CN206391655U - Rabbling mechanism in solid-liquid settling separation device - Google Patents
Rabbling mechanism in solid-liquid settling separation device Download PDFInfo
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- CN206391655U CN206391655U CN201720014216.2U CN201720014216U CN206391655U CN 206391655 U CN206391655 U CN 206391655U CN 201720014216 U CN201720014216 U CN 201720014216U CN 206391655 U CN206391655 U CN 206391655U
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Abstract
The utility model provides the rabbling mechanism in a kind of solid-liquid settling separation device, belongs to field of mechanical technique.It solves prior art and there is the problem of stability is poor.Rabbling mechanism in this solid-liquid settling separation device, solid-liquid settling separation device includes the internal housing for cavity, mechanism is arranged in housing, including connecting cylinder, puddler and lodicule, above-mentioned connecting cylinder is cylindrical and is connected in housing, above-mentioned puddler lower end is located in housing and is fixedly connected with above-mentioned lodicule, housing is stretched out and for being connected with actuator in above-mentioned puddler upper end, there is the gear edge of protrusion, the gear can reduce the contact structures of frictional force along with having between connecting cylinder on described puddler.Rabbling mechanism stability in this solid-liquid settling separation device is high.
Description
Technical field
The utility model belongs to field of mechanical technique, is related to a kind of solid-liquid settling separation device, particularly solid-liquid sedimentation point
From the rabbling mechanism in device.
Background technology
Topic on water pollution is constantly raised, particularly underground water pollution problem, and there is agriculture on the ground such as Zhejiang Hangzhou, Wenzhou
The people or enterpriser are provided funds to ask environmentally friendly chief to swim in the river, and everybody concern to the water pollution order of severity is caused with this, although
Each environmentally friendly chief have selected silence or refusal, but the awakening of common people's environmental consciousness, and the degree deeply concerned to water pollution reaches
Arrive unprecedented.
Surface water pollution is it is clear that the pollution of underground water is startling.In Chinese 1,300,000,000 populations, there is 70% to drink
There is more than 400 city using underground water as drinking water source in underground water, more than 660 city.But it is introduced that, the city in the whole nation 90%
Underground water has been contaminated.
And another group of data also show, underground water is faced with severe challenge.2011,9 provinces and cities such as Beijing, Shanghai were to linchpin
857 monitoring wells in area carried out evaluating water quality for I classes, the monitoring well accounting 2% of II classes, and IV classes, the monitoring well of V classes are more
Up to 76.8%.
In nine provinces and cities, water quality it is best surely belong to Hainan Province, based on II classes；Shanghai, Beijing are taken second place, mostly Group III；It is black
Longjiang and Jiangsu are then with IV class water accounting highests, and Jilin, Liaoning, Guangdong, the provinces and regions of Ningxia four generally only reach the level of V classes.
Water pollution situation is constantly aggravated so that sewage disposal and regeneration industry are by unprecedented concern, nearly 2 years each department
Rate of gross profit is held at 70% or so, or even the area having has exceeded 100%, and industry development potentiality are very big.
Solid-liquid settling separation device is exactly one of device in water treatment system, by it by the solids in sewage
Matter is precipitated.
But, its structure of existing device is single, and structural stability is not high.
The content of the invention
The purpose of this utility model is that there is provided a kind of compact conformation and stability in view of the above-mentioned problems existing in the prior art
Rabbling mechanism in high solid-liquid settling separation device.
The purpose of this utility model can be realized by following technical proposal：
A kind of rabbling mechanism in solid-liquid settling separation device, solid-liquid settling separation device includes the internal shell for cavity
Body, it is characterised in that mechanism is arranged in housing, including connecting cylinder, puddler and lodicule, above-mentioned connecting cylinder it is cylindrical and
It is connected in housing, above-mentioned puddler lower end is located in housing and is fixedly connected with above-mentioned lodicule, above-mentioned puddler upper end is stretched out
Housing simultaneously has the gear edge protruded for being connected with actuator, on described puddler, and the gear between connecting cylinder along with having
The contact structures of frictional force can be reduced.
