CN108854223A - A kind of vibration filtering output driving device - Google Patents
A kind of vibration filtering output driving device Download PDFInfo
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- CN108854223A CN108854223A CN201810631671.6A CN201810631671A CN108854223A CN 108854223 A CN108854223 A CN 108854223A CN 201810631671 A CN201810631671 A CN 201810631671A CN 108854223 A CN108854223 A CN 108854223A
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- driving
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- spline housing
- driven
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D33/00—Filters with filtering elements which move during the filtering operation
- B01D33/01—Filters with filtering elements which move during the filtering operation with translationally moving filtering elements, e.g. pistons
- B01D33/03—Filters with filtering elements which move during the filtering operation with translationally moving filtering elements, e.g. pistons with vibrating filter elements
- B01D33/0346—Filters with filtering elements which move during the filtering operation with translationally moving filtering elements, e.g. pistons with vibrating filter elements with flat filtering elements
- B01D33/0353—Filters with filtering elements which move during the filtering operation with translationally moving filtering elements, e.g. pistons with vibrating filter elements with flat filtering elements self-supporting
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D33/00—Filters with filtering elements which move during the filtering operation
- B01D33/80—Accessories
- B01D33/801—Driving means, shaft packing systems or the like
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Transmission Devices (AREA)
- Arrangement Of Transmissions (AREA)
Abstract
A kind of vibration filtering output driving device, including the vibration filtering mechanism being connect with driving mechanism, driving mechanism uses the mixed drive of hydraulic-driven and Mechanical Driven, vibration filtering mechanism is driven to carry out vibration filtering, when vibration filtering output driving device, which is in, accelerates driving, it is driven using hydraulic stepless speed change, output driving revolving speed is gradually increased from low-speed big, when reaching constant duty revolving speed, it uses Mechanical Driven instead and maintains revolving speed, the needs for meeting special operation condition simultaneously, and can reduce the requirement to mechanical transmission performance.
Description
Technical field
The present invention relates to screening plant technical field more particularly to a kind of vibration filtering output driving devices.
Background technique
Stirring and vibrative filter currently used for mud, drift sand, mortar etc., roller figure are huge along with prepackage
The processed material of load causes the inertia of entire roller very big, rotates from stationary state driving to the revolving speed of job state, need to be short
It completes to need greatly driving torsional moment and power in time, and in the process, greatly load is to mechanically operated performance
It is required that it is high, while frequent starting and positive and negative rotation, it certainly will will aggravate mechanical wear；It is special to meet to design a set of transmission system
The needs of operating condition, and can reduce the requirement to mechanical transmission performance, have become technical problem urgently to be resolved.
Summary of the invention
Technical problem solved by the invention is to provide a kind of vibration filtering output driving device, to solve above-mentioned background
Disadvantage in technology.
Technical problem solved by the invention is realized using following technical scheme：
A kind of vibration filtering output driving device, including the vibration filtering mechanism connecting with driving mechanism, driving mechanism is adopted
With the mixed drive of hydraulic-driven and Mechanical Driven, vibration filtering mechanism is driven to carry out vibration filtering, is driven when vibration filtering exports
When dynamic device is in acceleration driving, is driven using hydraulic stepless speed change, output driving revolving speed is gradually increased from low-speed big, when
When reaching constant duty revolving speed, uses Mechanical Driven instead and maintain revolving speed, to improve transmission efficiency, specific structure is as follows：
In driving mechanism, driving first axle one end is mounted in driving first support, and the driving first axle other end is mounted on
Drive second support on, driving bevel gear and driving wheel for inputting setting driving first axle one end, driving the first axle other end from
Successively sliding sleeve drives and sets on the first spline housing equipped with driving sun gear, the first spline housing of driving, driving first gear top to bottm
It is equipped in the level-one of the level-one internal spline being driven with driving first axle external splines cooperation and driving sun gear external splines engaged transmission
Internal spline under the level-one of internal spline and driving first gear external splines engaged transmission, the first spline housing of driving is controlled in outside to be made
Can slide axially along driving first axle under, when drive the first spline housing be detached from by external control in position gradually glide process
In, spline and driving first gear external splines engaged transmission under the level-one of the first spline housing are driven, drives first axle to pass through at this time
It drives the first spline housing that driving first gear is driven to rotate in a circumferential direction transmission, and the opposite driving sun gear of first axle is driven to be in circumferentially
Idling conditions；During driving the first spline housing gradually above to be slided by position in external control disengaging, the first spline housing of driving
Level-one upper spline and driving sun gear external splines engaged transmission, drive first axle to drive driving by the first spline housing of driving at this time
Sun gear rotates in a circumferential direction transmission, and the opposite driving first gear of first axle is driven to be in circumferential idling conditions；
Driving second gear, the first tooth of driving second gear and driving are provided on the power input shaft of energy transfer mechanism
Wheel engaged transmission, is provided with the 6th gear of driving on the power output shaft of energy transfer mechanism, the 6th gear of driving and driving the
Five gears engaged transmission, it is mechanical energy output by hydraulic energy transfer that energy transfer mechanism, which converts mechanical energy to after hydraulic energy again,
