Grzejnik Przedmiotem wzoru przemyslowego jest grzejnik, przeznaczony zwlaszcza do instalowania w systemach centralnego ogrzewania pomieszczen mieszkalnych i uzytkowych. Grzejnik wedlug wzoru odznacza sie oryginalna budowa, charakteryzujaca sie ukladem kolektorów doprowadzajacych i pionowych elementów grzejnych. Pionowe radiatory utworzenie sa z profili w postaci zamknietych listew o przekroju trójkatnym, majacych w widoku z góry ksztalt trójkata równoramien- nego o lekko wygietych ramionach i zaokraglonym wierzcholku, jak pokazano na rysunku-fig. 11. Radiatory rozmieszczone sa równolegle, z jednej lub z obu stron pozio- mych kolektorów majacych ksztalt prostego lub lekko wygietego odcinka, przy czym polaczone sa z kolektorami poziomymi za pomoca krócców, usytuowanych od strony podstawy i/lub od strony wierzcholka. Kolektory dolne wyposazone sa w krócce przylaczeniowe armatury grzewczej, natomiast kolektory górne maja otwór pod odpowietrznik. Odmiany wzoru przemyslowego: 1. Grzejnik z radiatorami zamocowanymi podstawami do kolektorów w ksztalcie prostego odcinka, jak pokazano na rysunku, w widoku perspektywi cznym z przodu - fig. la, w widoku od dolu - fig; Ib.2. Grzejnik z radiatorami zamocowanymi wierzcholkami do kolektorów w ksztal- cie prostego odcinka, jak pokazano na rysunku, w widoku perspektywicznym z przodu - fig. 2a, w widoku od dolu - fig. Ib. 3. Grzejnik z radiatorami zamocowanymi podstawami po obu stronach kolekto- rów w ksztalcie prostego odcinka, jak pokazano na rysunku, w widoku per- spektywicznym z przodu - fig. 3a, w widoku od dolu - fig. 3b. 4. Grzejnik z radiatorami zamocowanymi wierzcholkami po obu stronach kolek- torów w ksztalcie prostego odcinka, jak pokazano na rysunku, w widoku per- spektywicznym z przodu - fig. 4a, w widoku od dolu - fig. 4b. 5. Grzejnik z radiatorami zamocowanymi podstawami do kolektorów w ksztalcie luku od jego wewnetrznej strony, jak pokazano na rysunku, w widoku per- spektywicznym z przodu - fig. 5a, w widoku od dolu - fig. 5b. 6. Grzejnik z radiatorami zamocowanymi wierzcholkami do kolektorów w ksztal- cie luku od jego wewnetrznej strony, jak pokazano na rysunku, w widoku per- spektywicznym z przodu - fig. 6a, w widoku od dolu - fig. 6b. 7. Grzejnik z radiatorami zamocowanymi podstawami do kolektorów w ksztalcie luku od jego zewnetrznej strony, jak pokazano na rysunku, w widoku perspek- tywicznym z przodu - fig. 7a, w widoku od dolu - fig. 7b. 8. Grzejnik z radiatorami zamocowanymi wierzcholkami do kolektorów w ksztal- cie luku od jego zewnetrzne) strony, jak pokazano na rysunku, w widoku per- spektywicznym z przodu - fig. 8a, w widoku od dolu - fig. 8b. 9. Grzejnik z radiatorami zamocowanymi podstawami do zespolu kolektorów w ksztalcie luków od ich zewnetrzne) strony, jak pokazano na rysunku, w widoku perspektywicznym z przodu - fig. 9a, w widoku od dolu - fig. 9b. 10. Grzejnik z radiatorami zamocowanymi wierzcholkami do zespolu kolektorów w ksztalcie luków od ich zewnetrznej strony, jak pokazano na rysunku, w wi- doku perspektywicznym z przodu - fig. lOa, w widoku od dolu - fig. lOb. Cechy istotne wzoru przemyslowego Grzejnik wedlug wzoru przemyslowego, charakteryzuje sie tym, ze pionowe radiatory utworzone sa z profili w postaci zamknietych listew o przekroju trójkat-nym, majacych w widoku z góry ksztalt trójkata równoramiennego o lekko wygie- tych ramionach i zaokraglonym wierzcholku oraz rozmieszczone sa równolegle, z jednej lub z obu stron poziomych kolektorów majacych ksztalt prostego lub lekko wygietego odcinka, przy czym polaczone sa z kolektorami poziomymi za pomoca krócców, usytuowanych od strony podstawy i/lub od strony wierzcholka, natomiast kolektory dolne wyposazone sa krócce przylaczeniowe armatury grzewczej, nato- miast kolektory górne maja otwór pod odpowietrznik. W pierwszej odmianie wzoru grzejnik ma radiatory zamocowane podsta- wami do kolektorów w ksztalcie prostego odcinka. W drugiej odmianie wzoru grzejnik ma radiatory zamocowane wierzchol- kami do kolektorów w ksztalcie z prostego odcinka. W trzeciej odmianie wzoru grzejnik ma radiatory zamocowane podstawami po obu stronach kolektorów w ksztalcie prostego odcinka W czwartej odmianie wzoru grzejnik ma radiatory zamocowane wierzchol- kami po obu stronach kolektorów w ksztalcie prostego odcinka W piatej odmianie wzoru grzejnik ma radiatory zamocowane podstawami do kolektorów w ksztalcie luku, od jego wewnetrznej strony. W szóstej odmianie wzoru grzejnik ma radiatory zamocowane wierzchol- kami do kolektorów w ksztalcie luku, od jego wewnetrznej strony. W siódmej odmianie wzoru grzejnik ma radiatory zamocowane podstawami do kolektorów w ksztalcie luku, od jego zewnetrznej strony. W ósmej odmianie wzoru grzejnik ma radiatory zamocowane wierzcholka- mi do kolektorów w ksztalcie luku, od jego zewnetrznej strony. W dziewiatej odmianie wzoru grzejnik ma radiatory zamocowane podsta- wami do zespolu kolektorów w ksztalcie luków usytuowanych na zewnatrz grzej- nika, od ich zewnetrznej strony. W dziesiatej odmianie wzoru grzejnik ma radiatory zamocowane wierzchol- kami do zespolu kolektorów w ksztalcie luków usytuowanych na zewnatrz grzejni- ka, od ich zewnetrznej strony.Fig.1a Fig.1b Fig.2a Fig.2b Fig.3a Fig.3b Fig.4a Fig.4b Fig.5a Fig.5b Fig.6a Fig.6b Fig.7a Fig.7b Fig.8a Fig.8b Fig.9a Fig.9b