CN103758013B - Vibrator on multifunctional vibration driving wheel and control method thereof - Google Patents
Vibrator on multifunctional vibration driving wheel and control method thereof Download PDFInfo
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- CN103758013B CN103758013B CN201410016896.2A CN201410016896A CN103758013B CN 103758013 B CN103758013 B CN 103758013B CN 201410016896 A CN201410016896 A CN 201410016896A CN 103758013 B CN103758013 B CN 103758013B
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- commutation
- vibrating axle
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Abstract
The present invention relates to a kind of vibrator on multifunctional vibration driving wheel and control method thereof, eccentric vibrating axle is arranged with in parallel in described vibrator I (2.2.1) and eccentric vibrating axle II (2.3.1), described vibrator also includes changement (5), and this changement (5) is for regulating drive unit and the drive connection between eccentric vibrating axle I (2.2.1) and eccentric vibrating axle II (2.3.1).The present invention relates to a kind of vibrator on multifunctional vibration driving wheel and control method thereof, directional vibration and circumferential oscillation function can be realized on same steel wheel.
Description
Technical field
The present invention relates to a kind of vibrator on multifunctional vibration driving wheel and control method thereof, belong to engineering mechanical device technical field.
Background technology
The circular vibration of current extensive use, only has the vibrating shaft that single, and exciting force is all equal in all directions;
And " directional vibration ", refer to the vibrating shaft with two identical eccentric throws, constant speed reversely rotates, and can be formed and have maximum exciting force in a certain direction, and on direction vertical with it, exciting force is zero.When two deflection axles become level, the exciting force of in the vertical direction is maximum, is zero at the exciting force of level, i.e. vertical vibration.When two eccentric shafts become vertical, exciting force is in the horizontal direction maximum, and the exciting force of in the vertical direction is zero, is horizontal vibration.Directional vibration arbitrarily can regulate the direction of vibration force, regulates the direction of exciting force according to the thickness of compacting material, laying, can improve the efficiency of compacting, can prevent overcompaction again.
" circumferential oscillation " refers to the vibrating shaft with two identical eccentric throws, and constant speed reversely rotates, and the radial load of diaxon is cancelled out each other, and the moment of torsion superposition of circumferencial direction, vibrating wheels can be made to swing back and forth, and road pavement forms rubbing compacting back and forth.This compacting may be used for the compacting (bridge uses during vibratory compaction and holds formation resonance, causes bridge collapse) of pavement joint and bridge pavement;
The road roller top enterprise BMW lattice in the current whole world, brave horse all have above two kinds of vibrotechniques, but all need two kinds of steel wheels to realize, and all cannot realize directional vibration and circumferential oscillation function on same steel wheel.
Summary of the invention
The object of the invention is to overcome above-mentioned deficiency, a kind of multifunctional vibration driving wheel and the control method thereof that can realize directional vibration and circumferential oscillation function on same steel wheel are provided.
The object of the present invention is achieved like this: a kind of vibrator on multifunctional vibration driving wheel, described vibrator includes shell body, the center at two ends, described shell body left and right forms column-shaped projection respectively to extension and tubular is protruding, and the column-shaped projection of the left end of shell body is connected with an adjustment rotating shaft, a driving shaft is had by bearing cross-under in the tubular projection of the right-hand member of shell body, and driving shaft is set with driving gear towards one end of vibrator, driving shaft is connected with a CD-ROM drive motor away from one end of vibrator; Be arranged with two pieces of installing plates in described shell body in parallel, and be provided with eccentric vibrating axle by bearing bracket stand between two pieces of installing plates
with eccentric vibrating axle
, described eccentric vibrating axle
with eccentric vibrating axle
be parallel to each other, eccentric vibrating axle
upper fixed cover is equipped with gear
one and gear
two, described eccentric vibrating axle
on be movably installed with gear by gear-bearing
one and gear
two, and gear
one and gear
the side of two is respectively arranged with external splines one and external splines two; And said gear
one and gear
one is meshed, said gear
two and gear
two are all meshed with driving gear;
Described vibrating wheels also includes changement, and this changement includes one and is connected to commutation oil cylinder on shell body or installing plate, the piston rod of described commutation oil cylinder is connected with a commutation shift fork, has a commutation adapter sleeve to be set in eccentric vibrating axle
on, and be positioned at gear
one and gear
between two, described commutation adapter sleeve has internal spline, the internal spline on this commutation adapter sleeve and eccentric vibrating axle
the external splines of upper setting is meshed, and commutation adapter sleeve internal spline and gear
the external splines one of one and gear
external splines two homogeneous phase Corresponding matching on two, described commutation adapter sleeve has a ring-type draw-in groove, above-mentioned commutation shift fork is embedded in this ring-type draw-in groove.
