CN101603531A - Circular ring sliding vane pump - Google Patents
Circular ring sliding vane pump Download PDFInfo
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- CN101603531A CN101603531A CNA2009100122633A CN200910012263A CN101603531A CN 101603531 A CN101603531 A CN 101603531A CN A2009100122633 A CNA2009100122633 A CN A2009100122633A CN 200910012263 A CN200910012263 A CN 200910012263A CN 101603531 A CN101603531 A CN 101603531A
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- housing
- circular ring
- sliding vane
- vane pump
- annulus
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Abstract
The structure of circular ring sliding vane pump is made up of parts such as housing, eccentric shaft, annulus, slide plate, swing axis or coupling shafts.The annulus of this pump is subjected to the constraint of eccentric shaft, can make annulus and housing keep a very little space, can housing not worn and not torn, and has increased working life.The annulus of this pump is different with the Connecting format of slide plate, can produce not isostructure circular ring sliding vane pump, to adapt to the use of different workplaces.The circular ring sliding vane pump revolution is moving to suck and compresses in a week simultaneously continuously, and the discharge capacity that a moving week of this pump revolution produces is about Q=3.14 (2k+1) eeh milliliter (k=form factor, e=off-centre, h=width are cm).Circular ring sliding vane pump cost simple in structure is low, the high obvious energy conservation of mechanical efficiency, and fault is hanged down long service life.The applicability of this pump is extensive, discharge capacity is big, efficient is high, energy-conservation, pressure is big, can be directly used in the daily life, also can be used for various fields such as agricultural, mine, oil field, weaving, chemical industry, light industry, fire-fighting.
Description
Technical field
The invention belongs to the pump machines field, different purposes in every field, can use various liquid or gas to carry out work, the applicability of circular ring sliding vane pump is extensive, discharge capacity is big, efficient is high, energy-conservation, pressure is big, can be directly used in the daily life, also can be used for various fields such as agricultural, mine, oil field, weaving, chemical industry, light industry, fire-fighting.
Background technique
Along with the continuous development of science and technology, mechanical field requires that high efficiency will be arranged, and the pump machines efficient of using is low at present, flow is little, noise is big, complex structure etc., as gear pump, and plunger pump, air pump, water pump etc.
Summary of the invention
The purpose of this invention is to provide that a kind of flow is big, efficient is high, simple in structure, pressure big, the object of the present invention is achieved like this for the pump machines of applied range:
1, a kind of should it is characterized in that in the pump class in the daily life of the various machinery neutralizations of all trades and professions with mechanical:
The structure of circular ring sliding vane pump is made up of parts such as housing 1, eccentric shaft 5, annulus 2, slide plate 3, swing axiss 6, and housing is to be radius (R=ek+e) (k=form factor, e=throw of eccentric) with R, and width is that the housing of h is formed a seal chamber with end cap again.At housing 1 central principal axis 4 is that radius drives eccentric shaft 5 and is rotated with off-centre, it is r (r=ek) that radius is housed on the eccentric shaft 5, width is the slip garden ring 2 of h, directly connect one slide-plate 3 on annulus 2 tops, slide plate 3 slides again with in the groove of swing axis 6, form a work system, form complete mechanical system with other mechanical structures again.See Figure 12, circular ring sliding vane pump according to claim 1 is characterized in that:
The structure of circular ring sliding vane pump, form by parts such as housing 1, eccentric shaft 5, annulus 2, slide plate 3, coupling shafts 7, housing 1 is to be radius (R=ek+e) (k=form factor, e=throw of eccentric) with R, and width is that the housing of h is formed a seal chamber with end cap again.At housing 1 central principal axis 4 is that radius drives eccentric shaft 5 and is rotated with off-centre, it is r (r=ek) that radius is housed on the eccentric shaft 5, width is the slip garden ring 2 of h, link one slide-plates 3 on annulus 2 tops by coupling shaft 7, slide plate 3 again with housing 1 on groove in slide, form a work system, form complete mechanical system with other mechanical structures again.See Fig. 2
3, circular ring sliding vane pump according to claim 1 is characterized in that:
The structure of circular ring sliding vane pump is made up of parts such as housing 1, eccentric shaft 5, annulus 2, slide plates 3, and housing is to be radius (R=ek+e) (k=form factor, e=throw of eccentric) with R, and width is that the housing of h is formed a seal chamber with end cap again.At housing 1 central principal axis 4 is that radius drives eccentric shaft 5 and is rotated with off-centre, and it is r (r=ek) that radius is housed on the eccentric shaft 5, and width is the slip garden ring 2 of h, has elongated slot on the annulus 2.Hinged one slide-plate 3 on housing 1, slide plate 3 again with annulus 2 on groove in slide, form a work system, form complete mechanical system with other mechanical structures again.See Fig. 3
4, circular ring sliding vane pump according to claim 1 is characterized in that:
The structure of circular ring sliding vane pump is made up of parts such as housing 1, eccentric shaft 5, annulus 2, slide plates 3, and housing is to be radius (R=ek+e) (k=form factor, e=throw of eccentric) with R, and width is that the housing of h is formed a seal chamber with end cap again.At housing 1 central principal axis 4 is that radius drives eccentric shaft 5 and is rotated with off-centre, it is r (r=ek) that radius is housed on the eccentric shaft 5, width is the slip garden ring 2 of h, 2 tops are encircled in the garden slide plate 3, slide in the groove on slide plate 3 and the housing 1, spring 8 is equipped with on slide plate 3 tops, and slide plate 3 and garden ring 2 is closely contacted, form a work system, form complete mechanical system with other mechanical structures again.See Fig. 4
5, circular ring sliding vane pump according to claim 1 is characterized in that:
Circular ring sliding vane pump also can use the liquid of high pressure to add from inlet, by the active force that annulus 2 and slide plate 3 are produced, annulus 2 is moved along housing 1 inwall, eccentric shaft 5 drives main shaft 4 and is rotated motion, liquid is got rid of by the container wall upper outlet again, and main shaft 4 rotations drive miscellaneous equipment and do work.Circular ring sliding vane pump can be combined into a work system in a seal chamber, also can be combined into a plurality of work systems and do work, and forms complete mechanical system with other mechanical structures again.