Can be with lower revolving speed and high torsional moment output in this conversion process, and exported for variable speed；Drive planetary gear edge
Drive sun gear circumferentially uniformly distributed, driving planetary gear periphery is provided with driving ring gear, driving planetary gear simultaneously with driving sun gear,
Ring gear is driven to engage deceleration transmission, driving planetary gear is rotatably provided on driving planet stent, and driving planetary gear passes through drive
Dynamic planet stent circumferentially limits, and drives planetary gear in driving sun gear and drive and drive driving row under the collective effect of ring gear
Prong frame rotary drive；Drive the setting of the second axis on driving third bracket, the second axis lower end of driving and driving planet stent return
Turn center key transmission connection, the second axis upper end of driving is provided with driving third gear, the 4th gear of driving third gear and driving
Engaged transmission；
Driving third axis one end is mounted on the 4th bracket of driving, and the driving third axis other end is mounted on the 5th bracket of driving
On, drive the 4th bracket and drive on the driving third axis between the 5th bracket from top to bottom successively sliding sleeve equipped with driving the
Four gears, the second spline housing of driving, the 5th gear of driving, driving third axis upper end are provided with driving output wheel, drive third axis
Drive driving output wheel rotary drive；It drives the 5th gears slip to be sleeved on driving third axis, drives and set on the second spline housing
It is equipped with and the second level internal spline of driving third axis external splines cooperation transmission, the second level with the 4th gear external splines engaged transmission of driving
Internal spline under the second level of the 5th gear external splines engaged transmission of upper internal spline and driving, the second spline housing of driving pass through in second level
External splines on spline and driving third axis, which cooperates, to be driven, and drives the second spline housing can be along driving third under external control action
Axis slides axially；During driving the second spline housing gradually to be glided by position in external control disengaging, the second spline housing is driven
Second level under the 5th gear external splines engaged transmission of spline and driving, drive the 5th gear to pass through the second spline housing band of driving at this time
Dynamic driving third axis rotates in a circumferential direction transmission, and third axis the 4th gear of opposite driving is driven to be in circumferential direction idling conditions；Work as driving
During second spline housing is gradually above slided by position in external control disengaging, drives the second level upper spline of the second spline housing and drive
4th gear external splines engaged transmission, drives the 4th gear to drive driving third axis circumferentially to revolve by the second spline housing of driving at this time
Turn transmission, and third axis the 5th gear of opposite driving is driven to be in circumferential idling conditions；
In vibration filtering mechanism, the setting of first transmission shaft one end of vibration is on vibration third support base, the first transmission of vibration
On vibrating the second support base, the setting of the first sprocket wheel of vibration passes the setting of axis one end in first transmission shaft one end of vibration, vibration first
The moving axis other end is provided with vibration eccentric rod；Vibration second driving shaft one end is provided with vibration bevel gear, vibrates second driving shaft
The other end is provided with vibration sun gear, is mounted in the 5th support base of vibration in the middle part of vibration second driving shaft, vibration bevel gear with
Driving bevel gear engaged transmission, vibration planetary gear is circumferentially uniformly distributed along vibration sun gear, and vibrates planetary gear and be rotatably provided in vibration
On dynamic planetary carrier, mutual alignment is limited by vibration planetary carrier, vibration planetary gear periphery is provided with vibration gear ring,
The straight-tooth circle for being provided with and engaging with vibration planetary gear is enclosed in vibration gear ring, vibration gear ring periphery is provided with and vibration worm screw control machine
The worm gear gear ring of structure worm screw engagement, the setting of vibration third transmission shaft one end vibrate third transmission shaft on vibration four-supporting
Other end setting is on vibrating the 6th support base, and in the middle part of vibration third transmission shaft, vibration third passes the setting of the second sprocket wheel of vibration
Moving axis one end is connect with vibration planetary carrier, and the vibration third transmission shaft other end is provided with vibration eccentric disc, vibrates eccentric disc
Upper eccentric setting has the second eccentric pin shaft of vibration, and vibrates second eccentric pin shaft one end and be provided with the vertical sphere of vibration, and vibration is perpendicular
To sphere and vertical groove body mating connection is vibrated, biography is connected by vibration chain between the second sprocket wheel of the first sprocket wheel of vibration and vibration
It is dynamic；Vibration sieve pore is evenly equipped on vibration sieve nest, vibration sieve nest discharge end is provided with sieve nest deflector, is used to support vibrating filter
It is provided with vibration globe hinge support seat on the bracket of structure, and vibration sieve nest corresponding position is provided with vibrating screen ball hinge, vibrating screen
It is supported between ball hinge and vibration globe hinge support seat by the connection of vibrating screen flexural pivot connecting rod, is arranged below vibration sieve nest discharge end
There is the lateral groove body of vibration, is rotatably mounted on the first support base of vibration in the middle part of vibration rocking bar, vibration rocking bar one end passes through vibration
Second pin shaft is flexibly connected with vibration rod one end, and the vibration rod other end passes through the first eccentric pin shaft and vibration eccentric rod activity
Connection, the vibration rocking bar other end are connect with transverse bar one end flexural pivot is vibrated, and the vibration transverse bar other end is consolidated with lateral cylinder is vibrated
Fixed connection vibrates lateral cylinder and is cooperatively connected with lateral groove body is vibrated.
