CN109236977A - A kind of fluid torque-converter for dropping operating temperature of band cooling blade and control oil circuit - Google Patents
A kind of fluid torque-converter for dropping operating temperature of band cooling blade and control oil circuit Download PDFInfo
- Publication number
- CN109236977A CN109236977A CN201811355949.8A CN201811355949A CN109236977A CN 109236977 A CN109236977 A CN 109236977A CN 201811355949 A CN201811355949 A CN 201811355949A CN 109236977 A CN109236977 A CN 109236977A
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- oil
- guide wheel
- wheel
- torque
- cooling
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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
- F16H—GEARING
- F16H41/00—Rotary fluid gearing of the hydrokinetic type
- F16H41/04—Combined pump-turbine units
-
- 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
- F16H41/00—Rotary fluid gearing of the hydrokinetic type
- F16H41/24—Details
- F16H41/30—Details relating to venting, lubrication, cooling, circulation of the cooling medium
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/20—Hydro energy
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Control Of Fluid Gearings (AREA)
Abstract
The invention discloses a kind of fluid torque-converters for dropping operating temperature of band cooling blade and control oil circuit, including pump impeller, guide wheel, turbine, splined shaft, cooling cycle oil circuit and torque converter drive circulating oil path, guide wheel is placed on splined shaft, pump impeller and turbine are respectively placed at guide wheel two sides, cooling cycle oil circuit flows separately through splined shaft and guide wheel, and torque converter drive circulating oil path flows separately through pump impeller, turbine and guide wheel；Guide wheel is internally provided with runner, floor be placed inside runner to reinforce radiating, the axial force for needing to offset when fluid torque-converter work is controlled by controlling the pressure difference into the coolant liquid both ends of runner, fluid torque-converter is during the work time, the temperature of active wheel outer ring and blade surface is higher, only process due to the cooling blade of the bad setting of rotary work wheel therefore on stationary guide wheel cooling blade, then the import of runner is opened in wheel stand on pump impeller side, and outlet is opened in wheel stand on turbine side.
Description
Technical field
The present invention relates to fluid torque-converter technical field, in particular to a kind of cooling blade of band drops work with control oil circuit
Make the fluid torque-converter of temperature.
Background technique
Fluid torque-converter is the turbomachine that power is transmitted by fluid dynamic energy, mainly by pump impeller, turbine and guide wheel structure
At.When fluid torque-converter is worked, be full of oil liquid in working chamber, oil liquid along active wheel flow passage.Pump impeller and hair
Motivation is connected, and the blade of pump impeller rotation pushes internal oil movement, and mechanical energy is enable to be converted into liquid；Subsequent high speed Oil shocking
Turbo blade, makes its rotation, and turbine is connected with load and then liquid is enable to be converted into mechanical energy again；The liquid flow flowed out from turbine
To stator ring, pump impeller is flowed back to again after guide wheel, form a shuttling movement.
Since the hydraulic transmission oil flowed out from high-speed rotating turbine impacts stationary guide wheel, have very on guide wheel head
Big barometric gradient, will appear very big kinetic energy loss in this place, and the kinetic energy of fluid can largely be changed into thermal energy presence
In guide vane surface, guide vane temperature increases heat dissipation for a long time and does not go out that blade surface can be made impaired.If hydraulic moment changeable
The included system of device cannot reach good heat dissipation effect, when oil temperature is more than a certain range, will lead to a series of problems, example
Such as work deterioration of oil, braking efficiency decline, seal fails oil leak, seriously affected fluid torque-converter functional reliability and
Stability.Therefore, the thermal balance question for solving fluid torque-converter is particularly important.
There are also the stationary guide wheels of the hydraulic shock of turbine outlet outflow, can make the axial direction that guide wheel is very big by one
Power, unbalanced axial force can aggravate the damage of bearing, greatly shorten the service life of bearing.Fluid torque-converter reduces work at present
The method for making oil temperature mainly passes through included working oil and cools down, but this cooling effect is too poor, by prolonged
Work will regularly replace hydraulic transmission oil, and hydraulic power oil viscosity will receive very big destruction, while will cause can not for blade surface
The corrosion of recovery, if things go on like this blade cannot use, and substantially reduce the service life of blade.
