INDOOR UNIT OF AIR CONDITIONER

• Main Authors: IKEDA HISAFUMI, KURIHARA MAKOTO, TAKAGI MASAHIKO
• Format: Patent
• Language: English; Japanese
• Published: 15.10.2015
• Subjects: AIR-CONDITIONING, AIR-HUMIDIFICATION, VENTILATION, USE OF AIRCURRENTS FOR SCREENING; BLASTING; HEATING; LIGHTING; MECHANICAL ENGINEERING; RANGES; VENTILATING; WEAPONS

PROBLEM TO BE SOLVED: To obtain an indoor unit of an air conditioner which has an energy saving effect.SOLUTION: In an indoor unit body, a plurality of body blowout ports 10d for blowing out air which is sucked from an opening of a body opening face, and passes through a heat exchanger to the outside of the indoor unit body are formed at an outer peripheral side of the body opening face, the body blowout ports 10d are formed of a body blowout port outer sidewall 10d2 which is formed along a body side plate, a body blowout port inner sidewall 10d4 which is arranged oppositely to the body blowout port outer sidewall 10d2, and a body blowout port end part wall 10d1 which connects the body blowout port outer sidewall 10d2 to the body blowout port inner sidewall 10d4. The body blowout port end part wall 10d1 is erected between a drain reservoir part 18a and the body blowout port 10d, and an inclined guide 3 having an inclined guide upper face 3a which protrudes toward a center part of the body blowout port 10d as approaching the body opening face, and is continuous to the body blowout port inner sidewall 10d4 is arranged at least at one of the body blowout port end part walls 10d1. 【課題】省エネ効果を有する空気調和機の室内機を得る。【解決手段】室内機本体には、本体開口面の外周側に、本体開口面の開口から吸い込まれ、熱交換器を通過した空気を室内機本体の外部へと吹き出す本体吹出口１０ｄが複数形成されており、本体吹出口１０ｄは、本体側板に沿って形成された本体吹出口外側壁１０ｄ２と、本体吹出口外側壁１０ｄ２に対向配置された本体吹出口内側壁１０ｄ４と、本体吹出口外側壁１０ｄ２と本体吹出口内側壁１０ｄ４を連結する本体吹出口端部壁１０ｄ１と、によって形成され、本体吹出口端部壁１０ｄ１は、ドレン貯水部１８ａと本体吹出口１０ｄの間に立設しており、本体吹出口端部壁１０ｄ１の少なくとも一つに、本体開口面に近づく程、本体吹出口１０ｄの中央部に向かって突出し、本体吹出口内側壁１０ｄ４に連続した傾斜ガイド上面３ａを具備する傾斜ガイド３が設けられている。【選択図】図５