EP3284873A1 - Modular false ceiling - Google Patents

Abstract

Described is a ceiling kit for an interior, comprising a substructure (support structure) for mounting to a ceiling of an interior, as well as a plurality of modules, wherein
a) has the support structure
i) a plurality of support elements for attachment to the ceiling;
ii) a plurality of connecting elements which are slidably mounted on a respective carrier elements along a longitudinal direction; and where

b) each module has a ceiling plate and at least one provided on a rear side of the ceiling plate holding element, wherein
c) each ceiling plate can be fastened by means of the retaining elements provided on it at least two connecting elements, that it is displaceable in a second, preferably at least approximately perpendicular to the longitudinal direction.

Description

Technical area

The invention relates to the fields of construction, building materials, ceiling construction and lighting technology. It relates to a modular ceiling for an interior according to independent claim 1.

Technical background

• Plattendecken bestehend aus einer Unterkonstruktion aus übereinanderliegenden Metallprofilen zum Einhängen von Deckenplatten oder zur Montage darunter. In die Deckenplatten können Löcher zur Aufnahme von Beleuchtungselementen geschnitten sein.
• Plattendecken aus einer Unterkonstruktion aus Holz- oder Metallprofilen und der Montage von Deckenplatten aus Materialien wie Blech, Gips, Kunststoff darunter. In die Deckenplatten können Löcher zur Aufnahme von Beleuchtungselementen geschnitten sein.
• Fertigelemente aus unterschiedlichen Materialien die an die Decke montiert werden und Deckenplatten von unten daran befestigt oder darin eingelegt
• Unterkonstruktion aus Holz, Metall oder Kunststoff und Montage von Fertigpanelen aus Materialien wie MDF, Holz oder Metall, darunter (Paneldecke).

Suspended ceilings are usually constructed as follows:

• Slab ceilings consisting of a substructure of superimposed metal profiles for suspending ceiling slabs or for mounting underneath. In the ceiling panels can be cut holes for receiving lighting elements.
• Slab ceilings from a substructure of wooden or metal profiles and the installation of ceiling tiles made of materials such as sheet metal, plaster, plastic underneath. In the ceiling panels can be cut holes for receiving lighting elements.
• Prefabricated elements made of different materials which are mounted on the ceiling and ceiling panels attached to it from below or inserted into it
• Substructure made of wood, metal or plastic and installation of prefabricated panels made of materials such as MDF, wood or metal, including (panel ceiling).

A disadvantage of such systems is their individual structure, which requires the cutting of substructure materials and involves considerable installation effort. Ceiling panels must be adapted to walls or room elements using tools and machines. Such systems involve the disadvantage of a high construction which requires a lot of room height, which may not be available, since the normal room height is often only 2.4 m. If lighting elements are to be provided, an electrician must combine the individual lighting elements and connect them to the power supply of the room.

Against this background, it is an object of the invention to provide a modular ceiling for an interior, which does not have the disadvantages mentioned.

Presentation of the invention

These and other objects are achieved by a height-adjustable frame as defined in independent claim 1. Advantageous embodiments of the invention are specified in the dependent claims.

1. a) die Tragkonstruktion aufweist
   1. i) eine Vielzahl von Trägerelementen zur Befestigung an der Raumdecke;
   2. ii) eine Vielzahl von Verbindungselementen, welche an jeweils einem Trägerelementen entlang einer Längsrichtung verschiebbar befestigbar sind; wobei
2. b) jedes Modul eine Deckenplatte und mindestens ein an einer rückwärtigen Seite der Deckenplatte vorgesehenes Haltelement aufweist, und wobei
3. c) jede Deckenplatte mittels der an ihr vorgesehen Halteelemente derart an mindestens zwei Verbindungselementen befestigbar ist, dass sie in einer zweiten, vorzugsweise zumindest annähernd senkrecht zur Längsrichtung verlaufenden Richtung verschiebbar ist.

The invention proposes a ceiling kit for an interior, comprising a substructure for mounting on a ceiling of a room, in particular an interior, and a plurality of modules, wherein

1. a) has the support structure
   1. i) a plurality of support elements for attachment to the ceiling;
   2. ii) a plurality of connecting elements which are slidably mounted on a respective carrier elements along a longitudinal direction; in which
2. b) each module comprises a ceiling plate and at least one provided on a rear side of the ceiling plate holding member, and wherein
3. c) each ceiling plate can be fastened by means of the retaining elements provided on it at least two connecting elements, that it is displaceable in a second, preferably at least approximately perpendicular to the longitudinal direction.

The suspended ceiling kit, which is also sometimes referred to below as a sub-ceiling, allows the simple, efficient and modular construction of a suspended ceiling construction, hereinafter also partly referred to briefly as a false ceiling, on a ceiling of an interior.

For this purpose, the suspended ceiling kit comprises a support structure comprising a plurality of preferably elongate or longitudinally extended support elements which are mounted, integrated, or otherwise fastened, in particular screwed, at least approximately parallel to each other on a ceiling to build a suspended ceiling construction can be, wherein the longitudinal direction in a first, at least approximately parallel to the ceiling extending direction. One, several or all support elements can be either each as a guide element, in particular as a guide rail, in particular as a profile with a longitudinally independent from a position in the longitudinal direction, preferably open, cross-section perpendicular to said Direction, for example, as a C-profile, in particular C-mounting rail to be executed; or as a fastening tube or fastening profile with a cross-section which is at least substantially independent of the position in the longitudinal direction, preferably a closed or hollow cross-section.

The support structure further comprises a multiplicity of connecting elements, which are each fastened to a support element along the longitudinal direction, and thus along the first direction slidably fastened, in particular storable.

The suspended ceiling kit further comprises a plurality of modules, each of which has a, in particular substantially flat, ceiling plate, each of which has at least one retaining element provided on a rear side of said ceiling plate. One, several or all retaining elements can either be designed as a fastening tube or fastening profile with a cross section which is at least substantially independent of the position in the longitudinal direction, preferably a closed or hollow cross section; or as a guide element, in particular as a guide rail, in particular as a profile with a longitudinal direction at least substantially independent, preferably open, cross-section perpendicular to said direction, for example as a C-profile, in particular C-mounting rail.

The one or more holding elements can, in particular, attached to the rear side of the ceiling plate, in particular screwed, glued, etc .; be integrated in or on the rear side of the ceiling panel or installed in the rear side of the ceiling panel.

The ceiling panels of some or all of the modules may in particular be designed at least substantially solid, for example, in particular made of wood, plastic or hard foam, but also at least substantially hollow or in the form of a rear side open trough, and for example at least substantially of metal, in particular Be made of sheet metal. Modules with ceiling panels made essentially of metal are also referred to below as metal modules; Suspended ceilings comprising metal modules, also as metal module ceilings.

The individual ceiling panels can be fixed by means of the retaining elements provided on it at least two connecting elements, that they are held in a position below the ceiling and thereby displaceable in a second, at least approximately parallel to the ceiling and preferably at least approximately perpendicular to the first direction extending direction are, with the rear side of each ceiling tile faces the ceiling. The individual modules can thus at least approximately parallel be moved to the ceiling independently in both the first and in the second direction. In particular, the individual modules can thereby be positioned relative to each other, in both the first and the second direction, so as to form a suspended ceiling construction with ceiling panels adjacent to each other in the first and second directions, with both the individual ceiling panels and the whole Slab construction also easy way in the first and in the second direction are displaced, allowing an accurate, quick and easy positioning with each other and with respect to the ceiling.

In particular clamps can be provided as connecting elements, which can be slidably mounted in the guide elements. Preferably, connecting elements for this purpose have a bearing section. In the bearing section in particular Verschieberillen can be provided, in which the guide element can be at least partially received, in particular by lateral insertion in the longitudinal direction. The connecting elements preferably also have a, in particular elastically deformable, receiving section for the fastening tubes or fastening profiles, in particular for exactly one fastening tube or fastening profile into which the fastening tube or fastening profile can be inserted, clamped or latched.

One or more modules may further each have one or more light sources, in particular lighting elements, lighting fixtures, LED stripes, etc., in particular with one or more light sources, or at least one or more receptacles for one or more light sources. Corresponding modules are sometimes also referred to below as lighting ceiling modules. A suspended ceiling kit or a suspended ceiling construction which contains at least one lighting ceiling module is also referred to below as a lighting ceiling, or as a metal module lighting ceiling, if a metal module is included.

In suspended ceilings according to the invention, in which a plurality of modules have a light source, at least some of the said modules having light sources can preferably have a plug and / or a socket, by means of which light sources of the said plurality of modules can be electrically connected in parallel or in series. In particular, a plurality of light sources having modules both a plug and a socket, in particular a plug electrically and mechanically connectable with the plug socket, which, in particular via a supply line, such as a supply cable, so electrically with each other and / or with the respective light sources are connected by plugging together a plug of a first module with a socket of a second, in particular adjacent or adjacent module, the corresponding light sources electrically connected to each other, in particular in series or in parallel can be switched. A light source may include a voltage transformer, in particular a transformer, and / or further electrical or electronic component or groups. The plug can in particular be designed at least partially as, preferably standardized, single or multi-phase plug. Furthermore, modules without light sources can be provided which have a plug which is connected via a feed line, in particular a cable, to a socket.