The method that current tradition offsets axial force mainly selects suitable bearing, allows it to offset in fluid torque-converter
The axial load that hydraulic shock guide wheel generates at the high-speed rotating turbine outlet in portion, since fluid torque-converter internal flow is very multiple
It is miscellaneous, be to belong to a UNSTEADY FLOW, the axial load of generation be also it is non-constant, bearing positioning can be made to become unreliable and also can
Aggravate bearing damage.
Summary of the invention
The present invention is to solve hydraulic transmission oil impacts stationary guide wheel and makes blade table when fluid torque-converter works
Face temperature increase and cannot radiate and generate in time uneven axial force the problem of, provide one kind led with inner cooling path
Impeller blade and control oil circuit, the fluid torque-converter for always offsetting axial force by controlling cooled liquid stream simultaneously, reach control and become
The purpose of square device guide vane temperature, improves the working performance of torque-converters.
A kind of fluid torque-converter for dropping operating temperature of band cooling blade and control oil circuit, including guide wheel, pump impeller, whirlpool
Wheel, splined shaft, cooling cycle oil circuit and torque converter drive circulating oil path, guide wheel are placed on splined shaft, pump impeller and turbine
Guide wheel two sides are respectively placed at, cooling cycle oil circuit flows separately through cold runner in splined shaft and guide wheel, and torque converter drive is followed
Ring oil circuit flows separately through pump impeller, turbine and guide wheel；
The first oil duct and the second oil duct are provided on splined shaft；
Guide wheel includes that multiple guide wheels cool down blades, wheel stand (being equivalent to guide wheel outer ring), oil baffle disc and guide wheel inner ring, multiple
The cooling blade of guide wheel is placed between wheel stand and guide wheel inner ring, and oil baffle disc is placed on wheel stand；
Left side annular oil groove, right circular oil groove, wheel stand oil input channel and guide wheel are respectively arranged at left and right sides of wheel stand
Seat oil road, left side annular oil groove are connected to by wheel stand oil road and the second oil duct, right circular oil groove by wheel stand into
Oil duct and the connection of the first oil duct；
Oil baffle disc includes the first oil baffle disc and the second oil baffle disc, and the first oil baffle disc is arranged in left side annular oil groove outer end, the
Two oil baffle discs and right circular oil groove outer end；
It is provided with entry conductor and delivery channel on the cooling blade of guide wheel and the cooling blade interior of guide wheel is provided with interior cold flow
Road, interior cold runner are connected to entry conductor and delivery channel, and entry conductor is connected to right circular oil groove, delivery channel and left side
Annular oil groove is connected to, and is separated between interior cold runner with floor but is not shut completely, and the height of floor is the cooling leaf of guide wheel
The 2/3 of piece radial height, interior cold runner and guide wheel cool down and cool down vane thickness between blade exterior with a thickness of entire guide wheel
1/6, floor thickness is also the cooling vane thickness 1/6 of entire guide wheel, the interior cold runner inner conduit diameter of the cooling blade of guide wheel and
Annular oil groove is of same size, and the first oil duct and the second oil duct diameter inside splined shaft are the 1/2 of annular oil groove width, multiple ribs
Plate is staggered in runner；
Cooling cycle oil circuit, by cooling entrance oil circuit to leading when hydraulic oil container provides hydraulic transmission oil for fluid torque-converter
The interior cold runner taken turns in cooling blade provides coolant liquid, when oil-filled to fluid torque-converter, by pump impeller oiler and splined shaft the
One oil duct is connected, and the first oil duct of splined shaft is connected to (annular oil with the right circular oil groove on wheel stand by wheel stand oil input channel
Slot two sides can be sealed with special oil baffle disc), right circular oil groove connects with guide wheel entry conductor, from delivery channel flow out into
Enter left side annular oil groove, is connected to through wheel stand oil road and the second oil duct with turbine outlet；
Torque converter drive circulating oil path includes fuel tank, coarse filter, constant displacement pump, spring non-return valve, fine filter, pressure
Power table, main pressure valve, safety valve for torque converter, cooling entrance oil circuit, torque-converters entrance oil circuit, coolant outlet oil circuit, torque-converters go out
Mouth oil circuit, counterbalance valve, cooler and lubricating arrangement, fuel tank, coarse filter, constant displacement pump, fine filter, pressure gauge, main pressure valve,
Spring non-return valve, safety valve for torque converter, torque-converters entrance oil circuit and guide wheel are sequentially communicated, and spring non-return valve is arranged in parallel in smart mistake
Torque-converters entrance oil circuit is connected to by the both ends of filter, cooling entrance oil circuit with guide wheel interior inlet conduit, and coolant outlet oil circuit will
Guide wheel internal vent conduit and torque-converters export oil communication, and torque-converters outlet oil circuit one end is connected on turbine the other end successively
It is connected to counterbalance valve, cooler and lubricating arrangement.