A kind of vibrator on multifunctional vibration driving wheel of the present invention, the equal level connection joint in the left and right sides of described commutation adapter sleeve has alignment pin, described gear
one and gear
two are provided with the locating hole of coupling corresponding with alignment pin in the one side of commutation adapter sleeve.
The control method of a kind of vibrator on multifunctional vibration driving wheel of the present invention, described control method includes a kind of vibrator on multifunctional vibration driving wheel, described vibrator includes shell body, the center at two ends, described shell body left and right forms column-shaped projection respectively to extension and tubular is protruding, and the column-shaped projection of the left end of shell body is connected with an adjustment rotating shaft, a driving shaft is had by bearing cross-under in the tubular projection of the right-hand member of shell body, and driving shaft is set with driving gear towards one end of vibrator, driving shaft is connected with a CD-ROM drive motor away from one end of vibrator, be arranged with two pieces of installing plates in described shell body in parallel, and be provided with eccentric vibrating axle by bearing bracket stand between two pieces of installing plates
with eccentric vibrating axle
, described eccentric vibrating axle
with eccentric vibrating axle
be parallel to each other, eccentric vibrating axle
upper fixed cover is equipped with gear
one and gear
two, described eccentric vibrating axle
on be movably installed with gear by gear-bearing
one and gear
two, and gear
one and gear
the side of two is respectively arranged with external splines one and external splines two, and said gear
one and gear
one is meshed, said gear
two and gear
two are all meshed with driving gear,
Described vibrator also includes changement, and this changement includes one and is connected to commutation oil cylinder on shell body or installing plate, the piston rod of described commutation oil cylinder is connected with a commutation shift fork, has a commutation adapter sleeve to be set in eccentric vibrating axle
on, and be positioned at gear
one and gear
between two, described commutation adapter sleeve has internal spline, the internal spline on this commutation adapter sleeve and eccentric vibrating axle
the external splines of upper setting is meshed, and commutation adapter sleeve on internal spline and gear
the external splines one of one and gear
external splines two homogeneous phase Corresponding matching on two, described commutation adapter sleeve has a ring-type draw-in groove, and above-mentioned commutation shift fork is embedded in this ring-type draw-in groove;
Described control method is:
When needs carry out directional vibration, start commutation oil cylinder and drive commutation shift fork towards gear
one while move, now commutate shift fork namely can drive commutation adapter sleeve towards gear
one while move, make to commutate internal spline on adapter sleeve and gear
external splines one on one is meshed, gear
one by commutation adapter sleeve and eccentric vibrating axle
realization is rigidly connected, and start CD-ROM drive motor, power is through driving tooth steering gear
two transmit, and drive eccentric vibrating axle
rotate, power with after through eccentric vibrating axle
on gear
one and eccentric vibrating axle
on gear
one drives eccentric vibrating axle
rotate, now eccentric vibrating axle
with eccentric vibrating axle
realize constant speed to reversely rotate, thus realize steel wheel directional vibration;
When needs carry out circumferential oscillation, start commutation oil cylinder and drive commutation shift fork towards gear
two while move, now commutate shift fork namely can drive commutation adapter sleeve towards gear
two while move, thus the internal spline making to commutate on adapter sleeve and gear
external splines two on two is meshed, and makes gear
two are realized and eccentric vibrating axle by commutation adapter sleeve
be rigidly connected, start CD-ROM drive motor, power is through driving tooth steering gear
two transmit driving eccentric vibrating axle
rotate, driving gear passes through gear simultaneously
two drive eccentric vibrating axle
rotate, eccentric vibrating axle
with eccentric vibrating axle
realize constant speed rotating Vortex, thus realize steel wheel circumferential oscillation.
