spring (23) is located between level board (22) and the first guide sleeve (21), the first pressure spring (23) one
End is pushed against with level board (22), and the other end and the first guide sleeve (21) push against；Rack (1) is equipped with for pushing against with level board (22)
Or the bayonet lock (24) being detached from, bayonet lock (24) and the first pressure spring (23) are located at level board (22) two sides up and down.
3. automatic sewage clarifier according to claim 1, it is characterised in that: rack (1) is equipped with vertical block (25), push rod
(5) it is slidably connected on vertical block (25) by dovetail groove, push rod (5) is slidably connected at along the vertical direction on vertical block (25), push rod
(5) direction of motion is opposite with guide post (3) direction of motion；Guide post (3) is equipped with for first with driving wheel (17) engaged transmission
Linear gear rack, push rod (5) are equipped with for the second straight line rack gear with driving wheel (17) engaged transmission；The company of rotation on push rod (5)
It is connected to the first idler wheel (26), the first idler wheel (26) and disk (7) periphery wall roll connection or be detached from.
4. automatic sewage clarifier according to claim 1, it is characterised in that: be equipped with and use between mandril (6) and rack (1)
In pushing mandril (6), rack (1) is equipped with the so that the elastic parts that mandril (6) is resisted against on disk (7) periphery wall refers to
Two guide sleeves (27), the second guide sleeve (27) are equipped with the second pilot hole passed through for mandril (6), and mandril (6) slides along the vertical direction
It is connected on the second guide sleeve (27), mandril (6) is equipped with annular protrusion (28), and annular protrusion (28) is located at close on mandril (6)
Disk (7) one end；It is socketed on mandril (6) the second pressure spring (29), the second pressure spring (29) is located at the second guide sleeve (27) and convex annular
It rises between (28), the second pressure spring (29) one end and the second guide sleeve (27) push against, and the other end and annular protrusion (28) push against；Mandril
(6) it is rotatably connected on the second idler wheel (30), the second idler wheel (30) and disk (7) periphery wall are rolled and connected.
5. automatic sewage clarifier according to claim 1, it is characterised in that: slide bar (8) is sliding along disk (7) diametrical direction
Dynamic to refer to, disk (7) diametrically has open slot, and open slot passes through disk (7) rotating shaft, and slide bar (8) passes through swallow
Stern notch is slidably connected in the open slot；Disk (7) centre of gyration position is equipped with switch block (31), and slide bar (8) is equipped with sliding slot
(32), switch block (31) is located in sliding slot (32)；Sliding slot (32) is arranged along open slot length direction；Sliding slot (32) both ends lead to respectively
Cross the first tension spring (33), the second tension spring (34) is connect with switch block (31), the first tension spring (33) and the second tension spring (34) are symmetrical
In switch block (31) two sides, the first tension spring (33) and the second tension spring (34) are located in sliding slot (32)；First tension spring (33) one end with turn
Block (31) rotation connection, the other end and sliding slot (32) end are rotatablely connected；Second tension spring (34) one end and switch block (31) rotation connect
It connects, the other end and sliding slot (32) end are rotatablely connected.
6. automatic sewage clarifier according to claim 1, it is characterised in that: wobble plate (11) passes through the first hinge joint (35)
It is rotatably connected on rack (1), rack (1) is equipped with the backing pin (36) for pushing against or being detached from wobble plate (11), backing pin (36)
The first hinge joint (35) two sides are located at mandril (6), and backing pin (36) and mandril (6) are located at wobble plate (11) up and down two
Side；It is equipped between rack (1) and wobble plate (11) for pulling wobble plate (11) so that wobble plate (11) is resisted against on backing pin (36)
It pushes against tension spring (37), pushes against tension spring (37) one end and wobble plate (11) are rotatablely connected, the other end and rack (1) are rotatablely connected, and are pushed against
Tension spring (37) and backing pin (36) are all located above wobble plate (11).
