CN107035845A - ECVT the and CCVT stepless speed changers being driven with hydraulic moment changeable - Google Patents
ECVT the and CCVT stepless speed changers being driven with hydraulic moment changeable Download PDFInfo
- Publication number
- CN107035845A CN107035845A CN201610091508.6A CN201610091508A CN107035845A CN 107035845 A CN107035845 A CN 107035845A CN 201610091508 A CN201610091508 A CN 201610091508A CN 107035845 A CN107035845 A CN 107035845A
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- China
- Prior art keywords
- runner
- rotating shaft
- passive
- active
- pinch roller
- Prior art date
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16H—GEARING
- F16H45/00—Combinations of fluid gearings for conveying rotary motion with couplings or clutches
- F16H45/02—Combinations of fluid gearings for conveying rotary motion with couplings or clutches with mechanical clutches for bridging a fluid gearing of the hydrokinetic type
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16D—COUPLINGS FOR TRANSMITTING ROTATION; CLUTCHES; BRAKES
- F16D27/00—Magnetically- or electrically- actuated clutches; Control or electric circuits therefor
- F16D27/02—Magnetically- or electrically- actuated clutches; Control or electric circuits therefor with electromagnets incorporated in the clutch, i.e. with collecting rings
- F16D27/04—Magnetically- or electrically- actuated clutches; Control or electric circuits therefor with electromagnets incorporated in the clutch, i.e. with collecting rings with axially-movable friction surfaces
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16D—COUPLINGS FOR TRANSMITTING ROTATION; CLUTCHES; BRAKES
- F16D27/00—Magnetically- or electrically- actuated clutches; Control or electric circuits therefor
- F16D27/14—Details
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16H—GEARING
- F16H47/00—Combinations of mechanical gearing with fluid clutches or fluid gearing
- F16H47/06—Combinations of mechanical gearing with fluid clutches or fluid gearing the fluid gearing being of the hydrokinetic type
- F16H47/08—Combinations of mechanical gearing with fluid clutches or fluid gearing the fluid gearing being of the hydrokinetic type the mechanical gearing being of the type with members having orbital motion
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16D—COUPLINGS FOR TRANSMITTING ROTATION; CLUTCHES; BRAKES
- F16D27/00—Magnetically- or electrically- actuated clutches; Control or electric circuits therefor
- F16D2027/008—Details relating to the magnetic circuit, or to the shape of the clutch parts to achieve a certain magnetic path
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16H—GEARING
- F16H45/00—Combinations of fluid gearings for conveying rotary motion with couplings or clutches
- F16H2045/007—Combinations of fluid gearings for conveying rotary motion with couplings or clutches comprising a damper between turbine of the fluid gearing and the mechanical gearing unit
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F16—ENGINEERING ELEMENTS AND UNITS; GENERAL MEASURES FOR PRODUCING AND MAINTAINING EFFECTIVE FUNCTIONING OF MACHINES OR INSTALLATIONS; THERMAL INSULATION IN GENERAL
- F16H—GEARING
- F16H45/00—Combinations of fluid gearings for conveying rotary motion with couplings or clutches
- F16H45/02—Combinations of fluid gearings for conveying rotary motion with couplings or clutches with mechanical clutches for bridging a fluid gearing of the hydrokinetic type
- F16H2045/0215—Details of oil circulation
Abstract
The invention discloses ECVT the and CCVT stepless speed changers being driven with hydraulic moment changeable.When being run with the ECVT stepless speed changers that hydraulic moment changeable is driven, active rotating shaft drives active runner to rotate, and active runner, which is rotated, to be driven the bar shaped rare-earth magnet rotation on circular frame and make electrical power generators.The electric current of electricity generator stator coil makes generator unit stator electromagnet that steel plate be pressed to passive runner to the active force of bar shaped rare-earth magnet, and the force of sliding friction between steel plate and passive runner drives passive runner to rotate.In the CCVT stepless speed changers being driven with hydraulic moment changeable, the output gear of toothed gearing electric motor drives planetary gear rotation.Planetary gear drives pinch roller one angle of axis of rotation, and elastic steel pipe back segment is pressed to active runner by pinch roller, and active runner drives passive runner to rotate by elastic steel pipe.When active runner is rotated, the turbine wheel on active runner forward pushes away machine oil, is pressed in the turbine wheel on passive runner, the rotation of passive runner is promoted, while increasing the torque of passive runner.
Description
Technical field：
The present invention relates to a kind of ECVT and CCVT stepless speed changers being driven with hydraulic moment changeable.
Background technology：
The automatic gearshift automobile of Japan's production, has used CCVT stepless speed changers.CCVT stepless speed changers mainly have by shell, preceding
It is end cap, rear end cap, active rotating shaft, passive rotating shaft, active runner, passive runner, elastic steel pipe, toothed gearing electric motor, ellipse
Round flat pinch roller is constituted；Active rotating shaft is advanced through after the bearing that rear end cap center is equipped with, and active rotating shaft front end is equipped with active runner；
Passive rotating shaft is backed through after the bearing that drive end bearing bracket center is equipped with, and passive rotating shaft rear end is equipped with passive runner；Active rotating shaft with it is passive
Point-blank, active runner is pressed close to face-to-face with passive runner in the axle center of rotating shaft；The leading portion of elastic steel pipe is fixed on passive turn
On wheel, the back segment of elastic steel pipe is enclosed on active runner, has gap between the back segment and active runner of elastic steel pipe；The gear deceleration
The output revolving shaft of motor is obliquely passed through after the bearing on the periphery of rear end cap, the interlude dress of the output revolving shaft of toothed gearing electric motor
There is oval flat pinch roller, the end of the output revolving shaft of toothed gearing electric motor is obliquely through the bearing on the periphery of drive end bearing bracket.Oil pump from
Machine oil is extracted in heat radiation oil box, the oil pipe that then machine oil is equipped with from rear end cap sends into CCVT stepless speed changers, oil-collecting is again in the past
The oil pipe outflow being equipped with end cap, flows back to heat radiation oil box, with air cooling or water cooling heat radiation oil box.CCVT stepless speed changers lead to
The rotation of toothed gearing electric motor is crossed, to drive an angle of the interlude equipped with oval flat pinch roller rotation of output revolving shaft, so as to adjust
Whole oval flat pinch roller is pressed in active runner to the pressure for the elastic steel pipe back segment being enclosed on active runner after elastic steel pipe back segment deformation
On, active runner drives elastic steel pipe to rotate, so as to which passive runner is rotated by force of sliding friction, active runner is turned with passive
There is speed discrepancy between wheel.The angle that the interlude of the output revolving shaft of toothed gearing electric motor is rotated equipped with oval flat pinch roller is adjusted, will
Oval flat pinch roller is adjusted to the pressure for the elastic steel pipe back segment being enclosed on active runner, so as to adjust elastic steel pipe leading portion with actively turning
Force of sliding friction between wheel, and then adjustment makes the speed discrepancy between active runner and passive runner.Because oval flat pinch roller can only
Turn an angle rather than 360 ° of rotations, friction when elastic steel pipe is rotated between oval flat pinch roller and elastic steel pipe is sliding
Dynamic friction, the abrasion between oval flat pinch roller and elastic steel pipe is very big.Due to the diameter of the diameter and elastic steel pipe of active runner
It is more or less the same, so the torque of the elastic steel pipe of active runner output is more or less the same, that is to say, that between active rotating shaft and passive rotating shaft
Torque be more or less the same, this is the very big defect of CCVT stepless speed changers one；And the output speed of change set and torque into
Inverse ratio, that is, change into lower gear, increase wheel torque climbing are needed during our common manual automobile up slope.In addition in CCVT
Multiple toothed gearing electric motors are needed to use in stepless speed changer, each toothed gearing electric motor drives the flat pinch roller of an ellipse to rotate,
Implement the extruding in multiple places to elastic circular duct；And these toothed gearing electric motors are difficult synchronous axial system, oval flat pinch roller is set to have synchronization
Corner.
