CN207879395U - Magnetic suspension vortex engine - Google Patents
Magnetic suspension vortex engine Download PDFInfo
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- CN207879395U CN207879395U CN201820091558.9U CN201820091558U CN207879395U CN 207879395 U CN207879395 U CN 207879395U CN 201820091558 U CN201820091558 U CN 201820091558U CN 207879395 U CN207879395 U CN 207879395U
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Abstract
The utility model is related to magnetic suspension vortex engines comprising output main shaft and be separately positioned on output main shaft both ends and the identical first vortex engine of structure and the second vortex engine；It is respectively arranged with the first eccentric spindle nose being connect with the first vortex driving engine and the second eccentric spindle nose being connect with the second vortex driving engine in output main shaft two ends；The rotation angle of first eccentric spindle nose and the second eccentric spindle nose is interlocked 180 °.It is provided with dynamic balancing adjustment block on output main shaft.It is the utility model is designed reasonably, compact-sized and easy to use.
Description
Technical field
The utility model is related to magnetic suspension vortex engines, are particularly suitable for using liquid nitrogen/carbon dioxide as the magnetic suspension of medium
Vortex engine.
Background technology
Vortex engine is that the current third generation state-of-the-art in the world starts machinery, has small, efficient, noise
Low, many merits such as high rotating speed operation especially have unrivaled advantage in new-energy automobile field.Vortex engine is sent out
The important means for how reducing internal friction to today into the Energy Efficiency Ratio for improving engine opened up.Existing vortex engine exists
High pressure gas is full of when work in the compression chamber of sound disk, Moving plate compresses holder under the action of high-pressure gas pressure and does high ski-running
Dynamic, the frictional force between the bigger Moving plate of gas pressure and holder is bigger, causes prodigious mechanical friction loss.
Utility model content
Technical problem to be solved in the utility model is generally speaking to provide a kind of magnetic suspension vortex engine；Solution in detail
Content specifically describes in aftermentioned content and in combining specific implementation mode for certainly the technical issues of and acquirement advantageous effect.
To solve the above problems, technical solution adopted in the utility model is：
A kind of magnetic suspension vortex engine, including outer housing, be arranged in the quiet disk of fixation, the fixation being connect with fixed quiet disk
Rotation Moving plate in frame and the inner cavity being rotatably provided between fixed quiet disk and fixed frame；
It is respectively set and the second magnetic force column and positioning and guiding on the opposite end face with fixed frame rotation of rotation Moving plate
Circular groove；
The first magnetic force column and positioning guide column are provided on fixed frame end face；
Second magnetic force column is correspondingly arranged with the first magnetic force column homopolar-repulsion, and positioning guide column is in corresponding positioning and guiding circular groove
It is interior.
As a further improvement of the above technical scheme：
Further include the upper end seal groove being arranged on rotation Moving plate and the sealing strip in the seal groove of upper end；
The bottom of upper end seal groove is provided with supplement high pressure air flue, in the high pressure admission center-side and rotation Moving plate of supplementing high pressure air flue
Heart higher-pressure region is connected to；Supplement the outside low pressure area sealed set of the low pressure outer end and rotation Moving plate of high pressure air flue；Supplement high pressure gas
Road forms T-slot structure with upper end seal groove；Sealing strip include be mounted on upper end seal groove in and with the quiet disk of vortex engine
The sealing strip line of dynamic sealing contact and setting are in sealing strip line one or both sides and medial surface corresponding with upper end seal groove sealing
The side flap elastic lip item of contact；Connection root oblique supplement high pressure of the outer end of side flap elastic lip item relative to side flap elastic lip item
Air flue is arranged；It is provided in side flap elastic lip bottom for being sealed with two medial surface of upper end seal groove or a medial surface after opening
Sealed bottom spreading adhesive tape, be provided with and the spreading that is connected to of supplement high pressure air flue in sealed bottom spreading adhesive tape bottom middle
Mouthful.