In the present invention, driving first gear is located at driving second support side.
In the present invention, driving bevel gear is located between driving first support and driving second support.
In the present invention, driving wheel for inputting is located at driving first support side.
In the present invention, the first spline housing of driving is located between driving first gear and driving sun gear.
In the present invention, the second spline housing of driving is located between the 5th gear of the 4th gear of driving and driving.
In the present invention, driving third bracket is located between driving planet stent and driving third gear.
In the present invention, driving output wheel is arranged on the driving third axis on the upside of the 4th bracket of driving.
In the present invention, the second sprocket wheel of vibration is located between the 6th support base of vibration four-supporting and vibration.
In the present invention, vertical groove body setting is vibrated in the middle part of vibration sieve nest one end.
Beneficial effect：Driving mechanism uses the mixed drive of hydraulic-driven and Mechanical Driven in the present invention, drives vibrated
Filter structure carries out vibration filtering, when vibration filtering output driving device, which is in, accelerates driving, is driven using hydraulic stepless speed change,
Output driving revolving speed is gradually increased from low-speed big, when reaching constant duty revolving speed, is used Mechanical Driven instead and is maintained revolving speed,
Meet the needs of special operation condition simultaneously, and can reduce the requirement to mechanical transmission performance.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of presently preferred embodiments of the present invention.
Fig. 2 is the driving mechanism structure schematic diagram in presently preferred embodiments of the present invention.
Fig. 3 is the vibration filtering mechanism view in presently preferred embodiments of the present invention.
Specific embodiment
In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below
Conjunction is specifically illustrating, and the present invention is further explained.
Referring to a kind of vibration filtering output driving device of FIG. 1 to FIG. 3, including the vibration filtering being connect with driving mechanism 1
Mechanism 2, driving mechanism 1 drive vibration filtering mechanism 2 to carry out vibrated using the mixed drive of hydraulic-driven and Mechanical Driven
Filter is driven, gradually from low-speed big when vibration filtering output driving device, which is in, accelerates driving using hydraulic stepless speed change
Output driving revolving speed is increased, when reaching constant duty revolving speed, Mechanical Driven is used instead and maintains revolving speed, to improve transmission efficiency, tool
Body structure is as follows：
Driving mechanism 1 includes driving wheel for inputting 1-1, driving first support 1-2, driving bevel gear 1-3, driving second support
1-4, driving first axle 1-5, driving first gear 1-6, driving second gear 1-7, energy transfer mechanism 1-8, the first flower of driving
Key covers 1-9, driving sun gear 1-10, driving planetary gear 1-11, driving ring gear 1-12, driving planet stent 1-13, driving the
Three bracket 1-14, it driving third gear 1-15, the second axis 1-16 of driving, the 4th gear 1-17 of driving, driving output wheel 1-18, drives
Dynamic third axis 1-19, the 4th bracket 1-20 of driving, the second spline housing 1-21 of driving, the 5th gear 1-22 of driving, the 6th tooth of driving
Take turns 1-23, driving the 5th bracket 1-24, driving first axle 1-5 are respectively arranged in driving first support 1-2 and driving by bearing
On second support 1-4, drives and be provided with driving bevel gear 1-3 on first axle 1-5, and driving bevel gear 1-3 is located at driving first
Bracket 1-2 and driving second support 1-4 between, driving bevel gear 1-3 simultaneously with right vibration bevel gear 2-31, left vibration bevel gear
3-31 engaged transmission, the driving lower end first axle 1-5 is provided with driving wheel for inputting 1-1, and wheel for inputting 1-1 is driven to be located at driving first
The side bracket 1-2, driving wheel for inputting 1-1 can be all kinds of drive pulleys, sprocket wheel；Drive the upper end first axle 1-5 from top to bottom according to
It is secondary to be provided with driving sun gear 1-10, the first spline housing 1-9 of driving, driving first gear 1-6, and drive first gear 1-6
In the driving side second support 1-4；First gear 1-6 sliding sleeve is driven loaded on driving first axle 1-5, when driving the first spline
When set 1-9 is in middle position state without peripheral operation, driving first axle 1-5 circumferentially dallies relative to driving first gear 1-6, driving
External splines is provided on first gear 1-6；Drive sun gear 1-10 sliding sleeve loaded on driving on first axle 1-5, when driving first
When spline housing 1-9 is in middle position state without peripheral operation, driving first axle 1-5 circumferentially dallies relative to driving sun gear 1-10,
External splines is provided on driving sun gear 1-10；The first spline housing 1-9 is driven to be located at driving first gear 1-6 and driving sun gear
Between 1-10, drives and be provided with level-one internal spline on the first spline housing 1-9, internal spline under internal spline, level-one in level-one, driving the
One spline housing 1-9 is by level-one internal spline and the external splines on first axle 1-5 is driven to cooperate transmission, and drives the first spline housing 1-