The content of the invention：
The present invention can overcome existing CCVT stepless speed changers above-mentioned with ECVT the and CCVT stepless speed changers that hydraulic moment changeable is driven
Defect.
The ECVT stepless speed changers that in the present invention there is hydraulic moment changeable to be driven it is main by shell, drive end bearing bracket, rear end cap, active rotating shaft,
Passive rotating shaft, active runner and passive runner composition, are controlled by computer controller.Active rotating shaft advances through rear end cap center dress
After some bearings, active rotating shaft front end is equipped with active runner.Passive rotating shaft is backed through after the bearing that drive end bearing bracket center is equipped with, quilt
Dynamic rotating shaft rear end is equipped with passive runner.The axle center of active rotating shaft and passive rotating shaft point-blank, active runner and passive runner
Press close to face-to-face.Machine oil is housed inside ECVT stepless speed changers.Tubular frame is made by non-ferromagnetic material, tubular frame back segment is
Pipe, the pipe of tubular frame back segment is enclosed on active runner, and then the pipe of tubular frame back segment is fixed on active runner.
Tubular frame leading portion is bank tube, and the annulus of tubular frame front end fixes grizzly bar, fluted on rear side of the annulus of tubular frame front end,
It is also fluted on front side of the pipe of tubular frame back segment.A bar shaped rare-earth magnet is fixed with one piece of bound edge of steel plate half, then steel plate
Leading edge forward fold, steel plate back edge is bent backward；The leading edge for the steel plate for being fixed with bar shaped rare-earth magnet is inserted again
In groove on rear side of the annulus of tubular frame front end, the back edge for the steel plate for being fixed with bar shaped rare-earth magnet is inserted after tubular frame
In groove on front side of the pipe of section；The steel plate for being fixed with bar shaped rare-earth magnet one by one is namely embedded in tubular frame leading portion grid
In gap between the grizzly bar of pipe.The leading portion bank tube of tubular frame equipped with bar shaped rare-earth magnet is enclosed on passive runner, tubular frame
There is space between the leading portion of frame and passive runner.Bar shaped rare-earth magnet in tubular frame can be moved, simultaneously to passive runner direction
It is attached on passive runner.Generator unit stator, the electricity process that generator is sent are housed on the leading portion of the shell on the outside of bar shaped rare-earth magnet
Charged a battery after the adjustment of computer controller.Drive end bearing bracket is to have many apertures, outer layer front end on double-deck end cap, internal layer drive end bearing bracket
Cover equipped with flowline.Rear end cap is also to have that oil-feed is housed on many apertures, outer layer rear end cap on double-deck end cap, internal layer rear end cap
Pipe.Oil inlet pipe and flowline are coupled with the heat radiation oil box left and right sides, oil inlet pipe motorized adjustment inlet valve is housed, flowline
It is upper that motorized adjustment delivery valve is housed, with air-cooled or water-cooling fuel tank.Active runner is turbine, and passive runner is turbine, quilt
Speed probe is housed on dynamic device.