Further include that the ceramics seat being arranged in outer housing and three are fixed on ceramics by corresponding attaching nut respectively
Wiring body on seat；
Ceramics seat include the positioning lateral wall being fixed in outer housing, setting positioning lateral wall upper end and with outer housing axis
To positioning fitting outward flange, three deciles be arranged on outward flange upper surface in six side's positioning grooves and setting including
The positioning through hole of six side's positioning groove lower ends；
Wiring body include lower end be located in interior six sides positioning groove outer six sides internal thread connector lug, setting is outside in six sides
Screw thread connector lug lower end and be inserted into the jackshaft in positioning through hole, be arranged jackshaft lower end wiring external thread column and
The wiring insulation sleeve being sleeved on jackshaft；
This three wiring bodies circumference array on ceramics seat is arranged, and is provided with and is used for outer six in outward flange upper surface
Herringbone insulated from each other insulation protrusion between square internal thread connector lug, in herringbone insulation protrusion and spiral shell in corresponding outer six sides
It is provided with clearance for insulation between line connector lug；
Ceramics seat further includes the positioning external seal slot on positioning lateral wall and is arranged in positioning external seal slot and uses
In the sealing ring in sealing contact with outer housing；
Wiring body further include the contact seal groove being arranged on wiring insulation sleeve and mounted on contact seal groove in and with
Positioning through hole madial wall sealing ring in sealing contact；
Wiring insulation sleeve is the polytetrafluoroethylene (PTFE) being moulded on the external side wall of wiring；
The internal spline retaining stepped hole for accommodating attaching nut top is provided in the positioning through hole lower end, in attaching nut
Unidirectional locking elastic fin, unidirectional locking elastic fin and internal spline retaining stepped hole internal spline side are provided on upper outside wall
Wall contacts；
The end face of outer six sides internal thread connector lug is provided with end face seam allowance, is symmetrically distributed at least on the seam allowance side wall of end face
Two radially-directed through-holes, it is radially flexible in radially-directed through-hole to be provided with radially-directed bar, on the outside of radially-directed bar
End set has outer limit base or is provided with the inner limited block in the seam allowance of end face on radially-directed bar,
Be provided between outer limit base and outer six sides internal thread connector lug lateral wall resetting spring or inner limited block with
It is provided with resetting spring between the seam allowance madial wall of end face；It is provided in radially-directed bar medial end for blocking end face seam allowance
Petal is blocked in insulation, has radially-directed calyx in the end set that petal is blocked in insulation；
Temperature sensor is provided on ceramics seat.
A kind of magnetic suspension vortex engine, including export main shaft and be separately positioned on output main shaft both ends and structure phase
Same the first vortex engine and the second vortex engine；
First vortex engine is above-mentioned magnetic suspension vortex engine；
Output main shaft two ends be respectively arranged with connect with the first vortex driving engine first bias spindle nose and
The second eccentric spindle nose being connect with the second vortex driving engine；
The rotation angle of first eccentric spindle nose and the second eccentric spindle nose is interlocked 180 °.
As a further improvement of the above technical scheme：
It is provided with dynamic balancing adjustment block on output main shaft.
First vortex engine further includes being sleeved on the first eccentric spindle nose and being connect with rotation Moving plate coaxial transmission inclined
Heart counterweight guide pad, the medium first through hole being arranged on fixed frame and the second through-hole of medium being arranged on the quiet disk of fixation；
Medium first through hole is connected to the involute slot lateral port of rotation Moving plate, and the second through-hole of medium and rotation Moving plate are gradually
Burst at the seams groove center hole connection.
It is provided on the quiet disk of fixation and is connected to cavity with the second through-hole of medium.
Further include external liquid medium storage box, the first pressure meter being arranged in liquid medium storage box, be connected to
Intermediate connection tube between the medium first through hole of first vortex engine and the second through-hole of medium of the second vortex engine is set
Set the second pressure meter on intermediate connection tube, the pressure charging valve being arranged on intermediate connection tube and the increasing being connect with pressure charging valve
Pressure power source；
Liquid medium storage box is connected to the second through-hole of medium of the first vortex engine；
The medium first through hole and atmosphere of second vortex engine.
Piston rod is provided in liquid medium storage box, piston rod outer end is connected with linear pushing mechanism, linear pushing machine
Structure is screw-nut or worm gear mechanism, and linear pushing mechanism driving is connected with control motor, and first pressure meter passes through processing
Device, controller are electrically connected with control motor；
The medium first through hole of second vortex engine is circumscribed with check valve, and check valve is connected with muffler；It is pressurized power
Source is cylinder, motor or motor-driven rack and pinion mechanism.
The ventilative cotton of noise reduction is provided in muffler.
The beneficial effects of the utility model description without being limited thereto, in order to preferably be easy to understand, in specific implementation mode portion
Divide and has carried out more detailed description.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of the utility model part.
Fig. 3 is the structural schematic diagram of the utility model explosion.
Fig. 4 is another structural schematic diagram of the utility model.
Fig. 5 is another structural schematic diagram of the utility model explosion.
Fig. 6 is the structural schematic diagram of the utility model fixed frame.