9 can slide axially under external control action along driving first axle 1-5；When the first spline housing 1-9 of driving is de- by external control
During gradually gliding from middle position, the external splines of spline and driving first gear 1-6 under the level-one of the first spline housing 1-9 is driven to nibble
Transmission is closed, drives first axle 1-5 to drive by the first spline housing 1-9 of driving at this time and first gear 1-6 is driven to rotate in a circumferential direction transmission,
And the opposite driving sun gear 1-10 of first axle 1-5 is driven to be in circumferential idling conditions；When the first spline housing 1-9 of driving is by outside
Manipulation be detached from position it is gradually upper sliding during, drive the first spline housing 1-9 level-one upper spline and driving sun gear 1-10 it is outer
Spline engagement transmission drives first axle 1-5 to drive driving sun gear 1-10 to rotate in a circumferential direction by the first spline housing 1-9 of driving at this time
Transmission, and the opposite driving first gear 1-6 of first axle 1-5 is driven to be in circumferential idling conditions；
Be provided on the power input shaft of energy transfer mechanism 1-8 driving second gear 1-7, driving second gear 1-7 with
First gear 1-6 engaged transmission is driven, the 6th gear 1-23 of driving is provided on the power output shaft of energy transfer mechanism 1-8,
The 5th gear 1-22 engaged transmission of the 6th gear 1-23 and driving is driven, energy transfer mechanism 1-8 converts mechanical energy to hydraulic
Can after again by hydraulic energy transfer be mechanical energy export, can be defeated with lower revolving speed and high torsional moment in this conversion process
Out, and for variable speed it exports；It drives planetary gear 1-11 circumferentially uniformly distributed along driving sun gear 1-10, drives outside planetary gear 1-11
It encloses and is provided with driving ring gear 1-12, driving planetary gear 1-11 is engaged with driving sun gear 1-10, driving ring gear 1-12 simultaneously
Deceleration transmission, driving planetary gear 1-11 are rotatably set on driving planet stent 1-13, and driving planetary gear 1-11 passes through driving
Planet stent 1-13 is circumferentially limited, and is driven planetary gear 1-11 in driving sun gear 1-10 and driven the common work of ring gear 1-12
Planet stent 1-13 rotary drive is driven with lower drive；The second axis 1-16 is driven to be set to driving third bracket 1-14 by bearing
On, the second lower end axis 1-16 of driving and driving planet stent 1-13 centre of gyration key transmission connection drive the second upper end axis 1-16
It is provided with driving third gear 1-15, the 4th gear 1-17 engaged transmission of driving third gear 1-15 and driving drives third branch
Frame 1-14 is located between driving planet stent 1-13 and driving third gear 1-15；
Driving third axis 1-19 is respectively arranged on the 5th bracket 1-24 of the 4th bracket 1-20 of driving and driving by bearing,
It is disposed with from top to bottom on the driving third axis 1-19 between the 5th bracket 1-24 driving the 4th bracket 1-20 and driving
The 4th gear 1-17, the second spline housing 1-21 of driving, the 5th gear 1-22 of driving are driven, the upper end third axis 1-19 is driven and is located at
It drives and is provided with driving output wheel 1-18 on the upside of the 4th bracket 1-20, driving output wheel 1-18 can be all kinds of drive pulleys, chain
Wheel, driving third axis 1-19 drive driving output wheel 1-18 rotary drive；Drive the 5th gear 1-22 sliding sleeve loaded on driving the
On three axis 1-19, when driving the second spline housing 1-21 to be in middle position state without peripheral operation, the 5th gear 1-22 of driving is opposite
It circumferentially dallies in driving third axis 1-19, drives and be provided with external splines on the 5th gear 1-22；The 4th gear 1-17 is driven to slide
It is set on driving third axis 1-19, when driving the second spline housing 1-21 to be in middle position state without peripheral operation, driving the 4th
Gear 1-17 circumferentially dallies relative to driving third axis 1-19, drives and is provided with external splines on the 4th gear 1-17；Driving second
Spline housing 1-21 is located between the 5th gear 1-22 of the 4th gear 1-17 of driving and driving, drives and is arranged on the second spline housing 1-21
There is second level internal spline, internal spline, the second spline housing 1-21 of driving pass through second level internal spline and driving under internal spline, second level in second level
External splines on third axis 1-19 cooperates transmission, and drives the second spline housing 1-21 can be along driving third under external control action
Axis 1-19 slides axially；When drive the second spline housing 1-21 be detached from by external control in during position gradually glides, drive the
The external splines engaged transmission of the 5th gear 1-22 of spline and driving, drives the 5th gear 1- at this time under the second level of two spline housing 1-21
22 drive driving third axis 1-19 to rotate in a circumferential direction transmission by the second spline housing 1-21 of driving, and drive the opposite drive of third axis 1-19
Dynamic 4th gear 1-17 is in circumferential idling conditions；When drive the second spline housing 1-21 by external control be detached from position gradually on