Compared with prior art, the invention has the beneficial effects as follows:
The vibrator arranged by the present invention and changement, can realize directional vibration and circumferential oscillation on same steel wheel, therefore greatly reduces the cost of production of enterprise and the use cost of client.
Accompanying drawing explanation
Fig. 1 is the structural representation of the multi-functional steel wheel adopting the vibrator of the present invention on multifunctional vibration driving wheel.
Fig. 2 is the M-M sectional view of Fig. 1 of the vibrator of the present invention on multifunctional vibration driving wheel.
Fig. 3 is the K-K sectional view of Fig. 1 of the vibrator of the present invention on multifunctional vibration driving wheel.
Fig. 4 is the partial, detailed view of the changement of the vibrator of the present invention on multifunctional vibration driving wheel.
Wherein:
Steel wheel body 1, vibrator 2, exciting force governor motion 3, CD-ROM drive motor 4, changement 5;
Baffle plate 1.1;
Shell body 2.1, adjustment rotating shaft 2.1.1, driving shaft 2.1.2, installing plate 2.1.3;
Eccentric vibrating axle
2.2.1, gear
one 2.2.2, gear
two 2.2.3;
Eccentric vibrating axle
2.3.1, gear
one 2.3.2, gear
two 2.3.3, gear-bearing 2.3.4;
External splines one 2.3.2.1, external splines two 2.3.3.1;
Driving gear 2.4;
Governor motor 3.1, gear 1, gear 2 3.3;
Commutation oil cylinder 5.1, commutation shift fork 5.2, commutation adapter sleeve 5.3, alignment pin 5.4;
Draw-in groove 5.3.1.
Detailed description of the invention
See Fig. 1 ~ 4, a kind of vibrator on multifunctional vibration driving wheel that the present invention relates to, described vibrator is for multifunctional vibration driving wheel, this vibrating wheels also includes steel wheel body 1, vibrator of the present invention is (for ease of setting forth and diagram, vibrator is labeled as vibrator 2 in describing by detailed description of the invention below) be arranged at the left baffle 1.1 of above-mentioned steel wheel body 1
Described vibrator 2 includes shell body 2.1, the center at described shell body about 2.1 two ends forms column-shaped projection respectively to extension and tubular is protruding, and this column-shaped projection is located in the left baffle 1.1 of steel wheel body 1 respectively by bearing bracket stand, and the column-shaped projection of the left end of shell body 2.1 is connected with an adjustment rotating shaft 2.1.1, a driving shaft 2.1.2 is had by bearing cross-under in the tubular projection of the right-hand member of shell body 2.1, and driving shaft 2.1.2 is set with driving gear 2.4 towards one end of vibrator 2, the CD-ROM drive motor 4 that driving shaft 2.1.2 is installed on steel wheel body 1 or baffle plate 1.1 by shaft coupling and away from one end of vibrator 2 is connected, be arranged with two pieces of installing plate 2.1.3 in described shell body 2.1 in parallel, and be provided with eccentric vibrating axle by bearing bracket stand between two pieces of installing plate 2.1.3
2.2.1 and eccentric vibrating axle
2.3.1, described eccentric vibrating axle
2.2.1 and eccentric vibrating axle
2.3.1 be parallel to each other, eccentric vibrating axle
2.2.1 go up fixed cover and gear is housed
one 2.2.2 and gear
two 2.2.3, described eccentric vibrating axle
2.3.1 go up and be movably installed with gear by gear-bearing (the gear-bearing 2.3.4 namely shown in Fig. 2)
one 2.3.2 and gear
two 2.3.3, and gear
one 2.3.2 and gear
the side of two 2.3.3 is respectively arranged with external splines one 2.3.2.1 and external splines two 2.3.3.1, and said gear
one 2.2.2 and gear
one 2.3.2 is meshed, said gear
two 2.2.3 and gear