Fig. 7 is the structural schematic diagram of the utility model rotation Moving plate.
Fig. 8 is the structural schematic diagram at the utility model sealing.
Fig. 9 is the structural schematic diagram of the utility model upper end seal groove.
Figure 10 is the configuration schematic diagram of the utility model connecting part.
Figure 11 is the structural schematic diagram of the utility model connecting part.
Figure 12 is the utility model connecting part into an improved structural schematic diagram.
Wherein：1, ceramics seat；2, wiring body；3, attaching nut；4, lateral wall is positioned；5, outward flange；6, external seal is positioned
Slot；7, herringbone insulation protrusion；8, clearance for insulation；9, interior six sides positioning groove；10, outer six sides internal thread connector lug；11, wiring
Insulation sleeve；12, seal groove is contacted；13, wiring external thread column；14, internal spline retaining stepped hole；15, unidirectional locking elastic fin；
16, temperature sensor；17, end face seam allowance；18, radially-directed through-hole；19, radially-directed bar；20, inner limited block；21, outer limit
Seat；22, resetting spring；23, petal is blocked in insulation；24, radially-directed calyx；109, Moving plate is rotated；202, upper end seal groove；
203, sealing strip；204, high pressure admission center-side；205, low pressure outer end；206, high pressure air flue is supplemented；207, sealing strip line；208、
Side flap elastic lip item；209, sealed bottom spreading adhesive tape；210, spreading mouth；101, main shaft is exported；102, the first vortex engine；
103, the second vortex engine；104, linear pushing mechanism；105, the first eccentric spindle nose；106, the second eccentric spindle nose；107, solid
Determine frame；108, eccentrically mounted weight guide pad；109, Moving plate is rotated；110, fixed quiet disk；111, medium first through hole；112, medium
Two through-holes；113, liquid medium storage box；114, intermediate connection tube；115, first pressure meter；116, second pressure meter；117, increase
Pressure valve；118, it is pressurized power source；119, check valve；120, muffler；121, the ventilative cotton of noise reduction；122, outer housing；123, first
Magnetic force column；124, the second magnetic force column；125, positioning and guiding circular groove；126, positioning guide column.
Specific implementation mode
As shown in figs. 1-12, the magnetic suspension vortex engine of the present embodiment, including outer housing 122, setting are in the quiet disk of fixation
110, it the fixed frame 107 that connect with fixed quiet disk 110 and is rotatably provided in interior between the quiet disk 110 of fixation and fixed frame 107
Rotation Moving plate 109 in chamber；
Be respectively set on the opposite end face rotated with fixed frame 107 of rotation Moving plate 109 with the second magnetic force column 124, with
And positioning and guiding circular groove 125；
The first magnetic force column 123 and positioning guide column 126 are provided on 107 end face of fixed frame；
Second magnetic force column 124 is correspondingly arranged with 123 homopolar-repulsion of the first magnetic force column, and positioning guide column 126 is corresponding fixed
Position is oriented in circular groove 125.
The pressure that high pressure gas applies to Moving plate is reduced or eliminated in the utility model.Moving plate is in gas pressure before not changing
The lower tight friction between holder.The utility model can rotate 3 positions of Moving plate in 107 poles position mosaic magnet N of fixed frame
Set the poles same mosaic magnet N.The rotation in positioning and guiding circular groove 125 by 126 outer end of positioning guide column；It is led by positioning
Restriction effect is further functioned as to circular groove and positioning guide column, when by setting magnetic force styletable size Moving plate being rotated
It waits, always magnetic repellence, reaches magnetic suspension effect.
Moving plate designs permanent magnet diameter 6mm height 2.8mm, is 4.2mm, institute since this starts moving plate radius of turn
It is greater than 14.4mm with permanent magnet diameter on holder and is always positioned at during the motion right over the poles holder N with meeting the poles Moving plate N.
In view of high-volume installation reliability, holder N polar diameters are 15mm, thickness 3mm.The above Design of Permanent Magnet quantity can basis
It needs to design multiple, but to be uniformly distributed.After Moving plate is installed on holder, the poles the N permanent magnet on holder is to the N on Moving plate
Pole permanent magnet generates repulsive force, reduces or offsets Moving plate suffered gas pressure at work with this, reach and reduce Moving plate and branch
The effect of force of sliding friction between frame.
