AIR CONDITIONING SYSTEM

• Main Authors: KUMANOMIDO REI, TODO KAORI, TANAKA HIRONORI, NANAOKA HIROSHI, KUROKI HIROSHI, FUJIMOTO TAKUYA, OSAWA JUNJI
• Format: Patent
• Language: English; Japanese
• Published: 17.01.2019
• Subjects: AIR-CONDITIONING, AIR-HUMIDIFICATION, VENTILATION, USE OF AIRCURRENTS FOR SCREENING; BLASTING; HEATING; LIGHTING; MECHANICAL ENGINEERING; RANGES; VENTILATING; WEAPONS

To improve a temperature environment of an indoor space such as a non-habitable room in a house, for example, without increasing power consumption.SOLUTION: An air conditioning system (2) is provided for a building including first indoor spaces (91-93) and a second indoor space (94). The air conditioning system comprises: an air conditioner (2) for adjusting a temperature of sucked air; first blowing ports (31-33) for blowing the air of which the temperature is adjusted by the air conditioner, into the first indoor spaces; a second blowing port (34) for blowing air of which the temperature is adjusted, into the second indoor space; and aperture adjusting mechanisms (41-44) which are provided at least either in the first blowing ports or in the second blowing port for adjusting an aperture of the blowing port. Each of the aperture adjusting mechanisms (41-44) includes: a shape change member of which the shape is changed in accordance with the temperature of air in the indoor space; and a position change member of which the position is changed in response to the shape change of the shape change member, thereby changing the aperture.SELECTED DRAWING: Figure 2 【課題】たとえば住宅の非居室などの室内空間の温度環境を、消費電力を増大させることなく改善する。【解決手段】空調システム（２）は、第１の室内空間（９１〜９３）および第２の室内空間（９４）を含む建物における空調システムであって、吸気した空気の温度を調整するための空調機（２）と、空調機による温度調整後の空気を第１の室内空間に吹き出す第１の吹出し口（３１〜３３）と、温度調整後の空気を第２の室内空間に吹き出す第２の吹出し口（３４）と、第１の吹出し口および第２の吹出し口の少なくとも一方に設けられ、吹出し口の開度を調整するための開度調整機構（４１〜４４）とを備える。開度調整機構（４１〜４４）は、室内空間の空気の温度に応じて形状が変化する形状変化部材と、形状変化部材の形状変化に応じて位置が変えられることによって開度を変更する位置変更部材とを含む。【選択図】図２