Using the present invention for the ECVT stepless speed changers being driven with hydraulic moment changeable, active rotating shaft, which is rotated, to be driven with turbine function
Active runner is rotated.Active rotating shaft drives active runner to rotate, and active runner rotates the bar shaped rare-earth magnet driven in tubular frame
Rotate, bar shaped rare-earth magnet, which is rotated, makes electrical power generators.The electricity that generator is sent is charged in battery, electricity generator stator coil
The bar shaped rare-earth magnet that electric current makes generator unit stator electromagnet produce in prevention tubular frame is rotated and outwards repelled in tubular frame
Steel plate is pressed to passive runner by the active force of bar shaped rare-earth magnet, bar shaped rare-earth magnet, and the slip between steel plate and passive runner rubs
Wiping power drives passive runner to rotate.When passive rotating shaft needs to accelerate, computer controller is given according to the speed probe in passive rotating shaft
The data gone out and the parameter comparison of automatic gear, computer controller increase the power output of generator, and generator is sent more
Electricity is charged in battery, and the electric current increase of electricity generator stator coil makes generator unit stator electromagnet produce the bar prevented in tubular frame
Shape rare-earth magnet rotates and outwards repelled the active force increase of the bar shaped rare-earth magnet in tubular frame, and bar shaped rare-earth magnet is steel plate
Passive runner is pressed further onto, the force of sliding friction increase between steel plate and passive runner drives passive runner to accelerate to rotate, so that
Accelerate active rotating shaft.When passive rotating shaft needs to slow down, the number that computer controller is provided according to the speed probe in passive rotating shaft
According to the parameter comparison with automatic gear, computer controller reduces the power output of generator, and generator reduces to charge to battery,
The electric current of electricity generator stator coil, which reduces, makes the stator electromagnet of generator produce the bar shaped rare-earth magnet rotation prevented in tubular frame
Reduce with the outside active force for repelling the bar shaped rare-earth magnet in tubular frame, bar shaped rare-earth magnet makes steel plate loosen to passive runner
Pressure, the force of sliding friction between steel plate and passive runner, which reduces, makes passive runner slow down, so that passive rotating shaft is slowed down.Actively
When runner is rotated, the machine oil of the turbine wheel on active runner is pushed away forward, and the thrust of promotion machine oil is pressed in the whirlpool on passive runner forward
Piece is taken turns, the rotation of passive runner is promoted, while increasing the torque of passive runner；The speed discrepancy of active runner and passive runner is bigger,
Turbine wheel on active runner promotes the turbine wheel strength on passive runner bigger by machine oil, when this climbs with manual automobile
Change into lower gear, car deceleration and to increase wheel torque be consistent.The active runner of machine oil in ECVT stepless speed changers in rotation
On turbine wheel promotion under, promote forward and through after the turbine wheel on passive runner, enter from the aperture on internal layer drive end bearing bracket
In the interlayer of drive end bearing bracket, then come out, enter by the motorized adjustment delivery valve on flowline from the flowline on outer layer drive end bearing bracket
Heat radiation oil box.The machine oil in heat radiation oil box after air cooling or water cooling is after motorized adjustment inlet valve, after outer layer
Oil inlet pipe on end cap enters the interlayer of rear end cap, the turbine wheel then flowed back on active runner from the aperture on internal layer rear end cap with
Gap between internal layer rear end cap, machine oil is recycled.The heat that steel plate is produced with passive runner sliding friction, by recycle stream
Dynamic machine oil takes heat radiation oil box to, and machine oil is recycled after air cooling or water cooling.It is driven without using hydraulic moment changeable
ECVT stepless speed changers in, active runner is not turbine, passive runner nor turbine, passive runner is cage rotor.
The bar shaped rare-earth magnet of rotation drives the cage rotor of passive runner to rotate as the imperial formula asynchronous machine of mouse, while adding bar
Attraction between the cage rotor of shape rare-earth magnet and passive runner, adds the sliding friction between bar steel and passive runner
Power.
The CCVT stepless speed changers that in the present invention there is hydraulic moment changeable to be driven mainly have to be turned by shell, drive end bearing bracket, rear end cap, active
Axle, passive rotating shaft, active runner, passive runner, elastic steel pipe, toothed gearing electric motor and pinch roller composition.Active rotating shaft is forward
After the bearing being equipped with through rear end cap center, active rotating shaft front end is equipped with active runner.Passive rotating shaft backs through drive end bearing bracket center
After the bearing being equipped with, passive rotating shaft rear end is equipped with passive runner.The axle center of active rotating shaft and passive rotating shaft is point-blank, main
Dynamic runner is pressed close to face-to-face with passive runner.The leading portion of elastic steel pipe is fixed on passive runner, and the back segment of elastic steel pipe is enclosed on master
On dynamic runner, there is gap between the back segment and active runner of elastic steel pipe.Machine oil is housed inside CCVT stepless speed changers.Pinch roller
Pinch roller rotating shaft is presented the shape of electromagnetism square wave, and the electromagnetism square wave of pinch roller rotating shaft is by the round steel base of the round steel wires+wear-resisting of two sections of bendings
Composition.Be cased with pinch roller on the wear-resisting round steel on the base of the electromagnetism square wave of pinch roller rotating shaft, pinch roller can pinch roller rotating shaft electromagnetism square wave
Base wear-resisting round steel on rotate.Have on drive end bearing bracket on several rectangle+semicircular indentations, rear end cap also have several rectangles+
Rectangle+semicircular indentations breach on semicircular indentations breach, drive end bearing bracket on rectangle+semicircular indentations breach and rear end cap is matched somebody with somebody
To and point-blank.Rectangle+semicircular indentations breach on each group of drive end bearing bracket and rear end cap turns equipped with a pinch roller
Axle, the leading portion of pinch roller rotating shaft is pressed into rectangle+semicircular indentations breach of drive end bearing bracket, and the rear end of pinch roller rotating shaft is pressed into the length of rear end cap
Pinch roller is cased with square+semicircular indentations breach, pinch roller rotating shaft to be pressed on the back segment of elastic steel pipe.Equipped with annular spiral shell outside drive end bearing bracket
Silk, the back segment non-threaded of annular screw, nut is adapted with annular screw, planetary gear and the back segment phase of annular screw non-threaded
Adaptation, planetary gear is enclosed on the back segment of annular screw non-threaded, and then nut is screwed on annular screw planetary gear limitation in ring
The back segment of shape screw non-threaded.Front end housing, the planet tooth that front end housing will be enclosed on annular screw back segment are housed outside drive end bearing bracket
Wheel is covered, and sealing ring is housed between front end housing and planetary gear.Planetary gear inner face has with pinch roller rotating shaft pairing in radioactive ray
In the groove of shape, the groove in radiation wire shaped of the front end insertion planetary gear inner face of pinch roller rotating shaft.Toothed gearing electric motor is fixed on
Outside drive end bearing bracket on the inside of annular screw, the output gear of toothed gearing electric motor is engaged with planetary gear.After being equipped with outside rear end cap
End cap cover, rear end housing covers the rear end of pinch roller rotating shaft, and sealing gasket is housed between rear end housing and rear end cap.Active runner is
Turbine, passive runner is turbine.Fan leaf is housed, fan guard is fixed on enclosure on the active rotating shaft on the outside of rear end cap.Tooth
Take turns to be equipped with rotary angle transmitter, passive rotating shaft on reducing motor and speed probe is housed.