Solid-liquid settling separation device with mechanism reduces the frictional resistance at puddler by contact structures, so as to
Enable the smooth rotation of puddler, that is to say, that what can be stablized is stirred operation, the solid sundries medium in sewage is more held
Easy precipitation.
In rabbling mechanism in above-mentioned solid-liquid settling separation device, pass through support between described connecting cylinder and housing
Bar is fixedly connected with.
By the way that connecting cylinder can be linked together with shell stability in shaft-like support bar.Meanwhile, the connected mode structure
Simply, material consumption is fewer, effectively reduces its cost.
In rabbling mechanism in above-mentioned solid-liquid settling separation device, the quantity of the support bar is at least three and equal
Cloth is in housing.
What many support bars can be stablized is connected connecting cylinder with housing.
In rabbling mechanism in above-mentioned solid-liquid settling separation device, the quantity of the support bar is four.
Four support bar its connective stabilities are higher.
In rabbling mechanism in above-mentioned solid-liquid settling separation device, the gear edge is protruded from outside puddler in a ring
Side.
The axial direction that such structure can guarantee that puddler and can stablize with connecting cylinder is fixed together.
In rabbling mechanism in above-mentioned solid-liquid settling separation device, described gear edge and puddler is integral type knot
Structure.
In rabbling mechanism in above-mentioned solid-liquid settling separation device, described contact structures are to keep off along downside in a ring
There are some balls in recessed locating slot, described locating slot.
As can be seen that this structure is the mode of rolling friction, its frictional resistance is smaller, puddler can be made smoothly relative
Rotated in connecting cylinder.
In rabbling mechanism in above-mentioned solid-liquid settling separation device, the upper end of the connecting cylinder also have it is recessed and with
Locating slot just to oil storage tank, the upper end of above-mentioned ball is embedded at locating slot, and the lower end of ball is embedded at oil storage tank, described storage
Oil groove has lubricant grease.
Further reduce the frictional force between puddler and connecting cylinder by lubricant grease.
In rabbling mechanism in above-mentioned solid-liquid settling separation device, in addition to a contact in a ring, it is above-mentioned to connect
Touch base is enclosed on puddler and contacts seat upper end with gear along being fixedly connected with, and contact seat lower end has the locating slot of annular recess.
In rabbling mechanism in above-mentioned solid-liquid settling separation device, the contact seat is connected in above-mentioned by fastener
Keep off along upper.
Because gear is along than relatively thin, therefore, by contacting seat stable being arranged on of locating slot can be made to keep off along upper, while not reducing
Its intensity.
Second purpose of the present utility model is to provide a kind of solid-liquid sedimentation separation for stirring stability height and compact conformation
Mixing component in device, the purpose of this utility model is realized by following technical proposal：
A kind of mixing component in solid-liquid settling separation device, solid-liquid settling separation device includes the internal shell for cavity
Body, it is characterised in that this component is arranged in housing, including connecting cylinder and puddler, above-mentioned connecting cylinder are cylindrical and connected
In housing, axially it is connected in the middle part of above-mentioned puddler on connecting cylinder, having between described puddler and connecting cylinder can make to stir
Mix the attachment structure of the smooth rotation of bar.
This mixing component enables puddler rotation smooth relative to connecting cylinder by attachment structure, so that it is steady to improve its stirring
It is qualitative.The precipitation that can finally make the solid impurity in sewage stable with water is separated.
In mixing component in above-mentioned solid-liquid settling separation device, described attachment structure includes positioning tube and positioning
There is the positioning hole that runs through, above-mentioned positioning bead is located at positioning hole and the both sides of positioning bead are stretched out respectively on pearl, above-mentioned positioning tube
At the inner side and outer side of positioning tube, with being in contact on the outside of positioning bead on the inside of above-mentioned connecting cylinder, above-mentioned puddler outside and positioning bead
Inner side is in contact.
Positioning tube is used to position positioning bead, makes to keep stable rolling to rub between puddler and connecting cylinder by positioning bead
Wipe.
