CN1963205A - Vortex fluid machinery - Google Patents

Vortex fluid machinery Download PDF

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Publication number
CN1963205A
CN1963205A CNA2005101244771A CN200510124477A CN1963205A CN 1963205 A CN1963205 A CN 1963205A CN A2005101244771 A CNA2005101244771 A CN A2005101244771A CN 200510124477 A CN200510124477 A CN 200510124477A CN 1963205 A CN1963205 A CN 1963205A
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China
Prior art keywords
orbiting
scroll
changeable device
orbiting scroll
volume changeable
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CNA2005101244771A
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Chinese (zh)
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CN1963205B (en
Inventor
柯恩九
柯即
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KE ENLONG
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KE ENLONG
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Priority to CN2005101244771A priority Critical patent/CN1963205B/en
Priority to PCT/IB2006/054192 priority patent/WO2007054910A2/en
Publication of CN1963205A publication Critical patent/CN1963205A/en
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Publication of CN1963205B publication Critical patent/CN1963205B/en
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
    • F01C—ROTARY-PISTON OR OSCILLATING-PISTON MACHINES OR ENGINES
    • F01C1/00—Rotary-piston machines or engines
    • F01C1/02—Rotary-piston machines or engines of arcuate-engagement type, i.e. with circular translatory movement of co-operating members, each member having the same number of teeth or tooth-equivalents
    • F01C1/0207—Rotary-piston machines or engines of arcuate-engagement type, i.e. with circular translatory movement of co-operating members, each member having the same number of teeth or tooth-equivalents both members having co-operating elements in spiral form
    • F01C1/0215—Rotary-piston machines or engines of arcuate-engagement type, i.e. with circular translatory movement of co-operating members, each member having the same number of teeth or tooth-equivalents both members having co-operating elements in spiral form where only one member is moving
    • F01C1/0223—Rotary-piston machines or engines of arcuate-engagement type, i.e. with circular translatory movement of co-operating members, each member having the same number of teeth or tooth-equivalents both members having co-operating elements in spiral form where only one member is moving with symmetrical double wraps
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F01—MACHINES OR ENGINES IN GENERAL; ENGINE PLANTS IN GENERAL; STEAM ENGINES
    • F01C—ROTARY-PISTON OR OSCILLATING-PISTON MACHINES OR ENGINES
    • F01C21/00—Component parts, details or accessories not provided for in groups F01C1/00 - F01C20/00
    • F01C21/001—Injection of a fluid in the working chamber for sealing, cooling and lubricating

Abstract

The vortex mechanic comprises two fixed vortexes (2A, 2B) on the base (1), with two orbital motion vortex (3A, 3B) fitting with fixed vortexes to form two volume changing device (50A, 50B). Three orbital motion unit (40) set within two volume changing devices with driving power, centrifugal force balance to offset the axle radial thrusting and prevent the self rotation of the orbital motion vortex. Both between two volume change device and orbital motion unit sets, there is a decompression cavity (39A, 39B). When it runs, some liquid spray to the volume change device to seal, lubricate or cool. Liquid discharged from the volume changing device enters into two decompression cavity for storage and releasing. Thrust offset shaft (20) and orbital motion vortex connects with a spring, making the orbital motion vortex having radial and axle displacement compensation function. This displacement compensation and spraying technique can also be used to single vortex fluid mechanics.

Description

Scroll type fluid machinery
Technical field
What the present invention relates to is scrollwork (revolving) fluid machinery, and it can be used as compressor, vacuum pump, decompressor or the like.
Technical background
Adopt parallelogram anti-rotation mechanism scroll type fluid machinery to have working stability, advantage such as reliable, and can be applicable to the oil-free lubrication field.But its orbiting radius is fixed, the engagement between the scrollwork can not get radially, axial compensation (radial, tipcompliant).Requirement on machining accuracy to scroll elements is higher, has improved the manufacture cost of machine.