Using the present invention for the CCVT stepless speed changers being driven with hydraulic moment changeable, active rotating shaft, which is rotated, to be driven with turbine function
Active runner is rotated.When passive rotating shaft needs to accelerate, toothed gearing electric motor is rotated forward, and the output gear of toothed gearing electric motor rotates forward band
Dynamic planetary gear is rotated clockwise.The number of turns rotated on toothed gearing electric motor equipped with rotary angle transmitter according to toothed gearing electric motor, comes
Determine the angle that planetary gear is rotated clockwise.The speed probe being equipped with passive rotating shaft detects passive rotating shaft rotating speed and reached certainly
After the rotating speed of dynamic gear setting, computer controller stops the electricity of toothed gearing electric motor, and toothed gearing electric motor stops operating, The gear deceleration
Toothed gearing electric motor is braked after electromagnetic brake dead electricity on motor.Planetary gear is rotated clockwise after an angle, OK
The groove in radiation wire shaped that star gear is matched by inner face and pinch roller rotating shaft, drives the linear in radiating of insertion planetary gear inner face
The front end of pinch roller rotating shaft in the groove of shape rotates clockwise an angle.The front end of pinch roller rotating shaft rotates clockwise an angle, band
The wear-resisting round steel on the base of the electromagnetism square wave of dynamic pressure wheel rotating shaft rotates clockwise an angle.The base of the electromagnetism square wave of pinch roller rotating shaft
Wear-resisting round steel on the pinch roller that is cased with rotated into elastic steel pipe back segment；Namely pinch roller further compresses elastic steel pipe back segment, makes bullet
Property steel pipe back segment deformation increase, further compress active runner, force of sliding friction increase between elastic steel pipe back segment and active runner,
Accelerate elastic steel pipe velocity of rotation, elastic steel pipe velocity of rotation is accelerated, so as to drive the velocity of rotation of passive runner also to accelerate,
The velocity of rotation of passive rotating shaft is accelerated.When passive rotating shaft needs to slow down, toothed gearing electric motor reversion, the output of toothed gearing electric motor
Gear reversion drives planetary gear to rotate counterclockwise.Rotated on toothed gearing electric motor equipped with rotary angle transmitter according to toothed gearing electric motor
The number of turns, to determine angle that planetary gear is rotated clockwise.The speed probe being equipped with passive rotating shaft detects passive rotating shaft
Rotating speed reaches after the rotating speed of automatic transmission position setting that computer controller stops the electricity of toothed gearing electric motor, and toothed gearing electric motor stops operating,
Toothed gearing electric motor is braked after electromagnetic brake dead electricity on toothed gearing electric motor.Planetary gear rotates counterclockwise an angle
After degree, planetary gear is by inner face and the groove in radiation wire shaped of pinch roller rotating shaft pairing, and drive insertion planetary gear inner face is in
The front end for radiating the pinch roller rotating shaft in the groove of wire shaped rotates counterclockwise an angle.The front end of pinch roller rotating shaft rotates counterclockwise one
Angle, drives the wear-resisting round steel on the base of the electromagnetism square wave of pinch roller rotating shaft to rotate counterclockwise an angle.The electromagnetism side of pinch roller rotating shaft
The pinch roller being cased with the wear-resisting round steel on the base of ripple is turned on to the direction away from elastic steel pipe back segment；Namely pinch roller further loosens
To the pressure of elastic steel pipe back segment, reduce elastic steel pipe back segment deformation, further loosen pressure to active runner, Elastic Steel
Force of sliding friction reduces, makes elastic steel pipe velocity of rotation slack-off between pipe back segment and active runner, elastic steel pipe velocity of rotation is slack-off,
So that the velocity of rotation of passive runner is also slack-off, passive rotating shaft is slowed down.When active runner is rotated, the turbine wheel on active runner
Machine oil push away forward, promote the thrust of machine oil to be pressed in turbine wheel on passive runner forward, promote the rotation of passive runner, simultaneously
Increase the torque of passive runner；The speed discrepancy of active runner and passive runner is bigger, and the turbine wheel on active runner is pushed away by machine oil
The turbine wheel strength moved on passive runner is bigger, and change into lower gear, the increase wheel torque that slows down are when this climbs with manual automobile
Consistent.Under the promotion of turbine wheel of the machine oil on the active runner of rotation in CCVT stepless speed changers, promote forward and pass through
After turbine wheel on passive runner, between the gap between the turbine wheel and drive end bearing bracket on passive runner and elastic steel pipe and shell
The gap flowed back between the turbine wheel on active runner and rear end cap of gap, machine oil is recycled；Elastic steel pipe is with actively turning
The heat that skidding dynamic friction is produced, then the gap that the machine oil circulated is taken between elastic steel pipe and shell passes heat
The wind for passing the fan blowout rotated on shell, active rotating shaft cools down shell.In actual applications, it can also turn around and use,
Namely active rotating shaft is changed into passive rotating shaft, and passive rotating shaft is changed into active rotating shaft, and its effect is identical.Due to pinch roller and elasticity
It is rolling friction between steel pipe, so the heat that rolling friction is produced is smaller, abrasion of the rolling friction to pinch roller and elastic steel pipe
It is smaller.There is the CCVT stepless speed changers that hydraulic moment changeable is driven only using a toothed gearing electric motor, nut internal tooth in the present invention
Wheel can synchronously promote several pinch roller rotating shafts to move；Rather than existing CCVT stepless speed changers using two toothed gearing electric motors,
Oval flat pinch roller synchronous axial system can not be made.The present invention is without oil pump and heat radiation oil box is used in addition, so having fluid power in the present invention
The structure of the CCVT stepless speed changers of bending moment transmission is simpler.
Brief description of the drawings：
Further specific detailed description is done to the present invention with reference to the accompanying drawings and detailed description.
Fig. 1 is the structural representation of the ECVT stepless speed changers with hydraulic moment changeable transmission in the present invention.
Fig. 2 is the profile of the CCVT stepless speed changers with hydraulic moment changeable transmission in the present invention.