During cunning, the external splines engaged transmission of the 4th gear 1-17 of second level upper spline and driving of the second spline housing 1-21 is driven, this
When the 4th gear 1-17 of driving driven by the second spline housing 1-21 of driving third axis 1-19 driven to rotate in a circumferential direction transmission, and drive
The 5th gear 1-22 of the opposite driving of third axis 1-19 is in circumferential idling conditions；
Vibration filtering mechanism 2 includes vibration sieve nest 2-1, sieve nest deflector 2-2, vibrates lateral groove body 2-3, vibration transverse post
Body 2-4, vibration transverse bar 2-5, the first pin shaft 2-6 of vibration, vibration rocking bar 2-7, the first support base 2-8 of vibration, the second pin of vibration
Axis 2-9, vibration rod 2-10, the second support base 2-11 of vibration, the first eccentric pin shaft 2-12 of vibration, vibration eccentric rod 2-13, vibration
Dynamic sieve pore 2-14, vibrating screen ball hinge 2-15, vibrating screen flexural pivot connecting rod 2-16, vibration globe hinge support seat 2-17, vibration third branch
Support seat 2-18, the first transmission shaft 2-19 of vibration, the first sprocket wheel 2-20 of vibration, vibration chain 2-21, vibration worm screw control mechanism 2-
22, vertical groove body 2-23, vibration eccentric disc 2-24, vibration four-supporting 2-25, vibration planetary gear 2-26, vibration second are vibrated
Transmission shaft 2-27, the 5th support base 2-28 of vibration, vibration sun gear 2-29, vibration gear ring 2-30, vibration bevel gear 2-31, vibration
Second sprocket wheel 2-32, the 6th support base 2-33 of vibration, vibration planetary carrier 2-34, the second eccentric pin shaft 2-35 of vibration, vibration
Vertical sphere 2-36 and vibration third transmission shaft 2-37, wherein the first transmission shaft 2-19 of vibration is respectively arranged at vibration by bearing
On the second support base 2-11 of dynamic third support base 2-18 and vibration, first one end transmission shaft 2-19 of vibration is provided with the first chain of vibration
2-20 is taken turns, the first transmission shaft 2-19 other end of vibration is provided with vibration eccentric rod 2-13, and vibration one end second driving shaft 2-27 is set
It is equipped with vibration bevel gear 2-31, the vibration second driving shaft 2-27 other end is provided with vibration sun gear 2-29, the second transmission of vibration
It is mounted in the middle part of axis 2-27 in the 5th support base 2-28 of vibration, vibration bevel gear 2-31 and driving bevel gear 1-3 engaged transmission, vibration
Dynamic planetary gear 2-26 is circumferentially uniformly distributed along vibration sun gear 2-29 and limits mutual alignment, Yu Zhen by vibration planetary carrier 2-34
The dynamic periphery planetary gear 2-26 is provided with vibration gear ring 2-30, vibrates to enclose to be provided in gear ring 2-30 and engage with vibration planetary gear 2-26
Straight-tooth circle, the vibration periphery gear ring 2-30 be provided with the worm gear gear ring that engages of vibration worm screw control mechanism 2-22 worm screw, vibrate
Third transmission shaft 2-37 is respectively arranged on the 6th support base 2-33 of vibration four-supporting 2-25 and vibration by bearing, vibration
Second sprocket wheel 2-32 is set in the middle part of vibration third transmission shaft 2-37, and is vibrated the second sprocket wheel 2-32 and be located at vibration four-supporting
Between the 6th support base 2-33 of 2-25 and vibration, vibration one end third transmission shaft 2-37 is connect with vibration planetary carrier 2-34,
The vibration third transmission shaft 2-37 other end is provided with vibration eccentric disc 2-24, and vibrating eccentric setting on eccentric disc 2-24 has vibration the
Two eccentric pin shaft 2-35, and vibrate second one end eccentric pin shaft 2-35 and be provided with the vertical sphere 2-36 of vibration, vibrate vertical groove body
2-23 is set in the middle part of vibration one end sieve nest 2-1, is vibrated vertical sphere 2-36 and is vibrated vertical groove body 2-23 mating connection, vibration
Pass through vibration chain 2-21 connection transmission between the second sprocket wheel 2-32 of first sprocket wheel 2-20 and vibration；It vibrates uniformly distributed on sieve nest 2-1
There is vibration sieve pore 2-14, vibration sieve nest 2-1 discharge end is provided with sieve nest deflector 2-2, is used to support the branch of vibration filtering mechanism
It is provided with vibration globe hinge support seat 2-17 on frame, and vibration sieve nest 2-1 corresponding position is provided with vibrating screen ball hinge 2-15, shakes
It is supported between dynamic sieve ball hinge 2-15 and vibration globe hinge support seat 2-17 by vibrating screen flexural pivot connecting rod 2-16 connection, in vibrating screen
The lateral groove body 2-3 of vibration is provided with below body 2-1 discharge end, the middle part vibration rocking bar 2-7 and the first support base 2-8 of vibration are rotatable
Assembly, vibration one end rocking bar 2-7 are flexibly connected by vibrating the second pin shaft 2-9 with the one end vibration rod 2-10, vibration rod 2-
10 other ends are flexibly connected by the first eccentric pin shaft 2-12 with vibration eccentric rod 2-13, the vibration rocking bar 2-7 other end and vibration
The connection of transverse bar 2-5 one end flexural pivot, the vibration transverse bar 2-5 other end are fixedly connected with vibration transverse direction cylinder 2-4, vibrate transverse post
Body 2-4 and vibration transverse direction groove body 2-3 are cooperatively connected.