In mixing component in above-mentioned solid-liquid settling separation device, the connecting cylinder lower end inside has the gear of protrusion
Shoulder, above-mentioned positioning tube lower end is resisted against on shoulder block.
Positioning tube lower end is positioned by shoulder block, can guarantee that positioning tube is stable and be connected in G bodies.
In mixing component in above-mentioned solid-liquid settling separation device, in addition to one connection ring in a ring, above-mentioned company
Connect ring to be fixedly connected with and stretch out on the inside of connecting cylinder on the inside of connection ring with connecting cylinder, above-mentioned shoulder block is connected in connection ring.
Increase the intensity of this component by connection ring.
In mixing component in above-mentioned solid-liquid settling separation device, described connection ring and shoulder block is integral type knot
Structure.
In mixing component in above-mentioned solid-liquid settling separation device, described connection ring and shoulder block is mutually solid by welding
Even.
Have in mixing component in above-mentioned solid-liquid settling separation device, between the positioning tube lower end and shoulder block close
Gasket, forms the shoe cream room for storing lubricant grease between above-mentioned positioning tube, connecting cylinder and gasket seal.
Due to having lubricant grease in shoe cream room, accordingly, it is capable to further reduce frictional resistance at puddler.
In mixing component in above-mentioned solid-liquid settling separation device, described gasket seal is elastomeric material.
In mixing component in above-mentioned solid-liquid settling separation device, described gasket seal is felt piece.
In mixing component in above-mentioned solid-liquid settling separation device, the connecting cylinder is connected in housing by support bar
It is interior.
3rd purpose of the present utility model is to provide a kind of bindiny mechanism that connecting cylinder can be made to be linked with shell stability,
The purpose is realized by following technical proposal：
A kind of bindiny mechanism of connecting cylinder and housing in solid-liquid settling separation device, solid-liquid settling separation device includes inside
For the housing of cavity, described connecting cylinder is used to position puddler, it is characterised in that mechanism includes that case inside is recessed to be determined
Position groove and support bar, above-mentioned support bar the inner are embedded at locating slot, and the outer end of support bar is connected at connecting cylinder lower end.
Because the inner of support bar is connected on housing, the outer end of support bar is connected on connecting cylinder.Therefore, support is passed through
Connecting cylinder can be stably connected with housing by bar.
In above-mentioned solid-liquid settling separation device in the bindiny mechanism of connecting cylinder and housing, the support bar includes the body of rod
First, the body of rod two and the body of rod three, the above-mentioned body of rod one is vertically arranged and the body of rod one is embedded at above-mentioned locating slot, and the above-mentioned level of the body of rod two is set
Put and the inner of the body of rod two is hinged with the top of the body of rod one, the outer end of the body of rod two has the connecting portion for being used for connecting connecting cylinder lower end, on
State the inner of the body of rod three and be hinged on the bottom of the body of rod one, the outer end of the body of rod three is connected to the middle part of the body of rod two.
The body of rod one is used to be connected with housing, and the body of rod two is used to support connecting cylinder.The body of rod three is used to increase whole support bar
Intensity.
Meanwhile, the body of rod two is supported all the time under the action of the spring, further ensure that its strength and stability.
In above-mentioned solid-liquid settling separation device in the bindiny mechanism of connecting cylinder and housing, in addition to a spring, spring
One end be connected to the middle part of the body of rod two, the other end of spring is connected to the middle part of the body of rod three, the body of rod three under the elastic force effect of spring
Outer end has the trend for being resisted against the downside of the body of rod two.
Such structure can be such that the body of rod three is supported on all the time on the body of rod two.
In above-mentioned solid-liquid settling separation device in the bindiny mechanism of connecting cylinder and housing, described connecting portion is in a ring
And connecting portion matches with above-mentioned connecting cylinder lower end.
In above-mentioned solid-liquid settling separation device in the bindiny mechanism of connecting cylinder and housing, have on the inside of the connecting portion
The convex shoulder of protrusion, the convex shoulder is embedded on the inside of connecting cylinder.