Embodiment：
Shown in Fig. 1, the ECVT stepless speed changers that in the present invention there is hydraulic moment changeable to be driven it is main by shell 1, drive end bearing bracket 2, after
End cap 3, active rotating shaft 4, passive rotating shaft 5, active runner 6 and passive runner 7 are constituted, and are controlled by computer controller.Actively
Rotating shaft 4 is advanced through after the bearing that the center of rear end cap 3 is equipped with, and the front end of active rotating shaft 4 is equipped with active runner 6.Passive rotating shaft 5
Back through after the bearing that the center of drive end bearing bracket 2 is equipped with, the rear end of passive rotating shaft 5 is equipped with passive runner 7.Active rotating shaft 4 with it is passive
Point-blank, active runner 6 is pressed close to face-to-face with passive runner 7 in the axle center of rotating shaft 5.Filled inside ECVT stepless speed changers
Organic oil.Tubular frame 8 is made by non-ferromagnetic material, the back segment of tubular frame 8 is pipe, the pipe set of the back segment of tubular frame 8
On active runner 6, then the pipe of the back segment of tubular frame 8 is fixed on active runner 6.The leading portion of tubular frame 8 is grid
Pipe, the annulus of the front end of tubular frame 8 fixes grizzly bar, fluted on rear side of the annulus of the front end of tubular frame 8, after tubular frame 8
It is also fluted on front side of the pipe of section.Fix a bar shaped rare-earth magnet with one piece of bound edge of steel plate half, then the leading edge of steel plate to
Preceding bending, backward bends steel plate back edge；The leading edge for the steel plate for being fixed with bar shaped rare-earth magnet is inserted tubular frame 8 again
In groove on rear side of the annulus of front end, the back edge for the steel plate for being fixed with bar shaped rare-earth magnet is inserted the circle of the back segment of tubular frame 8
In groove on front side of pipe；The steel plate for being fixed with bar shaped rare-earth magnet one by one is namely embedded in the leading portion bank tube of tubular frame 8
In gap between grizzly bar.The leading portion bank tube of tubular frame 8 equipped with bar shaped rare-earth magnet is enclosed on passive runner 7, tubular frame
There is space between the leading portion of frame 8 and passive runner 7.Bar shaped rare-earth magnet in tubular frame 8 can be to the passive direction of runner 7
Move and be attached on passive runner 7.Generator unit stator 9 is housed on the leading portion of the shell 1 on the outside of bar shaped rare-earth magnet, generated electricity
The electricity that machine is sent charges a battery after the adjustment of computer controller.Drive end bearing bracket is to have many on double-deck end cap, internal layer drive end bearing bracket
Flowline is housed on aperture, outer layer drive end bearing bracket 2.Rear end cap 3 is also to have many apertures on double-deck end cap, internal layer rear end cap, outside
Oil inlet pipe is housed on layer rear end cap.Oil inlet pipe and flowline are coupled with the left and right sides of heat radiation oil box 12, oil inlet pipe equipped with electricity
Motorized adjustment delivery valve 10 is housed on dynamic regulation inlet valve 11, flowline, with air-cooled or water-cooling fuel tank 12.Actively turn
Wheel 6 is turbine, and passive runner 7 is that speed probe is housed in turbine, passive rotating shaft 5.
Shown in Fig. 1, using the present invention for the ECVT stepless speed changers being driven with hydraulic moment changeable, active rotating shaft 4, which is rotated, drives tool
The active runner 6 for having turbine function is rotated.Active rotating shaft 4 drives active runner 8 to rotate, and it is tubular that active runner 6 rotates drive
Bar shaped rare-earth magnet on framework 8 is rotated, and bar shaped rare-earth magnet, which is rotated, makes electrical power generators.The electricity that generator is sent is charged to electric power storage
Chi Li, the electric current of the coil of generator unit stator 9 makes the electromagnet of generator unit stator 9 produce the bar shaped Rare-Earth Magnetic prevented in tubular frame 8
Iron rotates and outwards repelled the active force of the bar shaped rare-earth magnet in tubular frame 8, and steel plate is pressed to passive turn by bar shaped rare-earth magnet
Wheel 7, the force of sliding friction between steel plate and passive runner 7 drives passive runner 7 to rotate.When passive rotating shaft 5 needs to accelerate,
Data and the parameter comparison of automatic gear that computer controller is provided according to the speed probe in passive rotating shaft 5, computer controller
Increase the power output of generator, generator sends more electricity and is charged in battery, the electric current of the coil of generator unit stator 9 increases
The electromagnet of ambassador's generator unit stator 9, which is produced, prevents the bar shaped rare-earth magnet in tubular frame 8 from rotating and outwards repel tubular frame 8
On bar shaped rare-earth magnet active force increase, steel plate is pressed further onto passive runner 7 by bar shaped rare-earth magnet, steel plate with it is passive
Force of sliding friction increase between runner 7 drives passive runner 7 to accelerate to rotate, so that passive rotating shaft 5 accelerates.Passive rotating shaft
5 when needing to slow down, the data that computer controller is provided according to the speed probe in passive rotating shaft 5 and the parameter pair of automatic gear
Than computer controller reduces the power output of generator, and generator reduces to charge to battery, the coil of generator unit stator 9
Electric current reduces the bar shaped rare-earth magnet for making the electromagnet of generator unit stator 9 produce in prevention tubular frame 8 and rotates and outwards repel circle
The active force of bar shaped rare-earth magnet on framework reduces, and bar shaped rare-earth magnet makes steel plate loosen to the passive pressure of runner 7, steel plate with
Force of sliding friction between passive runner 7, which reduces, makes passive runner 7 slow down, so that passive rotating shaft 5 is slowed down.Active runner 6
During rotation, the machine oil of the turbine wheel on active runner 6 is pushed away forward, and the thrust of promotion machine oil is pressed in the whirlpool on passive runner 7 forward
Piece is taken turns, the rotation of passive runner 7 is promoted, while increasing the torque of passive runner 7；Active runner 6 turns with passive runner 7
Speed difference is bigger, and the turbine wheel on active runner 6 promotes the turbine wheel strength on passive runner 7 bigger by machine oil, this and hand
Change into lower gear during dynamic shelves automobile climbing, car deceleration and to increase wheel torque be consistent.Machine oil in ECVT stepless speed changers exists
Under the promotion of turbine wheel on the active runner 6 of rotation, promote forward and pass through after the turbine wheel on passive runner 7, from internal layer
Aperture on drive end bearing bracket 2 enters in the interlayer of drive end bearing bracket 2, is then come out from the flowline on outer layer drive end bearing bracket 2, by fuel-displaced
Motorized adjustment delivery valve 10 on pipe enters heat radiation oil box 12.The machine in heat radiation oil box 12 after air cooling or water cooling
Oil enters the interlayer of rear end cap 3 from the oil inlet pipe on outer layer rear end cap 3, then from internal layer after motorized adjustment inlet valve 11
The gap that aperture on rear end cap 3 is flowed back between the turbine wheel on active runner 6 and internal layer rear end cap 3, machine oil is recycled.
The heat that steel plate and the passive sliding friction of runner 7 are produced, the machine oil circulated takes heat radiation oil box 12 to, by air cooling or
Machine oil is recycled after person's water cooling.