6, the working principle of circular ring sliding vane pump
The annulus of circular ring sliding vane pump is different with the slide plate combining form, can be applied to different working environments, working principle is to rotate by main shaft 4 that to drive eccentric shaft 5 be that radius is rotated with off-centre, and drive garden ring 2 moves, and annulus 2 outer walls form slip with housing 1 inwall.On garden ring 2, connect one slide-plate, slide in the groove on slide plate and the housing 1 or in the swing axis 6, or slide plate slides in annular groove.Make annulus 2 and slide plate 3 both sides form the sealed cavity that changes separately,, liquid or gas are sucked and compresses by import on the container wall and outlet.The circular ring sliding vane pump revolution is moving to suck and compresses in a week simultaneously continuously, and the suction of generation promotes work done, and the high pressure of generation carries out work done to miscellaneous equipment again.
7, the ability to work of circular ring sliding vane pump
The discharge capacity that a moving week of circular ring sliding vane pump revolution produces is approximately Q=3.14 (2k+1) eeh milliliter (k=form factor, e=throw of eccentric, h=pump insied width, be cm), compression horsepower be N=Δ pqn/6000 (kgf * meter per second) wherein Δ p be the pressure difference (kgf/Cm of import and outlet
2)
Circular ring sliding vane pump is in the purposes difference of every field, and different with liquid that uses or gas can use metallic material and nonmetallic material to carry out processing.Circular ring sliding vane pump can be combined into a work system in a seal chamber, also can be combined into a plurality of work systems and do work, and forms complete mechanical system with other mechanical structures again.
Description of drawings
Description of drawings: Fig. 1, Fig. 2, Fig. 3, Fig. 4 all adopt following explanation
1=housing, 2=annulus, 3=slide plate, 4=main shaft
5=eccentric shaft, 6=swing axis, 7=coupling shaft, 8=spring
Embodiment
1, the annulus of circular ring sliding vane pump is subjected to the constraint of eccentric shaft, can make annulus and housing keep a very little space, can housing not worn and not torn, and has increased working life.The annulus of circular ring sliding vane pump is different with the Connecting format of slide plate, can produce not isostructure circular ring sliding vane pump, to adapt to the use of different workplaces.Circular ring sliding vane pump is simple in structure, labor and material saving, cost is low, efficient is high, obvious energy conservation; Fault is few, long service life, pressure is big, adaptability is extensive, can use various liquid, as: water, oil, soda acid, mud etc. can be applied to various fields fully.
2, circular ring sliding vane pump can be used for daily life, because the discharge capacity of circular ring sliding vane pump is big, efficient is high, energy-conservation being directly used in the daily life, as: use circular ring sliding vane pump to guide barrelled water, thermos flask water, barreled wet goods liquid, also has automatic water saving device, can filter the back to domestic water and waste water is promoted or pressurize, be used further to water flowers, towards domestic waters such as toilets with circular ring sliding vane pump.
3, all right using gases of circular ring sliding vane pump carries out vacuum and compressed action to gas, is directly used in the daily life neutralization production.As: carry out vacuum packaging, air pump etc.
4, circular ring sliding vane pump is used for industrial and agricultural production and equipment, and annulus slide plate oil pump can be used for lathe or automobile.Annulus slide plate water pump can be used for field irrigation, and water generating can also be applied to fire-fighting etc.
5, circular ring sliding vane pump cooperates the one-way valve use to be applied to again: various fields such as agricultural, medical treatment, mine, industry, chemical industry, light industry, weaving, transportation.