The working principle of the invention and use process:
Hydraulic oil container provides hydraulic transmission oil for fluid torque-converter while separating one oil circuit to cold in the cooling blade of guide wheel
Runner provides coolant liquid, and when filling oil to fluid torque-converter, pump impeller oiler is connected to the first oil duct of splined shaft right end, will
Turbine oil outlet and the second oil duct of splined shaft left end are connected, and the first oil duct of splined shaft passes through on wheel stand oil input channel and wheel stand
Right circular oil groove is connected to (annular oil groove two sides can be sealed with special oil baffle disc), and right circular oil groove is led with guide wheel entrance
Pipe connects, and flows out from delivery channel and enters left side annular oil groove, is connected to through wheel stand oil road and the second oil duct with turbine outlet；
A set of oil circuit, save the cost can be thus shared with fluid torque-converter, guide wheel, which cools down on blade wheel stand, to be had for coolant liquid
The interior cold runner of disengaging can connect left side annular oil groove, right circular oil groove and guide wheel and cool down cold runner in blade, and conduit is straight
Diameter and annular oil groove equivalent width, the first oil duct and the second oil duct inside splined shaft are the 1/2 of annular oil groove width, and guide wheel is cold
But blade mechanism is to process some interior cold runners in the cooling blade interior of guide wheel, is separated not between interior cold runner with floor
Have and shut completely, the height of each floor is the 2/3 of guide wheel radial blade height, between runner and the cooling blade exterior of guide wheel
With a thickness of the 1/6 of the cooling vane thickness of entire guide wheel, floor thickness is also the cooling vane thickness 1/6 of entire guide wheel, then by this
A little floors are staggeredly put, and cold runner and floor just will form a snake in the cooling blade of such guide wheel inner ring, wheel stand and guide wheel
Shape runner, can slow down flowing of the liquid in runner in this way can achieve the purpose sufficiently to exchange heat, fluid torque-converter fuel feeding and
Gearbox shifting hydraulic system mainly by fuel tank, coarse filter, constant displacement pump, fine filter, main pressure valve, safety valve for torque converter,
Counterbalance valve, cooler and lubricating arrangement composition, fluid torque-converter safety valve control pump impeller entrance oil pressure, by pump impeller entrance and
The flow of turbine outlet pressure difference and pump is come the axial thrust load calculated come the axial force offset, the control of fluid torque-converter counterbalance valve
Turbine goes out oil pressure, and finally plus a cooler is used to cool down the high temperature oil that oil outlet comes out, by returning to recycle oil after cooling
Road, constantly circulation is just constantly cooling in this way plays the role of reducing the cooling leaf temperature of guide wheel.Beneficial effects of the present invention:
The cooling blade interior oil circuit reverse flow of guide wheel of the present invention, can sufficiently realize the purpose of heat exchange, keep guide wheel cooling
Blade surface temperature reduces, and oil circuit reverse flow is also an advantage that the effect that can exactly offset axial force, is become according to fluid power
The axial force that square device work operating condition generates can realize the effect of counteracting axial force to adjust hydraulic circuit pressure limit, this
Inventive structure is novel, using simple, provide a kind of cooling blade surface temperature raising of solutions guide wheel and cannot radiate in time
The new approaches of uneven axial force are led to the problem of with fluid torque-converter.
Detailed description of the invention
Fig. 1 is overall structure of the present invention.
Fig. 2 is fluid torque-converter cross-sectional view of the present invention.
Fig. 3 is the perspective view of the cooling blade of guide wheel of the present invention.
Fig. 4 is hydraulic principle figure of the invention.