Shown in Fig. 2, the present invention with hydraulic moment changeable be driven CCVT stepless speed changers mainly have by shell 1, drive end bearing bracket 2, after
End cap 3, active rotating shaft 4, passive rotating shaft 5, active runner 6, passive runner 7, elastic steel pipe 13, toothed gearing electric motor 19
Constituted with pinch roller 15.Active rotating shaft 4 is advanced through after the bearing that the center of rear end cap 3 is equipped with, and the front end of active rotating shaft 4 is equipped with actively
Runner 6.Passive rotating shaft 5 is backed through after the bearing that the center of drive end bearing bracket 2 is equipped with, and the rear end of passive rotating shaft 5 is equipped with passive runner 7.
Point-blank, active runner 6 is pressed close to face-to-face with passive runner 7 in the axle center of active rotating shaft 4 and passive rotating shaft 5.Elasticity
The leading portion of steel pipe 13 is fixed on passive runner 7, and the back segment of elastic steel pipe 13 is enclosed on active runner 6, elastic steel pipe 13
Back segment and active runner 6 between have gap.Machine oil is housed inside CCVT stepless speed changers.The pinch roller rotating shaft 15 of pinch roller 14 is in
The shape of existing electromagnetism square wave, the electromagnetism square wave of pinch roller rotating shaft 15 is made up of round steel wire+wear-resisting round steel base of two sections of bendings.
Pinch roller is cased with the wear-resisting round steel on the base of the electromagnetism square wave of pinch roller rotating shaft 15, pinch roller 14 can be in the electromagnetism side of pinch roller rotating shaft 15
Rotated on the wear-resisting round steel on the base of ripple.Having on drive end bearing bracket 2 on several rectangle+semicircular indentations, rear end cap 3 also has several length
Rectangle+semicircle on square+semicircular indentations breach, drive end bearing bracket 2 on rectangle+semicircular indentations breach and rear end cap 3 lacks
Mouthful breach pairing and point-blank.Rectangle+semicircular indentations breach on each group of drive end bearing bracket 2 and rear end cap 3 is matched somebody with somebody
There is a pinch roller rotating shaft 15, the leading portion of pinch roller rotating shaft 15 is pressed into rectangle+semicircular indentations breach of drive end bearing bracket 2, pinch roller rotating shaft
15 rear end is pressed into the pinch roller 14 being cased with rectangle+semicircular indentations breach of rear end cap 3, pinch roller rotating shaft 15 and is pressed in elasticity
On the back segment of steel pipe 13.The outside of drive end bearing bracket 2 is equipped with annular screw 16, the back segment non-threaded of annular screw 16, nut 17 with
Annular screw 16 is adapted, and planetary gear 18 is adapted with the back segment of the annular non-threaded of screw 16, and planetary gear 18 is enclosed on ring
The back segment of the non-threaded of shape screw 16, then nut 17 is screwed on annular screw 16 is limited in annular screw 16 planetary gear 18
The back segment of non-threaded.The outside of drive end bearing bracket 2 is equipped with front end housing, and drive end bearing bracket 2 covers the planet tooth that will be enclosed on the annular back segment of screw 16
Wheel 18 is covered, and sealing ring is housed between front end housing and planetary gear 18.The inner face of planetary gear 18 has matches somebody with somebody with pinch roller rotating shaft 15
To in radiation wire shaped groove, pinch roller rotating shaft 15 front end insertion the inner face of planetary gear 18 in radiation wire shaped groove in.
Toothed gearing electric motor 19 is fixed on the outside of drive end bearing bracket 2 of the annular inner side of screw 16, the output gear and row of toothed gearing electric motor 19
Star gear 18 is engaged.The outside of rear end cap 3 is equipped with rear end housing, and rear end housing covers the rear end of pinch roller rotating shaft 15, rear end cap
Sealing gasket is housed between cover and rear end cap 3.Active runner 6 is turbine, and passive runner 7 is turbine.The master in the outside of rear end cap 3
Fan leaf is housed, fan guard is fixed on the outside of shell 1 in dynamic rotating shaft 4.Rotary angle transmitter, quilt are housed on toothed gearing electric motor 19
Speed probe is housed in dynamic rotating shaft 5.
Shown in Fig. 2, using the present invention for the CCVT stepless speed changers being driven with hydraulic moment changeable, active rotating shaft 4, which is rotated, drives tool
The active runner 6 for having turbine function is rotated.When passive rotating shaft 5 needs to accelerate, toothed gearing electric motor 19 is rotated forward, The gear deceleration electricity
The output gear of machine 19, which is rotated forward, drives planetary gear 18 to rotate clockwise.On toothed gearing electric motor 19 equipped with rotary angle transmitter according to
The number of turns that toothed gearing electric motor 19 is rotated, to determine angle that planetary gear 18 is rotated clockwise.It is equipped with passive rotating shaft 5
Speed probe is detected after the rotating speed that the rotating speed of passive rotating shaft 5 reaches the setting of automatic transmission position, and computer controller stops toothed gearing electric motor
19 electricity, toothed gearing electric motor 19 stops operating, to The gear deceleration electricity after the electromagnetic brake dead electricity on toothed gearing electric motor 19
Machine 19 is braked.Planetary gear 19 is rotated clockwise after an angle, and planetary gear 18 passes through inner face and pinch roller rotating shaft 15
The groove in radiation wire shaped of pairing, drives the pinch roller rotating shaft 15 in the groove in radiation wire shaped of the insertion inner face of planetary gear 18
Front end rotate clockwise an angle.The front end of pinch roller rotating shaft 15 rotates clockwise an angle, drives pinch roller rotating shaft 15
The wear-resisting round steel on the base of electromagnetism square wave rotates clockwise an angle.The wear-resisting round steel on the base of the electromagnetism square wave of pinch roller rotating shaft 15
On the pinch roller 14 that is cased with rotated into the elastic back segment of steel pipe 13；Namely pinch roller 14 further compresses the elastic back segment of steel pipe 13, makes
The pipe back segment of Elastic Steel 13 deformation increase, further compression active runner 6 are sliding between the elastic back segment of steel pipe 13 and active runner 6
Kinetic force of friction increases, accelerates the elastic velocity of rotation of steel pipe 13, and the elastic velocity of rotation of steel pipe 13 is accelerated, so as to drive passive turn
The velocity of rotation of wheel 7 is also accelerated, and the velocity of rotation of passive rotating shaft 5 is accelerated.When passive rotating shaft 5 needs to slow down, The gear deceleration electricity