two 2.3.3 are all meshed with driving gear 2.4,
Described vibrating wheels also includes changement 5, this changement 5 includes one and is connected to commutation oil cylinder 5.1 on shell body 2.1 or installing plate 2.1.3, the piston rod of described commutation oil cylinder 5.1 is connected with a commutation shift fork 5.2, has a commutation adapter sleeve 5.3 to be set in eccentric vibrating axle
2.3.1 go up, and be positioned at gear
one 2.3.2 and gear
between two 2.3.3, described commutation adapter sleeve 5.3 has internal spline, the internal spline on this commutation adapter sleeve 5.3 and eccentric vibrating axle
2.3.1 the upper external splines arranged is meshed, and internal spline and gear on commutation adapter sleeve 5.3
external splines one 2.3.2.1 of one 2.3.2 and gear
external splines two 2.3.3.1 homogeneous phase Corresponding matching on two 2.3.3, described commutation adapter sleeve 5.3 has a ring-type draw-in groove 5.3.1, and above-mentioned commutation shift fork 5.2 is embedded in this ring-type draw-in groove 5.3.1;
The operating principle being realized directional vibration and circumferential oscillation by above-mentioned changement is:
(for ease of illustrating, left and right directions in the present embodiment, as shown in Figure 1, can be changed right position according to demand or change, all within the protection domain of this patent in actual use procedure)
One, directional vibration: start commutation oil cylinder 5.1 and drive commutation shift fork 5.2 to left movement, namely the shift fork 5.2 that now commutates can drive commutation adapter sleeve 5.3 to be moved to the left, thus makes the internal spline commutated on adapter sleeve 5.3 and the gear being positioned at left end
external splines one 2.3.2.1 on one 2.3.2 is meshed, thus makes gear
one 2.3.2 is realized and eccentric vibrating axle by commutation adapter sleeve 5.3
being rigidly connected 2.3.1, now start CD-ROM drive motor 4, power through driving gear 2.4 to gear
two 2.2.3 transmit (due to the existence of gear-bearing, gear
two 2.3.3's can not to eccentric vibrating axle
2.3.1 gearing is produced), drive eccentric vibrating axle
2.2.1 rotate, power with after through eccentric vibrating axle
2.2.1 on gear
one 2.2.2 and eccentric vibrating axle
2.3.1 on gear
one 2.3.2 drives eccentric vibrating axle
2.3.1 rotate, now eccentric vibrating axle
2.2.1 and eccentric vibrating axle
2.3.1 realize constant speed to reversely rotate, thus realize steel wheel directional vibration; Meanwhile, in the process of commutation, in order to increase the accuracy of location, the equal level connection joint in the left and right sides of described commutation adapter sleeve 5.3 has alignment pin 5.4, described gear
one 2.3.2 and gear
two 2.3.3 are provided with the locating hole of coupling corresponding with alignment pin 5.4 in the one side of commutation adapter sleeve 5.3, thus only have when alignment pin 5.4 inserts in locating hole, the internal spline ability of commutation adapter sleeve 5.3 and gear
one 2.3.2 or gear
external splines engagement coupling on two 2.3.3;
Two, circumferential oscillation: start commutation oil cylinder 5.1 and drive commutation shift fork 5.2 to move right, namely the shift fork 5.2 that now commutates can drive commutation adapter sleeve 5.3 to move right, thus makes the internal spline commutated on adapter sleeve 5.3 and the gear being positioned at right-hand member
external splines two 2.3.3.1 on two 2.3.3 is meshed, thus makes gear
two 2.3.3 are realized and eccentric vibrating axle by commutation adapter sleeve 5.3
being rigidly connected 2.3.1, now start CD-ROM drive motor 4, power through driving gear 2.4 to gear