U. S. Patent 4300875,5752816 has disclosed and has adopted elasticity to connect in many parallelogram anti-rotation mechanism, realizes the radial displacement compensation of orbiting scroll.But, be to drive and driven relation between driving crankshaft of mentioning in the patent and the formation anti-rotation mechanism crankshaft (idlecrank shaft), be subjected to force direction opposite.After adding the elasticity connection, two kinds of cranks will have an angular phase poor, increase the uncertainty of mechanism, cause mechanism not work reliably.
Hydrojet in the volume changeable device of scroll type fluid machinery, the Castor Oil scroll body, this for realize orbiting scroll radially, the axial displacement compensation provides necessary condition.Hydrojet has also reduced the temperature in the scroll machine effectively.The hydrojet technology of scroll machine successfully has been applied on the oil lubrication scroll compressor.Because water is easy to separate from the gas after the compression, people propose to spray water in the scrollwork compression chamber and improve the service behaviour of dry type oil-free lubrication scroll compressor.How economical, solve the sealing problem of water reliably, contacting of the lubricant oil (fat) in blocking-up water and the compressor driving mechanism becomes the difficult problem of the oil-free lubrication scroll compressor tool of spraying water.So far still not having the water spray scroll compressor appears on the market.
Two scroll type fluid machineries because of it has axial force plurality of advantages such as can cancel out each other, and are paid close attention to by people.The two scroll type fluid machineries that in U.S. Patent Publication 2004-0219047 A1, disclosed with multiple road moving cell, its multiple road moving cell has the counteracting axial force, drive track motion scrollwork, the anti-rotation function of equilibrium centrifugation power and realization orbiting scroll.This structure can be used for the compressor or the vacuum pump of oil-free lubrication.The parallelogram anti-rotation mechanism of trapped orbit moving radius is adopted in this invention.
Summary of the invention
The present invention is intended to make the scroll type fluid machinery that adopts the parallelogram anti-rotation mechanism, realizes the radial and axial bit shift compensation of orbiting scroll by technology such as hydrojet, elasticity connections.Improve its service behaviour, efficient and reliability, and reduce the requirement on machining accuracy of scroll elements.
The invention provides a kind of fluid machinery with orbit determination road moving radius of two scrollworks.It comprises a pair of volume changeable device, contain in each volume changeable device separately decide scrollwork and orbiting scroll.Deciding scrollwork for two is connected with support.Be furnished with at least two orbiting unit between two volume changeable devices, each orbiting unit is made up of a rotatable member and a thrust-canceling shaft.Rotatable member is rotatably supported by support, and thrust-canceling shaft is among the eccentric through-hole of rotatable member, and is rotated element and prejudicially, rotatably supports.The two ends of thrust-canceling shaft link to each other with the indirect elasticity of two orbiting scrolls respectively.When part or all of rotatable member was driven, orbiting scroll was done orbiting, meshed with deciding accordingly scrollwork, realized the continuous variation of volume.The orbiting unit has motivational drive, and centrifugal force balance, the axial force of orbiting scroll are offset and prevented function such as rotation.The outer rim of rotatable member can be made various forms such as belt wheel, gear, sprocket wheel, friction wheel or synchronizing jugged belt wheel.The orbiting unit quantitatively with pro forma variation, developing the numerous machinery of kind to be applicable to different requirements.
All bearings on the orbiting unit all are isolated among the support, and being fixed between the baffle ring of thrust-canceling shaft sponson and support has end face seal.The outer of orbiting scroll and decide that end face seal is arranged between the scrollwork.Form two relief chambers between orbiting unit and two volume changeable devices respectively.During machine run, be used to seal, liquid lubricated or the cooling volume changeable device enters volume changeable device.The method that enters can be the pressure chamber that is sprayed into volume changeable device by certain pressure liquid, or direct import suction by volume changeable device.The relief chamber internal pressure can be identical with the pressure of the workflow body source of machinery.For the water spray oil-free air compressor, if compressor sucks air by atmosphere, relief chamber can porosely communicate with atmosphere.Chamber, bearing place can communicate with relief chamber, to keep the pressure balance of the two.For keeping the cleaning in the relief chamber, filtrating equipment is used in described hole.The working pressure of the outer ring of volume changeable device is a little less than the pressure of workflow body source, and therefore the liquid that enters when proper functioning in the volume changeable device is difficult for leaking out.When shutting down, the one-way valve at row's mouth place of machine can stop the refluence of high-pressure liquid, and the solenoid valve that hydrojet is gone the same way also can cut out, and in general import also will be closed.Be stored in that fluid still has pressure in the volume changeable device this moment, and liquid releases to relief chamber.Liquid after releasing does not have ability to enter the bearing place chamber identical with relief chamber pressure again, contacts with the lubricant oil (fat) of bearing.The liquid that releases can be drained by the hole of relief chamber bottom; Or temporarily accumulate in the relief chamber, the start back is sucked back the outer collar region of volume changeable device directly or indirectly by passage.