Vortex engine includes rotating Moving plate 109, the upper end seal groove 202 being arranged on rotation Moving plate 109 and installation
Sealing strip 203 in upper end seal groove 202；In upper end, the bottom of seal groove 202 is provided with supplement high pressure air flue 206, supplement
The high pressure admission center-side 204 of high pressure air flue 206 is connected to the central high pressure area of rotation Moving plate 109；Supplement high pressure air flue 206
The outside low pressure area sealed set of low pressure outer end 205 and rotation Moving plate 109.
It supplements high pressure air flue 206 and forms T-slot structure with upper end seal groove 202.
Preferably, outputing the T-slot of a whole seal line of perforation in 202 bottom of upper end seal groove.In this way in T-slot
Always it is full of high pressure, when seal line is worn, high pressure can carry out seal line jack-up so that seal line continues closely and quiet
Disk is bonded, and is kept sealing, is extended the service life of seal line.
As a further improvement, sealing strip 203 include be mounted on upper end seal groove 202 in and with the quiet disk of vortex engine
The sealing strip line 207 of dynamic sealing contact and setting are in 207 one or both sides of sealing strip line and corresponding with upper end seal groove 202
Medial surface side flap elastic lip item 208 in sealing contact；The outer end of side flap elastic lip item 208 is relative to side flap elastic lip item 208
The oblique supplement high pressure air flue 206 in root is connected to be arranged.I.e. side flap elastic lip item is arranged in splayed；The outer end of side flap elastic lip item
It is less than the connection root of side flap elastic lip item at a distance from supplement high pressure air flue at a distance from supplement high pressure air flue.
By side flap elastic lip item 208 so that sealing strip 203 preferably seals, design side flap elastic lip item 208, in high pressure
Under the action of, 208 medial surface corresponding with upper end seal groove 202 of side flap elastic lip item is in sealing contact, improves sealing effect, prevents from mending
High pressure air flue 206 is filled to leak.
208 bottom of side flap elastic lip item be provided with for open after with 202 liang of medial surfaces of upper end seal groove or one inside
The sealed bottom spreading adhesive tape 209 of face sealing is provided in 209 bottom middle of sealed bottom spreading adhesive tape and supplements high pressure gas
The spreading mouth 210 that road 206 is connected to.
As the alternatively or additionally technical characteristic to flank elastic lip item 208, sealed bottom spreading adhesive tape 209 is designed, from
And sealing strip 203 forms herringbone structure with sealed bottom spreading adhesive tape 209, to improve sealing effect, prevents supplement high pressure
Air flue 206 leaks, and realizes pressure maintaining effect.
In the prior art, the binding post of glass sintering is used before, and cylinder material uses iron-nickel alloy, due to glass
The influence of sintering process can not use full copper alloy, this is greatly lowered the ability of super-high-current, and such connects
The plug-in unit at terminal both ends is using push-in, and contact point is insecure, and contact area is small, and super-high-current trace is easy high temperature.
Vortex Motor Current binding post, including ceramics seat 1 and three pass through corresponding attaching nut 3 and fix respectively
Wiring body 2 on ceramics seat 1；
Ceramics seat 1 include be fixed on positioning lateral wall 4 in engine shell body, setting positioning 4 upper end of lateral wall and with
Motor body axially position fitting 5, three deciles of outward flange be arranged on 5 upper surface of outward flange in six side's positioning grooves
9 and setting including six side's positioning grooves, 9 lower end positioning through hole.
Wiring body 2 includes that lower end is located at outer six sides internal thread connector lug 10 in interior six sides positioning groove 9, is arranged outside six
It square 10 lower end of internal thread connector lug and is inserted into the jackshaft in positioning through hole, the wiring external thread column in jackshaft lower end is set
13 and the wiring insulation sleeve 11 that is sleeved on jackshaft.
Using the i.e. outer six side's internal thread connector lugs 10 of internal screw thread button, lower part uses full copper binding post, that is, 2 upper part of wiring body
External screw teeth button, that is, wiring external thread column 13 compresses conducting wire copper nose with screw, enhances contact force in this way, and increase contact
Area.With very powerful connection and conductive effect.
The ability of super-high-current is greatly improved, contact point is secured, and contact area is big, and super-high-current trace is not easy height
Temperature is not generated heat.
Three wiring bodies 2 can be with linear array, preferably, being arranged using circumference array, in evagination on ceramics seat 1
5 upper surface of edge is provided with for by herringbone insulation protrusion 7 insulated from each other between outer six sides internal thread connector lug 10, in herringbone
It is provided with clearance for insulation 8 between shape insulation protrusion 7 and corresponding outer six side's internal thread connector lugs 10.Raising plays insulation and prevents from hitting
The effect worn.