two 2.2.3 transmit and drive eccentric vibrating axle
2.2.1 rotate, driving gear 2.4 passes through gear simultaneously
two 2.3.3 drive eccentric vibrating axle
2.3.1 rotate (now, due to the existence of gear-bearing, gear
one 2.2.2 and gear
engaged transmission between one 2.3.2 can not to eccentric vibrating axle
2.3.1 gearing is produced), therefore eccentric vibrating axle
2.2.1 and eccentric vibrating axle
2.3.1 realize constant speed rotating Vortex, thus realize steel wheel circumferential oscillation;
Simultaneously, described vibrating wheels also includes exciting force governor motion 3, for providing power to vibrator 2, described exciting force governor motion 3 includes the governor motor 3.1 be installed on steel wheel body 1 or baffle plate 1.1, the output shaft of described governor motor 3.1 is set with gear 1, above-mentioned adjustment rotating shaft 2.1.1 is set with gear 2 3.3, and gear 1 and gear 2 3.3 are meshed, thus realize the gearing of governor motor 3.1 pairs of vibrators 2.
Claims (3)
1. the vibrator on multifunctional vibration driving wheel, it is characterized in that: described vibrator includes shell body (2.1), the center at described shell body (2.1) two ends, left and right forms column-shaped projection respectively to extension and tubular is protruding, and the column-shaped projection of the left end of shell body (2.1) is connected with an adjustment rotating shaft (2.1.1), a driving shaft (2.1.2) is had by bearing cross-under in the tubular projection of the right-hand member of shell body (2.1), and driving shaft (2.1.2) is set with driving gear (2.4) towards one end of vibrator (2), driving shaft (2.1.2) is connected with a CD-ROM drive motor (4) away from one end of vibrator (2), be arranged with two pieces of installing plates (2.1.3) in described shell body (2.1) in parallel, and be provided with eccentric vibrating axle by bearing bracket stand between two pieces of installing plates (2.1.3)
(2.2.1) with eccentric vibrating axle
(2.3.1), described eccentric vibrating axle
(2.2.1) with eccentric vibrating axle
(2.3.1) be parallel to each other, eccentric vibrating axle
(2.2.1) upper fixed cover is equipped with gear
one (2.2.2) and gear
two (2.2.3), described eccentric vibrating axle
(2.3.1) gear is movably installed with by gear-bearing on
one (2.3.2) and gear
two (2.3.3), and gear
one (2.3.2) and gear
the side of two (2.3.3) is respectively arranged with external splines one (2.3.2.1) and external splines two (2.3.3.1), and said gear
one (2.2.2) and gear
one (2.3.2) is meshed, said gear
two (2.2.3) and gears
two (2.3.3) are all meshed with driving gear (2.4),
Described vibrator also includes changement (5), this changement (5) includes one and is connected to commutation oil cylinder (5.1) on shell body (2.1) or installing plate (2.1.3), the piston rod of described commutation oil cylinder (5.1) is connected with a commutation shift fork (5.2), has a commutation adapter sleeve (5.3) to be set in eccentric vibrating axle
(2.3.1) on, and gear is positioned at
one (2.3.2) and gear
between two (2.3.3), described commutation adapter sleeve (5.3) has internal spline, the internal spline on this commutation adapter sleeve (5.3) and eccentric vibrating axle
(2.3.1) the upper external splines arranged is meshed, and the upper internal spline of commutation adapter sleeve (5.3) and gear
external splines one (2.3.2.1) and the gear of one (2.3.2)
external splines two (2.3.3.1) homogeneous phase Corresponding matching on two (2.3.3), described commutation adapter sleeve (5.3) has a ring-type draw-in groove (5.3.1), and above-mentioned commutation shift fork (5.2) is embedded in this ring-type draw-in groove (5.3.1).