The sidewall and the top of (as the oil-free air compressor of dry type) scrollwork all can not be in contact with one another in the dry type scroll type fluid machinery, otherwise scroll body is incited somebody to action very quick-wearing.Owing to there is liquid to enter the volume changeable device of scroll type fluid machinery, help lubricating in the volume changeable device, realize the radial and axial bit shift compensation of orbiting scroll.In the present invention, thrust-canceling shaft is directly not affixed with orbiting scroll.The both sides of each thrust-canceling shaft connect with connecting rod respectively, constitute two orbiting drive link framves, and it becomes the connecting rod of anti-rotation parallel-crank mechanism.Two orbiting drive link framves are connected with two orbiting scroll elasticity respectively.Scroll type fluid machinery when operation, orbiting scroll under action of centrifugal force, the trend that has the orbiting radius that makes self to increase, what make the scrollwork engagement radially obtains bit shift compensation.When in the compression chamber imcompressible body being arranged, orbiting scroll can produce radially and make a concession.In addition, between connecting rod rest and the orbiting scroll enclosed cavity is arranged, enclosed cavity is connected with the pressure span of scrollwork active chamber.Orbiting scroll can be with respect to connecting rod rest in the displacement of axially making trace.Fluid thrust in the enclosed cavity can partly or entirely overcome in the volume changeable device fluid end thrust of orbiting scroll is realized orbiting scroll axial displacement compensation.
In fact, also be feasible only with one-sided orbiting drive link frame.But two-orbit motion drive link frame has better rigidity.When all rotatable members all are driven, and load is evenly distributed.Thrust-canceling shaft operation itself is stable, and at this moment the orbiting drive link frame of both sides all can save.Thrust-canceling shaft directly is connected with orbiting scroll elasticity.The present invention gives the organization plan that makes each rotatable member (as belt wheel or gear) load homogenization.
In the oil-free lubrication scroll type fluid machinery, use the hydrojet technology also can improve the performance of scroll type fluid machinery to a certain extent separately.Hydrojet of the present invention and bit shift compensation technology can be applicable to comprise other structural type scroll type fluid machineries of single scrollwork equally.
Adopt hydrojet and radially, axial bit shift compensation, can reduce and leak, reduce the scroll type fluid machinery operating temperature effectively, improve the fluid output capability of scroll type fluid machinery specific power significantly, reduce noise, increase the reliability of mechanical movement, reduce the day-to-day operation maintenance cost, reduce the manufacture cost of scrollwork.For the no oily scrollwork air compressor of water spray, can realize compression process near isothermal.Obtain the more pressurized air of cleaning, environmental protection.
The brief description of diagrammatic sketch
Fig. 1 is the sectional view according to the no oily scrollwork air compressor of first embodiment of the invention-water spray.
Fig. 2 is the component drawings of the orbiting drive link frame of machine shown in Figure 1.
Fig. 3 is the sectional view according to second no oily scrollwork air compressor of embodiment-water spray of the present invention.
Fig. 4 is the transmission sketch of machine shown in Figure 3.
Fig. 5 is the sectional drawing according to the 3rd the no oily scroll-type air compressor of embodiment-water spray of the present invention.
Fig. 6 be machine shown in Figure 5 its remove left view behind the left volume changeable device.
Fig. 7 be machine shown in Figure 5 the orbiting unit and with the partial enlarged drawing of orbiting scroll joint.