The plugs and sockets make it possible, during and / or after installation of the suspended ceiling construction, to establish electrical supply of the light sources in a simple, straightforward and reversible manner, with generally only a single module connected to a power supply, in particular a power supply present in the space , in particular lamp spot, must be connected. For further simplification, in connection with, in particular in, the carrier elements, electrical supply lines, in particular supply cables, may be provided or integrated, which may likewise have one or more plugs and / or sockets, which are provided with sockets or plugs of the modules and / or the power supply are pluggable.

1. a. eine Vielzahl von Trägerelementen zur Befestigung an einer Raumdecke des Innenraums;
2. b. eine Vielzahl von Verbindungselementen, welche an jeweils einem Trägerelementen entlang einer ersten, zumindest annähernd parallel zur Raumdecke verlaufenden Richtung verschiebbar befestigbar sind;
3. c. eine Vielzahl von Modulen, von denen jedes eine Deckenplatten sowie mindestens ein an der Deckenplatte angebrachtes Haltelement aufweist, wobei
4. d. jede Deckenplatte mittels der Halteelemente derart an mindestens zwei Verbindungselementen befestigbar ist, dass sie in einer zweiten Richtung, welche zumindest annähernd parallel zur Raumdecke und vorzugsweise zumindest annähernd senkrecht zur ersten Richtung verläuft, verschiebbar ist.

The invention further proposes a suspended ceiling kit or a false ceiling for mounting on a ceiling of a room, in particular the interior, before, comprising

1. a. a plurality of support members for attachment to a ceiling of the interior;
2. b. a plurality of connecting elements, which are fastened to a respective carrier elements along a first, at least approximately parallel to the ceiling extending direction slidably fastened;
3. c. a plurality of modules, each having a ceiling panels and at least one attached to the ceiling plate holding member, wherein
4. d. Each ceiling plate is fastened by means of the holding elements to at least two connecting elements such that it is displaceable in a second direction, which extends at least approximately parallel to the ceiling and preferably at least approximately perpendicular to the first direction.

An inventive sub-ceiling is thus in the core of a plug and slide device consisting of a clamp 1.3 in various versions, the mounting tube or profile 1.2 and a guide element for the clamp 1.1. The mounting tube 1.2 is pressed into the clamp 1.1 and can then push back and forth in it. The clamp 1.1 in turn is located on both sides of the clamp in this incorporated grooves 1.20, which extend transversely to the mounting tube or profile 1.2, slidably in the guide element 1.1. The mounting tube or profile 1.2 or the guide element 1.1 for clamps 1.3 is attached to the ceiling 1.5. At the other element fastening tube or profile 1.2 or guide element for clamp 1.1), the ceiling plate 1.4 is attached. With the height adjustment devices, mounting tubes or profiles 1.2 ( Fig. 1.13 . 1.15 ) and guide elements 1.1 for clamps 1.3 ( Fig. 1.12 . 1.14 ) height adjustable at any distance to the ceiling. For precise parallel assembly of the guide elements 1.1 or 1.2 mounting tubes to the ceiling 1.5 sliding plates can be used 1.21, which are provided with a slot to find the appropriate position on the ceiling 1.5 ( Fig. 1.20 ). The sliding plates 1.21 can also be used for additional distancing the lower ceiling of the ceiling 1.5. Instead of the sliding plate 1.21 can be used for mounting the guide elements 1.1, which have added the sliding plate 1.28. This can be an additional distancing the lower ceiling of the ceiling 1.5 prevent. By using these devices, the simple adaptability of the ceiling panels 1.4 results in two mutually offset by 90 ° directions, to the room walls, other room elements and the ceiling. The adaptability to the room walls is done without tools. The adaptability to the ceiling is done with the screwdriver. Depending on the type of clamp used, ceiling panels can be removed without tools by pulling down. The fastening tubes or profiles are removed from the clamps again. The ceiling tiles can be reused. Clamps can be designed differently for receiving fastening tubes or profiles 1.2, for fastening tubes ( Fig. 1.18 ) or for polygonal fastening profiles ( Fig. 1.19 ).

• Einfache Montage, es müssen bloss Befestigungsrohre bzw. -profile 1.2 oder Führungselemente 1.1 in Form von Profilen an die Raumdecke 1.5 befestigt werden
• Die Deckenplatten 1.4 können anschliessend werkzeuglos entweder in die Befestigungsrohre bzw. -profile 1.2 oder in die Klemmschellen, die sich in den Führungselementen 1.1 an der Raumdecke 1.5 befinden eingeklemmt werden
• Die Deckenplatten lassen sich durch werkzeugloses Verschieben in zwei um 90° versetzte Richtungen an den Raumwänden und untereinander ausrichten
• Abgesetzte Unterdecken lassen sich durch werkzeugloses Verschieben in zwei 90° versetzte Richtungen durch Übereinanderschieben an den Raumwänden ausrichten. Deckplatten müssen dadurch nicht abgehängt werden
• Die Unterdecke lässt sich einfach an unebene und nicht horizontale Raumdecken anpassen
• Die Unterdecke lässt sich in beliebiger Distanz zur Raumdecke abhängen
• Die Deckenplatten 1.4 enthalten wahlweise Beleuchtungskörper, die einfach an ein vorkonfektioniertes Verbindungskabel gesteckt werden können. Die gesamte in die Unterdecke integrierte Beleuchtung, die Direkt- und Indirektkomponenten (1.11, 1.17, 1.18) enthalten kann, lässt sich mit zwei Klemmen an die Lampenanschlussstelle der Raumdecke anschliessen.
• Einfaches, werkzeugloses Entfernen der Deckenplatten ohne deren Zerstörung

The sub-ceiling described above offers the following advantages:

• Simple installation, it only need mounting tubes or profiles 1.2 or 1.1 guide elements are attached in the form of profiles to the ceiling 1.5
• The ceiling panels 1.4 can then be clamped without tools either in the mounting tubes or profiles 1.2 or in the clamps that are located in the guide elements 1.1 on the ceiling 1.5
• The ceiling panels can be aligned with the room walls and with each other by moving them without tools in two directions offset by 90 °
• Lateral suspended ceilings can be aligned by sliding them over the room walls in two directions offset by 90 ° by pushing them over one another. Cover plates do not have to be suspended
• The false ceiling can easily be adapted to uneven and non-horizontal ceilings
• The lower ceiling can be suspended at any distance from the ceiling
• The ceiling panels 1.4 optionally contain lighting fixtures that can be easily plugged into a pre-assembled connection cable. The entire lighting integrated into the false ceiling, which can contain direct and indirect components (1.11, 1.17, 1.18), can be connected to the lamp connection point of the ceiling with two terminals.
• Simple, tool-free removal of ceiling tiles without their destruction

An inventive lighting ceiling consists of a plurality of modules ( Fig. 2.1 : 1), ( Fig. 2.2 : 1 ), which can be connected to the ceiling and each other. Due to the differently mounted module modules from module to module or arranged on the back mounting tubes ( Fig. 2.2 : 3 ) or C-mounting rails ( Fig. 2.21 : 2) whole lighting ceilings can be put together. Essentially, lighting ceilings consist of plug-in and sliding devices consisting of fastening pipes ( Fig. 2.1 : 3 ) Fig. 2.2 : 3) and in C-mounting rails ( Fig. 2.1 : 2), (Fig. 2.2: 2 ) guided clamps ( Fig. 2.1 : 4). The fastening pipes ( Fig. 2.1 : 3 ) are inserted into the clamps ( Fig. 2.1 : 4) and can then be pushed back and forth. Modules can be put together ( Fig. 2.3 : 4 and 5), so that the entire lighting ceiling in the horizontal direction holds together and no gaps between the modules can form. Attached items such as spotlights that are attached to a housing ( Fig. 2.6 : 5) are fixed to it, can be cut into sections ( Fig. 2.6 : 9) press which are incorporated into the modules and thus fasten to the lighting ceiling. The ceiling around the lighting ceiling can be fitted with LED strips ( Fig. 2.1 : 6) illuminate indirectly. With a device ( Fig. 2.12 / 2.13 ) for holding in height and pushing rollers with coating material below the lighting ceiling, lighting ceilings can be easily coated. Tubes or C-mounting rails, which are integrated in modules, are represented on one side of the module by three times bent sheet metal in ( Fig. 2.28 : 6) held in the intended position ( Fig. 2.17 / 2.18 / 2.19 / 2.20 / 2.23 / 2.24 / 2.25 / 2.26 / 2.27 : 7).