Machine 19 is inverted, and the output gear reversion of toothed gearing electric motor 19 drives planetary gear 18 to rotate counterclockwise.Toothed gearing electric motor
The number of turns rotated on 19 according to toothed gearing electric motor 19 equipped with rotary angle transmitter, to determine angle that planetary gear 18 is rotated clockwise
Degree.The speed probe being equipped with passive rotating shaft 5 is detected after the rotating speed that the rotating speed of passive rotating shaft 5 reaches the setting of automatic transmission position, and 19,
Toothed gearing electric motor 19 is stopped operating, and toothed gearing electric motor 19 is carried out after the electromagnetic brake dead electricity on toothed gearing electric motor 19
Braking.Planetary gear 18 is rotated counterclockwise after the angle of one, planetary gear 18 by inner face with pinch roller rotating shaft 15 is matched is in
The groove of wire shaped is radiated, drives the front end in the pinch roller rotating shaft 15 in the groove for radiating wire shaped of the insertion inner face of planetary gear 18 inverse
Hour hands rotate an angle.The front end of pinch roller rotating shaft 15 rotates counterclockwise an angle, drives the electromagnetism square wave of pinch roller rotating shaft 15
The wear-resisting round steel on base rotate counterclockwise an angle.It is cased with the wear-resisting round steel on the base of the electromagnetism square wave of pinch roller rotating shaft 15
Pinch roller 14 is turned on to the direction away from the elastic back segment of steel pipe 13；Namely pinch roller 14 further loosens to the elastic back segment of steel pipe 13
Pressure, reduce the deformation of the elastic back segment of steel pipe 13, further loosen pressure to active runner 6, the elastic back segment of steel pipe 13
Force of sliding friction reduces, makes the elastic velocity of rotation of steel pipe 13 slack-off between active runner 6, and the elastic velocity of rotation of steel pipe 13 becomes
Slowly, so that the velocity of rotation of passive runner 7 is also slack-off, passive rotating shaft 5 is slowed down.When active runner 6 is rotated, active runner
The machine oil of turbine wheel on 6 is pushed away forward, and the thrust of promotion machine oil is pressed in the turbine wheel on passive runner 7 forward, promotes passive turn
The rotation of wheel 7, while increasing the torque of passive runner 7；The speed discrepancy of active runner 6 and passive runner 7 is bigger, actively turns
Turbine wheel on wheel 6 promotes that the turbine wheel strength on passive runner 7 is bigger by machine oil, and this hangs when climbing with manual automobile
Low or first gear, the increase wheel torque that slows down are consistent.Whirlpool of the machine oil on the active runner 6 of rotation in CCVT stepless speed changers
Under the promotion for taking turns piece, promote forward and pass through after the turbine wheel on passive runner 7, from the turbine wheel on passive runner 7 and front end
Turbine wheel and rear end cap 3 that the gap between gap and elastic steel pipe 13 and shell 1 between lid 2 is flowed back on active runner 6
Between gap, machine oil is recycled；The heat that elastic steel pipe 13 is produced with the sliding friction of active runner 6, is circulated
The gap taken between elastic steel pipe 13 and shell 1 of machine oil, then transfer heat to and rotated on shell 1, active rotating shaft 4
Fan blowout wind shell 1 is cooled down.
Claims (2)
1. a kind of ECVT stepless speed changers being driven with hydraulic moment changeable, ECVT stepless speed changers it is main by shell, drive end bearing bracket,
Rear end cap, active rotating shaft, passive rotating shaft, active runner and passive runner composition, are controlled by computer controller；Active rotating shaft to
After the preceding bearing being equipped with through rear end cap center, active rotating shaft front end is equipped with active runner；Passive rotating shaft is backed through in drive end bearing bracket
After the bearing that the heart is equipped with, passive rotating shaft rear end is equipped with passive runner；The axle center of active rotating shaft and passive rotating shaft point-blank,
Active runner is pressed close to face-to-face with passive runner；Machine oil is housed inside ECVT stepless speed changers；It is characterized in that：Use non-ferromagnetic thing
Tubular frame (8) is made in matter, and tubular frame (8) back segment is pipe, and the pipe of tubular frame (8) back segment is enclosed on the active
On runner (6), then the pipe of tubular frame (8) back segment is fixed on the active runner (6)；Tubular frame (8)
Leading portion is bank tube, and the annulus of tubular frame (8) front end fixes grizzly bar, fluted on rear side of the annulus of tubular frame (8) front end,
It is also fluted on front side of the pipe of tubular frame (8) back segment；Fix a bar shaped rare-earth magnet with one piece of bound edge of steel plate half, then
The leading edge forward fold of steel plate, backward bends steel plate back edge, then the leading edge for the steel plate for being fixed with bar shaped rare-earth magnet
Insert in the groove on rear side of the annulus of tubular frame (8) front end, the back edge insertion tube for the steel plate for being fixed with bar shaped rare-earth magnet
In groove on front side of the pipe of shape framework (8) back segment；The steel plate for being fixed with bar shaped rare-earth magnet one by one is namely embedded in pipe
In gap between the grizzly bar of shape framework (8) leading portion bank tube；The leading portion bank tube of tubular frame (8) equipped with bar shaped rare-earth magnet
It is enclosed on the passive runner (7)；There are space, tubular frame between the leading portion of tubular frame (8) and the passive runner (7)
Bar shaped rare-earth magnet on frame (8) can be moved and be attached on the passive runner (7) to passive runner (7) direction；
Generator unit stator (9) is housed, the electricity that generator is sent passes through computer on the leading portion of the shell (1) on the outside of bar shaped rare-earth magnet
Charged a battery after controller adjustment；The drive end bearing bracket (2) is double-deck end cap, has many on drive end bearing bracket (2) described in internal layer
Aperture, is equipped with flowline on drive end bearing bracket (2) described in outer layer；The rear end cap (3) is also double-deck end cap, rear end described in internal layer
There are many apertures on lid (3), oil inlet pipe is housed described in outer layer on rear end cap (3)；Oil inlet pipe and flowline are coupled with scattered
It is equipped with deep fat case (12) left and right sides, oil inlet pipe on motorized adjustment inlet valve (11), flowline and motorized adjustment delivery valve is housed
(10), with air-cooled or water-cooling fuel tank (12)；The active runner (6) is turbine, and the passive runner (7) is
Speed probe is housed on turbine, the passive rotating shaft (5).