Specific embodiment
Shown in please referring to Fig.1 to Fig.4, a kind of hydraulic moment changeable for dropping operating temperature of band cooling blade and control oil circuit
Device, including guide wheel 1, pump impeller 2, turbine 3, splined shaft 4, cooling cycle oil circuit and torque converter drive circulating oil path, guide wheel 1 are pacified
It is placed on splined shaft 4, pump impeller 2 and turbine 3 are respectively placed at 1 two sides of guide wheel, and cooling cycle oil circuit flows separately through splined shaft 4 and leads
Cold runner in wheel 1, torque converter drive circulating oil path flow separately through pump impeller 2, turbine 3 and guide wheel 1；
The first oil duct 40 and the second oil duct 41 are provided on splined shaft 4；
Guide wheel 1 includes in the cooling blade 10 of multiple guide wheels, wheel stand 11 (being equivalent to guide wheel outer ring), oil baffle disc 12 and guide wheel
Ring 13, the cooling blade 10 of multiple guide wheels are placed between wheel stand 11 and guide wheel inner ring 13, and oil baffle disc 12 is placed in wheel stand 11
On；
Left side annular oil groove 110, right circular oil groove 111, wheel stand oil inlet are respectively arranged at left and right sides of wheel stand 11
Road 112 and wheel stand oil road 113, left side annular oil groove 110 are connected to by wheel stand oil road 113 with the second oil duct 41, right
Side annular oil groove 111 is connected to by wheel stand oil input channel 112 with the first oil duct 40；
Oil baffle disc 12 includes the first oil baffle disc 120 and the second oil baffle disc 121, and the setting of the first oil baffle disc 120 is in left side annular
110 outer end of oil groove, 111 outer end of the second oil baffle disc 121 and right circular oil groove；
It is provided with inside entry conductor 101 and delivery channel 102 and the cooling blade 10 of guide wheel and sets on the cooling blade 10 of guide wheel
It is equipped with interior cold runner, interior cold runner is connected to entry conductor 101 and delivery channel 102, entry conductor 101 and right circular oil groove
111 connections, delivery channel 102 are connected to left side annular oil groove 110, are separated but do not had with floor 100 between interior cold runner
It shuts completely, the height of floor 100 is the 2/3 of cooling 10 radial height of blade of guide wheel, interior cold runner and the cooling blade 10 of guide wheel
Cool down 10 thickness of blade with a thickness of entire guide wheel 1/6 between outside, 100 thickness of floor are also the cooling blade 10 of entire guide wheel
Thickness 1/6, the interior cold runner inner conduit diameter and annular oil groove of the cooling blade 10 of guide wheel are of same size, 4 the inside of splined shaft
First oil duct 40 and 41 diameter of the second oil duct are the 1/2 of annular oil groove width, and multiple floors 100 are staggered in runner；
Cooling cycle oil circuit, by cooling entrance oil circuit 58 when hydraulic oil container 50 provides hydraulic transmission oil for fluid torque-converter
Coolant liquid is provided to the interior cold runner in the cooling blade 10 of guide wheel, when oil-filled to fluid torque-converter, by 2 oiler of pump impeller and flower
4 first oil duct 40 of key axis is connected, and 4 first oil duct 40 of splined shaft passes through the right side ring on wheel stand oil input channel 112 and wheel stand 11
Shape oil groove 111 is connected to (annular oil groove two sides can be sealed with special oil baffle disc 12), and right circular oil groove 111 enters with guide wheel 1
Mouth conduit 101 connects, and flows out from delivery channel 102 and enters left side annular oil groove 110, through wheel stand oil road 113 and the second oil
Road 41 and 3 outlet of turbine；
Torque converter drive circulating oil path includes fuel tank 50, coarse filter 51, constant displacement pump 52, spring non-return valve 53, essence
Filter 54, pressure gauge 55, main pressure valve 56, safety valve for torque converter 57, cooling entrance oil circuit 58, torque-converters entrance oil circuit 59,
Coolant outlet oil circuit 60, torque-converters outlet oil circuit 61, counterbalance valve 62, cooler 63 and lubricating arrangement 64, fuel tank 50, coarse filter
51, constant displacement pump 52, fine filter 54, pressure gauge 55, main pressure valve 56, spring non-return valve 53, safety valve for torque converter 57, torque-converters
Entrance oil circuit 59 and guide wheel 1 are sequentially communicated, and spring non-return valve 53 is arranged in parallel at the both ends of fine filter 54, cooling entrance oil circuit
58 are connected to torque-converters entrance oil circuit 59 with 1 interior inlet conduit 101 of guide wheel, and coolant outlet oil circuit 60 is by 1 internal vent of guide wheel
Conduit 102 and torque-converters outlet oil circuit 61 be connected tos, torque-converters export 61 one end of oil circuit be connected on turbine 3 other end successively with back
Pressure valve 62, cooler 63 are connected to lubricating arrangement 64.