7. automatic sewage clarifier according to claim 6, it is characterised in that: wobble plate (11) is connected by first gear component
It is connected to valve plate (12) to refer to, wobble plate (11) is equipped with arc-shaped rack (38), and arc-shaped rack (38) is circle with the first hinge joint (35)
Heart setting；It is rotatably connected in rack (1) for the first gear (39) with arc-shaped rack (38) engaged transmission, in rack (1)
Equipped with supporting block (40), valve plate (12) is slidably connected on supporting block (40) by dovetail groove, and valve plate (12) is slided in the horizontal direction
Dynamic to be connected on supporting block (40), valve plate (12) is equipped with for the third linear gear rack with first gear (39) engaged transmission.
8. automatic sewage clarifier according to claim 7, it is characterised in that: wobble plate (11) is connected by second gear component
It is connected to feeding plate (13) to refer to, be rotatably connected in rack (1) for the second gear with arc-shaped rack (38) engaged transmission
(41), rack (1) is equipped with horizontal block (42), and feeding plate (13) is slidably connected on horizontal block (42) by dovetail groove, feeding plate
(13) direction of motion is parallel with valve plate (12) direction of motion, feeding plate (13) be equipped with for second gear (41) engaged transmission
The 4th linear gear rack, be equipped with the arc for pushing against or being detached from sub-material cylinder (4) towards sub-material cylinder (4) one end on feeding plate (13)
Shape push plate (43)；In the vertical direction, feeding plate (13) is located between valve plate (12) and level board (22).
9. automatic sewage clarifier according to claim 1, it is characterised in that: rack (1) is equipped with third guide sleeve (44),
Third guide sleeve (44) is equipped with the third pilot hole slided for guide rod (14), and guide rod (14) is slidably connected at third along the vertical direction
On guide sleeve (44), third guide sleeve (44) is located at below blanking table (15)；Rack (1) be equipped with for blanking table (15) push against or
The spacer pin (45) of disengaging, spacer pin (45) and third guide sleeve (44) are located at blanking table (15) two sides up and down；Driver plate
(16) it is rotatably connected on rack (1) by the second hinge joint (46), is equipped between driver plate (16) and rack (1) for pulling
Driver plate (16) is so that driver plate (16) is resisted against the driving tension spring (47) on mandril (6), driving tension spring (47) one end and biography
Movable plate (16) rotation connection, the other end and rack (1) are rotatablely connected；Driving tension spring (47) and guide rod (14) are all located at driver plate
(16) top, and guide rod (14) lower end is rotatably connected to third idler wheel (48), third idler wheel (48) rolling is connected to driver plate
(16) on；Connecting rod (19) and driving tension spring (47) are located at the second hinge joint (46) two sides, connecting rod (19) one end and driver plate
(16) it is rotatablely connected, is rotatablely connected in the middle part of the other end and pawl (18)；Rotation in the middle part of tension spring (20) one end and rack (1) is stirred to connect
It connects, the other end and rack (1) are rotatablely connected, and are stirred tension spring (20) and be arranged in pawl (18) inner concave side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811430941.3A CN109368717A (en) | 2018-11-27 | 2018-11-27 | Automatic sewage clarifier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811430941.3A CN109368717A (en) | 2018-11-27 | 2018-11-27 | Automatic sewage clarifier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109368717A true CN109368717A (en) | 2019-02-22 |
Family
ID=65377259
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811430941.3A Pending CN109368717A (en) | 2018-11-27 | 2018-11-27 | Automatic sewage clarifier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109368717A (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107672850A (en) * | 2017-09-27 | 2018-02-09 | 周政通 | Intelligent sub-material streamline |
| CN207235918U (en) * | 2017-08-02 | 2018-04-17 | 天津市植保植检站 | A kind of device being administered at regular time and quantity |
| CN207253868U (en) * | 2017-04-06 | 2018-04-20 | 环创(厦门）科技股份有限公司 | Rubbish automatic water-filtering continuous feeder |
-
2018
- 2018-11-27 CN CN201811430941.3A patent/CN109368717A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN207253868U (en) * | 2017-04-06 | 2018-04-20 | 环创(厦门）科技股份有限公司 | Rubbish automatic water-filtering continuous feeder |
| CN207235918U (en) * | 2017-08-02 | 2018-04-17 | 天津市植保植检站 | A kind of device being administered at regular time and quantity |
| CN107672850A (en) * | 2017-09-27 | 2018-02-09 | 周政通 | Intelligent sub-material streamline |
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Application publication date: 20190222 |
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