Fig.10a Fig.10b Fig.11Fig.1a Fig.1b Fig.2aFig.3a Fig.4aFig.5a Fig.6aFig.7a Fig.8aFig.9a Fig.10a PL PLThe industrial design is for a radiator, intended specifically for installation in central heating systems for residential and commercial spaces. The radiator, as designed, features a unique design, characterized by an arrangement of supply manifolds and vertical heating elements. The vertical radiators are made of closed triangular-section slat profiles, which, when viewed from above, form an isosceles triangle with slightly curved arms and a rounded top, as shown in Figure 11. The radiators are arranged in parallel, on one or both sides of horizontal manifolds, each shaped as a straight or slightly curved section, and are connected to the horizontal manifolds via connectors located at the base and/or top. The lower manifolds are equipped with connectors for the heating fittings, while the upper manifolds have an opening for an air vent. Variations of the industrial design: 1. Radiator with radiators attached by their bases to collectors in the shape of a straight section, as shown in the drawing, in a perspective front view - fig. 1a, in a view from the bottom - fig. 1b. 2. Radiator with radiators attached by their tops to collectors in the shape of a straight section, as shown in the drawing, in a perspective front view - fig. 2a, in a view from the bottom - fig. 1b. 3. Radiator with radiators attached by their bases on both sides of the collectors in the shape of a straight section, as shown in the drawing, in a perspective front view - fig. 3a, in a view from the bottom - fig. 3b. 4. Radiator with radiators attached by their tops on both sides of the collectors in the shape of a straight section, as shown in the drawing, in a perspective front view - fig. 4a, in a view from the bottom - fig. 4b. 5. Radiator with radiators attached by their bases to arc-shaped collectors from its inner side, as shown in the drawing, in a perspective front view - Fig. 5a, in a bottom view - Fig. 5b. 6. Radiator with radiators attached by their tops to arc-shaped collectors from its inner side, as shown in the drawing, in a perspective front view - Fig. 6a, in a bottom view - Fig. 6b. 7. Radiator with radiators attached by their bases to arc-shaped collectors from its outer side, as shown in the drawing, in a perspective front view - Fig. 7a, in a bottom view - Fig. 7b. 8. Radiator with radiators attached with their tops to the arc-shaped collectors from their outer side, as shown in the drawing, in a front perspective view - fig. 8a, in a bottom view - fig. 8b. 9. Radiator with radiators attached with their bases to the set of arc-shaped collectors from their outer side, as shown in the drawing, in a front perspective view - fig. 9a, in a bottom view - fig. 9b. 10. Radiator with radiators attached with their tops to the set of arc-shaped collectors from their outer side, as shown in the drawing, in a front perspective view - fig. 10a, in a bottom view - fig. 10b. Essential Features of the Industrial Design: The radiator, based on the industrial design, is characterized by vertical radiators formed from closed triangular-section slat profiles, which, when viewed from above, resemble an isosceles triangle with slightly curved arms and a rounded top. They are arranged in parallel, on one or both sides of horizontal collectors, each shaped as a straight or slightly curved section. They are connected to the horizontal collectors via stubs located at the base and/or top. The lower collectors are equipped with stubs for connecting heating fittings, while the upper collectors have a vent opening. In the first design variant, the radiators are attached at their bases to the collectors in the shape of a straight section. In the second design variant, the radiators are attached at their tops to the collectors in the shape of a straight section. In the third design variant, the radiator has radiators attached with bases to both sides of the collectors in the shape of a straight section. In the fourth design variant, the radiator has radiators attached with tops to both sides of the collectors in the shape of a straight section. In the fifth design variant, the radiator has radiators attached with bases to the collectors in the shape of an arc, on its inner side. In the sixth design variant, the radiator has radiators attached with tops to the collectors in the shape of an arc, on its inner side. In the seventh design variant, the radiator has radiators attached with bases to the collectors in the shape of an arc, on its outer side. In the eighth design variant, the radiator has radiators attached with tops to the collectors in the shape of an arc, on its outer side. In the ninth variant of the design, the radiator has radiators attached with their bases to a set of arc-shaped collectors located outside the radiator, from their outer side. In the tenth variant of the design, the radiator has radiators attached with their tops to a set of arc-shaped collectors located outside the radiator, from their outer side. Fig.1a Fig.1b Fig.2a Fig.2b Fig.3a Fig.3b Fig.4a Fig.4b Fig.5a Fig.5b Fig.6a Fig.6b Fig.7a Fig.7b Fig.8a Fig.8b Fig.9a Fig.9b Fig.10a Fig.10b Fig.11Fig.1a Fig.1b Fig.2aFig.3a Fig.4aFig.5a Fig.6aFig.7a Fig.8aFig.9a Fig.10a PL PL