The working principle and use process of the present embodiment:
Shown in please referring to Fig.1 to Fig.4, hydraulic oil container 50 provides hydraulic transmission oil for fluid torque-converter while separating one oil
Road provides coolant liquid to cold runner in the cooling blade 10 of guide wheel, when filling oil to fluid torque-converter, by 2 oiler of pump impeller and flower
The connection of 4 the first oil duct of right end 40 of key axis, 3 oil outlet of turbine and 4 the second oil duct of left end 41 of splined shaft is connected, splined shaft 4 first
Oil duct 40 is connected to that (annular oil groove two sides can be used with the right circular oil groove 111 on wheel stand 11 by wheel stand oil input channel 112
Special oil baffle disc 12 seals), right circular oil groove 111 connects with 1 entry conductor 101 of guide wheel, from delivery channel 102 flow out into
Enter left side annular oil groove 110, through wheel stand oil road 113 and the second oil duct 41 and 3 outlet of turbine；Thus can and liquid
Power torque-converters shares a set of oil circuit, and save the cost, guide wheel, which cools down, has the interior cold flow passed in and out for coolant liquid on 10 wheel stand 9 of blade
Road can connect left side annular oil groove 110, cold runner in the cooling blade 10 of right circular oil groove 111 and guide wheel, conduit diameter and
Annular oil groove equivalent width, the first oil duct 40 and the second oil duct 41 of 4 the inside of splined shaft are the 1/2 of annular oil groove width, guide wheel
Cooling 10 mechanism of blade is that some interior cold runners are processed inside the cooling blade 10 of guide wheel, uses floor 100 between interior cold runner
It is separated and is not shut completely, the height of each floor 100 is the 2/3 of 1 radial blade height of guide wheel, and runner and guide wheel are cooling
Cool down 10 thickness of blade with a thickness of entire guide wheel 1/6 between 10 outside of blade, 100 thickness of floor are also that entire guide wheel is cooling
Then 10 thickness 1/6 of blade is staggeredly put these floors 100, the cooling blade of such guide wheel inner ring 13, wheel stand 11 and guide wheel
Cold runner and floor 100 just will form a serpentine flow path in 10, and can slow down flowing of the liquid in runner in this way can reach
To the purpose sufficiently to exchange heat, fluid torque-converter fuel feeding and gearbox shifting hydraulic system are mainly by fuel tank 50, coarse filter 51, fixed
Amount pump 52, fine filter 54, main pressure valve 56, safety valve for torque converter 57, counterbalance valve 62, cooler 63 and 64 groups of lubricating arrangement
At fluid torque-converter safety valve 57 controls 2 entrance oil pressure of pump impeller, and the stream of pressure difference and pump is exported by 2 entrance of pump impeller and turbine 3
The axial force for measuring the axial thrust load to calculate to offset, fluid torque-converter counterbalance valve 62 control turbine 3 and go out oil pressure, finally
Add a cooler 63 to be used to cool down the high temperature oil that oil outlet comes out, by returning to circulating oil path after cooling, constantly recycles in this way
It is just constantly cooling to play the role of reducing cooling 10 temperature of blade of guide wheel.
Claims (3)
1. a kind of cooling blade of band and the fluid torque-converter for dropping operating temperature for controlling oil circuit, it is characterised in that: including guide wheel
(1), pump impeller (2), turbine (3), splined shaft (4), cooling cycle oil circuit and torque converter drive circulating oil path, guide wheel (1) peace
It is placed on splined shaft (4), pump impeller (2) and turbine (3) are respectively placed at guide wheel (1) two sides, and cooling cycle oil circuit flows separately through flower
Key axis (4) and guide wheel (1) interior cold runner, torque converter drive circulating oil path flow separately through pump impeller (2), turbine (3) and guide wheel
(1)；
The first oil duct (40) and the second oil duct (41) are provided on splined shaft (4)；
The guide wheel (1) includes that multiple guide wheels cool down blade (10), wheel stand (11), oil baffle disc (12) and guide wheel inner ring (13),
Multiple guide wheels cooling blade (10) are placed between wheel stand (11) and guide wheel inner ring (13), and oil baffle disc (12) is placed in wheel stand
(11) on.
