DE1606788U - LIGHT TUBE LIGHTING ELEMENT. - Google Patents

Description

WlLH. LORCH fluorescent tube lighting fixtures

1. one or more crazy fluorescent tubes are used in IT form, arranged in such a way that they are one inside the other, next to each other and against each other are in a vertical or horizontal position

2. Rows of rods with any rod lengths in candlesticks Arrangement connected by a transverse chamber

3. Star or radial arranged rods of one starting from the central chamber

4. Rings, ellipses, squares, rhombuses arranged one inside the other

5. the electrode connections are attached in such a way that they neither disturb nor interrupt the closed shape

6. The electrically unfavorable subdivision of the light columns to avoid short connecting pieces under the rear wall or Invisible under a flap, if necessary abrogated be performed

7. The shapes are chosen and designed so that they are electrical Discharge paths of the same length arise and one alternating Polarity at LiehrfachröhEen results

8. Double and multiple paths for closed forms changing polarity are possible.

Claims (1)

WILH. LORCH Inventor: .Leu ch.tr öhr en - Luminous bodies ^ Which has since been used to illuminate residential and business premises th fluorescent tubes are mainly in the form of straight tubes used to increase the luminance z.'Tl. be placed next to each other several times. These shapes require proportionally long and not "particularly aesthetic looking dimensions. In the present invention, forms have now been found which allow with a few basic forms on relatively small Space to attach a lot of light-emitting surface and thereby different and aesthetic effects on walls and in the geometric shapes To achieve ceilings that architecturally adapts to the rooms to be illuminated There are several types of Grujjpen possible: the U-shapes, which open upwards or downwards, into each other and Can be attached horizontally or vertically to each other. Examples Figure 1-9. Star or ray shapes with or of the same length Radiation tubes of unequal length starting from a center point, example in FIGS. 10, 11. Circle, ellipse, square or rhombus shapes lined up e.g. Figure 12 - 15. Rows of bars in any order Number and length, which he connected to one another by a transverse chimney so that a chandelier-like shape is created, e.g. 18-21 one Another favorable form of parallel but apparently unequal rows can be obtained from double rows, invisible under the rear wall, as Legs that have been cranked can be achieved in Figures 16 and 17. However, these shapes alone do not make up the essence of the invention, but rather the arrangement and training the electrode ends to close the connection of the tubes Systems, the electrical adjustment of the light column lengths and The arrangement of the connection poles. Figures 22-32. The ends of the column are bent or deflected into the rear wall or caps in such a way that the unsightly and dark electrode connection becomes invisible. This method is already known for simple tubes, but never for rings, ellipses, squares, rhombuses and other "closed" To shape. Here the electrode tube is clipped back to the mold angled sideways, like this. that double and A-Iehrfachwege arise. In order to avoid the electrically unfavorable subdivisions ν-r, short connectors under the back wall drained and invisible carried out, as for example in Figure 6,16,17,22,23,2 In order to achieve discharge paths of the same length electrically, are the shapes are chosen so that they meet this requirement, otherwise the light intensity would be different. Figure 22, 23, 24.25, 28 / 29.30,31. claim.: Tubular lighting fixtures in shapes that are aesthetically pleasing Shaping result in a relatively high luminance, characterized in that