In above-mentioned solid-liquid settling separation device in the bindiny mechanism of connecting cylinder and housing, have on the outside of the connecting portion
The convex shoulder of protrusion, the convex shoulder is embedded on the outside of connecting cylinder.
In above-mentioned solid-liquid settling separation device in the bindiny mechanism of connecting cylinder and housing, the connecting portion and connecting cylinder
There is flexible pad, above-mentioned pad is pressed between connecting portion and connecting cylinder between lower end.
In above-mentioned solid-liquid settling separation device in the bindiny mechanism of connecting cylinder and housing, described pad is rubber material
Material.
In above-mentioned solid-liquid settling separation device in the bindiny mechanism of connecting cylinder and housing, described pad is felt
Piece.
In above-mentioned solid-liquid settling separation device in the bindiny mechanism of connecting cylinder and housing, the connecting portion and the body of rod one
For split-type structural and both be fixedly connected with, above-mentioned link slot, the body of rod one, the body of rod two, the body of rod three and the connection of spring formation one are single
Circumferentially there are at least three connection units along it on member, the connecting portion.
Multiple connection units can improve the stability of connecting cylinder.
Compared with prior art, the rabbling mechanism in this solid-liquid settling separation device is stably connected with housing due to connecting cylinder
Interior, therefore, what it can stablize positions to puddler, that is to say, that the puddler axial direction stable with connecting cylinder is connected.It can see
Go out, its connective stability is high, and total is also compact.
Meanwhile, the mixing component in this solid-liquid settling separation device can also make puddler stablize smooth rotation, and puddler is moved
Its comparison of resistance is small during work, effectively raises its whipping performance and stability.
In addition, in solid-liquid settling separation device bindiny mechanism's support bar of connecting cylinder and housing setting, it is ensured that even
Cylinder and housing connective stability are connect, with very high practical value.
Brief description of the drawings
Fig. 1 is cross section structure diagram of the present utility model.
Fig. 2 is the cross section structure diagram at connecting cylinder in the utility model.
In figure, 1, housing；1a, locating slot；2nd, connecting cylinder；2a, oil storage tank；2b, shoulder block；3rd, puddler；3a, gear edge；
3a1, locating slot；4th, lodicule；5th, ball；6th, positioning tube；7th, positioning bead；8th, connection ring；9th, gasket seal；10th, support bar；10a、
The body of rod one；10b, the body of rod two；10b1, connecting portion；10c, the body of rod three；11st, spring；12nd, convex shoulder.
Embodiment
As depicted in figs. 1 and 2, solid-liquid settling separation device includes the internal housing 1 for cavity, this solid-liquid sedimentation separation dress
The rabbling mechanism put is arranged in housing 1, including connecting cylinder 2, puddler 3 and lodicule 4, above-mentioned connecting cylinder 2 it is cylindrical and
It is connected in housing 1, the above-mentioned lower end of puddler 3 is located in housing 1 and is fixedly connected with above-mentioned lodicule 4, the above-mentioned upper end of puddler 3
Stretch out housing 1 and for being connected with actuator, there is the gear of protrusion along 3a on described puddler 3, the gear is along 3a with being connected
The contact structures of frictional force can be reduced by having between cylinder 2.
It is fixedly connected between described connecting cylinder 2 and housing 1 by support bar 10.
The quantity of the support bar 10 is at least three and is distributed in housing 1.In the present embodiment, the support bar 10
Quantity is four.
The gear protrudes from the outside of puddler 3 along 3a in a ring.
Described gear is integral type structure along 3a and puddler 3.
Described contact structures have to keep off in locating slot 3a1, described locating slot 3a1 recessed in a ring along on the downside of 3a
Some balls 5.
The upper end of the connecting cylinder 2 also have it is recessed and with locating slot 3a1 just to oil storage tank 2a, above-mentioned ball 5 it is upper
End is embedded at locating slot 3a1, and the lower end of ball 5 is embedded at oil storage tank 2a, and described oil storage tank 2a has lubricant grease.