• Einfache Montage, es müssen bloss C-Befestigungsschienen (Fig. 2.1: 2) oder Befestigungsrohre (Fig. 2.21: 3) an der Raumdecke befestigt werden
• Die Module der Beleuchtungsdecke (Fig. 2.1: 1) können anschliessend werkzeuglos an den Befestigungsrohren in die Klemmschellen, die sich in den C-Befestigungsschienen (Fig. 2.1: 2) befinden geklemmt werden
• Die Module der Beleuchtungsdecke lassen sich durch werkzeugloses Verschieben in zwei um 90° versetzte Richtungen untereinander und an den Raumwänden ausrichten
• Mit den Modulverbindern (Fig. 2.3/2.4/2.5) lassen sich die Module der Beleuchtungsdecke untereinander werkzeuglos zusammenstecken. Damit werden Fugen resp. Abstände zwischen den Modulen verhindert.
• Gegenstände wie z.B. Spotlampen lassen sich werkzeuglos in die Module der Beleuchtungsdecke stecken (Fig. 2.6) ohne, dass von unten Befestigungsteile wie Schrauben sichtbar bleiben
• Die Befestigungsgehäuse (Fig. 2.6/2.7/2.8: 5) der Anbaugegenstände werden beim Einstecken in die Beleuchtungsdecken-Module vollständig unsichtbar in die Beleuchtungsdecke eingebaut. Lediglich die Deckplatten (Fig. 2.6/2.6A/2.7/2.8/2.8A/2.9: 10) der Befestigungsgehäuse bleiben von unten sichtbar. Üblicherweise werden die Spotlampen an der Oberseite der Befestigungsgehäuse an die Raumdecke befestigt, wodurch diese von unten sichtbar bleiben.
• Eine indirekte Beleuchtung des Raumes wird ermöglicht ohne den Raum von unten beispielsweise mit einer Ständerlampe, die das Licht lediglich punktuell gegen oben abgibt, zu beleuchten. Die Indirektbeleuchtungskomponente ist in die Beleuchtungsdecke integriert (Fig. 2.1: 6). (Fig. 2.10: 3). Die in die Beleuchtungsdecke eingebaute Indirektbeleuchtungskomponente (Fig. 2.1: 6). (Fig. 2.10: 3) ist von unten nicht sichtbar. Die Indirektbeleuchtungskomponente (Fig. 2.1: 6). (Fig. 2.10: 3) gibt das Licht ununterbrochen rund um die Beleuchtungsdecke herum ab, was beispielsweise bei einzelnen an die Raumdecke befestigten Lampen nicht der Fall ist.
• Beleuchtungsdecken lassen sich durch Fugen ununterbrochen mit Hilfe der Vorrichtung (Fig. 2.12/2.13) zur Beschichtung einfach beschichten, indem die Rolle mit dem Beschichtungsmaterial nicht an der Raumdecke gehalten werden muss. Nach der Beschichtung sind die einzelnen Beleuchtungsdeckenmodule von unten nicht mehr sichtbar. Bei herkömmlich abgehängten Deckensystemen bleiben die einzelnen Deckenplatten sichtbar.

The lighting ceiling described above offers the following further advantages:

• Easy installation, only C-mounting rails ( Fig. 2.1 : 2) or mounting tubes ( Fig. 2.21 : 3 ) are attached to the ceiling
• The modules of the lighting ceiling ( Fig. 2.1 : 1) can then be attached without tools to the mounting tubes in the clamps located in the C mounting rails ( Fig. 2.1 : 2) are clamped
• The modules of the lighting ceiling can be aligned with each other and on the room walls by moving them without tools in two 90 ° offset directions
• With the module connectors ( Fig. 2.3 / 2.4 / 2.5 ), the modules of the lighting ceiling can be connected together without tools. This joints are resp. Distances between the modules prevented.
• Objects such as spotlights can be plugged into the modules of the lighting ceiling without tools ( Fig. 2.6 ) without that fasteners such as screws remain visible from below
• The mounting housing ( Fig. 2.6 / 2.7 / 2.8 : 5) The objects to be mounted are completely invisible in the lighting ceiling when plugged into the lighting ceiling modules. Only the cover plates ( Fig. 2.6 / 2.6A / 2.7 / 2.8 / 2.8A / 2.9 : 10) of the mounting housing remain visible from below. Usually, the spotlights are attached to the top of the mounting housing to the ceiling, so they remain visible from below.
• An indirect lighting of the room is made possible without the space from below, for example, with a standard lamp that emits the light only selectively against the top to illuminate. The indirect lighting component is integrated in the lighting ceiling ( Fig. 2.1 : 6). ( Fig. 2.10 : 3). The indirect lighting component built into the lighting ceiling ( Fig. 2.1 : 6). ( Fig. 2.10 : 3 ) is not visible from below. The indirect lighting component ( Fig. 2.1 : 6). ( Fig. 2.10 : 3 ) continuously emits the light around the ceiling, which is not the case for example with individual lamps fixed to the ceiling.
• Lighting ceilings can be broken by joints continuously using the device ( Fig. 2.12 / 2.13 ) for coating simply by not having to hold the roll with the coating material on the ceiling. After coating, the individual lighting ceiling modules are no longer visible from below. In conventionally suspended ceiling systems, the individual ceiling panels remain visible.

Brief description of the drawings

Further advantageous embodiments of the invention will become apparent from the following description of embodiments of the invention by means of the schematic drawing. In particular, the suspended ceiling kit according to the invention will be described in more detail below with reference to the accompanying drawings with reference to exemplary embodiments.