As a further improvement, being filled with insulation fill stratum at clearance for insulation 8, insulating capacity is improved.
Ceramics seat 1 further includes the positioning external seal slot 6 on positioning lateral wall 4 and is arranged in positioning external seal slot 6
And it is used for the sealing ring in sealing contact with motor body；
Wiring body 2 further include the contact seal groove 12 being arranged on wiring insulation sleeve 11 and mounted on contact seal groove
The 12 interior and sealing rings in sealing contact with positioning through hole madial wall.
External seal slot 6 is positioned for the sealing with motor body, the rubber sealing of inner wall and full copper binding post forms
Good interior external seal.
Wiring insulation sleeve 11 is the polytetrafluoroethylene (PTFE) being moulded on 2 lateral wall of wiring body.Insulating bushing uses PTTE materials
High temperature resistant, high pressure, insulation 2000V do not puncture, integrated injection molding.
Insulating bushing top uses fastened by screw with iron plate, has achieved the purpose that stationary bushing.Such binding post can root
It flexibly arranges in pairs or groups according to specific overcurrent situations, at low cost, effect is good.
The internal spline retaining stepped hole 14 for accommodating 3 top of attaching nut is provided in positioning through hole lower end, in attaching nut 3
Unidirectional locking elastic fin 15 is provided on upper outside wall, unidirectionally in locking elastic fin 15 and internal spline retaining stepped hole 14
Spline side wall contacts.To play locking effect, when tightening nut, unidirectional locking elastic fin 15 utilizes skew back
Rotation is contacted with 14 internal spline side wall of spline retaining stepped hole to the elasticity of setting, when needing locking, is prevented using unidirectional
The one-way that loose elastic fin 15 is inserted into spline prevents its loosening.
Wherein, the effect that interior six sides positioning groove 9 plays positioning and prevents outer six sides internal thread connector lug 10 from rotating.
The end face of outer six sides internal thread connector lug 10 is provided with end face seam allowance 17, symmetrical on 17 side wall of end face seam allowance
There are at least two radially-directed through-holes 18, it is radially flexible in radially-directed through-hole 18 to be provided with radially-directed bar 19, in diameter
19 outboard end of guide rod is provided with outer limit base 21 or is provided in end face seam allowance 17 on radially-directed bar 19
Inner limited block 20,
It is provided with resetting spring 22 between outer limit base 21 and outer six sides internal thread connector lug, 10 lateral wall or limits inside
It is provided with resetting spring 22 between position block 20 and 17 madial wall of end face seam allowance；It is provided with and is used in 19 medial end of radially-directed bar
Petal 23 is blocked in the insulation for blocking end face seam allowance 17, has radially-directed calyx 24 in the end set that petal 23 is blocked in insulation.
When in its natural state, under the action of resetting spring 22, all insulation, which are blocked petal 23 and moved to center, to be closed,
To the outer six side's internal thread connector lugs 10 of protection, prevent sundries from falling into；When needing to connect connector lug, connector lug is radially
Radially-directed calyx 24, radially-directed calyx 24 is pushed to drive insulation to block petal 23 and be moved radially outwards so that insulation hides
Movement outside petal 23 is kept off, to open end face seam allowance 17, wiring thread head is electrically connected with outer six sides internal thread connector lug 10, is led to
Cross inner limited block 20, outer limit base 21 plays position-limiting action.
Temperature sensor 16 is provided on ceramics seat 1, to monitor the temperature of binding post in real time, when temperature is excessively high
When, the processor of sensor connection notifies corresponding alarm unit to alarm.
Further, magnetic suspension vortex engine, including export main shaft 101 and be separately positioned on 101 both ends of output main shaft
And identical first vortex engine, the 102 and second vortex engine 103 of structure；
It is respectively arranged with the first eccentric shaft being sequentially connected with the first vortex engine 102 in output 101 two ends of main shaft
First 105 and the second eccentric spindle nose 106 for being sequentially connected with the second vortex engine 103；
The rotation angle of first eccentric spindle nose, 105 and second eccentric spindle nose 106 is interlocked 180 °.The axis of i.e. first eccentric spindle nose
The axial line of heart line and the second eccentric spindle nose is located at the both sides of output spindle axis line.So that generator operation is more flat
Weighing apparatus reduces vibration.
