摘要:
The invention relates to a damping device for opposing a reaction in response to the advance of a manual control member (28), said device including at least one chamber containing a magneto-rheological fluid, one or two means for generating a magnetic field (6.1, 6.2) that can be adapted in the magneto-rheological fluid in order to modify the apparent viscosity thereof, a mobile member (4) capable of translation for shearing the magneto-rheological fluid and to be mechanically connected to the manual control member (28), said mobile member (4) including a blade with a longitudinal axis (Y) including holes and/or recesses and/or protrusions.
摘要:
The invention relates to a damping device for opposing a reaction in response to the advance of a manual control member (28), said device including at least one chamber containing a magneto-rheological fluid, one or two means for generating a magnetic field (6.1, 6.2) that can be adapted in the magneto-rheological fluid in order to modify the apparent viscosity thereof, a mobile member (4) capable of translation for shearing the magneto-rheological fluid and to be mechanically connected to the manual control member (28), said mobile member (4) including a blade with a longitudinal axis (Y) including holes and/or recesses and/or protrusions.
摘要:
The invention relates to a tactile sensation or haptic simulation device to oppose the advance of a manual control unit (500), a reaction reflecting the control sequence, with said device having a chamber including magnetic-rheologic fluid, a mobile element (10) in mechanical interaction with the fluid and designed to be mechanically linked to the control unit (500), with said element (10) being mobile between two predetermined positions, at least one sensor (610) of cinematic and/or dynamic size representative of the movement of the control unit, a control unit (700) and generation means (14) for an adaptable magnetic field around the chamber to apply a magnetic field depending upon the dynamic characteristics to be simulated for movement of the manual control unit (500), and real-time measurements, with the assembly being such that the apparent viscosity of the magnetic-rheologic fluid varies during the course of the manual control unit (500).