DE1971799U - RADIATOR UNIT. - Google Patents

Description

RArBOI6572-31.7.67

DIPL-INQ. DIETER JANDER DR.-INQ. MANFRED BÖNINQ

PATENT LAWYERS

1 B ERLI N 33 (DAHLEM)

HOTTENWEG 15

Phone: 7613 03

Telegrams: Consideration Berlin

782/12 649 31 = July 1967

Usage model registration

the 3? irma
GERMAN WiGGOI- UID MiSOHIICSIPiBEIKBI

Gr.m.b.H.,

Berlin 52 (Borsigwalde), Bichborndamm 129-139

"Radiator unit"

The innovation "refers to a radiator unit with several juxtaposed above and below via hollow cross yokes in connection with one another Heating ducts.

The innovation is based on the task of adding a radiator unit of the above irt in a non-metallic design

_ 2 -

Postal check account Berlin West 1743 84 Berliner Bank AG., Deposit kasse 1

DIPL.-INCJ. DIETER JANDER DR.-INQ. MANFRED BDNINQ PATENT LAWYERS

- 2 -

create that by appropriate division into several easily malleable, easy to assemble and by gluing individual parts which can be easily joined together to form a closed hollow body can be produced economically. This . The task is achieved in that the heating element unit according to the invention is made by pressing and hardening With synthetic resin soaked fiberglass chippings, fiberglass mats or fiberglass fabric sheets formed, the heating ducts having central part, which is connected by gluing to the cross yokes formed from the same materials is.

The modern radiator unit offers the gate part, that their items are made with the help of simple mandrels that can be plugged into the channels for the heating medium can be and that in particular the middle part does not have to be divided into two parts, which are subsequently longitudinal a separating surface that runs through all heating channels is glued together. Rather, Ss is possible in one Pressing process to produce a homogeneous middle part. Adhesive layers that are mainly subjected to tensile loads and are therefore at risk So completely absent in the radiator unit according to the innovation.

It has proven to be particularly advantageous in cases in which the central radiator parts are made of impregnated glass fiber mats or glass fiber fabric sheets of constant thickness are made, if between them in the middle part Located heating channels webs are arranged, the thickness of which is smaller than the wall thickness of the heating channels. Goal in part the thickness of the webs is at most equal to that

DIPL.-INQ. DIETER JANPER DR.-INQ. MANFRED BÖNINQ PATENT LAWYERS

Wall thickness of the heating channels. The bridge zemes are with this one Embodiment compressed more than the heating duct walls, what can be proven on the basis of micrographs.

To facilitate assembly, the middle part has a stop flange for the cross yokes at each end

■ γι ο £ P "fj

and over each stop flange / shoulder collar that is in a Recess of corresponding shape is inserted in the associated cross yoke.

In order to be able to produce the cross yokes easily, they are closed at the front with caps.

In the accompanying drawing is an exemplary embodiment the radiator unit according to the innovation shown. Show Bs?

Pig. 1 shows a section running transversely to a row of heating ducts by a radiator unit according to the innovation;

Fig. 2 is a plan view of the central radiator part of the unit according to-Pig.Ij

Pig. 3 shows an end view of the central part of the heating element according to Pig. 2-,

Pig. 4 is a plan view of a cross yoke of the unit according to FIG Pig. 1 | ■

Pig. 5 shows an end view of the cross yoke according to Pig. 4 and Pig. 6 a section along the line TI-VI in Pig.4ο

In the figures, 11 is the middle part of a radiator through

- 4 -

DIPL.-INQ. DIETER JANDER DR.-INQ. MANFRED BDNINQ PATENT LAWYERS

which the heating channels 12 run. The walls 13 of the Heating channels are connected to one another via webs 14, the thickness of which is essentially the thickness of the walls of the heating channels corresponds, in the ends of the middle part 11 each has one Splash 15, the end face 16 of which serves as a stop for a G-egenfläche 17 on the transverse yokes 18, which is above and connect to the middle part 11 at the bottom.

The cross yokes 18 have a recess 19 into which the Fit over the end faces 16 of the flanges 15 protruding parts 20 of the central part. The end walls of the Cross yokes are closed by glued-in caps 21.

As can be seen from the figures, the heating channels taper slightly from one end to the other. To get an even To get picture, the tapering of successive heating channels runs alternately upwards and downwards.

The radiator unit according to the innovation can be installed either individually or in groups connected next to one another.

Claims (8)

PA-B016572-31.7.6? DIPL-INQ. DIETER JANDER DR.-INQ. MANFRED BÖNINQ PATENTANWÄLTE 1 BERLI N 33 (DAHLEM) HÜTTENWEG 15 Telephone: 7-1 303 Telegrams: Consideration Berlin 782/12 649 DS July 31, 1967 Utility model registration of the company DEUTSCHS WAGGON- UICD MiSCHINENFiBRIKEN G.m.b.H., Berlin 52 (Borsndigammwalde) 1) Radiator unit with several arranged side by side above and below via hollow transverse yokes in connection with one another standing heating channels, characterized in that they are made by pressing and curing with synthetic resin impregnated glass fiber chips, glass fiber mats or glass fiber fabric webs, which have heating channels (12) Central part (ll) which is connected by gluing to the cross yokes (18) formed from the same materials is. 2) radiator unit according to claim 1, characterized in that between the in the middle part (ll) located heating channels (12) webs (14) are arranged, the thickness of which is smaller than the wall thickness of the heating channels. 3) radiator unit according to claim 2, characterized in that the thickness of the webs (14) is at most is equal to the wall thickness of the heating ducts. Postal check account Berlin West 1743 84 Berliner Bank AG., Deposit kasse 1 DIPL.-INQ. DIETER JANDER DR.-INQ. MANFRED BDNlNCJ PATENT LAWYERS - 2 - 4) radiator unit according to claim 1 or subclaims, characterized in that the central part on the ends each have a .Anschlagflansch (15) for the cross yokes (l8). 5) radiator unit according to .Anspruch 4, characterized in that each stop flange (15) Extension collar (2O) protrudes into a recess (19) corresponding shape in the associated cross yoke (l8) is inserted. 6) radiator unit according to claim 4, characterized in that the stop flanges (15) to the Widen the cross yokes (18). 7) radiator unit according to claim 1 or subclaims, characterized in that the transverse yokes (l8) are closed on the front sides by caps (21). 8) radiator unit according to claim 1 or dependent claims _} characterized in that the transverse yokes (l8) are provided with openings for the supply and discharge of the heating medium.