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1. (WO1978000019) ENERGY CONCENTRATOR SYSTEM
국제사무국에 기록된 최신 서지정보

공개번호: WO/1978/000019 국제출원번호: PCT/US1978/000013
공개일: 21.12.1978 국제출원일: 12.06.1978
IPC:
F24S 23/72 (2018.01) ,F24S 23/79 (2018.01)
[IPC code unknown for F24S 23/72][IPC code unknown for F24S 23/79]
출원인:
발명자:
우선권 정보:
80586713.06.1977US
발명의 명칭: (EN) ENERGY CONCENTRATOR SYSTEM
(FR) SYSTEME DE CONCENTRATION D"ENERGIE
요약서:
(EN) A radiant energy concentrator system (10) for maximizing the amount of radiation flux (18) impinging and being absorbed in a particular area. The concentrator system (10) includes a stationary spherical reflector (12) which is fixedly secured to a base surface (16) or ground element. A receiver (14) having an extended length in a particular direction extends partially internal to the concave spherical envelope of the reflector (12) and is adapted to be maintained in a direction substantially parallel to the incident radiation (18) impinging and being reflected from the spherical reflector (12). The receiver (14) is displaced in a manner maintaining the extended length of the receiver (14) in a parallel direction to the incident radiation (18) responsive to directional ray variations of the incident radiation (18) impinging on the spherical reflector (12). Secondary radiation concentration devices (90) are mounted on the receiver (14) for reflecting radiation initially reflected from the reflector (12) back onto the reflector (12) and then back to the receiver (14) for absorption.
(FR) Systeme (10) de concentration d"energie rayonnante permettant d"optimiser le flux (18) des radiations frappant une surface donnee et etant absorbees par cette surface. Le systeme (10) de concentration comprend un reflecteur spherique fixe (12) reposant sur un support (16) ou sur le sol. Un recepteur (14) de forme allongee et oriente dans une certaine direction, dont une partie se trouve a l"interieur de l"enveloppe concave spherique du reflecteur (12), est concu pour etre maintenu dans une direction sensiblement parallele a celle de la radiation incidente (18) qui frappe le reflecteur spherique (12) et subit une reflexion. Le recepteur (14) se deplace de facon telle que sa plus grande dimension reste parallele a la direction de la radiation incidente (18), ce deplacement s"effectuant en fonction des variations de direction des rayons de la radiation incidente (18) frappant le reflecteur spherique (12). Des dispositifs secondaires (90) de concentration montes sur le recepteur (14) renvoient par reflexion sur le reflecteur (12) la radiation reflechie initialement par ce meme reflecteur (12), radiation qui est a nouveau reflechie sur le recepteur (14) ou elle est absorbee.
지정국:
공개언어: 영어 (EN)
출원언어: 영어 (EN)