Also include a contact seat in a ring, above-mentioned contact cover for seat is on puddler and contact seat upper end and gear edge are mutually solid
Even, contact seat lower end has the locating slot of annular recess.
The contact seat is connected in above-mentioned gear along upper by fastener.
The mixing component that solid-liquid settling separation device is included in the internal housing for cavity, this solid-liquid settling separation device is set
Put in housing 1, including connecting cylinder 2 and puddler 3, above-mentioned connecting cylinder 2 is cylindrical and is connected in housing 1, above-mentioned stirring
The middle part of bar 3 is axially connected on connecting cylinder 2, and the smooth rotation of puddler 3 can be made by having between described puddler 3 and connecting cylinder 2
Attachment structure.
Described attachment structure includes having the positioning hole run through on positioning tube 6 and positioning bead 7, above-mentioned positioning tube 6, above-mentioned
Positioning bead 7 is located at positioning hole and the both sides of positioning bead 7 are stretched out at the inner side and outer side of positioning tube 6 respectively, in above-mentioned connecting cylinder 2
Side is in contact with the outside of positioning bead 7, and the above-mentioned outside of puddler 3 is in contact with the inner side of positioning bead 7.
The lower end inside of connecting cylinder 2 has the shoulder block 2b of protrusion, and the above-mentioned lower end of positioning tube 6 is resisted against on shoulder block 2b.
Also include the connection ring 8 one in a ring, above-mentioned connection ring 8 is fixedly connected with connecting cylinder 2 and the inner side of connection ring 8 is stretched out and connected
The inner side of cylinder 2 is connect, above-mentioned shoulder block 2b is connected in connection ring 8.
Described connection ring 8 is integral type structure with shoulder block 2b.
According to actual conditions, connection ring 8 and shoulder block 2b can also be fixedly connected with by welding.
There is gasket seal 9, above-mentioned positioning tube 6, connecting cylinder 2 and sealing gasket between the lower end of positioning tube 6 and shoulder block 2b
The shoe cream room for storing lubricant grease is formed between piece 9.
Described gasket seal 9 is elastomeric material.
According to actual conditions, described gasket seal 9 is that felt piece is also feasible.
The connecting cylinder 2 is connected in housing 1 by support bar 10.
Solid-liquid settling separation device includes the internal housing for cavity, and described connecting cylinder is used to position puddler, and this is solid
The bindiny mechanism of connecting cylinder and housing includes the recessed locating slot 1a and support bar 10 in the inner side of housing 1 in liquid settling separation device,
Above-mentioned the inner of support bar 10 is embedded at locating slot 1a, and the outer end of support bar 10 is connected at the lower end of connecting cylinder 2.
The support bar includes the 10a of the body of rod one, the 10b of the body of rod two and the body of rod three 10c, the above-mentioned 10a of the body of rod one be vertically arranged and
The 10a of the body of rod one is embedded at above-mentioned locating slot 1a, and the above-mentioned 10b of the body of rod two is horizontally disposed with and on the 10b of the body of rod two the inners and the 10a of the body of rod one
Portion is hinged, and the 10b outer ends of the body of rod two, which have, is used for the connecting portion 10b1 for connecting the lower end of connecting cylinder 2, the above-mentioned 10c of the body of rod three the inners hinge
The 10a bottoms of the body of rod one are connected on, the 10c outer ends of the body of rod three are connected in the middle part of the 10b of the body of rod two.
Also include a spring 11, one end of spring 11 is connected in the middle part of the 10b of the body of rod two, and the other end of spring 11 is connected to bar
In the middle part of the 10c of body three, the 10c outer ends of the body of rod three have the trend being resisted against on the downside of the 10b of the body of rod two under the elastic force effect of spring 11.
Described connecting portion 10b1 is in a ring and connecting portion 10b1 matches with the above-mentioned lower end of connecting cylinder 2.
There is the convex shoulder 12 of protrusion, the convex shoulder 12 is embedded in the inner side of connecting cylinder 2 on the inside of the connecting portion 10b1.