• Fig. 1.1: Ein Führungselement 1.1 für Klemmschelle 1.3 an Raumdecke 1.5, Befestigungsrohr bzw. -profil 1.2 an Deckenplatte 1.4 befestigt;
• Fig. 1.2: Eine abgesetzte Unterdecke, Führungselement 1.1 für Klemmschelle 1.3 an Raumdecke 1.5, Befestigungsrohr bzw. -profil 1.2 an Deckenplatte 1.4 befestigt;
• Fig. 1.3: Eine Deckenplatte 1.4 mit aufgebrachten Befestigungsrohren bzw. -profilen 1.2;
• Fig. 1.4: Ein Befestigungsrohr bzw. -profil 1.2 an Raumdecke 1.5, Führungselement 1.1 für Klemmschelle auf Deckenplatte 1.4;
• Fig. 1.5: Ein Befestigungsrohr bzw. -profil 1.2 an Raumdecke 1.5, Führungselement 1.1 für Klemmschelle 1.3 in Deckenplatte 1.4 eingebaut;
• Fig. 1.6: Eine abgesetzte Unterdecke, Befestigungsrohr bzw. -profil 1.2 an Raumdecke 1.5, Führungselement 1.1 für Klemmschelle 1.3 auf Distanzelement;
• Fig. 1.8 Eine abgesetzte Unterdecke mit LED-Strips 1.11 und Beleuchtungskörper zur Beleuchtung der Wände und Wand-Innenecken;
• Fig. 1.9: Ein Befestigungsrohr bzw. -profil 1.2 an Raumdecke 1.5, Führungselement 1.1 für Klemmschelle in Form von Blechen für Klemmschelle 1.3 auf Deckenplatte 1.4 befestigt;
• Fig. 1.9: Ein Befestigungsrohr bzw. -profil 1.2 an Raumdecke 1.5, Führungselement 1.1 für Klemmschelle 1.3 in Form eines auf die Deckenplatte 1.4 aufgebrachten Blechteils;
• Fig. 1.10: Ein Befestigungsrohr bzw. -profil 1.2 in Deckenplatte 1.4 eingebaut, Führungselement 1.1 für Klemmschelle 1.3 an Raumdecke 1.5 befestigt;
• Fig. 1.11: Ein Befestigungsrohr bzw. -profil 1.2 in Deckenplatte 1.4 eingebaut, Führungselement 1.1 für Klemmschelle 1.3 an Raumdecke 1.5 befestigt;
• Fig. 1.12: Eine Sechskantgewindehülse 1.7 / Stellschraube 1.8 zweiteilig an die Raumdecke 1.5 geschraubt zur Abhängung und Höhenanpassung des Führungselements 1.1 für Klemmschelle 1.3;
• Fig. 1.13: Eine Sechskantgewindehülse 1.7 / Stellschraube 1.8 zweiteilig an die Raumdecke 1.5 geschraubt zur Abhängung und Höhenanpassung des Befestigungsrohrs bzw. -profils 1.2;
• Fig. 1.14: Eine Kombination Holzschraube /Gewindehülse 1.13 einteilig in die Raumdecke 1.5 geschraubt zur Abhängung und Höhenanpassung des Führungselements 1.1 für Klemmschelle 1.3;
• Fig. 1.15: Eine Kombination Holzschraube /Gewindehülse 1.13 einteilig in die Raumdecke 1.5 geschraubt zur Abhängung und Höhenanpassung des Befestigungsrohrs bzw. -profils 1.2;
• Fig. 1.16: Eine Montagehilfe mit Wasserwaage 1.16 in Befestigungsrohr bzw. -profil 1.2 eingebaut;
• Fig. 1.17: Eine Montagehilfe mit Wasserwaage 1.16 in Führungselement 1.1 für Klemmschelle 1.3 eingebaut;
• Fig. 1.18: Klemmschellenarten für Befestigungsrohre;
• Fig. 1.19: Klemmschellenarten für Befestigungsprofile;
• Fig. 1.20: Eine Verschiebeplatte zur präzisen Parallelmontage der Führungselemente in Form von Profilen;
• Fig. 1.21: Eine angefügte Verschiebeplatte an das Führungselement 1.1 zur präzisen Parallelmontage;
• Fig. 2.1: Eine Beleuchtungsdecke zusammengesetzt aus einzelnen Modulen. An die Raumdecke befestigte Führungsschienen für Klemmschellen und in diese einsteckbare Befestigungsrohre die auf die Module montiert sind (3D-Ansicht);
• Fig. 2.2: Eine Beleuchtungsdecke zusammengesetzt aus einzelnen Modulen. An die Raumdecke befestigte Führungsschienen für Klemmschellen und in diese gesteckte Befestigungsrohre die auf die Module montiert sind (2D-Ansicht);
• Fig. 2.3: Ein Modulverbinder in geöffnetem und geschlossenem Zustand (Ansicht von der Seite);
• Fig. 2.4: Ein Modulverbinder in geöffnetem Zustand (Ansicht von oben);
• Fig. 2.5: Ein Modulverbinder in geschlossenem Zustand (Ansicht von oben);
• Fig. 2.6: Einbau von Gegenstand in Modul mit Klemmschelle (Ansicht von der Seite vor dem einstecken);
• Fig. 2.6A: Einbau von Gegenstand in Modul mit Befestigungsrohr (Ansicht von der Seite vor dem einstecken);
• Fig. 2.7: Einbau von Gegenstand in Modul (um 90° versetzte Ansicht von der Seite vor dem einstecken);
• Fig. 2.8: In Modul eingebauter Gegenstand mit Klemmschelle (Ansicht von der Seite nachdem einstecken);
• Fig. 2.8A In Modul eingebauter Gegenstand mit Befestigungsrohr (Ansicht von der Seite nachdem einstecken);
• Fig. 2.9: In Modul eingebauter Gegenstand (um 90° versetzte Ansicht von der Seite nachdem einstecken);
• Fig. 2.10: In Modul eingebauter LED-Stripe zur indirekten Raumbeleuchtung (Seitenansicht);
• Fig. 2.11: In Modul eingebauter LED-Stripe zur indirekten Raumbeleuchtung (Frontansicht);
• Fig. 2.12: Eine Vorrichtung zur Beschichtung von Beleuchtungsdecken (Seitenansicht);
• Fig. 2.13: Eine Vorrichtung zur Beschichtung von Beleuchtungsdecken (Ansicht von vorne);
• Fig. 2.14: Eine Beleuchtungsdecke aus Metall zusammengesetzt aus einzelnen Modulen. An die Raumdecke befestigte Führungsschienen für Klemmschellen und in diese gesteckte Befestigungsrohre die in die Module integriert sind (Zusammensetzung 1:2 3.D-Ansicht);
• Fig. 2.15: Eine Beleuchtungsdecke aus Metall zusammengesetzt aus einzelnen Modulen. An die Raumdecke befestigte Führungsschienen für Klemmschellen und in diese gesteckte Befestigungsrohre die in die Module integriert sind (Zusammensetzung 2:2 3.D-Ansicht);
• Fig. 2.16: Ein Beleuchtungsdecken-Modul aus Metall links mit integrierten Befestigungsrohren zum Einklicken mittels Klemmschellen in die Befestigungsschienen;
• Fig. 2.17: Ein Beleuchtungsdecken-Modul aus Metall Mitte, mit integrierten Befestigungsrohren oben zum Einklicken mittels Klemmschellen in die Befestigungsschienen;
• Fig. 2.18: Ein Beleuchtungsdecken-Modul aus Metall gebogen Mitte, mit integrierten Befestigungsrohren unten zum Einklicken mittels Klemmschellen in die Befestigungsschienen;
• Fig. 2.19: Ein Beleuchtungsdecken-Modul aus Metall rechts, mit integrierten Befestigungsrohren unten zum Einklicken mittels Klemmschellen in die Befestigungsschienen;
• Fig. 2.20: Ein Beleuchtungsdecken-Modul aus Metall rechts, mit integrierten Befestigungsrohren oben zum Einklicken mittels Klemmschellen in die Befestigungsschienen;
• Fig. 2.21: Eine Beleuchtungsdecke aus Metall zusammengesetzt aus einzelnen Modulen. An die Raumdecke befestigte Befestigungsrohre für Klemmschellen an Führungsschienen die in die Module integriert sind (Zusammensetzung 1, 2D-Ansicht);
• Fig. 2.22: Eine Beleuchtungsdecke aus Metall zusammengesetzt aus einzelnen Modulen. An die Raumdecke befestigte Befestigungsrohre für Klemmschellen an Führungsschienen die in die Module integriert sind (Zusammensetzung 2, 2D-Ansicht);
• Fig. 2.23: Ein Beleuchtungsdecken-Modul aus Metall links mit integrierten Befestigungsschienen zum Einklicken mittels Klemmschellen in die Befestigungsrohre;
• Fig. 2.24: Ein Beleuchtungsdecken-Modul aus Metall Mitte, mit integrierten Befestigungsschienen oben zum Einklicken mittels Klemmschellen in die Befestigungsrohre;
• Fig. 2.25: Ein Beleuchtungsdecken-Modul aus Metall Mitte, mit integrierten Befestigungsschienen unten zum Einklicken mittels Klemmschellen in die Befestigungsrohre;
• Fig. 2.26: Ein Beleuchtungsdecken-Modul aus Metall rechts, mit integrierten Befestigungsschienen unten zum Einklicken mittels Klemmschellen in die Beleuchtungsdecken-Module aus Metall rechts, Befestigungsrohr zum Einklicken in die Befestigungsrohre;
• Fig. 2.27: Ein Beleuchtungsdecken-Modul aus Metall rechts, mit integrierten Befestigungsschienen oben zum Einklicken mittels Klemmschellen in die Befestigungsrohre;
• Fig. 2.28: Ein Detail Beleuchtungsdecken-Modulaufhängung;
• Fig. 3.1: Eine Zusammensetzung einer Beleuchtungsdecke aus Metallmodulen;
• Fig. 3.2: Ein erstes Modul einer Modul-Reihe zur Zusammensetzung der Beleuchtungsdecke;
• Fig. 3.3: Ein innenliegendes Modul einer Modul-Reihe zur Zusammensetzung der Beleuchtungsdecke;
• Fig. 3.4: Ein erstes Modul einer Modul-Reihe zur Zusammensetzung der Beleuchtungsdecke;
• Fig. 3.5: Eine aus zwei Modulen zusammengesetzte Klein-Beleuchtungsdecke;
• Fig. 3.6: Eine mit Zwischen-Modulen vergrösserte Klein-Beleuchtungsdecke;
• Fig. 3.7: Ein nach aussen gebogenes Führungselement (1.1) für Klemmschelle (1.3) an Raumdecke 1.5, Befestigungsrohr bzw. -profil (1.2) an Deckenplatte (1.4) befestigt;
• Fig. 3.8: Ein Befestigungsrohr bzw. -profil (1.2) an Raumdecke (1.5), nach aussen gebogenes Führungselement (1.3) für Klemmschelle an Deckenplatte (1.4) befestigt;
• Fig. 3.9: Eine Metallmodul-Beleuchtungsdecke aufgehängt an einem Aufnahmeteil für zwei Klemmschellen mit Kabelkanal und Versorgungskabeln:
• Fig. 3.10: Beleuchtungselement an Klemmschellen in Metallwanne gehängt;
• Fig. 3.11: Eine Metallmodul-Beleuchtungsdecke aufgehängt an Aufnahmeteil für zwei Klemmschellen und in Metallwanne gehängte Beleuchtungselemente mit Kabelkanal und Versorgungskabeln;
• Fig. 3.12: Zusammenhängende Beleuchtungsdecke aus Metallmodulen mit Kabelkanälen und Versorgungskabeln für die integrierten Beleuchtungselemente;
• Fig. 3.13: Zwei Metallmodule mit integrierter Indirektbeleuchtung aus LED-Stripes aufgehängt an Aufnahmeteil für zwei Klemmschellen mit Kabelkanal und Versorgungskabeln.

Show it:

