DE20006211U1 - Ceiling and baseboard radiators - Google Patents

Description

Description:

The invention relates to radiant heating elements, the features of which result from the preamble in the main claim 1.

Radiant band heaters, such as those in utility model G 91 12 267.8 of January 30, 1992, utility model 297 08 0369 of July 10, 1997 or patent specification DE 2858136 CE of March 10, 1988, preferably consist of two hot water-carrying medium pipes, which are installed in a closed or partially open housing.

The problem is that the ratio between radiation and convection power cannot be regulated or detected. The problem is solved by the features listed in claim 1.

The outer casing (4) of the radiant heating element emits the full radiation output in the form of electromagnetic radiation (infrared radiation). The convection component is almost set.

The heat emission is determined by the surface from Fig. 1 and Fig. 6 and the emission value of the material used (aluminum) and the nature of the surface (through chromating with subsequent pulverization). The length of the heat radiation is determined by the medium temperature of water (9) in the pipe (5) itself. The temperature control of the water determines the power output with the water quantity and speed, the heat output of the radiant band heater.

This is provided by the features specified in claim 2 and the ability to regulate the heat radiation via the temperature difference. An advantageous design of the invention is provided in claim 3. The semi-circular or oval beads (3) on the room side significantly increase the heat-emitting surface; the heat radiation is thus directed in different directions. This achieves optimal radiation of the rooms to be heated.

A further advantage of the invention is evident from claim 5. Due to the absence of parts (5) and (6), this part can be used as an installation channel for water-carrying supply lines. Furthermore, this part Fig. 4 serves as an empty panel to cover the connections in straight lines and corners. A further advantage is the new fastening of the newly created fastening bracket Fig. 2, which can be optimally attached to the wall bracket Fig. 3 via the attachment (2) using fastening screws (fixing point (12)) to the wall.

This means that the familiar expansion noises can be completely eliminated.

The invention is illustrated in the drawing. It shows:

Fig. 1 shows a cross-section through the heating element (4) with the medium-carrying part (5), the webs (6), the wall bracket (10) and the fastening bracket (9).

Fig 6 a cross-section like Fig 1, but the enlargement of the surface by approx. 25% (14) by the semicircular (7) and rectangular end (8) and change of the radius to 2.0 (13).

Fig 4 a cross section through the empty panel (11) - otherwise as before

Fig 2 a cross section through (9)

Fig 3 a cross section of the wall bracket (10)

Fig 5 complete assembly of (4) + (2) + (10)

Fig 7 complete assembly of (7) + (2)

The ceiling and skirting board radiators are connected to each other by flexible threaded hoses (3/8") and connectors via straight and square connections. Cut edges as well as inside and outside corners are covered by a clip (). All materials used are made of aluminum because of its excellent heat conduction properties and excellent formability.

Claims (5)

1. Ceiling and skirting board radiator or also called radiant band heating - with one or more medium-carrying pipes, which is surrounded by a multi-part housing; the heating element Fig. 1 and 6 and the wall bracket Fig. 3 are joined together by means of a snap connection 1 via the fastening bracket Fig. 2, characterized in that the medium-carrying part ( 5 ) - here water - is homogeneously connected to the heating element ( Fig. 1) via two webs ( 6 ). 2. Ceiling and skirting board radiator according to claim 1, characterized in that the wall bracket ( Fig. 3) and its fastening of the fastening holder ( 2 ) are clamped with a snap connection. 3. Radiant band heater according to claim 1, characterized in that the front side of the heating element ( Fig. 1) has several semicircular, oval beads ( 3 ) of different arrangement, distances and sizes ( Fig. 1). 4. Radiant band heater according to claim 1, characterized in that the front of the heating element ( Fig. 1 + 6) has several semicircular, oval beads ( 3 ) of different arrangement, distances and sizes, but differs from Fig. 1 by a semicircular ( 7 ) and a rectangular ( 8 ) end. 5. A further protection claim according to 1 to 4 is characterized in that the absence of the medium conductor ( 5 ) and the webs ( 6 ) in the connection with the wall bracket ( Fig. 3) creates a technology panel ( Fig. 4).