Another scheme can also be used according to actual conditions, i.e.,：There is the convex of protrusion on the outside of the connecting portion 12b1
Shoulder 12, the convex shoulder 12 is embedded in the outside of connecting cylinder 2.
There is flexible pad, above-mentioned pad is pressed on connecting portion between connecting portion 12b1 and connecting cylinder 2 lower end
Between connecting cylinder.
Described pad is elastomeric material.
Described pad is felt piece.
The connecting portion and the body of rod one be split-type structural and both be fixedly connected with, above-mentioned link slot, the body of rod one, the body of rod
2nd, circumferentially there are at least three connection units along it on the body of rod three and spring one connection unit of formation, the connecting portion.
Claims (10)
1. a kind of rabbling mechanism in solid-liquid settling separation device, solid-liquid settling separation device includes the internal housing for cavity,
Characterized in that, mechanism is arranged in housing, including connecting cylinder, puddler and lodicule, above-mentioned connecting cylinder is cylindrical and consolidates
It is connected in housing, above-mentioned puddler lower end is located in housing and is fixedly connected with above-mentioned lodicule, shell is stretched out in above-mentioned puddler upper end
Body simultaneously has the gear edge protruded for being connected with actuator, on described puddler, and the gear is along with having energy between connecting cylinder
Reduce the contact structures of frictional force.
2. the rabbling mechanism in solid-liquid settling separation device according to claim 1, it is characterised in that described connecting cylinder
It is fixedly connected between housing by support bar.
3. the rabbling mechanism in solid-liquid settling separation device according to claim 2, it is characterised in that the support bar
Quantity is at least three and is distributed in housing.
4. the rabbling mechanism in solid-liquid settling separation device according to claim 3, it is characterised in that the support bar
Quantity is four.
5. the rabbling mechanism in solid-liquid settling separation device according to claim 2, it is characterised in that the gear is along in ring
Shape is protruded from the outside of puddler.
6. the rabbling mechanism in solid-liquid settling separation device according to claim 2, it is characterised in that described gear along with
Puddler is integral type structure.
7. the rabbling mechanism in solid-liquid settling separation device according to claim 2, it is characterised in that described contact knot
Structure is gear along downside recessed locating slot in a ring, has some balls in described locating slot.
8. the rabbling mechanism in solid-liquid settling separation device according to claim 7, it is characterised in that the connecting cylinder
Upper end also have it is recessed and with locating slot just to oil storage tank, the upper end of above-mentioned ball is embedded at locating slot, and the lower end of ball is embedding
At oil storage tank, described oil storage tank has lubricant grease.
9. the rabbling mechanism in solid-liquid settling separation device according to claim 2, it is characterised in that also including one in ring
The contact seat of shape, above-mentioned contact cover for seat is on puddler and contact seat upper end is fixedly connected with gear edge, and contact seat lower end has annular
Recessed locating slot.
10. the rabbling mechanism in solid-liquid settling separation device according to claim 9, it is characterised in that the contact seat
Above-mentioned gear is connected in along upper by fastener.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720014216.2U CN206391655U (en) | 2017-01-06 | 2017-01-06 | Rabbling mechanism in solid-liquid settling separation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720014216.2U CN206391655U (en) | 2017-01-06 | 2017-01-06 | Rabbling mechanism in solid-liquid settling separation device |
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| Publication Number | Publication Date |
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| CN206391655U true CN206391655U (en) | 2017-08-11 |
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ID=59513405
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| CN201720014216.2U Active CN206391655U (en) | 2017-01-06 | 2017-01-06 | Rabbling mechanism in solid-liquid settling separation device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107586607A (en) * | 2017-10-27 | 2018-01-16 | 惠州秀鸿科技有限公司 | A kind of modified form waste grease separator |
-
2017
- 2017-01-06 CN CN201720014216.2U patent/CN206391655U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107586607A (en) * | 2017-10-27 | 2018-01-16 | 惠州秀鸿科技有限公司 | A kind of modified form waste grease separator |
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