A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
ARRANGEMENT FOR PROVIDING A PULSING COMPRESSIVE FORCE
The second mass (4) in doing so exerts in the static state via the first spring-damper-system (5, 6) a static force in direction of gravity (S1) on the first mass (1). The first mass (1) and the second mass (4) are coupled to one another via the spring-damper-system (5, 6) in such a way that no forces can be transferred from the first mass (1) to the second mass (4) in the direction of gravity (S1) and no forces can be transferred from the second mass (4) to the first mass (1) opposite to the direction of gravity. Furthermore the arrangement is designed such that the coupling of the two masses (1, 4) in the intended operation can be temporarily suspended by a vibratory movement of the second mass (4) opposite to the direction of gravity, the second mass (4) can then in the uncoupled state execute a part of its oscillation path, and the coupling of the masses (1, 4) via the first spring-damper-system (5, 6) is then, following a reversal in direction of the vibratory movement of the second mass (4), re-established.
ARRANGEMENT FOR PROVIDING A PULSING COMPRESSIVE FORCE
The second mass (4) in doing so exerts in the static state via the first spring-damper-system (5, 6) a static force in direction of gravity (S1) on the first mass (1). The first mass (1) and the second mass (4) are coupled to one another via the spring-damper-system (5, 6) in such a way that no forces can be transferred from the first mass (1) to the second mass (4) in the direction of gravity (S1) and no forces can be transferred from the second mass (4) to the first mass (1) opposite to the direction of gravity. Furthermore the arrangement is designed such that the coupling of the two masses (1, 4) in the intended operation can be temporarily suspended by a vibratory movement of the second mass (4) opposite to the direction of gravity, the second mass (4) can then in the uncoupled state execute a part of its oscillation path, and the coupling of the masses (1, 4) via the first spring-damper-system (5, 6) is then, following a reversal in direction of the vibratory movement of the second mass (4), re-established.
ARRANGEMENT FOR PROVIDING A PULSING COMPRESSIVE FORCE
RECHER LUKAS (author)
2018-12-13
Patent
Electronic Resource
English
IPC:
E02D
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