Air blowout apparatus

An air blowout apparatus comprising:

• a blowing port configured to blowout an air into a target space;
• a duct including a first wall and a second wall facing the first wall, the duct internally forming an air flow channel connected to an upstream side of the blowing port with respect to an air flow;
• and
• a first air flow deflection member located in the air flow channel and configured to generate two air flows having different flow rates in the air flow channel, wherein
• when, in the air flow channel, a space between the first air flow deflection member and the first wall is defined as a first flow channel, an air flow produced in the first flow channel is defined as a first air flow,
• when, in the air flow channel, a space between the first air flow deflection member and the second wall is defined as a second flow channel, an air flow produced in the second air flow channel is defined as a second air flow,
• the first air flow deflection member is configured to switch between a first state, in which the first air flow is higher in flow rate than the second air flow, and a second state, in which an air flow different from the air flow in the first state is produced, inside the duct,
• the duct includes a guide wall as a part of the first wall on a blowing port side,
• the guide wall is configured to guide the first air flow in the first state to bend the first air flow along a wall surface and to direct a direction of the first air flow from the second wall toward the first wall,
• the air blowout apparatus further includes a second air flow deflection member provided in a portion of the air flow channel on a downstream side of the first air flow deflection member and configured to deflect the second air flow,
• the second air flow deflection member is configured, when the first air flow deflection member forms the first state, to deflect the direction of the second air flow to a direction from the second wall toward the first wall, and
• the second air flow deflection member is configured, when the first air flow deflection member forms the second state,
• to lower a degree of deflection of the direction of the second air flow to the direction from the second wall toward the first wall more than the deflection when the first air flow deflection member forms the first state or
• to inhibit deflection of the direction of the second air flow to the direction from the second wall toward the first wall.