The utility model patent uses liquid nitrogen/carbon dioxide expanded principle, promotes to be vortexed reversely operated, drives main shaft rotation
Power is generated, it is symmetrically placed using binary vortices, it is not required to consider further that equilibrium problem, small, efficient, low noise, liquid nitrogen/dioxy
Change carbon to pour from entrance, generates pressure to inflation lumen expansion, pressure can promote vortex disc spins, to form power.It compares
For liquid nitrogen in the form of piston/carbon dioxide formula engine, being converted with efficiency for turbulent structure wants high by 30%, noise and vibrations
Even more there is big advantage.For from mechanical structure, the form workpiece quantity of vortex is few, and longer life expectancy is long.
It is provided with dynamic balancing adjustment block on output main shaft 101.To ensure dynamic balancing.
As basic structure, the first vortex engine 102 includes the fixation fixed quiet disk 110, connect with fixed quiet disk 110
Frame 107, is sleeved on first partially at the rotation Moving plate 109 in the inner cavity being rotatably provided between fixed quiet disk 110 and fixed frame 107
On spindle head 105 and with rotation 109 coaxial transmission of Moving plate connect eccentrically mounted weight guide pad 108, be arranged on fixed frame 107
Medium first through hole 111 and the second through-hole of medium 112 being arranged on the quiet disk of fixation 110；
Medium first through hole 111 is connected to the involute slot lateral port of rotation Moving plate 109, the second through-hole of medium 112 and rotation
The involute groove center hole of rotating disc 109 is connected to.
It is provided on the quiet disk of fixation 110 and is connected to cavity with the second through-hole of medium 112, generate pressure, pressure can promote whirlpool
Capstan rotates, to form power.
Parallel construction may be used in the utility model, but as cascaded structure is preferably used, so that the gas of medium
Pressure is fully used, while ensure that the synchronized work simultaneously of two engines, is eliminated the supplementary structures such as differential mechanism, is reduced
The output pressure of liquid medium storage box 113, reduces use cost.
Specifically, further including external liquid medium storage box 113, be arranged in liquid medium storage box 113
The medium of one pressure gauge 115, the medium first through hole 111 for being connected to the first vortex engine 102 and the second vortex engine 103
Intermediate connection tube 114 between second through-hole 112, is arranged in the second pressure meter 116 being arranged on intermediate connection tube 114
Between pressure charging valve 117 in connecting tube 114 and the supercharging power source 118 that is connect with pressure charging valve 117；
The pressure of secondary output is improved by pressure charging valve 117, to ensure the high input voltage of the second vortex engine 103.
Processor is fed back to by second pressure meter 116, processor is exported by controlling motor driving supercharging power source 118, passes through guarantor
The pressure balance that 117 stable output pressure of pressure charging valve ensures both sides engine is demonstrate,proved, energy consumption is reduced.
Liquid medium storage box 113 is connected to the second through-hole of medium 112 of the first vortex engine 102；
The medium first through hole 111 and atmosphere of second vortex engine 103, so that pressure medium obtains fully
It utilizes, reduces idle work.
Supercharging power source 118 is the common structures such as cylinder, motor or motor-driven rack and pinion mechanism.
The medium first through hole 111 of second vortex engine 103 is circumscribed with check valve 119, and check valve 119 is connected with noise reduction
Device 120.Reduce noise.
Piston rod is provided in liquid medium storage box 113, piston rod outer end is connected with linear pushing mechanism 104, straight line
Pushing mechanism 104 is screw-nut or worm gear mechanism, and linear pushing mechanism 104 is sequentially connected with control motor, the first pressure
Power meter 115 is electrically connected by processor, controller with control motor.
After pressure becomes smaller in case, first pressure meter 115 feeds back to processor, and processor passes through controller driving motor
Rotation, control motor drive linear pushing mechanism 104 to move ahead, and piston rod moves ahead, and changes the volume in case, and compressed liquid medium is deposited
Storage tank 113, to keep pressure stability in case, reasonable design to keep output pressure stable equilibrium.
The ventilative cotton 121 of noise reduction is provided in muffler 120, noise reduction realizes the effect of air filter.
The utility model is designed reasonably, of low cost, durable, safe and reliable, easy to operate, time saving and energy saving, saving
It is fund, compact-sized and easy to use.
Claims (9)
1. a kind of magnetic suspension vortex engine, including outer housing (122), setting are in the quiet disk of fixation (110) and fixed quiet disk
(110) in the fixed frame (107) connected and the inner cavity being rotatably provided between fixed quiet disk (110) and fixed frame (107)
Rotate Moving plate (109)；It is characterized in that：
Be respectively set on the end face of the opposite rotation with fixed frame (107) of rotation Moving plate (109) with the second magnetic force column (124),
And positioning and guiding circular groove (125)；
The first magnetic force column (123) and positioning guide column (126) are provided on fixed frame (107) end face；
Second magnetic force column (124) is correspondingly arranged with first magnetic force column (123) homopolar-repulsion, and positioning guide column (126) is corresponding
In positioning and guiding circular groove (125).