2. a kind of vibrator on multifunctional vibration driving wheel as claimed in claim 1, is characterized in that: the equal level connection joint in the left and right sides of described commutation adapter sleeve (5.3) has alignment pin (5.4), described gear
one (2.3.2) and gear
two (2.3.3) are provided with the locating hole with alignment pin (5.4) corresponding coupling in the one side of commutation adapter sleeve (5.3).
3. the control method of the vibrator on multifunctional vibration driving wheel, it is characterized in that: described control method includes a kind of vibrator on multifunctional vibration driving wheel, described vibrator includes shell body (2.1), the center at described shell body (2.1) two ends, left and right forms column-shaped projection respectively to extension and tubular is protruding, and the column-shaped projection of the left end of shell body (2.1) is connected with an adjustment rotating shaft (2.1.1), a driving shaft (2.1.2) is had by bearing cross-under in the tubular projection of the right-hand member of shell body (2.1), and driving shaft (2.1.2) is set with driving gear (2.4) towards one end of vibrator (2), driving shaft (2.1.2) is connected with a CD-ROM drive motor (4) away from one end of vibrator (2), be arranged with two pieces of installing plates (2.1.3) in described shell body (2.1) in parallel, and be provided with eccentric vibrating axle by bearing bracket stand between two pieces of installing plates (2.1.3)
(2.2.1) with eccentric vibrating axle
(2.3.1), described eccentric vibrating axle
(2.2.1) with eccentric vibrating axle
(2.3.1) be parallel to each other, eccentric vibrating axle
(2.2.1) upper fixed cover is equipped with gear
one (2.2.2) and gear
two (2.2.3), described eccentric vibrating axle
(2.3.1) gear is movably installed with by gear-bearing on
one (2.3.2) and gear
two (2.3.3), and gear
one (2.3.2) and gear
the side of two (2.3.3) is respectively arranged with external splines one (2.3.2.1) and external splines two (2.3.3.1), and said gear
one (2.2.2) and gear
one (2.3.2) is meshed, said gear
two (2.2.3) and gears
two (2.3.3) are all meshed with driving gear (2.4),
Described vibrating wheels also includes changement (5), this changement (5) includes one and is connected to commutation oil cylinder (5.1) on shell body (2.1) or installing plate (2.1.3), the piston rod of described commutation oil cylinder (5.1) is connected with a commutation shift fork (5.2), has a commutation adapter sleeve (5.3) to be set in eccentric vibrating axle
(2.3.1) on, and gear is positioned at
one (2.3.2) and gear
between two (2.3.3), described commutation adapter sleeve (5.3) has internal spline, the internal spline on this commutation adapter sleeve (5.3) and eccentric vibrating axle
(2.3.1) the upper external splines arranged is meshed, and the upper internal spline of commutation adapter sleeve (5.3) and gear
external splines one (2.3.2.1) and the gear of one (2.3.2)
external splines two (2.3.3.1) homogeneous phase Corresponding matching on two (2.3.3), described commutation adapter sleeve (5.3) has a ring-type draw-in groove (5.3.1), and above-mentioned commutation shift fork (5.2) is embedded in this ring-type draw-in groove (5.3.1);
Described control method is:
When needs carry out directional vibration, start commutation oil cylinder (5.1) and drive commutation shift fork (5.2) towards gear
one (2.3.2) while move, the shift fork (5.2) that now commutates namely can drive commutation adapter sleeve (5.3) towards gear
one (2.3.2) while move, make to commutate internal spline on adapter sleeve (5.3) and gear
external splines one (2.3.2.1) on one (2.3.2) is meshed, gear
