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특허 상세정보

Spot air-conditioner

국가/구분 United States(US) Patent 등록
국제특허분류(IPC7판) F25D-017/04   
미국특허분류(USC) 62/186 ; 236/493 ; 165/16 ; 454/286
출원번호 US-0555125 (1990-07-18)
발명자 / 주소
출원인 / 주소
인용정보 피인용 횟수 : 22  인용 특허 : 0
초록

A blow-off duct is rotatably mounted on an air-conditioner. A human body detection device is provided at the blow-off duct in order to detect the presence of a person to be air-conditioned and then to identify the moving direction thereof. Comfortable localized air-conditioning can be realized since a wind direction control device controls a duct drive device of the blow-off duct in response to a human body detected signal and movement signal outputted by the human body detection device, and thus rotating the blow-off duct in accordance with the movement...

대표
청구항

A spot air-conditioner comprising: an air-conditioner (12) for sucking room air and generating conditioned air; air-conditioning control means (8) for controlling the air-conditioning operation of said air-conditioner (12): a blow-off duct (16) rotatably mounted on said air-conditioner (12) for blowing off said conditioned air; duct drive means (2) for rotating said blow-off duct (16) against said air-conditioner (12) in order to change the wind direction: human body detection means (72) for outputting a human body detected signal when detecting a person...

이 특허를 인용한 특허 피인용횟수: 22

  1. Matsubara, Atsushi. Air conditioner. USP2015059039502.
  2. Park, Seong Man. Air conditioner and control method thereof. USP2017059657743.
  3. Lee, Joongkeun; Park, Kunkook; Lee, Juwan; Seo, Daegeun; Jo, Soonhaeng. Air conditioner having human body sensing antenna unit. USP2017129845964.
  4. Sculley, Darrin. Content amplification system and method. USP20190410264213.
  5. Tsuji, Kaichi. Controller and air conditioner. USP2016089410714.
  6. Mead, Karl; Yoo, Hyun; Johnson, Cherie. Environment optimization for space based on presence and activities. USP20180810057963.
  7. Mead, Karl; Yoo, Hyun; Johnson, Cherie. Environment optimization for space based on presence and activities. USP2017059642219.
  8. Muramatsu, Hiroaki. Human occupancy-based control system for an air conditioning system. USP2018059958177.
  9. Tsuji, Kaichi. Indoor unit and air conditioner with same. USP2017029574781.
  10. Burns, Trevor; Kanemaru, Junichi. Low humidity detection system and method thereof. USP2010047690421.
  11. Burns, Trevor; Kanemaru, Junichi. Low humidity detection system and method thereof. USP2012108297526.
  12. Burns, Trevor; Kanemaru, Junichi. Low humidity detection system and method thereof. USP2012118312918.
  13. Poel, Robert; Sculley, Darrin. Method and system for locating resources and communicating within an enterprise. USP20181210161752.
  14. Swieter, Timothy D; Scheper, Robert; Sculley, Darrin. Method and system for locating resources and communicating within an enterprise. USP20181110121113.
  15. Swieter, Timothy D; Scheper, Robert; Sculley, Darrin. Method and system for locating resources and communicating within an enterprise. USP2017129852388.
  16. Cline, Ernest E.. Oscillating evaporative air cooler. USP2003076598414.
  17. Kim, Moohee; Lee, Donghwal; Kwon, Hyuckjae. Portable air conditioner. USP20190110184673.
  18. Phillip D. Calvert. Portable evaporative cooler. USP2002076422030.
  19. Peter Baffes. Portable heating unit using a refrigerant circuit movable within a room. USP2002066405549.
  20. Sculley, Darrin; Anderson, Bo; Neiman, Rachel Anne; Buckingham, Brandon. Smart workstation method and system. USP2018039921726.
  21. Scheper, Robert; Sculley, Darrin. Space guidance and management system and method. USP2018049955318.
  22. Scheper, Robert; Sculley, Darrin. Space guidance and management system and method. USP20190310225707.