AIR-CONDITIONING OUTLET DEVICE
An air-conditioning outlet device includes a housing in which a blowout port is formed; a fin body provided inside the housing; and illumination units capable of illuminating a downstream end of the fin body. The downstream end of the fin body serves as an ornament that is decorated and that is illuminated by the illumination units. The fin body is located upstream of the blowout port and substantially at a central position in a second direction in a normal mode to allow air to be blown, and by being displaced from a position in the normal mode toward an upstream side, the fin body blocks a part of a flow path to set an air-blowing stop mode in which air blowing is prevented.
1 . An air-conditioning outlet device comprising:
a housing into which air is blown, and in which a blowout port that blows out the air is formed at a downstream end with respect to a flow direction of the blown air;
a fin body displaceably provided inside the housing; and
illumination units capable of illuminating a downstream end of the fin body,
wherein the downstream end of the fin body serves as an ornament that is decorated and that is illuminated by the illumination units,
the blowout port has a substantially rectangular shape, and
when a direction parallel to long sides of the blowout port is defined as a first direction and a direction parallel to short sides that are sides shorter than the long sides is defined as a second direction, the fin body is provided along the first direction and is located upstream of the blowout port and substantially at a central position in the second direction in a normal mode to allow the air to be blown, and by being displaced from a position in the normal mode toward an upstream side, the fin body blocks a part of a flow path to set an air-blowing stop mode in which air blowing is prevented.
2 . The air-conditioning outlet device according to claim 1 ,
wherein the housing includes a narrow portion having an area narrower than an area of the blowout port, and
inner walls extending from the narrow portion to the blowout port along the fin body are formed inside the housing.
3 . The air-conditioning outlet device according to claim 1 ,
wherein the fin body includes tapered portions in which a width in the second direction increases as the tapered portions extend from the upstream side toward a downstream side, and a width of the fin body in the second direction is smaller than a width of the short sides of the blowout port.
4 . The air-conditioning outlet device according to claim 1 , further comprising:
a first fin mechanism that displaces the fin body along an air blowing direction.
5 . The air-conditioning outlet device according to claim 4 ,
wherein the first fin mechanism includes a first motor that generates a driving force in a rotation direction when energized, gears that rotate when the first motor is operated, and a rack that converts the rotational motion of the gears into a linear motion and that is connected to the fin body.
6 . The air-conditioning outlet device according to claim 4 , further comprising:
a second fin mechanism for displacing the fin body in the second direction.
7 . The air-conditioning outlet device according to claim 6 ,
wherein the second fin mechanism includes a second motor that generates a driving force in a rotation direction when energized, gears that rotate when the second motor is operated, and a fin support rotatable in conjunction with the gears and capable of supporting the fin body.
8 . The air-conditioning outlet device according to claim 1 ,
wherein a plurality of uneven portions is formed on the ornament, and
as the fin body is displaced along an air blowing direction, a pattern of the ornament that is visible to a viewer changes.
9 . The air-conditioning outlet device according to claim 6 ,
wherein a plurality of uneven portions is formed on the ornament, and
as the fin body is displaced along the second direction, a pattern of the ornament that is visible to a viewer changes.