Fig. 8-Figure 10 is according to the elastic element of thrust-canceling shaft in the embodiments of the invention and the partial sectional view of relative arrangement.
Figure 11 is the partial sectional view according to flexible thrust-canceling shaft structural type in the embodiments of the invention.
Figure 12 is the sectional view that does not have oily scrollwork natural gas compressor according to the 4th embodiment-hydrojet of the present invention.
Figure 13 is a machine shown in Figure 12 left side sectional view.
Figure 14 is the sectional view and the left view of the orbiting unit of machine shown in Figure 12.
The detailed description of invention
Fig. 1 is the sectional view according to first embodiment of the present invention-no oily scrollwork air compressor.Fig. 2 is the component drawings of the orbiting drive link frame of compressor.As shown in Figure 1, the volume changeable device 50 of compressor contains orbiting scroll 3 and decides scrollwork 2.Deciding scrollwork 2 is connected with support 1.Drive main spindle 93 rotatably is supported on the support 1.Three crankshafts 90, drive main spindle 93 and orbiting drive link framves 58 constitute many parallel-crank mechanisms of anti-rotation function.The protruding axle in three places 99 is connected with orbiting scroll 3 through elastic element 97 on the orbiting drive link frame 58, and formation enclosed cavity 96.Orbiting drive link frame 58 is by three Thurst washers, 98 axially support orbiting scrolls 3.Between orbiting drive link frame 58 and orbiting scroll 3, end face seal 95 and enclosed cavity 94 are arranged.Because the effect of end face seal 26, formation one relief chamber 39 between orbiting scroll 3 and the support 1, it porose 24 and hole 25 communicate with atmosphere.For keeping the cleaning in the relief chamber 39, filter screen should have been blocked up in hole 24,25.During compressor operating, drive main spindle 93 rotations, drive whole rail motion drive link frame 58 is done and is decided radius translation (being orbiting), and via elastomer 97 drive track motion scrollworks 3, under the comprehensive function of centrifugal force and hydrodynamic pressure, orbiting scroll 3 radially can have micro displacement, realizes the compensation of radial displacement.Through the air that filter cleaner 91 and suction port 4 enter, the compression back is discharged by relief opening 5.Water is sprayed into by hole group 27, is used to lubricate, seals or cools off.Enter relief chamber 39 by the water that releases in the volume changeable device 50, discharge by hole 25.Enclosed cavity 96 and 94 is communicated with pressure span in the volume changeable device 50.Thrust gas in the enclosed cavity 96 and 94 can partly or entirely overcome in the volume changeable device 50 gas to the end thrust of orbiting scroll 3.Realize that orbiting scroll 3 is at axial bit shift compensation.
Fig. 3 is the sectional view according to second embodiment of the present invention-empty compressor of no oily scrollwork.As shown in Figure 3, left volume changeable device 50A contains left orbiting scroll 3A and scrollwork 2A is decided on a left side, and right volume changeable device 50B contains right orbiting scroll 3B and scrollwork 2B is decided on the right side.Left and rightly decide scrollwork 2A, 2B and be connected with support 1.Three orbiting unit 40 are arranged between left and right volume changeable device 50A, the 50B.Each orbiting unit 40 comprises: a rotatable member 10, and it is by bearing 11A, and 11B is supported on the support 1 rotatably; A thrust-canceling shaft 20, it is supported among the rotatable member 10 by bearing 14A, 14B rotatably prejudicially.The two ends of thrust-canceling shaft 20 are connected with orbiting scroll 3A, 3B by elastic element 56A, 56B respectively, make left and right orbiting scroll 3A, 3B that small radial displacement can be