Abstract:
The locking device (1), for locking a first element relative to a second element, comprises: - a locking element (8) provided on the first element, movable between a locking position and an unlocking position, - one groove (10) provided on the second element, the locking element (8) engaging inside the groove (10) when the locking device moves to its locked position and being placed at one end of said groove (10) when the locking element is in its locking position. The locking device further comprises an actuation device (28) movable between a blocking position, wherein the actuation device maintains the locking element (8) in its locking position, and an unblocking position, wherein the actuation device (28) frees the locking element (8).
Abstract:
An air vent device (1) comprises an air duct (2) extending along a main axis (A) and an air outlet device comprising: a housing (20) extending along the main axis (A) and defining an outlet, at least one deflector element (22), extending in the housing (20) and movable relative to said housing (20), arranged to control the direction of the air flow passing through the outlet, an actuator (62) fixedly attached to the deflector element (22) and arranged to move the deflector element (22) relative to the outlet, the actuator (62) is movable in translation along the main axis (A) relative to the housing (20) between a free position, wherein the actuator (62) is able to move the deflector element (22) relative to the housing (20) and a locked position, wherein the actuator (62) is attached to the housing (22) and wherein the deflector element becomes immovable relative to the housing (20).
Abstract:
Air vent device (1) for a vehicle comprising : - an air duct (2) extending along a main axis (A), - an air outlet device (6), in fluidic communication with the air duct (2), said air outlet device (6) comprising a housing (26) movable in rotation around the main axis (A), - a flexible duct (4) comprising an upstream end (10) attached to the air duct (2) and a downstream end (12) attached to the housing (26) such that a rotation of the housing (26) around the main axis (A) causes the flexible duct (4) to be twisted in a plane perpendicular to the main axis (A), said flexible duct (4) being movable between an opened position, wherein the air duct (2) is in fluidic communication with the housing (26), and a closed position, wherein the flexible duct (4) is twisted so as to prevent the fluidic communication between the housing (26) and the air duct (2). The housing (26) is attached to the downstream end (12) of the flexible duct (4) by a connection element (14) attached to the downstream end (12) of the flexible duct (4) and connected to the housing (26) by a helical cam (20), having a helical shape extending around the main axis (A), such that a rotation of the housing (26) causes a rotation of the connection element (14) around the main axis (A) and a translation of the connection element (14) along the main axis (A) to move the flexible duct (4) between the opened and closed positions.
Abstract:
The locking device (1) for locking a first element relative to a second element comprises : - one locking element (8) provided on the first element, movable in a first direction (F) between an inactive position and an active position; - a biasing element (20) for urging the locking element (8) towards its inactive position, - one complementary locking element (10) provided on the second element, arranged to move the locking element (8) from its active position to its inactive position and retaining the locking element (8) in its inactive position. The locking element (8) is further movable in a second direction (D) between a locking position and an unlocking position, wherein the locking element (8) is moved away from the complementary locking element (10).
Abstract:
The air vent device (1) comprises an air duct (2), an air outlet device (4) extending according to a main axis (A), and a closing element (30). Said closing element (30) comprises at least one flexible membrane (32), movable between a folded position, wherein the flexible membrane (32) is folded around the main axis (A) in the opened position of the closing element (30), and a deployed position, wherein the membrane (32) extends radially in the air outlet device (4) and seals the air outlet device (4) in the closed position of the closing element (30).
Abstract:
An air vent device (1) comprises an air duct (2) extending along a main axis (A) and an air outlet device comprising: a housing (16) extending along the main axis (A) and defining an outlet, at least one deflector element (20), extending in the housing (16) and movable relative to said housing (16), arranged to control the direction of the air flow passing through the outlet, an actuator fixedly attached to the deflector element (20) and arranged to move the deflector element (20) relative to the outlet, said actuator is mounted on a guiding rail (36) in a slidable manner, said guiding rail (36) extending in the housing (16 ) according to a first direction (F) and being attached to the housing (16) so as to be movable in rotation around a rotation axis extending in the first direction (F) relative to the housing (16), the housing (16) being movable in rotation relative to the air duct around the main axis (A), a rotation of the actuator around the main axis (A) causing the rotation of the housing around said main axis (A).
Abstract:
The air vent device (1) comprises an air duct (2), an air outlet device (4) extending according to a main axis (A), and a closing element (30). Said closing element (30) comprises at least one flexible membrane (32), movable between a folded position, wherein the flexible membrane (32) is folded around the main axis (A) in the opened position of the closing element (30), and a deployed position, wherein the membrane (32) extends radially in the air outlet device (4) and seals the air outlet device (4) in the closed position of the closing element (30).
Abstract:
The locking device (1) for locking a first element relative to a second element comprises : - one locking element (8) provided on the first element, movable in a first direction (F) between an inactive position and an active position; - a biasing element (20) for urging the locking element (8) towards its inactive position, - one complementary locking element (10) provided on the second element, arranged to move the locking element (8) from its active position to its inactive position and retaining the locking element (8) in its inactive position. The locking element (8) is further movable in a second direction (D) between a locking position and an unlocking position, wherein the locking element (8) is moved away from the complementary locking element (10).
Abstract:
The locking device (1), for locking a first element relative to a second element, comprises: - a locking element (8) provided on the first element, movable between a locking position and an unlocking position, - one groove (10) provided on the second element, the locking element (8) engaging inside the groove (10) when the locking device moves to its locked position and being placed at one end of said groove (10) when the locking element is in its locking position. The locking device further comprises an actuation device (28) movable between a blocking position, wherein the actuation device maintains the locking element (8) in its locking position, and an unblocking position, wherein the actuation device (28) frees the locking element (8).