• Fig. 1.1 : A guide element 1.1 for clamp 1.3 to room ceiling 1.5, mounting tube or profile 1.2 attached to ceiling plate 1.4;
• Fig. 1.2 : A remote ceiling, guide 1.1 for clamp 1.3 on ceiling 1.5, mounting tube or profile 1.2 attached to ceiling plate 1.4;
• Fig. 1.3 : A ceiling plate 1.4 with applied fastening tubes or profiles 1.2;
• Fig. 1.4 : A mounting tube or profile 1.2 to ceiling 1.5, guide 1.1 for clamp on ceiling plate 1.4;
• Fig. 1.5 : A mounting tube or profile 1.2 to room ceiling 1.5, 1.1 guide element for clamp 1.3 installed in ceiling plate 1.4;
• Fig. 1.6 : A remote ceiling, mounting tube or profile 1.2 to room ceiling 1.5, 1.1 guide element for clamp 1.3 on spacer element;
• Fig. 1.8 A recessed false ceiling with LED strips 1.11 and lighting fixtures to illuminate the walls and inside wall corners;
• Fig. 1.9 : A mounting tube or profile 1.2 to room ceiling 1.5, 1.1 guide element for clamp in the form of sheets for clamp 1.3 mounted on ceiling plate 1.4;
• Fig. 1.9 : A mounting tube or profile 1.2 to room ceiling 1.5, 1.1 guide element for clamp 1.3 in the form of an applied to the ceiling plate 1.4 sheet metal part;
• Fig. 1.10 : A mounting tube or profile 1.2 installed in ceiling plate 1.4, guide 1.1 mounted for clamp 1.3 to ceiling 1.5;
• Fig. 1.11 : A mounting tube or profile 1.2 installed in ceiling plate 1.4, guide 1.1 mounted for clamp 1.3 to ceiling 1.5;
• Fig. 1.12 : One hexagonal threaded sleeve 1.7 / set screw 1.8 two-piece screwed to the ceiling 1.5 for suspension and height adjustment of the guide element 1.1 for clamp 1.3;
• Fig. 1.13 : One hexagonal threaded sleeve 1.7 / set screw 1.8 two-part screwed to the ceiling 1.5 for suspension and height adjustment of the mounting tube or profile 1.2;
• Fig. 1.14 : A combination of wood screw / threaded sleeve 1.13 screwed in one piece into the ceiling 1.5 for suspension and height adjustment of the guide element 1.1 for clamp 1.3;
• Fig. 1.15 : A combination of wood screw / threaded sleeve 1.13 screwed in one piece into the ceiling 1.5 for suspension and height adjustment of the mounting tube or profile 1.2;
• Fig. 1.16 : An assembly aid with spirit level 1.16 installed in mounting tube or profile 1.2;
• Fig. 1.17 : An assembly aid with spirit level 1.16 installed in guide element 1.1 for clamp 1.3;
• Fig. 1.18 : Clamp types for mounting pipes;
• Fig. 1.19 : Clamp types for fastening profiles;
• Fig. 1.20 : A sliding plate for precise parallel assembly of the guide elements in the form of profiles;
• Fig. 1.21 : An attached sliding plate to the guide element 1.1 for precise parallel assembly;
• Fig. 2.1 : A lighting ceiling composed of individual modules. Fixed to the ceiling ceiling rails for clamps and in this plug-in mounting tubes which are mounted on the modules (3D view);
• Fig. 2.2 : A lighting ceiling composed of individual modules. Fixed to the ceiling ceiling rails for clamps and in this plugged mounting tubes mounted on the modules (2D view);
• Fig. 2.3 : One module connector in open and closed state (view from the side);
• Fig. 2.4 : A module connector in the open state (view from above);
• Fig. 2.5 : One module connector in closed condition (view from above);
• Fig. 2.6 : Installation of item in module with clamp (view from the side before plugging);
• Fig. 2.6A : Installation of item in module with mounting tube (view from the side before inserting);
• Fig. 2.7 : Installation of item in module (90 ° offset from side before inserting);
• Fig. 2.8 : In module built-in object with clamp (insert view from the side after);
• Fig. 2.8A Inserted module in module with mounting tube (view from the side after insert);
• Fig. 2.9 : In module built-in object (90 ° offset view from the side after insert);
• Fig. 2.10 : Module built-in LED stripe for indirect room lighting (side view);
• Fig. 2.11 : In module built-in LED stripe for indirect room lighting (front view);
• Fig. 2.12 : A device for coating lighting ceilings (side view);
• Fig. 2.13 : A device for coating lighting ceilings (front view);
• Fig. 2.14 : A lighting ceiling made of metal composed of individual modules. Guide rails fixed to the ceiling for clamps and in these plugged mounting tubes which are integrated into the modules (Composition 1: 2 3.D view);
• Fig. 2.15 : A lighting ceiling made of metal composed of individual modules. Guide rails fixed to the ceiling for clamps and in these plugged mounting tubes which are integrated into the modules (Composition 2: 2 3.D view);
• Fig. 2.16 : A metal lighting ceiling module on the left with integrated fixing tubes for clicking into the fixing rails by means of clamps;
• Fig. 2.17 : A mid-ceiling metal ceiling module, with integrated mounting tubes at the top for clipping into the mounting rails using clamps;
• Fig. 2.18 : A ceiling lighting module made of metal bent center, with integrated mounting tubes at the bottom for clicking into the mounting rails by means of clamps;
• Fig. 2.19 : A metal lighting ceiling module on the right, with integrated mounting tubes at the bottom for clicking into the mounting rails with clamps;
• Fig. 2.20 : A metal lighting ceiling module on the right, with integrated mounting tubes at the top for clicking into the mounting rails using clamps;
• Fig. 2.21 : A lighting ceiling made of metal composed of individual modules. Fixing tubes for clamps attached to the ceiling to guide rails integrated in the modules (Composition 1, 2D view);
• Fig. 2.22 : A lighting ceiling made of metal composed of individual modules. Fixing tubes for clamps attached to the ceiling to guide rails integrated into the modules (Composition 2, 2D view);
• Fig. 2.23 : A metal lighting ceiling module on the left with integrated fixing rails for clicking into the fixing pipes by means of clamps;
• Fig. 2.24 : A ceiling lighting module made of metal middle, with integrated mounting rails at the top for clicking into the mounting tubes with clamps;
• Fig. 2.25 : A metal center lighting ceiling module with integrated mounting rails at the bottom to be clicked into the mounting tubes with clamps;
• Fig. 2.26 : A right metal lighting ceiling module, with integrated mounting rails at the bottom to be clicked into the right metal lighting ceiling modules by means of clamps, mounting tube to be clicked into the mounting tubes;
• Fig. 2.27 : A metal lighting ceiling module on the right, with integrated mounting rails at the top to be clicked into the fixing pipes by means of clamps;
• Fig. 2.28 : A Detail Lighting Ceiling Module Suspension;
• Fig. 3.1 : A composition of a lighting ceiling made of metal modules;
• Fig. 3.2 : A first module of a module series for the composition of the lighting ceiling;
• Fig. 3.3 : An internal module of a module row for the composition of the lighting ceiling;
• Fig. 3.4 : A first module of a module series for the composition of the lighting ceiling;
• Fig. 3.5 : A small lighting ceiling composed of two modules;
• Fig. 3.6 : A small lighting ceiling enlarged with intermediate modules;
• Fig. 3.7 : An outwardly bent guide element (1.1) for clamp (1.3) to room ceiling 1.5, mounting tube or profile (1.2) attached to ceiling plate (1.4);
• Fig. 3.8 : A mounting tube or profile (1.2) attached to the ceiling (1.5), outwardly bent guide element (1.3) for clamp on ceiling plate (1.4);
• Fig. 3.9 : A metal module lighting ceiling suspended from a receiving part for two clamps with cable duct and supply cables:
• Fig. 3.10 : Lighting element hung on clamps in metal tub;
• Fig. 3.11 : A metal module lighting ceiling suspended from receiving part for two clamps and lighting elements hung in metal tub with cable duct and supply cables;
• Fig. 3.12 : Connected lighting ceiling made of metal modules with cable ducts and supply cables for the integrated lighting elements;
• Fig. 3.13 : Two metal modules with integrated indirect lighting consisting of LED stripes suspended from the receiving part for two clamps with cable duct and supply cables.

Ways to carry out the invention

The lower ceiling consists of the substructure optionally consisting of guide elements 1.1 or mounting tubes or profiles 1.2 for receiving clamps 1.3, which are mounted on the ceiling 1.5 and the individual ceiling panels 1.4 together. Clamps can be designed differently ( Fig. 1.18, 1.19 ), for mounting mounting tubes 1.22, 1.23, 1.24 ( Fig. 1.18 ) or profiles 1.2, four 1.25- or more-edged 1.26 fastening profiles ( Fig. 1.19 ). The ceiling panels 1.4 are provided according to the mounted on the ceiling 1.5 elements guide elements 1.1 or mounting tubes or - profiles 1.2) mounted thereon or integrated therein guide elements 1.1 or mounting tubes or profiles 1.2. The ceiling panels are inserted into the substructure without tools during assembly. Depending on the type of clamps 1.2 used, the enclosing of the mounting tube or profile by the clamp 1.22 ( Fig. 1.18 ) by pulling out without tools. The permissible weight of the ceiling tiles depends on the type of clamps used. Locking clamps 1.24 ( Fig. 1.18 ) are suitable for high self-weights of ceiling tiles. Ceiling panels 1.4 can be equipped with lighting fixtures (LED stripes 1.11, LED spots 1.17, LED lighting fixtures 1.18). The ceiling panels 1.4 equipped in this way are provided with connectors to be simply plugged together after assembly. The sub-ceiling completed in this way as a unit is connected to the grid of the room like a single lamp at the lamp junction.

In one embodiment ( Fig. 1.4 . 1.5 . 1.6 . 1.7 . 1.8 . 1.9 ), the mounting tubes or profiles 1.2 with Briden or by drilling across the pipe with screws and dowels attached to the ceiling 1.5. In this embodiment, the guide elements 1.1 either attached to the cover plates or incorporated into this. A guide member may consist of a profile having a shape to be received in the Verschieberillen 1.20 of the clamps 1.3 or two parallel plates or plastic parts. In the case of incorporation into the ceiling tiles 1.5 ( Fig. 1.4 . 1.5 . 1.6 . 1.7 ) and receiving the clamps 1.3 by two parallel plates or plastic parts ( Fig. 1.8 . 1.9 ) is on the ceiling slabs 1.5 is worked out at this point material so that the clamps 1.3 can be moved in the guide element. So that the individual ceiling panels can be mounted next to each other on the ceiling 1.5 and align each other, there are incorporated recesses ( Fig. 1.9 ).