2. it is a kind of with hydraulic moment changeable be driven CCVT stepless speed changers, CCVT stepless speed changers mainly have by shell, drive end bearing bracket,
Rear end cap, active rotating shaft, passive rotating shaft, active runner, passive runner, elastic steel pipe, toothed gearing electric motor and pinch roller composition；
Active rotating shaft is advanced through after the bearing that rear end cap center is equipped with, and active rotating shaft front end is equipped with active runner；Passive rotating shaft is worn backward
Cross after the axle that drive end bearing bracket center is equipped with, passive rotating shaft rear end is equipped with passive runner；The axle center of active rotating shaft and passive rotating shaft is at one
On straight line, active runner is pressed close to face-to-face with passive runner；The leading portion of elastic steel pipe is fixed on passive runner, elastic steel pipe
Back segment is enclosed on active runner, has gap between the back segment and active runner of elastic steel pipe；Machine is housed inside CCVT stepless speed changers
Oil；It is characterized in that：The shape of electromagnetism square wave, pinch roller rotating shaft (15) is presented in the pinch roller rotating shaft (15) of the pinch roller (14)
Electromagnetism square wave by two sections bending round steel wire+wear-resisting round steel bases constitute, the base of the electromagnetism square wave of pinch roller rotating shaft (15)
Wear-resisting round steel on be cased with the pinch roller (14), the pinch roller (14) can be on the base of the electromagnetism square wave of pinch roller rotating shaft (15)
Wear-resisting round steel on rotate；Having on the drive end bearing bracket (2) on several rectangle+semicircular indentations, the rear end cap () also has
On several rectangles+semicircular indentations breach, the drive end bearing bracket (2) on rectangle+semicircular indentations breach and the rear end cap
Rectangle+semicircular indentations breach pairing and point-blank；Drive end bearing bracket (2) described in each group and the rear end cap (3)
On rectangle+semicircular indentations breach equipped with pinch roller rotating shaft (15), the leading portion of pinch roller rotating shaft (15) is pressed into the front end
Cover the rectangle+semicircular indentations breach of (2), the rear end of pinch roller rotating shaft (15) be pressed into the rectangle of the rear end cap (3)+
The back segment that the pinch roller (14) is pressed in the elastic steel pipe (13) is cased with semicircular indentations breach, pinch roller rotating shaft (15)；
Equipped with annular screw (16), the back segment non-threaded of annular screw (16), nut (17) and ring outside the drive end bearing bracket (2)
Shape screw (16) is adapted, and planetary gear (18) is adapted with the back segment of annular screw (16) non-threaded, planetary gear (18)
The back segment of annular screw (16) non-threaded is enclosed on, then nut (17) is screwed on annular screw (16) planetary gear (18)
It is limited in outside the back segment of annular screw (16) non-threaded, the drive end bearing bracket (2) and front end housing is housed, front end housing will be enclosed on
Planetary gear (18) on annular screw (16) back segment is covered, and sealing ring is housed between front end housing and planetary gear (18),
Planetary gear (18) inner face has the groove in radiation wire shaped matched with pinch roller rotating shaft (15), the front end of pinch roller rotating shaft (15)
Insert in the groove in radiation wire shaped of planetary gear (18) inner face；The toothed gearing electric motor (19) is fixed on annular screw
(16) outside the drive end bearing bracket (2) on the inside of, output gear and the planetary gear (18) of the toothed gearing electric motor (19)
Engagement；Rear end housing is housed, rear end housing covers the rear end of pinch roller rotating shaft (15), rear end cap outside the rear end cap (3)
Sealing gasket is housed between cover and the rear end cap (3)；The active runner (6) is turbine, and the passive runner (7) is whirlpool
Wheel；Fan leaf is housed, fan guard is fixed on outside the shell (1) on the active rotating shaft (4) on the outside of the rear end cap (3)；
It is equipped with the toothed gearing electric motor (19) on rotary angle transmitter, the passive rotating shaft (5) and speed probe is housed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610091508.6A CN107035845A (en) | 2016-02-03 | 2016-02-03 | ECVT the and CCVT stepless speed changers being driven with hydraulic moment changeable |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610091508.6A CN107035845A (en) | 2016-02-03 | 2016-02-03 | ECVT the and CCVT stepless speed changers being driven with hydraulic moment changeable |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107035845A true CN107035845A (en) | 2017-08-11 |
Family
ID=59532750
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610091508.6A Pending CN107035845A (en) | 2016-02-03 | 2016-02-03 | ECVT the and CCVT stepless speed changers being driven with hydraulic moment changeable |
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| Country | Link |
|---|---|
| CN (1) | CN107035845A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108458084A (en) * | 2018-03-06 | 2018-08-28 | 张英华 | Rotating engine and ECVT variable speed all-in-one machine and control method |
| CN110552883A (en) * | 2019-08-12 | 2019-12-10 | 张英华 | Rotary piston compressor |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB1483525A (en) * | 1973-08-21 | 1977-08-24 | Schubeler & Mattli Ag | Torque converters |
| CN1124336A (en) * | 1994-12-06 | 1996-06-12 | 杨锡尧 | Composite torque convertor |
| RU2115046C1 (en) * | 1995-02-13 | 1998-07-10 | Казанский государственный технический университет им.А.Н.Туполева | Magnetic-wave friction variable-speed drive (design versions) |
| CN104006138A (en) * | 2014-05-21 | 2014-08-27 | 张英华 | Mechanical friction and hydraulic transmission collection type stepless speed change device |
-
2016
- 2016-02-03 CN CN201610091508.6A patent/CN107035845A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB1483525A (en) * | 1973-08-21 | 1977-08-24 | Schubeler & Mattli Ag | Torque converters |
| CN1124336A (en) * | 1994-12-06 | 1996-06-12 | 杨锡尧 | Composite torque convertor |
| RU2115046C1 (en) * | 1995-02-13 | 1998-07-10 | Казанский государственный технический университет им.А.Н.Туполева | Magnetic-wave friction variable-speed drive (design versions) |
| CN104006138A (en) * | 2014-05-21 | 2014-08-27 | 张英华 | Mechanical friction and hydraulic transmission collection type stepless speed change device |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108458084A (en) * | 2018-03-06 | 2018-08-28 | 张英华 | Rotating engine and ECVT variable speed all-in-one machine and control method |
| CN110552883A (en) * | 2019-08-12 | 2019-12-10 | 张英华 | Rotary piston compressor |
| CN110552883B (en) * | 2019-08-12 | 2021-06-04 | 张英华 | Rotary piston compressor |
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Application publication date: 20170811 |