arranged, and realize the radial displacement compensation.The outer rim of three rotatable members 10 is a belt wheel.When rotary driving element 10, left and right orbiting scroll 3A, 3B do orbiting, and respectively with left and right decide scrollwork 2A, 2B the engagement, formed volume changes continuously between them.Air enters left and right volume changeable device 50A, 50B via filter cleaner 91A, 91B and suction port 4A, 4B, and the air after the compression is discharged through relief opening 5A, 5B.The pressure purified water sprays into left and right volume changeable device 50A, 50B by hole group 27A, 27B.The effect of play sealing, lubricating and cooling off.Between left and right orbiting scroll 3A, 3B and support 1, relief chamber 39A, 39B are arranged.There are bearing bore 49A, 49B in the position of bearing 11A, 11B, 14A, 14B.There are end face seal 26A, 26B to be separated by between relief chamber 39A, 39B and left and right volume changeable device 50A, the 50B.Between relief chamber 39A, 39B and bearing bore 49A, the 49B, there are the sealing of baffle ring 28A, 28B and maze type 55A, 55B to be separated by.The porose 25A of relief chamber 39A, 39B, 25B, 24A, 24B communicate with atmosphere, and in order to keep the cleaning of relief chamber 39A, 39B, hole 25A, 25B, 24A, 24B should be furnished with filter screen.Compressor is when normal operation, and the pressure of the outer collar region of left and right volume changeable device 50A, 50B is for negative, so the water that spirt goes is difficult for spilling.When shutting down, though relief opening 5A, 5B and hole for water spraying group 27A, 27B all can close.But in left and right volume changeable device 50A, 50B, remain the air that has compressed, the increased pressure of its outer collar region, water can be crossed end face seal 26A, 26B and release to relief chamber 39A, 39B.Because relief chamber 39A, 39B and bearing bore 49A, 49B pressure are identical, the water that enters relief chamber 39A, 39B will not have ability to enter bearing bore 49A, 49B again. Bearing bore 49A, 49B have drain boles 29A, 29B to communicate with relief chamber 39A, 39B, can prevent just in case enter the accumulating of water of bearing bore 49A, 49B.The water that enters relief chamber 39A, 39B can be discharged by hole 25A, 25B.Another program that water is released in processing is to have passage to be switched to the outer collar region of left and right volume changeable device 50A, 50B by hole 25A, 25B, or be switched to the air inlet pipeline after filter cleaner 91A, the 91B.The water that accumulates among relief chamber 39A, the 39B will be sucked back in the compressor by above-mentioned passage.
All parts that contact with water all should be taked effective anticorrosion surface treatment and corrosion-inhibiting coating, or select the resistant to aqueous corrosion material for use, as stainless steel, aluminum bronze etc.The water of using also should be through pureization processing.
Fig. 4 is the transmission sketch of this machine.10A, 10B, 10C represent three rotatable member-belt wheels (label 10 in Fig. 3) respectively among the figure, and they are driven by counter clockwise direction by driving pulley 31 by driving belt 33.Driving belt 33 is by Idle wheel 32 tensionings.In machine run, driving belt has Va＞Vb＞Vc in the linear velocity difference of A, B, C each point.For making load even, and reduce relative slippage between driving belt 33 and each belt wheel 10A, 10B, 10C, their Pitch radius also should have: Ra＞Rb＞Rc.Their ratio can be calculated as follows:
Ra∶Rb∶Rc＝[1+(T 0+2T)/(AE)]∶[1+(T 0+T)/(AE)]∶[1+T 0/(AE)]
Wherein, T=3.183W/ (nR), T 0Be driving belt slack list tension force, E is the Young's modulus of belting, and A is the sectional area of driving belt, and W is a compressor horsepower, and n is a compressor rotary speed, and R is belt wheel 10A, 10B, 10C name Pitch radius.