Claims (5)
1, a kind of pump machines that is applied in the daily life of the various machinery neutralizations of all trades and professions is characterized in that:
The structure of circular ring sliding vane pump is made up of parts such as housing 1, eccentric shaft 5, annulus 2, slide plate 3, swing axiss 6, and housing is to be radius (R=ek+e) (k=form factor, e=throw of eccentric) with R, and width is that the housing of h is formed a seal chamber with end cap again.At housing 1 central principal axis 4 is that radius drives eccentric shaft 5 and is rotated with off-centre, it is r (r=ek) that radius is housed on the eccentric shaft 5, width is the slip garden ring 2 of h, directly connect one slide-plate 3 on annulus 2 tops, slide plate 3 slides again with in the groove of swing axis 6, form a work system, form complete mechanical system with other mechanical structures again.
2, circular ring sliding vane pump according to claim 1 is characterized in that:
The structure of circular ring sliding vane pump, form by parts such as housing 1, eccentric shaft 5, annulus 2, slide plate 3, coupling shafts 7, housing 1 is to be radius (R=ek+e) (k=form factor, e=throw of eccentric) with R, and width is that the housing of h is formed a seal chamber with end cap again.At housing 1 central principal axis 4 is that radius drives eccentric shaft 5 and is rotated with off-centre, it is r (r=ek) that radius is housed on the eccentric shaft 5, width is the slip garden ring 2 of h, link one slide-plates 3 on annulus 2 tops by coupling shaft 7, slide plate 3 again with housing 1 on groove in slide, form a work system, form complete mechanical system with other mechanical structures again.
3, circular ring sliding vane pump according to claim 1 is characterized in that:
The structure of circular ring sliding vane pump is made up of parts such as housing 1, eccentric shaft 5, annulus 2, slide plate 3, coupling shafts 7, and housing is to be radius (R=ek+e) (k=form factor, e=throw of eccentric) with R, and width is that the housing of h is formed a seal chamber with end cap again.At housing 1 central principal axis 4 is that radius drives eccentric shaft 5 and is rotated with off-centre, and it is r (r=ek) that radius is housed on the eccentric shaft 5, and width is the slip garden ring 2 of h, has elongated slot on the annulus 2.Hinged one slide-plate 3 on housing 1, slide plate 3 again with annulus 2 on groove in slide, form a work system, form complete mechanical system with other mechanical structures again.
4, circular ring sliding vane pump according to claim 1 is characterized in that:
The structure of circular ring sliding vane pump is made up of parts such as housing 1, eccentric shaft 4, annulus 2, slide plate 3, springs 8, and housing is to be radius (R=ek+e) (k=form factor, e=throw of eccentric) with R, and width is that the housing of h is formed a seal chamber with end cap again.At housing 1 central principal axis 4 is that radius drives eccentric shaft 5 and is rotated with off-centre, it is r (r=ek) that radius is housed on the eccentric shaft 5, width is the slip garden ring 2 of h, 2 tops are encircled in the garden slide plate 3, slide in the groove on slide plate 3 and the housing 1, spring 8 is equipped with on slide plate 3 tops, and slide plate 3 and garden ring 2 is closely contacted, form a work system, form complete mechanical system with other mechanical structures again.
5, circular ring sliding vane pump according to claim 1 is characterized in that:
1., circular ring sliding vane pump also can use the liquid of high pressure to add from inlet, by the active force that annulus 2 and slide plate 3 are produced, annulus 2 is moved along housing 1 inwall, eccentric shaft 5 drives main shaft 4 and is rotated motion, liquid is got rid of by the container wall upper outlet again, and main shaft 4 rotations drive miscellaneous equipment and do work.
2., circular ring sliding vane pump is in the purposes difference of every field, and different with liquid that uses or gas can use metallic material and nonmetallic material to carry out processing.Circular ring sliding vane pump can be combined into a work system in a seal chamber, also can be combined into a plurality of work systems and do work, and forms complete mechanical system with other mechanical structures again.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2009100122633A CN101603531A (en) | 2009-06-26 | 2009-06-26 | Circular ring sliding vane pump |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2009100122633A CN101603531A (en) | 2009-06-26 | 2009-06-26 | Circular ring sliding vane pump |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN101603531A true CN101603531A (en) | 2009-12-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNA2009100122633A Pending CN101603531A (en) | 2009-06-26 | 2009-06-26 | Circular ring sliding vane pump |
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|---|---|
| CN (1) | CN101603531A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106438360A (en) * | 2015-08-11 | 2017-02-22 | 台州阳光电机泵业有限公司 | Rotary air compressor head |
-
2009
- 2009-06-26 CN CNA2009100122633A patent/CN101603531A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106438360A (en) * | 2015-08-11 | 2017-02-22 | 台州阳光电机泵业有限公司 | Rotary air compressor head |
| CN106438360B (en) * | 2015-08-11 | 2019-08-09 | 台州阳光电机泵业有限公司 | Rotary handpiece of air compressor |
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Legal Events
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|---|---|---|---|
| C57 | Notification of unclear or unknown address | ||
| DD01 | Delivery of document by public notice |
Addressee: Tan Qinghua Document name: Notification of Passing Preliminary Examination of the Application for Invention |
|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Open date: 20091216 |