In the other embodiment ( Fig. 1.10 . 1.11 ), the guide elements 1.1 are fastened with screws and dowels to the ceiling 1.5. A guide member may consist of a profile having a shape to be included in the Verschieberillen 1.20 of the clamps 1.3 or consist of two parallel sheets or plastic parts that are embedded in the ceiling. In this embodiment, mounting tubes or profiles 1.2 are mounted on the ceiling panels 1.4 or integrated into these ( Fig. 1.11 ). So that the individual ceiling panels can be mounted next to each other on the ceiling 1.5 and align each other, there are incorporated recesses ( Fig. 1.11 ). The attachment of the mounting tubes or profiles 1.2 on the ceiling panels 1.4 can be made with pipe supports 1.15, which are triangular in cross section ( Fig. 1.3 ), with Briden, direct tightening through hole and screw or by gluing. The fastening tubes or profiles fastened to the ceiling panels are arranged on one side of the cover panel projecting beyond them ( Fig. 1.3 ), so that the cover plate rows can be arranged next to each other on the ceiling.

The sub-ceiling may consist of several stepped, at different heights in space arranged lower ceiling parts ( Fig. 1.2 . 1.5 ), which can be pushed over each other. The height differences in space can be achieved by using the two embodiments for mounting the lower deck parts or by a substrate which is arranged between the mounting tube or profile 1.2 or guide element 1.1 and the ceiling plate 1.4 ( Fig. 1.2 ). This allows the adaptation of the lower ceiling to the room walls 1.12 done. For indirect illumination of the lower ceiling part or the ceiling, higher up in the room, LED strips 1.11 are fastened along the lower ceiling part ( Fig. 1.2, 1.6 . 1.7 ). To illuminate the interior corners of the room, LED lighting fixtures 1.18 are arranged on the triangular-shaped stepped rebate incorporated in the corner of the ceiling panel ( Fig. 1.7 ).

The device for distancing and height adjustment of the guide elements 1.1 for receiving the clamps 1.2, in example profile shape ( Fig. 1.12 ) or for receiving the mounting tube or profile 1.2 ( Fig. 1.13 ), consists of the combination Wood screw / threaded screw 1.6, which is screwed by means of dowels in the ceiling 1.5 and a hexagon threaded sleeve 1.7. The hexagon threaded sleeve is screwed to the combination wood screw / threaded screw. The profile 1.1 for receiving the clamps 1.3 or the mounting tube or profile 1.2 in which there is a hole is screwed with the set screw with ferrule 1.8 into the hexagon threaded sleeve 1.7. Thus, the guide element 1.1 when clamping the mounting tube or - profile 1.2 in the clamp 1.3 can not press upwards in the ceiling direction, the clamping ring 1.9 is clamped to the screw 1.8. By turning the screw 1.8, the guide element 1.1 and thus the mounting tube or profile 1.2 with the attached cover plate 1.5 can be adjusted in height, so that the horizontal mounting of the ceiling can be achieved. The guide member 1.1 for receiving the clamps 1.2 may also be in the form of a sheet with a recess for receiving the clamps 1.2. In order to screw the mounting tube or profile 1.2 or the guide element 1.1 completely to the ceiling 1.5, the combination of wood screw / threaded screw 1.6 is used instead of the combination wood screw / threaded screw 1.6 ( Fig. 1.14, 1.15 ).

For parallel alignment of the guide elements in the form of profiles 1.1 or mounting tubes resp. profiles 1.2 to each other on the ceiling 1.5, sliding plates 1.21 can be used ( Fig. 1.20 ). For the guide elements in the form of profiles 1.1 or mounting tubes resp. Profiles 1.2 first to the sliding plates 1.21 screwed and then sliding plates 1.21 to the ceiling 1.5. By incorporated in the sliding plates slot this and thus the guide elements in the form of profiles 1.1 or mounting tubes resp. Profiles on the ceiling 1.5 relative to the adjacent guide elements or mounting tubes are aligned in parallel (Fig. 20). Alternatively, a guide element in profile rail form with attached sliding plate can be used 1.28 ( Fig. 1.21 ).

The lower ceiling is mounted in the following sequence: Guide elements for clamps 1.1 or mounting tubes or profiles 1.2 are mounted at a predetermined distance and parallel to each other to the ceiling 1.5. In the variant with the guide elements 1.1 on the ceiling 1.5, then the required number of clamps 1.3 are introduced into the guide elements. The two clamps for the first ceiling plate located at the beginning of the guide elements are locked at the intended location with locking screws 1.27 in the guide elements 1.1 to ensure the correct position of the first ceiling tile. In the variant with the mounting tubes 1.2 to the ceiling 1.5, at the intended location at the beginning of the pair of tubes for the first ceiling plate, attached to both tubes locking screws to the correct Ensure position of the first ceiling tile. The ceiling panels 1.5 are then successively clamped one behind the other in the clamps 1.3, which are located in the guide elements, and pushed together. If lighting fixtures are included in the ceiling tiles, the plugs and couplings of each cover tile 1.5 are mated together. The connection cable, which is located on the first ceiling element, is connected at the lamp point to the power supply of the room.

The mounting aid ( Fig. 1.16 ) for horizontal mounting of the mounting tubes or profiles 1.2 or the guide member for receiving the clamps 1.1 ( Fig. 1.17 ) and thus the lower ceiling is installed in a mounting tube or profile respectively in a profile-shaped guide member, a spirit level.

Exemplary embodiment 1.1: Displacing device consisting of a ceiling plate 1.4, a fastening tube or profile 1.2 which is fastened to it or integrated into it ( Fig. 1.3 . 1.10 ), a clamp 1.3, which encloses the mounting tube or profile 1.2 and a guide element for the clamp. The clamp 1.3, on which the foot laterally alongside both sides grooves 1.20 are incorporated, located along the grooves 1.20 in the guide element 1.1, which is attached to the ceiling 1.5. Single clamps have a locking screw 1.27 ( Fig. 1.18 ), with which the clamps can be locked to the guide elements. The displacement mechanism is characterized in that the mounting tube or profile 1.2 in the clamp 1.3 and thus the ceiling plate in the mounting tube or profile direction back and forth can be moved and the clamp 1.3 in the transverse direction to the mounting tube or profile in guide element. This allows the ceiling panel to be moved in two directions offset by 90 ° ( Fig. 1.1 ). The displacement of the clamps 1.3 can be locked with a locking screw 1.27 in the guide elements.

Exemplary embodiment 1.2: Displacing device consisting of a ceiling plate 1.4, a guide element 1.1 fastened or incorporated thereon in which a clamp 1.2 is guided laterally alongside its foot in grooves 1.20 formed on both sides and a mounting tube or profile 1.2 which is located in the clamp. The mounting tube or profile is attached to the ceiling 1.5. The displacement mechanism is characterized in that the mounting tube or profile 1.2 in the clamp 1.3 and thus the ceiling plate in the mounting tube or profile direction back and forth can be moved and the clamp 1.3 in the transverse direction to the mounting tube or profile in guide element. This allows the ceiling panel to be moved in two directions offset by 90 ° ( Fig. 1.4 . 1.5 . 1.8 . 1.9 ). The displacement of the clamps 1.3 on the mounting tubes 1.2 on the ceiling 1.5 can be locked with the locking screw in the guide elements.

Exemplary embodiment 1.3: suspended ceiling kit, in particular suspended ceiling version consisting of ceiling panels 1.4, fastening pipes or profiles 1.2 fastened thereon or integrated, clamps 1.3 which enclose the fastening pipes or profiles and guide elements for the clamps. The clamps 1.3, at the foot side along both sides grooves 1.20 are incorporated, are located along the grooves 1.20 in guide elements 1.1, which are attached to the ceiling 1.5. The under ceiling design is characterized in that ceiling panels 1.4 are mounted deeper in the room, than others. Those ceiling panels that abut a room wall, can be aligned by moving in the clamps and guide elements. The ceiling panels 1.4 mounted deeper in the room can be pushed over the higher ceiling panels 1.4 mounted in the room. The lower ceiling can thus be fitted into the room without tools. The ceiling panels arranged deeper in the room can be spaced from the mounting tube or profile with a substrate 1.10 in order to receive an LED stripe on an angle profile 1.19 above the lower ceiling panel. The ceiling panels 1.4 arranged deeper in the room can be formed with a stepped rebate opposite the ceiling panels 1.4 arranged higher in the room, in order to accommodate an LED stripe 1.11 along the ceiling panel in the stepped rebate. With the LED Stripes 1.11, the ceiling panels higher up in the room can be indirectly illuminated ( Fig. 1.2 ).