Fig. 5 is the sectional drawing according to the 3rd embodiment-no oily scrollwork air compressor of the present invention, and Fig. 6 is the left view after it removes left volume changeable device, and Fig. 7 is the partial enlarged drawing that its orbiting unit is connected with orbiting scroll.In this embodiment, with second embodiment formation element of same meaning is arranged, all titled with identical label, and omit its associated description.Compare with second embodiment, its difference is that passage 53A, 53B have substituted hole 25A, the 25B among second embodiment, and the water that releases can accumulate in the bottom of relief chamber, and by passage 53A, 53B sucks back left and right volume changeable device 50A, 50B.Drain boles 29A, 29B are arranged on the rotatable member 10; Sealing 55A, 55B are contact-type; Bearing bore 49A, 49B have increased hole 38A, the 38B that is communicated with atmosphere.Three thrust-canceling shafts 20 are connected by orbiting drive link frame 58A, 58B respectively at left and right end; Termination 21A, the 21B of thrust-canceling shaft 20 is connected with left and right orbiting scroll 3A, 3B by elastic element 97A, 97B, axially contacts with left and right orbiting scroll 3A, 3B by thrust washer 98A, 98B in addition.Enclosed cavity 48A, 48B that forms between termination 21A, 21B and left and right orbiting scroll 3A, the 3B and the pressure span of volume changeable device 50A, 50B are connected.During machine works, left and right orbiting scroll 3A, 3B have small radial displacement under the comprehensive function of centrifugal force and hydrodynamic pressure, realize the radial displacement compensation.Gas axial pressure among enclosed cavity 48A, the 48B partly or entirely overcomes among left and right volume changeable device 50A, the 50B gas to the end thrust of left and right orbiting scroll 3A, 3B.Realize the axial displacement compensation of left and right orbiting scroll 3A, 3B.The radial displacement of orbiting scroll 3A, 3B should obtain control.As shown in Figure 7, the thickness of elastic element 97A is t, and the radial clearance of termination 21A and orbiting scroll 3A is s.S should be arranged less than t, s is a maximum displacement.
When the rotatable member of all orbiting unit all by equably, drive evenly, when the load on the orbiting scroll also was uniform, the orbiting drive link frame among the 3rd embodiment can partly or entirely omit.At this moment, mentioned being used to realizes the elastic element of orbiting scroll radial displacement compensation, also can be arranged in different positions, or adopt other forms.Fig. 8-Figure 11 has shown the difference layout and the form of elastic element.The formation element that has same meaning among the figure among all and the 3rd embodiment is all titled with identical label. Elastic element 56A, 56B are arranged between the inner ring and thrust-canceling shaft 20 of bearing 14A, 14B among Fig. 8. Elastic element 56A, 56B are arranged in outside bearing 14A, the 14B between circle and the rotatable member 10 among Fig. 9. Elastic element 56A, 56B are arranged between thrust-canceling shaft 20 and left and right orbiting scroll 3A, the 3B among Figure 10.Thrust-canceling shaft itself is made flexible structural type among Figure 11.Above structure all makes orbiting scroll that a small radial displacement can be arranged under the comprehensive function of centrifugal force and hydrodynamic pressure, realizes their radial displacement compensation.
Figure 12 is the sectional view according to the 4th embodiment-no oily scrollwork natural gas compressor of the present invention.Figure 13 is this machine left side sectional view, and Figure 14 is the sectional view and the left view of its orbiting unit.The formation element that has identical definition with the 3rd embodiment among the embodiment is all titled with identical label, and omits its associated description.Different is that present embodiment only adopts the hydrojet technology with the 3rd embodiment.Suction port 4A, the 4B of this compressor is connected with a sealing source of the gas 54 by filter 57A, 57B.Hole 24A, 24B, 38A, 38B are interconnected the back by filter 56 connection sources of the gas 54, make relief chamber 39A, 39B identical with the pressure of source of the gas 54 with bearing bore 49A, 49B.All rotatable members 10 are gear, and mesh with the intermediate gear 35 that is positioned at the center.Intermediate gear 35 is rotatably supported by support 1.Actuation gear 36 is meshed with the gear of one of three rotatable members 10, drives whole compressor.Rotatable member 10 is by outer ring 102, and inner ring 103 and elasticity shaft coupling body 101 are formed.Circumferential small angle displacement can be done with respect to inner ring 103 in outer ring 102, but is subjected to radial and axial mobile restriction, and actuation gear 36 is meshed with the outer ring 102 of one of three rotatable members 10.And power is passed to the outer ring 102 of two other rotatable member 10 by intermediate gear 35.Three outer rings 102 are passed to separately inner ring 103 by elasticity shaft coupling body 101 with moment of torsion, come left and right orbiting scroll 3A, the 3B of Driven Compressor.Because the participation of elasticity shaft coupling body 101 makes the load of three rotatable members 10 even.