In the present embodiment, when driving mechanism 1 is accelerated using hydraulic-driven, peripheral operation is also turned on the first flower of driving
Key covers 1-9 and driving first gear 1-6, the second spline housing 1-21 of driving and the 5th gear 1-22 of driving, and driving wheel for inputting 1-1 is logical
First axle of overdriving 1-5 drive driving the first spline housing 1-9 driving driving first gear 1-6 rotation, driving first gear 1-6 and
Second gear 1-7 engaged transmission is driven, power exports after the machine liquid of energy transfer mechanism 1-8, the secondary exchange of liquid machine, and by driving
Dynamic 6th gear 1-23 and the 5th gear 1-22 engaged transmission of driving export, and the 5th gear 1-22 of driving passes through the second spline of driving
It covers 1-21 and drives driving third axis 1-19 rotary drive, it is final to drive driving output wheel 1-18 driving roller rotation, in this process
Middle mechanical driving part is in idle state；When roller is accelerated to constant speed, while manipulating the first spline housing 1-9 of driving
With the second spline housing 1-21 uplink of driving, until the first spline housing 1-9 of driving and driving sun gear 1-10 engaged transmission, driving the
The 4th gear 1-17 engaged transmission of two spline housing 1-21 and driving, driving wheel for inputting 1-1 drive driving by driving first axle 1-5
First spline housing 1-9 driving driving sun gear 1-10 rotation, driving sun gear 1-10 and driving planetary gear 1-11 engaged transmission, are moved
Power exports after driving planet stent 1-13 drives driving the second axis 1-16 driving driving third gear 1-15, and by driving third
The 4th gear 1-17 engaged transmission of gear 1-15 and driving, the 4th gear 1-17 of driving are driven by the second spline housing 1-21 of driving
Third axis 1-19 rotary drive is driven, it is final to drive driving output wheel 1-18 driving roller rotation, in the process hydraulic drive
It is partially in idle state；
At the same time, the driving bevel gear 1-3 being mounted on driving first axle 1-5 is engaged with vibration bevel gear 2-31；
It vibrates bevel gear 2-31 and drives vibration second driving shaft 2-27 rotation, vibration second driving shaft 2-27 drives vibration too
Sun wheel 2-29 rotation, vibration sun gear 2-29 drive vibration planetary carrier 2-34 rotation, vibration by vibration planetary gear 2-26
Planetary carrier 2-34 drives the second sprocket wheel 2-32 of vibration and vibration eccentric disc 2-24 by vibration third transmission shaft 2-37 simultaneously
Rotation, vibration eccentric disc 2-24 is driven by the second eccentric pin shaft 2-35 of vibration vibrates vertical sphere 2-36 driving vibration vertical slot
Body 2-23 left swing is dynamic, so that vibration sieve nest 2-1 be driven to do reciprocally swinging, the second sprocket wheel 2-32 of vibration passes through vibration chain 2-21 band
Dynamic vibration the first sprocket wheel 2-20 rotation, the first sprocket wheel 2-20 of vibration drive vibration eccentric rod 2- by the first transmission shaft 2-19 of vibration
13 rotations, vibration eccentric rod 2-13 drive vibration rocking bar 2-7 to do reciprocating swing by vibration rod 2-10, and vibration rocking bar 2-7 is logical
It crosses vibration transverse bar 2-5 and vibration transverse direction cylinder 2-4 and drives vibration transverse direction groove body 2-3 and vibration sieve nest 2-1 or more shake；Sand class
Substance completes filtering output after vibration transverse direction groove body 2-3 and vibration sieve nest 2-1 or more shake；
Simultaneously can be as needed, revolving speed and steering by vibration worm screw control mechanism 2-22 control vibration gear ring 2-30,
To change the output revolving speed of vibration third transmission shaft 2-37, to control the rate of filtration.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention.The technology of the industry
Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this
The principle of invention, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes
Change and improvement all fall within the protetion scope of the claimed invention.The claimed scope of the invention by appended claims and its
Equivalent thereof.