2. magnetic suspension vortex engine according to claim 1, it is characterised in that:Further include that setting is rotating Moving plate
(109) the upper end seal groove (202) on and the sealing strip (203) in upper end seal groove (202)；It is sealed in upper end
The bottom of slot (202) be provided with supplement high pressure air flue (206), supplement high pressure air flue (206) high pressure admission center-side (204) with
Rotate the central high pressure area connection of Moving plate (109)；Supplement low pressure outer end (205) and the rotation Moving plate (109) of high pressure air flue (206)
Outside low pressure area sealed set；It supplements high pressure air flue (206) and forms T-slot structure with upper end seal groove (202)；Sealing strip
(203) include being mounted on the sealing strip line contacted in upper end seal groove (202) and with the quiet disk dynamic sealing of vortex engine
(207) and setting sealing strip line (207) one or both sides and medial surface corresponding with upper end seal groove (202) it is in sealing contact
Side flap elastic lip item (208)；Side flap elastic lip item (208) is arranged in splayed；The outer end of side flap elastic lip item (208) and benefit
Fill high pressure air flue (206) distance be less than side flap elastic lip item (208) connection root with supplement high pressure air flue (206) away from
From；Side flap elastic lip item (208) bottom be provided with for open after with (202) two medial surface of upper end seal groove or a medial surface
The sealed bottom spreading adhesive tape (209) of sealing is provided in sealed bottom spreading adhesive tape (209) bottom middle and supplements high pressure
The spreading mouth (210) of air flue (206) connection.
3. magnetic suspension vortex engine according to claim 1, it is characterised in that:Further include being arranged in outer housing (122)
Interior ceramics seat (1) and three wiring bodies (2) being fixed on respectively by corresponding attaching nut (3) on ceramics seat (1)；
Ceramics seat (1) include be fixed on positioning lateral wall (4) in outer housing (122), setting in positioning lateral wall (4) upper end and
Interior six side that outward flange (5), three deciles being bonded with outer housing (122) axially position are arranged on outward flange (5) upper surface
The positioning through hole of six side's positioning groove (9) lower ends including positioning groove (9) and setting；
Wiring body (2) include lower end be located in interior six sides positioning groove (9) outer six sides internal thread connector lug (10), setting outside
It six side's internal thread connector lug (10) lower ends and is inserted into the jackshaft in positioning through hole, the spiral shell outside the wiring of jackshaft lower end is set
Line column (13) and the wiring insulation sleeve (11) being sleeved on jackshaft；
This three wiring bodies (2) circumference array on ceramics seat (1) is arranged, and is provided with and is used in outward flange (5) upper surface
Herringbone insulation insulated from each other between outer six sides internal thread connector lug (10) is raised (7), herringbone insulate raised (7) with
It is provided with clearance for insulation (8) between corresponding outer six side's internal thread connector lugs (10)；
Ceramics seat (1) further includes the positioning external seal slot (6) on positioning lateral wall (4) and is arranged in positioning external seal slot
(6) in and it is used for the sealing ring in sealing contact with outer housing (122)；
Wiring body (2) further includes the contact seal groove (12) being arranged on wiring insulation sleeve (11) and is sealed mounted on contact
In slot (12) and the sealing ring in sealing contact with positioning through hole madial wall；
Wiring insulation sleeve (11) is the polytetrafluoroethylene (PTFE) being moulded on wiring body (2) lateral wall；
It is provided with the internal spline retaining stepped hole (14) for accommodating attaching nut (3) top in the positioning through hole lower end, is connecting
Unidirectional locking elastic fin (15) is provided on nut (3) upper outside wall, unidirectional locking elastic fin (15) is stopped with internal spline
Move back the contact of stepped hole (14) internal spline side wall；
The end face of outer six sides internal thread connector lug (10) is provided with end face seam allowance (17), symmetrically divides on end face seam allowance (17) side wall
At least two radially-directed through-holes (18) are furnished with, it is radially flexible in radially-directed through-hole (18) to be provided with radially-directed bar
(19), it is provided with outer limit base (21) in radially-directed bar (19) outboard end or is provided on radially-directed bar (19) and be located at
Inner limited block (20) in end face seam allowance (17),
Resetting spring (22) or inside is provided between outer limit base (21) and outer six sides internal thread connector lug (10) lateral wall
It is provided with resetting spring (22) between limited block (20) and end face seam allowance (17) madial wall；In radially-directed bar (19) medial end
It is provided with and blocks petal (23) for blocking the insulation of end face seam allowance (17), have diameter in the end set that petal (23) is blocked in insulation
To guiding calyx (24)；
Temperature sensor (16) is provided on ceramics seat (1).