Though among the above embodiment, the liquid that is used to seal, lubricate or cool off is water.But the present invention is not limited to a water, and it can be extended to other liquid.
Though among above all embodiments, be the scrollwork gas compressor, the present invention is not limited to the scrollwork gas compressor, it can be extended to other scroll type fluid machinery, as vacuum pump, refrigerant condenser and decompressor etc.
Though among above all embodiments, scroll type fluid machinery comprises two fluid displacement changeable devices that function is identical, the present invention is not limited to this usage.For example, one of two fluid displacement changeable devices can be used for compression, and another is used for expanding.
Though among above all embodiments, the description of having omitted some common mechanical devices, for example equilibrium block, end sealing, shaft sealing, locating pin structure etc., the present invention does not limit their application.
Though among above all embodiments, omitted the description of some common fluid machinery system essences, for example air inlet adjustment valve, exhaust check valve, air-water separation system, purified water are handled and replenishment system etc., and the present invention does not limit their application.

Claims (13)

1. scroll type fluid machinery, it contains:
A, volume changeable device, it contains a certain scrollwork and an orbiting scroll;
B, support, it is decided scrollwork and is connected with described;
The parallelogram anti-rotation mechanism and the power-driven mechanism of c, described orbiting scroll;
It is characterized in that, form a relief chamber between described orbiting scroll and the described support; During operation, liquid enters among the described volume changeable device, is used for the sealing of described volume changeable device, lubricated or cooling; Described liquid enters described relief chamber, and is discharged from by after releasing in the described volume changeable device.
2. according to the scroll type fluid machinery of claim 1, it is characterized in that, one orbiting drive link frame is the connecting rod of described parallelogram anti-rotation mechanism, and described orbiting drive link frame is driven by described power-driven mechanism, and is connected with described orbiting scroll by elastic element; Described orbiting scroll is driven by described orbiting drive link frame, realizes the radial displacement compensation; Have an enclosed cavity between described orbiting drive link frame and described orbiting scroll at least, it is communicated with the pressure span of described volume changeable device, realizes the axial displacement compensation of described orbiting scroll.
3. according to the scroll type fluid machinery of claim 1, it is characterized in that,
A, described positive displacement changeable device are two, are respectively first volume changeable device, contain first and decide the scrollwork and first orbiting scroll; Second volume changeable device contains second and decides the scrollwork and second orbiting scroll;
B, described support are decided scrollwork with described first, second and are connected;
C, described parallelogram anti-rotation mechanism and described power-driven mechanism are made up of a plurality of orbitings unit, and they place between described the first, the second volume changeable device, and each orbiting unit is made up of a rotatable member and a thrust-canceling shaft:
A), described rotatable member rotatably is supported on the described support;
B), described thrust-canceling shaft rotatably is supported among the described rotatable member prejudicially, the two ends of described thrust-canceling shaft link to each other with described first, second orbiting scroll;
Between described orbiting unit and described first, second volume changeable device, form first, second relief chamber; During operation, liquid enters among described first, second volume changeable device, is used for the sealing of described first, second volume changeable device, lubricated or cooling; Described liquid enters described first, second relief chamber, and is discharged from by after releasing in described first, second volume changeable device.
4. according to the scroll type fluid machinery of claim 3, it is characterized in that by described sole plate supports, each described thrust-canceling shaft is supported by described rotatable member by second bearing pack each described rotatable member by the clutch shaft bearing group; Respectively there are baffle ring and end face seal in the both sides of described thrust-canceling shaft; Described baffle ring and described end face seal realize the barriers function between described first, second chamber, bearing pack place and described first, second relief chamber.
5. according to the scroll type fluid machinery of claim 3, it is characterized in that described first, second relief chamber is connected with the workflow body source, make the pressure in described first, second relief chamber identical with described workflow body source pressure.
6. according to the scroll type fluid machinery of claim 3-5, it is characterized in that described first, second relief chamber has through hole, be used for described discharge of releasing liquid.
