Air vent
The invention relates to an air vent including a housing; plural louvers extending horizontally or vertically, pivotably arranged in the housing and aligned relative to an air outlet opening arranged in the housing, wherein the plural louvers are controllable jointly with an identical orientation by a pivot movement from a starting position into a pivot position by an adjustment device for changing an air outflow direction from the air outlet opening, wherein the plural louvers are controllable by at least one actuation element made from a shape memory alloy to adjust a diffuse air flow independently from a control by the adjustment device.
1. An air vent, comprising: a housing; plural louvers extending horizontally or vertically, pivotably arranged in the housing and aligned relative to an air outlet opening arranged in the housing,
wherein the plural louvers are controllable jointly with an identical orientation by a pivot movement from a starting position to a pivot position by an adjustment device so that an air outflow direction from the air outlet opening is changed,
and wherein the plural louvers are controllable by at least one actuation element made from a shape memory alloy to adjust a diffuse air flow independently from a control of the plural lovers by the adjustment device;
wherein the at least one actuation element made from the shape memory alloy is coupled with or between two or plural slides of a support rail.
2. The air vent according to claim 1 , wherein a free length of the actuation element made from the shape memory alloy between two slides shortens upon an activation of the actuation element made from the shape memory alloy and moves at least one slide from a disengageable interlocking position.
3. The air vent according to claim 1 , wherein a slide of a center louver or a control louver has a disengageable interlocking connection with a higher disengagement force or with a higher disengagement torque than a disengageable interlocking connection of an adjacent slides which control louvers that are adjacent to the center louver or the control louver.
4. The air vent according to claim 1 , wherein a slide of a center louver or a control louver has a friction locking or form locking connection with the actuation element.
5. The air vent according to claim 1 , wherein a reset element or a spring element is provided between two slides.
6. An air vent, comprising: a housing; plural louvers extending horizontally or vertically, pivotably arranged in the housing and aligned relative to an air outlet opening arranged in the housing,
wherein the plural louvers are controllable jointly with an identical orientation by a pivot movement from a starting position to a pivot position by an adjustment device so that an air outflow direction from the air outlet opening is changed,
and wherein the plural louvers are controllable by at least one actuation element made from a shape memory alloy to adjust a diffuse air flow independently from a control of the plural louvers by the adjustment device,
wherein the at least one actuation element made from the shape memory alloy extends along all slides in a support rail and each slide is connected at a fixed engagement point with the at least one actuation element made from the shape memory alloy.
7. An air vent, comprising a housing; plural louvers extending horizontally or vertically, pivotably arranged in the housing and aligned relative to an air outlet opening arranged in the housing,
wherein the plural louvers are controllable jointly with an identical orientation by a pivot movement from a starting position to a pivot position by an adjustment device so that an air outflow direction from the air outlet opening is changed;
and wherein the plural louvers are controllable by at least one actuation element made from a shape memory alloy to adjust a diffuse air flow independently from a control of the plural louvers by the adjustment device,
wherein the at least one actuation element made from the shape memory alloy is coupled with or between at least one slide, the at least one slide includes a first interlocking element which cooperates with a second interlocking element configured as a spring element and forms a disengageable interlocking connection in a disengageable interlocking position with a support rail.