one (2.3.2) is by commutation adapter sleeve (5.3) and eccentric vibrating axle
(2.3.1) realize be rigidly connected, start CD-ROM drive motor (4), power through driving gear (2.4) to gear
two (2.2.3) transmits, and drives eccentric vibrating axle
(2.2.1) rotate, power with after through eccentric vibrating axle
(2.2.1) gear on
one (2.2.2) and eccentric vibrating axle
(2.3.1) gear on
one (2.3.2) drives eccentric vibrating axle
(2.3.1) rotate, now eccentric vibrating axle
(2.2.1) with eccentric vibrating axle
(2.3.1) realize constant speed to reversely rotate, thus realize steel wheel directional vibration;
When needs carry out circumferential oscillation, start commutation oil cylinder (5.1) and drive commutation shift fork (5.2) towards gear
two (2.3.3) while move, the shift fork (5.2) that now commutates namely can drive commutation adapter sleeve (5.3) towards gear
two (2.3.3) while move, thus the internal spline making to commutate on adapter sleeve (5.3) and gear
external splines two (2.3.3.1) on two (2.3.3) is meshed, and makes gear
two (2.3.3) are realized and eccentric vibrating axle by commutation adapter sleeve (5.3)
(2.3.1) be rigidly connected, start CD-ROM drive motor (4), power through driving gear (2.4) to gear
two (2.2.3) transmits and drives eccentric vibrating axle
(2.2.1) rotate, driving gear (2.4) passes through gear simultaneously
two (2.3.3) drive eccentric vibrating axle
(2.3.1) rotate, eccentric vibrating axle
(2.2.1) with eccentric vibrating axle
(2.3.1) realize constant speed rotating Vortex, thus realize steel wheel circumferential oscillation.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410016896.2A CN103758013B (en) | 2014-01-15 | 2014-01-15 | Vibrator on multifunctional vibration driving wheel and control method thereof |
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|---|---|---|---|
| CN201410016896.2A CN103758013B (en) | 2014-01-15 | 2014-01-15 | Vibrator on multifunctional vibration driving wheel and control method thereof |
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| CN103758013A CN103758013A (en) | 2014-04-30 |
| CN103758013B true CN103758013B (en) | 2015-12-16 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10036129B2 (en) | 2016-04-20 | 2018-07-31 | Caterpillar Paving Products Inc. | Vibratory compacting machine |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201843056U (en) * | 2010-10-22 | 2011-05-25 | 陕西中大机械集团有限责任公司 | Road roller integrating vibration, oscillation and complex excitation |
| CN102787544A (en) * | 2011-05-16 | 2012-11-21 | 合肥腾虎机械科技有限公司 | Directional vibration wheel of road roller |
| CN203741677U (en) * | 2014-01-15 | 2014-07-30 | 柳工无锡路面机械有限公司 | Vibration exciter used on multifunctional vibrating wheel |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CZ20021680A3 (en) * | 2002-05-15 | 2004-01-14 | Stavostroj A.S. | Vibrating roller runner containing vibratory mechanism with rectified vibration |
-
2014
- 2014-01-15 CN CN201410016896.2A patent/CN103758013B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201843056U (en) * | 2010-10-22 | 2011-05-25 | 陕西中大机械集团有限责任公司 | Road roller integrating vibration, oscillation and complex excitation |
| CN102787544A (en) * | 2011-05-16 | 2012-11-21 | 合肥腾虎机械科技有限公司 | Directional vibration wheel of road roller |
| CN203741677U (en) * | 2014-01-15 | 2014-07-30 | 柳工无锡路面机械有限公司 | Vibration exciter used on multifunctional vibrating wheel |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10036129B2 (en) | 2016-04-20 | 2018-07-31 | Caterpillar Paving Products Inc. | Vibratory compacting machine |
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| CN103758013A (en) | 2014-04-30 |
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