Exemplary embodiment 1.4 Undercounter kit, in particular suspended ceiling version consisting of ceiling panels 1.4, guide elements 1.1 mounted thereon or integrated, clamps 1.3, which are located at their foot in grooves 1.20 of the guide elements incorporated on both sides, fastening tubes or profiles which are enclosed by the clamps and are attached to the ceiling 1.5. The suspended ceiling design is characterized in that ceiling panels 1.4 are mounted deeper in the room than others. This is achieved by the fact that the ceiling slabs installed higher in the room use smaller mounting tube or profile diameters than those installed deeper in the room. Those ceiling panels that abut a room wall, can be aligned by moving in the clamps and guide elements. The ceiling panels 1.4 mounted deeper in the room can be pushed over the higher ceiling panels 1.4 mounted in the room. The lower ceiling can thus be fitted into the room without tools. The lower ceiling panels in the room may be spaced from the mounting tube or profile with a substrate to receive an LED stripe on an angle profile 1.19 above the lower ceiling panel. The ceiling panels 1.4, which are arranged deeper in the room, can be placed higher in the room than in the room above Ceiling plates 1.4 may be formed to accommodate a LED stripe 1.11 along the ceiling plate in the shiplap. This allows the ceiling panels higher up in the room to be illuminated indirectly ( Fig. 1.6 ).

Exemplary embodiment 1.5: suspended ceiling kit, in particular suspended ceiling version consisting of ceiling panels 1.4, guide elements 1.1 and clamps 1.3. The suspended ceiling design is characterized in that at the corners of a triangular stepped rabbet is incorporated. An LED lighting fixture for illuminating a room interior corner 1.18 is fastened on this stepped rebate. LED stripes 1.11 are glued to an angle profile 1.19 to illuminate the walls directly and the ceiling indirectly ( Fig. 1.7 ).

Example 1.6: height adjustment, in particular for a suspended ceiling kit, consisting of the combination wood screw / screw 1.6, the hexagonal threaded sleeve 1.7, the screw with ferrule 1.8, the clamping ring 1.9, and the guide element 1.1 for receiving the clamp 1.3 or the mounting tube or profile 1.2. The combination wood screw / screw 1.6 is screwed with a dowel in the ceiling 1.5. The hexagonal threaded sleeve 1.7, which can be long used for a large distancing of the ceiling element 1.4 of the ceiling 1.5 is screwed onto the combination wood screw / screw 1.6. The guide element 1.1 or the mounting tube or profile 1.2 has a bore through which the adjusting screw 1.8 is guided and secured with the clamping ring 1.9. The set screw is screwed into the hexagon threaded sleeve 1.7. The height adjustment device is characterized in that a different distance of the guide element 1.1 or of the mounting tube or profile 1.2 respectively of the ceiling plate 1.4 hanging from it is achieved by the space screw 1.5 by screwing in / out of the screw 1 at different distances ( Fig. 1.12, 1.13 ).

Embodiment 1.7: height adjustment, in particular for a suspended ceiling kit, consisting of the combination wood screw / threaded sleeve 1.13, the screw with ferrule 1.8, the clamping ring 1.9, and the guide element 1.1 for receiving the clamp 1.3 or the mounting tube or profile 1.2. The combination wood screw / threaded sleeve 1.13 is screwed into the ceiling 1.5 with a dowel. The guide element 1.1 or the mounting tube or profile 1.2 has a bore through which the adjusting screw 1.8 is guided and secured with the clamping ring 1.9. The set screw is screwed into the combination wood screw / threaded sleeve 1.13. The height adjustment is characterized in that by varying widely screwing in / unscrewing the screw 1.8, a different distance of the guide element 1.1 or the mounting tube or profile 1.2, respectively, the ceiling plate hanging from 1.4 is achieved by the ceiling 1.5. The guide element 1.1 or the mounting tube or profile 1.2 can thus be fixed directly to the ceiling without a gap ( Fig. 1.14, 1.15 ).

Exemplary embodiment 1.8: Mounting aid consisting of a mounting tube or profile 1.2 and a spirit level 1.16 installed centrally in it. The assembly aid is characterized in that it can be used by turning the screws 1.8 on two adjacent clamps 1.3 with each other and thus as an aid to the horizontal alignment of the sub-ceiling ( Fig. 1.16 ).

EMBODIMENT 1.9 Mounting aid, in particular for a suspended ceiling kit, consisting of a guide element 1.1 in the form of a profile, a spirit level 1.16 centrally mounted therein, and two clamps 1.2 slidably mounted in the guide element. The clamps 1.3, at the foot side, alongside and on both sides grooves 1.20 are incorporated, located along the grooves in the guide element. The mounting aid is characterized in that it can be used as an aid to the horizontal alignment of the mounting tube or profile 1.2 by turning the screws 1.8 on two adjacent mounting tubes or profiles 1.2, which are mounted on the ceiling and thus use the false ceiling ( Fig. 1.17 ).

Embodiment 1.10: The individual ceiling panels have built or integrated all provided in the lower ceiling lighting fixture (11, 17, 18). They are provided with connectors. The false ceiling is characterized in that electrically by plugging together the individual ceiling panels creates a coherent lighting system and can be connected by simply connecting to the lamp point with the electrical supply of the room.

Exemplary Embodiment 1.11: The lower ceiling, which consists of ceiling slabs 1.5 and is held in non-firmly locking clamps, is characterized in that the ceiling slabs 1.5 extend out of non-firmly locking clamps 1.22, 1.23 (FIG. Fig. 1.18 ) can be removed again. A simple disassembly of the ceiling is possible. The ceiling tiles can be reused.

Embodiment 1.12: The device consisting of the sliding plate 1.21 for parallel alignment of guide elements in the form of profiles 1.1 or mounting tubes resp. Profiles 1.2 with each other on the ceiling is characterized in that can be moved to the ceiling by the incorporated slot in the sliding plate through which the fastening screw is guided. By loosening and tightening the fixing screw, the sliding plate can be moved to another position. Guide elements and mounting tubes can thus be aligned on walls and parallel to each other on the ceiling.

• Führungsschienenhalterung (Fig. 2.12/2.13: 5) bestehend aus einem rechteckigen dünnen Stück Metall das in ein Stück Rohr eingebaut ist
• Doppelführungsschiene (Fig. 2.12/2.13: 9) bestehend aus zwei C-Befestigungsschienen die rückseitig zusammengefügt sind
• Verschiebeteil zum Tragen des Rohres (Fig. 2.12/2.13: 17) welches die Rolle (Fig. 2.12/2.13: 14) des Beschichtungsmaterial trägt
• Bürste (Fig. 2.12/2.13: 8) zum andrücken des an der Oberfläche der Beleuchtungsdecke abgewickelten Beschichtungsmaterials (Fig. 2.12/2.13: 15)
• Tragrohr (Fig. 2.12/2.13: 17) zum Tragen der auf einer Rolle aufgewickelten Beschichtungsmaterial (Fig. 2.12/2.13: 15)

According to a further embodiment, the lighting ceiling ( Fig. 2.1 ) from the C-fixing rails ( Fig. 2.1 : 2), ( Fig. 2.2 2) in which clamps are inserted and the lighting ceiling modules together ( Fig. 2.1 : 1), ( Fig. 2.2 : 1). On the back of the lighting ceiling modules mounting tubes are attached ( Fig. 2.1 : 3), ( Fig. 2.2 : 3) or integrated ( Fig. 2.16 / 2.17 / 2.18 / 2.19 / 2.20 : 3), which are in the clamps ( Fig. 2.1 : 4). Alternatively, the C-mounting rails are attached to or integrated into the lighting ceiling modules ( Fig. 2.23 / 2.24 / 2.25 / 2.26 / 2.27 : 2 ) and the mounting tubes to which the clamps are pressed on the ceiling. Tubes or C-mounting rails, which are integrated in modules, are represented on one side of the module by three times bent sheet metal in ( Fig. 2.28 : 6) held in the intended position ( Fig. 2.17 / 2.18 / 2.19 / 2.20 / 2.23 / 2.24 / 2.25 / 2.26 / 2.27 : 7). By offsetting the mounting tubes attached or integrated on the back of the modules ( Fig. 2.2 : 3) or C-mounting rails ( Fig. 2.21 / 2.22 : 2 ) can be lined up in the longitudinal direction. Due to the fact that the clamps ( Fig. 2.1 : 4) can be moved in the C-mounting rails and the mounting tubes in the clamps also, the modules can be exactly to each other and align to the room walls. To ensure that the lighting ceiling modules hold each other together and do not form spaces (joints) between them, they can be fitted with the side-mounted module connectors ( Fig.2.3 / 2.4 / 2.5 ). But in a module a piece of pipe ( Fig. 2.3 : 2), ( Fig. 2.4 2) and in the adjacent clamp ( Fig. 2.3 : 4), ( Fig. 2.4 : 4). When plugged together, the pipe section ( Fig. 2.3 : 2), ( Fig. 2.4 : 2) in the clamp ( Fig. 2.3 : 4), ( Fig. 2.4 : 4) and then held permanently by her. Objects such as spotlights can be viewed from below in cut-outs located in the lighting ceiling modules ( Fig. 2.1 : 7). The cut-outs in the lighting ceiling modules ( Fig. 2.6 : 9) have the shape of the plug-in housing ( Fig. 2.6 / 2.6A / 2.7 / 2.8 / 2.8A / 2.9 : 5) to which the objects are attached. On top of the lighting ceiling modules is a piece of mounting tube ( Fig. 2.6 / 2.7 / 2.8 / 2.9 : 2) attached, which projects beyond the cutout on both sides. On plug-in housing ( Fig. 2.6 / 2.7 / 2.8 / 2.9 : 5) is a clamp ( Fig. 2.6 / 2.7 / 2.8 / 2.9 : 4) moored. During the insertion process, the clamp ( Fig. 2.6 / 2.7 / 2.8 / 2.9 : 4) on the plug-in housing ( Fig. 2.6 / 2.7 / 2.8 / 2.9 : 5) into the mounting tube at the top of the module ( Fig. 2.6 / 2.7 / 2.8 / 2.9 : 2) pressed. After inserting the clamp holds the item permanently firmly. If necessary, for example, for maintenance purposes, the items can be pulled out of the cutouts again. In this process, the connection between the clamp ( Fig. 2.6 / 2.7 / 2.8 / 2.9 : 4) and mounting tube ( Fig. 2.6 / 2.7 / 2.8 / 2.9 : 2 ) solved again. Alternatively, the clamp on a bracket ( Fig. 2.6A / 2.8A : 11) mounted above the cutout and the pipe section ( Fig. 2.6A / 2.8A : 2) on the installation housing. Into the lighting ceiling modules ( Fig. 2.1 : 1) integrated room indirect lighting consists of a milled groove on the edge modules ( Fig. 2.1 : 5) around the lighting ceiling. In this groove is a reflector ( Fig. 2.10 : 2) made of a polished, reflective material. On the reflector ( Fig. 2.10 : 2) there is an LED stripe ( Fig. 2.10 : 3). The light is thus beamed to the ceiling around the ceiling and illuminates the room indirectly. The lighting component consisting of reflector ( Fig. 2.10 : 2), ( Fig. 2.11 : 2) and LED Stripe ( Fig. 2.10 : 3), ( Fig. 2.11 : 3) is not visible from below. The rectangular groove on the back of the lighting ceiling modules is milled at such an angle that illuminates the ceiling in the edge region of the lighting ceiling. With the aid of the device for coating the lighting ceiling ( Fig. 2.12 / 2.13 ) can be seamlessly coated with a material on a roll, such as a wallpaper. This obscures the transitions between the lighting ceiling modules and is not visible from below. The device consists of the following components:

