PL6611S2 - Straight tubular heater - Google Patents

Straight tubular heater Download PDF

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Publication number
PL6611S2
PL6611S2 PL4397A PL439703A PL6611S2 PL 6611 S2 PL6611 S2 PL 6611S2 PL 4397 A PL4397 A PL 4397A PL 439703 A PL439703 A PL 439703A PL 6611 S2 PL6611 S2 PL 6611S2
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PL
Poland
Prior art keywords
radiator
length
view
heater
pipes
Prior art date
Application number
PL4397A
Other languages
Polish (pl)
Inventor
Roman Gawlowski
Marcin Jedrzak
Original Assignee
Instalprojekt Gawlowscy
Filing date
Publication date
Application filed by Instalprojekt Gawlowscy filed Critical Instalprojekt Gawlowscy
Publication of PL6611S2 publication Critical patent/PL6611S2/en

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Description

Przedmiotem wzoru przemyslowego jest grzejnik rurkowy prosty, przeznaczo- ny do ogrzewania pomieszczen uzytkowych. Grzejnik rurkowy wedlug wzoru odznacza sie oryginalna budowa, charaktery- zujaca sie ukladem elementów grzewczych w postaci prostych radiatorów. Grzejnik sklada sie z poziomo usytuowanych równolegle jeden nad drugim radiatorów w postaci prostych rurek, polaczonych z usytuowanym pionowo, po- dwójnym kolektorem zasilajacym w ksztalcie prostopadloscianu. Odmiany wzoru przemyslowego: 1. Grzejnik z jednakowej dlugosci rurkami usytuowanymi symetrycznie po obu stronach kolektora, jak pokazano na rysunku, w widoku z przodu - fig. 1a, w wi- doku od góry - fig. 1b. 2. Grzejnik z jednakowej dlugosci rurkami usytuowanymi naprzemian asymetrycz- nie po obu stronach kolektora, jak pokazano na rysunku, w widoku z przodu - fig. 2a, w widoku od góry - fig. 2b. 3. Grzejnik, w którym dlugosc rurek jednostronnie zmniejsza sie do polowy wyso- kosci grzejnika, po czym z drugiej strony zwieksza sie ku dolowi grzejnika, jak pokazano na rysunku w widoku z przodu - fig. 3a, w widoku od góry - fig. 3b. 4. Grzejnik, w którym dlugosc rurek symetrycznie zmniejsza sie ku dolowi grzej- nika, jak pokazano na rysunku w widoku z przodu - fig. 4a, w widoku od góry - fig. 4b.5. Grzejnik z jednakowej dlugosci rurkami i asymetrycznie usytuowanym kolekto- rem, jak pokazano na rysunku, w widoku z przodu - fig. 5a, w widoku od góry - fig. 5b. 6. Grzejnik, w którym dlugosc rurek jednostronnie zwieksza sie do polowy wyso- kosci grzejnika, po czym z tej samej strony zmniejsza sie ku dolowi grzejnika, jak pokazano na rysunku, w widoku z przodu - fig. 6a, w widoku od góry - fig. 6b. 7. Grzejnik, w którym dlugosc rurek jednostronnie zmniejsza sie do polowy wyso- kosci grzejnika, po czym z tej samej strony zwieksza sie ku dolowi grzejnika, jak pokazano na rysunku, w widoku z przodu - fig. 7a, w widoku od góry - fig. 7b. 8. Grzejnik, w którym dlugosc rurek obustronnie zwieksza sie do polowy wysoko- sci grzejnika, po czym zmniejsza sie ku dolowi grzejnika, jak pokazano na ry- sunku, w widoku z przodu - fig. 8a, w widoku od góry - fig. 8b. 9. Grzejnik, w którym dlugosc rurek obustronnie zmniejsza sie do polowy wysoko- sci grzejnika, po czym zwieksza sie ku dolowi grzejnika, jak pokazano na rysun- ku, w widoku z przodu - fig. 9a, w widoku od góry - fig. 9b. 10. Grzejnik, z rurkami o jednakowej dlugosci, tworzacymi w widoku z boku luk, jak pokazano na rysunku, w widoku z przodu - fig. 10a, w widoku od góry - fig. 10b. Cechy istotne wzoru przemyslowego Grzejnik rurkowy prosty wedlug wzoru przemyslowego, charakteryzuje sie tym, ze poziomo usytuowane, jeden nad drugim, radiatory maja postac prostych rurek, polaczonych z usytuowanym pionowo, podwójnym kolektorem zasilajacym w ksztalcie prostopadloscianu, zaslepionym od góry okraglymi zaslepkami. W pierwszej odmianie wzoru grzejnika jednakowej dlugosci rurki usytuowa- ne sa symetrycznie po obu stronach kolektora. W drugiej odmianie wzoru grzejnika jednakowej dlugosci rurki usytuowane sa naprzemian asymetrycznie po obu stronach kolektoraW trzeciej odmianie wzoru dlugosc rurek jednostronnie zmniejsza sie do po- lowy wysokosci grzejnika, po czym z drugiej strony zwieksza sie ku dolowi grzejni- ka. W czwartej odmianie wzoru, dlugosc rurek symetrycznie zmniejsza sie ku dolowi grzejnika. W piatej odmianie wzoru, rurki maja jednakowa dlugosc, natomiast kolektor jest usytuowany asymetrycznie. W szóstej odmianie wzoru, dlugosc rurek jednostronnie zwieksza sie do po- lowy wysokosci grzejnika, po czym z tej samej strony zmniejsza sie ku dolowi grzejnika. W siódmej odmianie wzoru, dlugosc rurek jednostronnie zmniejsza sie do polowy wysokosci grzejnika, po czym z tej samej strony zwieksza sie ku dolowi grzejni. W ósmej odmianie wzoru grzejnika, dlugosc rurek obustronnie zwieksza sie do polowy wysokosci grzejnika, po czym zmniejsza sie ku dolowi grzejnika. W dziewiatej odmianie wzoru, dlugosc rurek obustronnie zmniejsza sie do polowy wysokosci grzejnika, po czym zwieksza sie ku dolowi grzejnika. W dziesiatej odmianie wzoru rurki maja jednakowa dlugosc, tworzac