4. a kind of magnetic suspension vortex engine, it is characterised in that:Including output main shaft (101) and it is separately positioned on output master
Axis (101) both ends and the identical first vortex engine (102) of structure and the second vortex engine (103)；
First vortex engine (102) is claim 1-3 any one of them magnetic suspension vortex engines；
It is respectively arranged with the first eccentric shaft being sequentially connected with the first vortex engine (102) in output main shaft (101) two ends
Head (105) and the second eccentric spindle nose (106) being sequentially connected with the second vortex engine (103)；
The axial line of first eccentric spindle nose (105) and the axial line of the second eccentric spindle nose (106) are located at output main shaft (101) axle center
The both sides of line；It is provided with dynamic balancing adjustment block on output main shaft (101).
5. magnetic suspension vortex engine according to claim 4, it is characterised in that:First vortex engine (102) also wraps
Include the eccentrically mounted weight guide pad for being sleeved on and connecting on the first eccentric spindle nose (105) and with rotation Moving plate (109) coaxial transmission
(108), the medium first through hole (111) being arranged on fixed frame (107) and the medium being arranged on the quiet disk of fixation (110)
Second through-hole (112)；
Medium first through hole (111) with rotation Moving plate (109) involute slot lateral port be connected to, the second through-hole of medium (112) and
Rotate the involute groove center hole connection of Moving plate (109).
6. magnetic suspension vortex engine according to claim 5, it is characterised in that:It is provided on the quiet disk of fixation (110)
It is connected to cavity with the second through-hole of medium (112).
7. magnetic suspension vortex engine according to claim 6, it is characterised in that:Further include that external liquid medium stores
Case (113), is connected to the first vortex engine at the first pressure meter (115) being arranged in liquid medium storage box (113)
(102) centre between medium first through hole (111) and the second through-hole of medium (112) of the second vortex engine (103) connects
It takes over (114), the second pressure meter (116) being arranged on intermediate connection tube (114), be arranged on intermediate connection tube (114)
Pressure charging valve (117) and the supercharging power source (118) being connect with pressure charging valve (117)；
Liquid medium storage box (113) is connected to the second through-hole of medium (112) of the first vortex engine (102)；
The medium first through hole (111) and atmosphere of second vortex engine (103).
8. magnetic suspension vortex engine according to claim 7, it is characterised in that:It is set in liquid medium storage box (113)
It is equipped with piston rod, piston rod outer end is connected with linear pushing mechanism (104), and linear pushing mechanism (104) is screw-nut or snail
Worm and gear mechanism, linear pushing mechanism (104) are sequentially connected with control motor, and first pressure meter (115) passes through processor, control
Device is electrically connected with control motor；
The medium first through hole (111) of second vortex engine (103) is circumscribed with check valve (119), and check valve (119) is connected with
Muffler (120)；It is cylinder, motor or motor-driven rack and pinion mechanism to be pressurized power source (118).
9. magnetic suspension vortex engine according to claim 8, it is characterised in that:It is provided with and disappears in muffler (120)
Sound is breathed freely cotton (121).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820091558.9U CN207879395U (en) | 2018-01-19 | 2018-01-19 | Magnetic suspension vortex engine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820091558.9U CN207879395U (en) | 2018-01-19 | 2018-01-19 | Magnetic suspension vortex engine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207879395U true CN207879395U (en) | 2018-09-18 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201820091558.9U Expired - Fee Related CN207879395U (en) | 2018-01-19 | 2018-01-19 | Magnetic suspension vortex engine |
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| CN (1) | CN207879395U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108087036A (en) * | 2018-01-19 | 2018-05-29 | 邢台癸酉新能源科技有限公司 | Magnetic suspension vortex engine |
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2018
- 2018-01-19 CN CN201820091558.9U patent/CN207879395U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108087036A (en) * | 2018-01-19 | 2018-05-29 | 邢台癸酉新能源科技有限公司 | Magnetic suspension vortex engine |
| CN108087036B (en) * | 2018-01-19 | 2024-04-26 | 邢台癸酉新能源科技有限公司 | Magnetic suspension vortex engine |
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