Abstract An improved mechanism for generating vibrations in the horizontal plane for a ground compacting machine is disclosed. At least a rotary shaft with an eccentric mass mounted for generating required vibrations is rotatably supported within the rolling wheel. The rotary shaft adapted to be rotated by a hydraulic motor assumes the position where its center line of rotation is located on a linear line radially extending from the center line of rotation of the rolling wheel. Rotation of the hydraulic motor is usually transmitted to the rotary shaft for the eccentric mass via bevel gears. Typically, an opposing pair of rotary shafts are disposed opposite to one another relative to the center line of rotation of the rolling wheel. Three or more rotary shafts may be disposed in such a manner that their eccentric masses are distributed so as to assure good weight balance. The center line of rotation of the rotary shaft may be located in parallel with a linear line radially extending from the center line of rotation of the rolling wheel. The rotary shafts may assume the position where their center lines are located in the spaced relation in the axial direction of the center line of rotation of the rolling wheel. The rolling wheel made of steel plate is preferably covered with a layer of rubber coating.
In a mechanism for generating vibrations for a ground compacting machine of the type including a rolling wheel, the improvement consisting in that at least one rotary shaft with an eccentric mass fixedly mounted thereon is rotatably supported in the rolling wheel in such a manner that the center line of rotation of said rotary shaft is located on a linear line extending in parallel with the radial direction relative to the center line of rotation of the rolling wheel whereby the ground contact portion on the rolling wheel is vibrated in the horizontal plane by rotating the rotary shaft for the eccentric mass.
Claim 2
Dependent Claim
104 words
In a mechanism for generating vibrations for a ground compacting machine of the type including a rolling wheel, the improvement consisting in that at least one rotary shaft with an eccentric mass fixedly mounted thereon is rotatably supported in the rolling wheel in such a manner that the center line of rotation of said rotary shaft is located on a linear line extending in parallel with the radial direction relative to the center line of rotation of the rolling wheel whereby the ground contact portion on the rolling wheel is vibrated in the horizontal plane by rotating the rotary shaft for the eccentric mass.
Claim 3
Dependent Claim
51 words
A mechanism for generating vibrations for a ground compacting machine as defined in claim 1, wherein the rotary shaft assumes the position in the rolling wheel where the center line of rotation thereof is located on a radial line extending outwardly from the center line of rotation of the rolling wheel.
Claim 4
Dependent Claim
34 words
A mechanism for generating vibrations for a ground compacting machine as defined in claim 1, wherein two or more rotary shafts with eccentric masses fixedly mounted thereon are rotatably supported in the rolling wheel.
Claim 5
Dependent Claim
49 words
A mechanism for generating vibrations for a ground compacting machine as defined in claim 3, wherein the rotary shafts are positioned in the rolling wheel such that their center lines of rotation are located on radial lines extending outwardly from the center line of rotation of the rolling wheel.
Claim 6
Dependent Claim
50 words
A mechanism for generating vibrations for a ground compacting machine as defined in claim 3, wherein the rotary shafts are positioned in the rolling wheel such that their center lines are located in the spaced relation in the axial direction of the center line of rotation of the rolling wheel.
Claim 7
Dependent Claim
47 words
A mechanism for generating vibrations for a ground compacting machine as defined in claim 1, wherein the rolling wheel is made of rigid material and is covered with a layer of coating of elastomeric material such as rubber or the like over the whole circumferential surface thereof.