w wi- doku z boku grzejnika luk.Fig.1a Fig.2a Fig.3a Fig.4a Fig.5a Fig.1b Fig.2b Fig.3b Fig.4b Fig.5b Fig.6a Fig.7a Fig.8a Fig.9a Fig.10a Fig.6b Fig.7b Fig.8b Fig.9b Fig.10b PLThe subject of the industrial design is a straight tubular radiator, intended for heating utility rooms. According to the pattern, the tubular radiator has an original structure, characterized by the arrangement of heating elements in the form of simple heat sinks. The radiator consists of horizontally positioned parallel heat sinks in the form of straight tubes connected to a vertically positioned double rectangular supply manifold. Variations of the industrial design: 1. A heater with tubes of equal length arranged symmetrically on both sides of the collector, as shown in the drawing, front view - Fig. 1a, top view - Fig. 1b. 2. A radiator with pipes of equal length alternating asymmetrically on both sides of the collector, as shown in the drawing, in front view - Fig. 2a, in top view - Fig. 2b. 3. A heater in which the length of the pipes is reduced on one side to half the height of the radiator, and then on the other side increased towards the bottom of the radiator, as shown in the drawing in the front view - Fig. 3a, in the top view - Fig. 3b . 4. A heater in which the length of the tubes is symmetrically reduced towards the bottom of the heater as shown in the drawing in the front view - Fig. 4a, in the top view - Fig. 4b.5. A radiator with pipes of equal length and an asymmetrically arranged collector as shown in the drawing, in front view - Fig. 5a, in top view - Fig. 5b. 6. A heater in which the length of the pipes is increased on one side to half the height of the radiator, and then on the same side it is reduced to the bottom of the radiator, as shown in the drawing, in front view - fig. 6a, in top view - fig. 6b. 7. A heater in which the length of the pipes is reduced on one side to half the height of the radiator, and then on the same side it is increased towards the bottom of the radiator, as shown in the drawing, in front view - fig. 7a, in top view - fig. 7b. 8. A heater in which the length of the pipes is increased on both sides to half the height of the radiator and then decreases towards the bottom of the radiator as shown in the figure, front view - Fig. 8a, top view - Fig. 8b . 9. A heater in which the length of the pipes on both sides is reduced to half the height of the radiator, and then increased towards the bottom of the radiator as shown in the drawing, in front view - Fig. 9a, in top view - Fig. 9b . 10. Heater, with tubes of equal length forming gaps in side view as shown in the drawing, front view - fig. 10a, top view - fig. 10b. Significant features of the industrial design Straight tubular heater according to the industrial design, characterized by the fact that horizontally located one above the other, heat sinks have the form of straight tubes, connected to a vertically located, double supply manifold in the shape of a cuboid, closed from the top with round plugs. In the first version of the radiator pattern, tubes of equal length are located symmetrically on both sides of the collector. In the second variant of the radiator pattern, the pipes of equal length are arranged alternately asymmetrically on both sides of the collector. In the third variant of the pattern, the length of the pipes is reduced on one side to half the height of the radiator, and on the other hand, it increases towards the bottom of the radiator. In the fourth variant of the pattern, the length of the tubes is symmetrically reduced towards the bottom of the radiator. In the fifth variation of the pattern, the tubes are of equal length and the collector is positioned asymmetrically. In the sixth variant of the pattern, the length of the pipes is increased on one side to half the height of the radiator, and then on the same side it is reduced towards the bottom of the radiator. In the seventh variant of the pattern, the length of the pipes is reduced on one side to half the height of the radiator, and then on the same side it is increased towards the bottom of the heater. In the eighth variation of the radiator design, the length of the tubes is increased on both sides to half the height of the radiator and then decreased towards the bottom of the radiator. In the ninth variant of the pattern, the length of the pipes on both sides is reduced to half the height of the radiator, and then increased towards the bottom of the radiator. In the tenth variant of the pattern, the tubes have the same length, creating a gap in the side view of the heater Fig.1a Fig.2a Fig.3a Fig.4a Fig.5a Fig.1b Fig.2b Fig.3b Fig.4b Fig.5b Fig 6a Fig.7a Fig.8a Fig.9a Fig.10a Fig.6b Fig.7b Fig.8b Fig.9b Fig.10b EN

PL4397A 2003-10-30 Straight tubular heater PL6611S2 (en)

Publications (1)

Publication Number Publication Date
PL6611S2 true PL6611S2 (en) 2004-12-31

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