DE1605134U - COVERING FOR LIGHTING ELEMENT. - Google Patents

Description

according to theirea ¥ ©: rwe &<Luögazwee] £ known. In their Auageatalt-ojag etehl: reäelaäßig Veraeidtmg the 4 light source, good Idchtzeratreuung, low with pleasing & tume & 6 "* / Mm & D Ef-forderniaae let eioh jedooti in the known Leuchtkörperverkleidvuigerx nieht all at the same time realize to the widest extent since here in the sail Torteil only at the expense of something else

Me ETtlnSLwag concerns a clothes for kSrger »in which these signatures as a whole largely apply and which also allow simple production

New ferkieidu ^ g is geiaäS the invention aas components together, which are molded or pressed vaaA from a durciisichtigeii or durchoheinendea thermoplaatiaehen plastic mass. dertoi ge # ö23at are, after their unification, a kind of latticework is created. The components exhibit expedient

& You eiat advantageous iseisasder- Mamm 2weolE eg · Mt claws and

The object of the invention is illustrated in more detail ixt the drawing - m & jyaweßttm ^ ibeisfiei,

Eating part «in

4-i $ L® each ^ ägeii ^ rigö Srauföiehf 7 äie to form a lattice-work structure

Fig. 8 the complete latticework on a smaller scale 'Covering a source of light in a side view; Fig. 9 this cladding in front view.

The components 1, 2 and 3 have arms 4 which protrude from their center and lie at right angles to one another. The two components 1 and 3 have three arms and component 2 has four arms. The ends of the two opposite arms of the component 1 are provided with Islamic pegs 5 and the end of the further arm of this component is provided with a claw 6. In the case of the component 2, two opposite arms carry pins 5 and the other two opposite arms claws 6. The component 5 has claws β at the ends of the two opposite arms and a pin at the other arm

Bas latticework 7 (Fig.?) Is composed of these components; the two longitudinal edges of the latticework consist of components 1 and 2, which follow one another alternately. The inner structural elements of the latticework are formed by structural elements 2 which, in constant alternation, lie next to one another rotated by 90 in both the longitudinal and the transverse direction. This ensures that in each case one claw of the one component? one: encloses the pin of the adjacent component. When the parts are put together, the ends are plugged into one another from above so that the pegs come to rest in the claws.

The latticework 7 'which Fig. 9 is complete on a smaller scale shows forms in that illustrated by Fig. 8 Application example the cladding of a there in side view shown fluorescent tube 8, the illuminating on the ceiling 9 of the su Tree is attached. The ritterwerk 7 is before this drill spaced a short distance apart and is supported by angled holding tabs a 10 worn

The components of the cladding are made of a transparent one

or durehse & unifying thermoplastic plastic mass according to the known methods using appropriate molds injected or pressed. This enables rapid and convenient manufacture and precise dimensional accuracy of each individual component is achieved, which? the assembly of the many components that make up the latticework is important. The pickling 5 and flat β of each component are dimensioned in such a way that the latter firmly enclose the bolts when the parts are put together, which ensures a good hold. If necessary, the components can be glued to one another at the adhesion points. The low weight of the components made of thermoplastic material is also advantageous, as this results in a light, easy-to-use and largely unbreakable cladding. The relatively low W & naebeständigkeit therjs & opl & stisolier masses is also at a short distance from the LichtG [ource not Hachteil _f because their fret-like design of a good air circulation, thereby enabling heat removal from the panel. The structural elements are advantageously chosen to be so small and have such a height that the mesh-like cladding effects a light-scattering shielding of the light source attached to the Beolee to the side in the usual bliocrionic areas. There is no downward shielding because this is not necessary and, in addition, because of the loss, it is also not desirable.

The transparent sound parts of the latticework a result through LiehtbreQhiang a good distribution of flour, which can be further improved by the fact that the arms 4 of the components 1, 2 and 3 are designed zio-cack or wave-shaped or corrugated or have special linear facets a different color to each other, so by their corresponding set of accessories any ornamental or mosaic-like picture effects of the cladding can be achieved.

Claims (5)

⁴ ". A 58724 Applicant
Slmer fresswerk Hay - Ilia ^ ■ "" ■ ", ' - - '". Protective sayings 1 * Yerklei & ung -fifcr lighting fixtures, thereby net that this a.u.s individual components is set out, from a & su? ehai «& tigöii © äer dureliseheineMfea Eunatstaffmasee geaprits-fc or pressed and so geforjat that after their association a kind of uitterwerk is distorted. 2. Verkl "idimg after Anepxueh 1" thereby known, that the components have protruding arms. 5, Terfcleid-ang according to claim Ί and 2, thereby gekennaeich net that the components are designed to be plugged into one another « 4 · VerldeidTuig according to claim 3, characterized in that the components for Ö.®Yen plugging into one another have claws and 'Äap &eaä'.'' 5. Panel according to Anepruch 1-4, characterized in that the components _F, the zigzag or wavy or serrated designed Bind. ^j 6 * Panel according to claim 1-5, gekennaeichnet characterized in that the optical components are colored differently, and this for a Srziölung helieMgen ornamental or aosailE-like image effect eiitspreehend ausarnmengeöetat eind "- '-' f. ^ tasg ** »$ & Ä» eprue.li f-6 »thereby. · ft that- whose components & eö: * »:: '&&? &&&,) && $ & ge ^^ are held. ^{-and one;} : _ Height shows that each godly clothing has a scattering ÄiJsc ^ ltmtä ^ g -. '^ E ^' iEtt. the 'Beetee an ^ raehten mach ^^ the side jMi the same Bliekfishtungea% eifirlEt