7. according to the scroll type fluid machinery of claim 3-5, it is characterized in that described first, second relief chamber is connected with the entry zone of described first, second volume changeable device, be used for the described fluid that releases and return described first, second volume changeable device.
8. according to the scroll type fluid machinery of claim 3.It is characterized in that the two ends of described thrust-canceling shaft are connected with described first, second orbiting scroll by elastic element respectively, realize described first, second orbiting scroll radial displacement compensation.
9. according to the scroll type fluid machinery of claim 3-5, it is characterized in that described thrust-canceling shaft is made flexible structural type, realize described first, second orbiting scroll radial displacement compensation.
10. scroll type fluid machinery according to Claim 8 is characterized in that, in the both sides of described thrust-canceling shaft, has at least a side to be connected by orbiting drive link frame.
11. according to Claim 8,10 scroll type fluid machinery, it is characterized in that the joint of described thrust-canceling shaft and described first, second orbiting scroll by described elastic element sealing, forms enclosed cavity; Described enclosed cavity is connected with pressure span in corresponding described first, second volume changeable device, realizes described first, second orbiting scroll axial displacement compensation.
12. according to claim 3-5,8 scroll type fluid machinery, it is characterized in that, described rotatable member is respectively first, second, third belt wheel, and drive by a driving belt, the pilled-in selvedge of described driving belt connects described first belt wheel, the slack list of described driving belt meets described the 3rd belt wheel, the Pitch radius R of described first, second, third belt wheel 1, R 2, R 3Should satisfy:
R 1＞R 2＞R 3。
13. according to claim 3-5,8 scroll type fluid machinery, it is characterized in that, described rotatable member is by the outer ring, inner ring and elasticity shaft coupling body are formed, the small angle displacement can be done with respect to described inner ring in described outer ring, can carry out the moment of torsion transmission by described elasticity shaft coupling body between described outer ring and the described inner ring.
CN2005101244771A 2005-11-12 2005-11-12 Vortex fluid machinery Expired - Fee Related CN1963205B (en)

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Application Number Priority Date Filing Date Title
CN2005101244771A CN1963205B (en) 2005-11-12 2005-11-12 Vortex fluid machinery
PCT/IB2006/054192 WO2007054910A2 (en) 2005-11-12 2006-11-10 Scroll type fluid machinery

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WO2009060398A1 (en) * 2007-11-08 2009-05-14 Enjiu Ke Scroll type fluid machinery
CN101922449A (en) * 2010-08-19 2010-12-22 罗学圣 Water spraying scroll compressor
CN105571375A (en) * 2016-01-31 2016-05-11 河北工业大学 Vortex wave flow generator

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DE2831179A1 (en) * 1978-07-15 1980-01-24 Leybold Heraeus Gmbh & Co Kg DISPLACEMENT MACHINE ACCORDING TO THE SPIRAL PRINCIPLE
US5752816A (en) * 1996-10-10 1998-05-19 Air Squared,Inc. Scroll fluid displacement apparatus with improved sealing means
CN1084441C (en) * 1996-10-21 2002-05-08 甘肃工业大学 Backpressure cavity sealing device of vortex compressor
US6615598B1 (en) * 2002-03-26 2003-09-09 Copeland Corporation Scroll machine with liquid injection
US20040086407A1 (en) * 2002-11-04 2004-05-06 Enjiu Ke Scroll type of fluid machinery
CN2596072Y (en) * 2002-12-30 2003-12-31 西安交通大学 Liquid cooling lubricating vortex air-compressor equipment

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2009060398A1 (en) * 2007-11-08 2009-05-14 Enjiu Ke Scroll type fluid machinery
US8764421B2 (en) 2007-11-08 2014-07-01 Shanghai Universoon AutoParts Co. Scroll type fluid machinery
CN101922449A (en) * 2010-08-19 2010-12-22 罗学圣 Water spraying scroll compressor
CN105571375A (en) * 2016-01-31 2016-05-11 河北工业大学 Vortex wave flow generator
CN105571375B (en) * 2016-01-31 2017-10-20 河北工业大学 A kind of vortex wave current generator

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