Air conditioner

An air conditioner comprising:

• a base case configured to include a suction port through which air is sucked and accommodate a filter therein;
• a tower case configured to be disposed above the base case and to include a first tower and a second tower which each have an air flow path therein and are formed to be spaced apart from each other;
• a blowing space configured to be formed between the first tower and a second tower;
• a first discharge port configured to be formed in the first tower and to discharge the sucked air to the blowing space;
• a second discharge port configured to be formed in the second tower and to discharge the sucked air to the blowing space;
• and
• a heater configured to be disposed inside the tower case and to be disposed adjacent to at least one of the first discharge port and the second discharge port,
• wherein the heater includes
• a heat-radiating tube configured to include a first heat-radiating tube and a second heat-radiating tube disposed to be parallel to each other, and a third heat-radiating tube configured to connect one end of the first heat-radiating tube and one end of the second heat-radiating tube to each other, and
• a plurality of heat-radiating pins configured to be coupled to the first heat-radiating tube and the second heat-radiating tube, and
• the first heat-radiating tube extends in a first direction, and the plurality of heat-radiating pins form a heat-radiating surface intersecting the first direction.

An air conditioner comprising:

• a base case configured to include a suction port through which air is sucked and accommodate a filter therein;
• a tower case configured to be disposed above the base case and to include a first tower and a second tower which each have an air flow path therein and are formed to be spaced apart from each other;
• a blowing space configured to be formed between the first tower and a second tower;
• a first discharge port configured to be formed in the first tower and to discharge the sucked air to the blowing space;
• a second discharge port configured to be formed in the second tower and to discharge the sucked air to the blowing space;
• and
• a heater configured to be disposed inside the tower case and to be disposed adjacent to at least one of the first discharge port and the second discharge port,
• wherein the heater includes
• a heat-radiating tube configured to include a first heat-radiating tube and a second heat-radiating tube disposed to be parallel to each other, and a third heat-radiating tube configured to connect one end of the first heat-radiating tube and one end of the second heat-radiating tube to each other, and
• a plurality of heat-radiating pins configured to be coupled to the first heat-radiating tube and the second heat-radiating tube, and
• the first discharge port and the second discharge port extend in a first direction, and the heat-radiating pin has an inclination smaller than 45 with respect to a reference surface perpendicular to the first direction.