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Machine translation
1. (WO1980002738) METHOD OF AND APPARATUS FOR AMPLIFYING HEAT
Latest bibliographic data on file with the International Bureau   

Pub. No.:    WO/1980/002738    International Application No.:    PCT/JP1980/000117
Publication Date: 11.12.1980 International Filing Date: 30.05.1980
IPC:
F25B 30/02 (2006.01), F25B 30/06 (2006.01)
Applicants:
Inventors:
Priority Data:
79/69676 04.06.1979 JP
Title (EN) METHOD OF AND APPARATUS FOR AMPLIFYING HEAT
(FR) METHODE ET APPAREIL D"ACCROISSEMENT DE LA CHALEUR
Abstract: front page image
(EN)Heat being dissipated by a first heating medium in a heat source circulating circuit (E) is absorbed through an evaporator (101), and a second heating medium which is circulating in a heat pump circuit (D) and which is compressed and raised in temperature by a compressor (102), has its dissipation regulated in a condenser (103). As a result, the heating medium circulating from the condenser to the evaporator is maintained at a set temperature which is comparatively high. Heat being dissipated by the condenser (103) is absorbed by a circulation path (F) for heat utilization through which a third heating medium circulates. The heat thus obtained is partially supplied to the heating medium of the circuit (E) via a heat supplying circuit (G). This improves the efficiency of the compressor to provide a large quantity of heat at a high temperature on the heat utility side. When the atmospheric temperature drops, the heating medium in the heat source circulating circuit is heated by a heater (123) as required.
(FR)La dissipation de la chaleur dissipee par un premier milieu chauffant dans un circuit de circulation d"une source de chaleur (E), chaleur qui est absorbee au travers d"un evaporateur (101), et par un second milieu chauffant qui circule dans un circuit d"une pompe a chaleur (D) et qui est comprime par un compresseur (102) qui fait monter sa temperature, est commandee dans un condenseur (103). Il en resulte que le milieu chauffant circulant du condenseur vers l"evaporateur est maintenu a une temperature choisie qui est relativement elevee. La chaleur dissipee par le condenseur (103) est absorbee par un passage de circulation (F) pour utiliser la chaleur, passage au travers duquel un troisieme milieu chauffant circule. La chaleur ainsi obtenue est partiellement envoyee au milieu chauffant du circuit (E) via un circuit d"alimentation de chaleur (G). De cette maniere, on augmente le rendement du compresseur qui permet d"envoyer une grande quantite de chaleur a une temperature elevee. Lorsque la temperature atmospherique baisse, le milieu chauffant dans le circuit de circulation de la source de chaleur est chauffe par un dispositif de chauffage (123).
Designated States:
Publication Language: Japanese (JA)
Filing Language: Japanese (JA)