Claims (10)
1. a kind of vibration filtering output driving device, including the vibration filtering mechanism being connect with driving mechanism, which is characterized in that drive
Motivation structure uses the mixed drive of hydraulic-driven and Mechanical Driven, drives vibration filtering mechanism to carry out vibration filtering, when vibrated
Output driving device is filtered in when accelerating driving, is driven using hydraulic stepless speed change, output is gradually increased from low-speed big and is driven
Turn speed uses Mechanical Driven instead and maintains revolving speed, to improve transmission efficiency, specific structure is as follows when reaching constant duty revolving speed：
In driving mechanism, driving first axle one end is mounted in driving first support, and the driving first axle other end is mounted on driving
In second support, driving bevel gear and driving wheel for inputting setting driving first axle one end, drive the first axle other end on to
Under successively sliding sleeve equipped with driving sun gear, driving the first spline housing, driving first gear；It drives and is provided on the first spline housing
With interior flower on the level-one internal spline of driving first axle external splines cooperation transmission and the level-one of driving sun gear external splines engaged transmission
Internal spline under the level-one of key and driving first gear external splines engaged transmission, drives the first spline housing under external control action
It slides axially along driving first axle, during driving the first spline housing gradually to be glided by position in external control disengaging, driving
Spline and driving first gear external splines engaged transmission, drive first axle to pass through driving first at this time under the level-one of first spline housing
Spline housing drives driving first gear to rotate in a circumferential direction transmission, and the opposite driving sun gear of first axle is driven to be in the circumferential shape that dallies
State；During driving the first spline housing gradually above to be slided by position in external control disengaging, in the level-one of the first spline housing of driving
Spline and driving sun gear external splines engaged transmission, drive first axle to drive driving sun gear by the first spline housing of driving at this time
Rotate in a circumferential direction transmission, and the opposite driving first gear of first axle is driven to be in circumferential idling conditions；
Driving second gear is provided on the power input shaft of energy transfer mechanism, driving second gear is nibbled with driving first gear
Transmission is closed, the 6th gear of driving, the 5th tooth of the 6th gear of driving and driving are provided on the power output shaft of energy transfer mechanism
Wheel engaged transmission, it is mechanical energy output by hydraulic energy transfer that energy transfer mechanism, which converts mechanical energy to after hydraulic energy again, herein
With lower revolving speed and high torsional moment output in conversion process, and exported for variable speed；Drive the driving of planetary gear edge too
Sun wheel is circumferential uniformly distributed, and driving planetary gear periphery is provided with driving ring gear, and driving planetary gear is simultaneously and in driving sun gear, driving
Gear ring engages deceleration transmission, and driving planetary gear is rotatably provided on driving planet stent, and driving planetary gear passes through driving planet
Bracket circumferentially limits, and drives planetary gear in driving sun gear and drive and drive driving planet stent under the collective effect of ring gear
Rotary drive；Drive the setting of the second axis on driving third bracket, the second axis lower end of driving and the driving planet stent centre of gyration
Key transmission connection, the second axis upper end of driving are provided with driving third gear, and driving third gear engages biography with the 4th gear of driving
It is dynamic；
Driving third axis one end is mounted on the 4th bracket of driving, and the driving third axis other end is mounted on the 5th bracket of driving,
Successively sliding sleeve is equipped with driving the 4th from top to bottom on driving the driving third axis between the 5th bracket of the 4th bracket and driving
Gear, the second spline housing of driving, the 5th gear of driving, driving third axis upper end are provided with driving output wheel, drive third axis band
Dynamic driving output wheel rotary drive；It drives the 5th gears slip to be sleeved on driving third axis, drives and be arranged on the second spline housing
In the second level for having the 4th gear external splines engaged transmission of the second level internal spline being driven with driving third axis external splines cooperation and driving
Internal spline under the second level of the 5th gear external splines engaged transmission of internal spline and driving, the second spline housing of driving is controlled in outside to be made
It is slid axially with lower edge driving third axis；During driving the second spline housing gradually to be glided by position in external control disengaging,
The 5th gear external splines engaged transmission of spline and driving under the second level of the second spline housing is driven, drives the 5th gear to pass through drive at this time
Dynamic second spline housing drives driving third axis to rotate in a circumferential direction transmission, and third axis the 4th gear of opposite driving is driven to be in circumferential sky
Turn state；During driving the second spline housing gradually above to be slided by position in external control disengaging, the two of the second spline housing of driving
The 4th gear external splines engaged transmission of grade upper spline and driving, drives the 4th gear to drive by the second spline housing of driving at this time and drives
Dynamic third axis rotates in a circumferential direction transmission, and third axis the 5th gear of opposite driving is driven to be in circumferential direction idling conditions；
In vibration filtering mechanism, the setting of first transmission shaft one end of vibration vibrates the first transmission shaft one on vibration third support base
On vibrating the second support base, first transmission shaft one end is being vibrated in the setting of the first sprocket wheel of vibration for end setting, vibrates the first transmission shaft
The other end is provided with vibration eccentric rod；Vibration second driving shaft one end is provided with vibration bevel gear, and vibration second driving shaft is another
End is provided with vibration sun gear, is mounted in the 5th support base of vibration in the middle part of vibration second driving shaft, vibration bevel gear and driving
Bevel gear engaged transmission, vibration planetary gear is circumferentially uniformly distributed along vibration sun gear, and vibrates planetary gear and be rotatably provided in vibration row
On star-wheel bracket, mutual alignment is limited by vibration planetary carrier, vibration planetary gear periphery is provided with vibration gear ring, vibrates
The straight-tooth circle for being provided with and engaging with vibration planetary gear is enclosed in gear ring, vibration gear ring periphery is provided with and vibration worm screw control mechanism snail
The worm gear gear ring of bar engagement, for the setting of vibration third transmission shaft one end on vibration four-supporting, vibration third transmission shaft is another
On vibrating the 6th support base, the setting of the second sprocket wheel of vibration vibrates third transmission shaft in the middle part of vibration third transmission shaft for end setting
One end is connect with vibration planetary carrier, and the vibration third transmission shaft other end is provided with vibration eccentric disc, is vibrated on eccentric disc partially
The heart is provided with the second eccentric pin shaft of vibration, and vibrates second eccentric pin shaft one end and be provided with the vertical sphere of vibration, vibrates vertical ball
Body and the vertical groove body of vibration are cooperatively connected, and vibrate and are driven between the second sprocket wheel of the first sprocket wheel and vibration by vibrating chain connection；
Vibration sieve pore is evenly equipped on vibration sieve nest, vibration sieve nest discharge end is provided with sieve nest deflector, is used to support vibration filtering mechanism
Bracket on be provided with vibration globe hinge support seat, and vibration sieve nest corresponding position is provided with vibrating screen ball hinge, vibrating screen ball
It is supported between free bearing and vibration globe hinge support seat by the connection of vibrating screen flexural pivot connecting rod, is provided with below vibration sieve nest discharge end
Lateral groove body is vibrated, is rotatably mounted in the middle part of vibration rocking bar on the first support base of vibration, vibration rocking bar one end passes through vibration the
Two pin shafts are flexibly connected with vibration rod one end, and the vibration rod other end is connected by the first eccentric pin shaft and vibration eccentric rod activity
It connects, the vibration rocking bar other end is connect with vibration transverse bar one end flexural pivot, and the vibration transverse bar other end is fixed with lateral cylinder is vibrated
Connection, vibrates lateral cylinder and the lateral groove body of vibration is cooperatively connected.