2. the fluid torque-converter for dropping operating temperature of a kind of band cooling blade and control oil circuit according to claim 1,
It is characterized by: being respectively arranged with left side annular oil groove (110), right circular oil groove at left and right sides of the wheel stand (11)
(111), wheel stand oil input channel (112) and wheel stand oil road (113), left side annular oil groove (110) pass through wheel stand oil road
(113) it is connected to the second oil duct (41), right circular oil groove (111) passes through wheel stand oil input channel (112) and the first oil duct (40)
Connection；
The oil baffle disc (12) includes the first oil baffle disc (120) and the second oil baffle disc (121), and the first oil baffle disc (120) setting exists
Left side annular oil groove (110) outer end, the second oil baffle disc (121) and right circular oil groove (111) outer end；
Entry conductor (101) and delivery channel (102) and the cooling blade of guide wheel are provided on the guide wheel cooling blade (10)
(10) it is internally provided with interior cold runner, interior cold runner is connected to entry conductor (101) and delivery channel (102), entry conductor
(101) be connected to right circular oil groove (111), delivery channel (102) is connected to left side annular oil groove (110), interior cold runner it
Between separated with floor (100) but do not shut completely, the height of floor (100) is cooling blade (10) radial height of guide wheel
2/3, between cooling blade (10) outside of interior cold runner and guide wheel with a thickness of the 1/ of cooling blade (10) thickness of entire guide wheel
6, floor (100) thickness is also that entire guide wheel cools down blade (10) thickness 1/6, and guide wheel cools down inside the interior cold runner of blade (10)
Conduit diameter and annular oil groove are of same size, and the first oil duct (40) and the second oil duct (41) diameter inside splined shaft (4) are ring
The 1/2 of shape oil groove width, multiple floors (100) are staggered in runner；
It is cold to guide wheel by cooling entrance oil circuit (58) when the hydraulic oil container (50) provides hydraulic transmission oil for fluid torque-converter
But the interior cold runner in blade (10) provides coolant liquid, when oil-filled to fluid torque-converter, by pump impeller (2) oiler and splined shaft
(4) first oil ducts (40) are connected, and (4) first oil duct (40) of splined shaft passes through on wheel stand oil input channel (112) and wheel stand (11)
Right circular oil groove (111) be connected to (annular oil groove two sides can be sealed with special oil baffle disc (12)), right circular oil groove
(111) connect with guide wheel (1) entry conductor (101), flowed out from delivery channel (102) and enter left side annular oil groove (110), through leading
Wheel seat oil road (113) and the second oil duct (41) and turbine (3) outlet.
3. the fluid torque-converter for dropping operating temperature of a kind of band cooling blade and control oil circuit according to claim 1,
It is characterized by: the torque converter drive circulating oil path includes fuel tank (50), coarse filter (51), constant displacement pump (52), bullet
Spring check valve (53), fine filter (54), pressure gauge (55), main pressure valve (56), safety valve for torque converter (57), cooling entrance oil
Road (58), torque-converters entrance oil circuit (59), coolant outlet oil circuit (60), torque-converters outlet oil circuit (61), counterbalance valve (62), cooling
Device (63) and lubricating arrangement (64), fuel tank (50), coarse filter (51), constant displacement pump (52), fine filter (54), pressure gauge
(55), main pressure valve (56), spring non-return valve (53), safety valve for torque converter (57), torque-converters entrance oil circuit (59) and guide wheel (1)
It is sequentially communicated, spring non-return valve (53) is arranged in parallel at the both ends of fine filter (54), cools down entrance oil circuit (58) for torque-converters
Entrance oil circuit (59) is connected to guide wheel (1) interior inlet conduit (101), and coolant outlet oil circuit (60) is by guide wheel (1) internal vent
Conduit (102) is connected to torque-converters outlet oil circuit (61), and torque-converters outlet oil circuit (61) one end is connected to the other end on turbine (3)
Successively it is connected to counterbalance valve (62), cooler (63) and lubricating arrangement (64).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811355949.8A CN109236977B (en) | 2018-11-15 | 2018-11-15 | Hydraulic torque converter with cooling blades and control oil way and capable of reducing working temperature |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811355949.8A CN109236977B (en) | 2018-11-15 | 2018-11-15 | Hydraulic torque converter with cooling blades and control oil way and capable of reducing working temperature |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109236977A true CN109236977A (en) | 2019-01-18 |
| CN109236977B CN109236977B (en) | 2023-08-15 |
Family
ID=65075186
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811355949.8A Active CN109236977B (en) | 2018-11-15 | 2018-11-15 | Hydraulic torque converter with cooling blades and control oil way and capable of reducing working temperature |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109236977B (en) |
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