2. a kind of vibration filtering output driving device according to claim 1, which is characterized in that driving first gear is located at
Drive second support side.
3. a kind of vibration filtering output driving device according to claim 1, which is characterized in that driving bevel gear, which is located at, drives
Between dynamic first support and driving second support.
4. a kind of vibration filtering output driving device according to claim 1, which is characterized in that driving wheel for inputting, which is located at, to be driven
Dynamic first support side.
5. a kind of vibration filtering output driving device according to claim 1, which is characterized in that the first spline housing position of driving
Between driving first gear and driving sun gear.
6. a kind of vibration filtering output driving device according to claim 1, which is characterized in that driving third bracket is located at
It drives between planet stent and driving third gear.
7. a kind of vibration filtering output driving device according to claim 1, which is characterized in that driving output wheel setting exists
On the driving third axis on the upside of the 4th bracket of driving.
8. a kind of vibration filtering output driving device according to claim 1, which is characterized in that the second spline housing position of driving
Between the 5th gear of the 4th gear of driving and driving.
9. a kind of vibration filtering output driving device according to claim 1, which is characterized in that the second sprocket wheel of vibration is located at
It vibrates between the 6th support base of four-supporting and vibration.
10. a kind of vibration filtering output driving device according to claim 1, which is characterized in that vibrate vertical groove body and set
It sets in the middle part of vibration sieve nest one end.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810631671.6A CN108854223B (en) | 2018-06-19 | 2018-06-19 | Vibration filtering output driving device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810631671.6A CN108854223B (en) | 2018-06-19 | 2018-06-19 | Vibration filtering output driving device |
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| CN108854223A true CN108854223A (en) | 2018-11-23 |
| CN108854223B CN108854223B (en) | 2020-07-31 |
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| US3971714A (en) * | 1975-05-19 | 1976-07-27 | Intraco, Inc. | Hopper screening apparatus |
| CN204004226U (en) * | 2014-07-25 | 2014-12-10 | 湖南农业大学 | Machinery directly drives hydraulic pressure double controlled endless-track vehicle buncher |
| CN205064735U (en) * | 2015-09-30 | 2016-03-02 | 河南中烟工业有限责任公司 | Reciprocating screen groove automatic transmission device |
| EP3031537A2 (en) * | 2014-12-08 | 2016-06-15 | Grimme Landmaschinenfabrik GmbH & Co. KG | Sorting device for potatoes or the like harvested crop |
| CN206778903U (en) * | 2017-05-12 | 2017-12-22 | 广东聚诚信精工机械有限公司 | A kind of vibrating screening device that noise is greatly reduced |
| CN207446716U (en) * | 2017-08-07 | 2018-06-05 | 重庆交通大学 | The stepless frequency conversion vibrator of planetary gear system |
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2018
- 2018-06-19 CN CN201810631671.6A patent/CN108854223B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3971714A (en) * | 1975-05-19 | 1976-07-27 | Intraco, Inc. | Hopper screening apparatus |
| CN204004226U (en) * | 2014-07-25 | 2014-12-10 | 湖南农业大学 | Machinery directly drives hydraulic pressure double controlled endless-track vehicle buncher |
| EP3031537A2 (en) * | 2014-12-08 | 2016-06-15 | Grimme Landmaschinenfabrik GmbH & Co. KG | Sorting device for potatoes or the like harvested crop |
| CN205064735U (en) * | 2015-09-30 | 2016-03-02 | 河南中烟工业有限责任公司 | Reciprocating screen groove automatic transmission device |
| CN206778903U (en) * | 2017-05-12 | 2017-12-22 | 广东聚诚信精工机械有限公司 | A kind of vibrating screening device that noise is greatly reduced |
| CN207446716U (en) * | 2017-08-07 | 2018-06-05 | 重庆交通大学 | The stepless frequency conversion vibrator of planetary gear system |
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| Publication number | Publication date |
|---|---|
| CN108854223B (en) | 2020-07-31 |
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Effective date of registration: 20190517 Address after: 410000 Ten Floors of Shuntian International Wealth Center, 80 Furong Middle Road, Furong District, Changsha City, Hunan Province Applicant after: Zhang Zhu Applicant after: Hunan Agricultural University Address before: 410000 Ten Floors of Shuntian International Wealth Center, 80 Furong Middle Road, Furong District, Changsha City, Hunan Province Applicant before: Zhang Zhu |
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