• Guide rail bracket ( Fig. 2.12 / 2.13 : 5) consisting of a rectangular thin piece of metal built into a piece of pipe
• Double guide rail ( Fig. 2.12 / 2.13 : 9) consisting of two C-mounting rails which are joined together on the back
• Sliding part for carrying the pipe ( Fig. 2.12 / 2.13 : 17) which the role ( Fig. 2.12 / 2.13 : 14) of the coating material
• Brush ( Fig. 2.12 / 2.13 8) for pressing on the coating material unwound on the surface of the lighting blanket ( Fig. 2.12 / 2.13 : 15)
• Support tube ( Fig. 2.12 / 2.13 : 17) for supporting the wound on a roll coating material ( Fig. 2.12 / 2.13 : 15)

The guide rail supports ( Fig. 2.12 / 2.13 : 5) are in embodiments laterally of the lighting ceiling in the spaces between the guide rails which are located on the ceiling and put the clamps therein. In the upper guide rail of the double guide rail clamps ( Fig. 2.12 / 2.13 : 4) inserted at the distance of the guide rails on the ceiling. The double guide rail is attached to the clamps ( Fig. 2.12 / 2.13 : 4) clamped to the pipe sections of the guide rail brackets and thus held laterally parallel to the lighting ceiling. The double guide rail becomes temporary in this way for the coating process fixed on both sides of the lighting ceiling. The sliding parts, one for each side of the lighting ceiling, are in the downwardly directed guide rails ( Fig. 2.12 / 2.13 : 9) introduced. The two sliding parts must be at the same distance from the front of the lighting ceiling so that the support tube for carrying the roll of coating material can be inserted into the bores located in the sliding parts. The role of the coating material is introduced into the support tube. During the coating process, the two sliding parts are simultaneously displaced in the direction of the end side of the lighting ceiling and the on-roll coating material ( Fig. 2.12 / 2.13 : 15) with a brush ( Fig. 2.12 / 2.13 : 8) pressed against the lighting ceiling. Beforehand, the surface is coated with a paste for adhering the coating material. After the coating process, which usually takes place in several parallel paths, the coating material now sticking to the lighting ceiling can be painted over. After the coating process, the device is removed again.

According to a further embodiment, the lighting ceiling consists of a plurality of modules ( Fig. 3.1 ), which can be stuck to the ceiling. Due to the differently displaced from module to module integrated mounting tubes ( Fig. 3.1 : 3.3 ) Fig. 3.2: 3.3), (Fig. 3.3: 3.3), (Fig. 3.4 : 3.3 ) entire lighting ceilings can be put together. Essentially, lighting ceilings consist of plug-in and sliding devices consisting of fastening pipes ( Fig. 3.1 : 3.3 ) Fig. 3.2: 3.3), (Fig. 3.3: 3.3), (Fig. 3.4 : 3.3 ) and in C-mounting rails ( Fig. 3.1 : 3.2 ), which are mounted to the ceiling, guided clamps. The fastening tubes are pressed into the clamps and can then be pushed back and forth.

According to a further embodiment, the lighting ceiling in a basic version consists of two modules ( Fig. 3.5 ), which can be stuck to the ceiling. At its core, the small lighting ceiling consists of plug-in and sliding devices consisting of fastening pipes ( Fig. 3.5 : 3.3 ) Fig. 3.6 : 3.3 ) and C-mounting rails ( Fig. 3.5 : 3.2 ) Fig. 3.6 : 3.2 ). The mounting tubes are, in order to hold them together screwed on a metal sheet, which in turn is mounted to the ceiling. The modules are pressed with the attached to the top C-guide rails respectively the clamps guided therein to the guide tubes.

Another embodiment relates to a lighting ceiling with outwardly curved guide rail. The lighting ceiling consists in the core of a plug and slide device consisting of a clamp ( Fig. 3.7 : 1.3 ) Fig. 3.8 : 1.3 ), the mounting tube ( Fig. 3.7 : 1.2 ) Fig. 3.8 : 1.2 ) and a guide rail (bent outwards) ( Fig. 3.7 : 1.1 ) Fig. 3.8 : 1.1 ), for the clamp ( Fig. 3.7 : 1.3 ) Fig. 3.8 : 1.3 ). The mounting tube ( Fig. 3.7 : 1.2 ) Fig. 3.8 : 1.2 ) is inserted into the clamp ( Fig. 3.7 : 1.3 ) Fig. 3.8 : 1.3 ) and can then be moved back and forth. The clamp is clasped ( Fig.3.7 : 1.3 ) Fig. 3.8 : 1.3 ) the guide rail ( Fig. 3.7 : 1.1 ) Fig. 3.8 : 1.1 ). The mounting tube ( Fig. 3.7 : 1.2 ) Fig. 3.8 : 1.2 ) or the guide rail ( Fig. 3.7 : 1.1 ) Fig. 3.8 : 1.1 ) is attached to the ceiling ( Fig. 3.7 : 1.5 ) Fig. 3.8 : 1.5 ) attached. To the respective other element mounting tube ( Fig. 3.7 : 1.2 ) Fig. 3.8 : 1.2 ) or guide rail ( Fig. 3.7 : 1.1 ) Fig. 3.8 : 1.1 ), the ceiling plate ( Fig. 3.7 : 1.4 ) Fig. 3.8 : 1.4 ) attached.

Another embodiment relates to a metal module lighting ceiling. The metal module lighting ceiling consists of metal tubs ( Fig. 3.9 : 3.1 ) Fig. 3.10 : 3.1 ) Fig. 3.11 : 3.1 ) into which the lighting elements ( Fig. 3.9 : 3.19 ) Fig. 3.10 : 3.19 ) Fig. 3.11 : 3.19 ) with two fastening tubes ( Fig. 3.10 : 3.3 ) Fig. 3.11 : 3.3 ) are suspended in the metal tubs. The fastening pipes ( Fig. 3.10 : 3.3 ) Fig. 3.11 : 3.3 ) are attached to the metal tray ( Fig. 3.10 : 3.1 ) Fig. 3.11 : 3.1 ), which is bent in at the top, screwed down. The clamps ( Fig. 3.10 : 3.16 ) Fig. 3.11 : 3.16 ) are attached to the top of the lighting element ( Fig. 3.10 : 3.19 ) Fig. 3.11 : 3.19 ). The lighting elements are connected with the clamps ( Fig. 3.10 : 3.16 ) Fig. 3.11 : 3.16 ) to the mounting tubes ( Fig. 3.10 : 3.3 ) Fig. 3.11 : 3.3 ) clamped.

The receiving parts for clamps ( Fig. 3.11 : 3.17 ) are attached to the metal tubs ( Fig. 3.11 : 3.1 ) and the clamps ( Fig. 3.11 : 3.16 ) introduced therein. The metal tubs ( Fig. 3.9 : 3.1 ) Fig. 3.11 : 3.1 ) with the clamps ( Fig. 3.11 : 3.16 ) to the mounting tubes ( Fig. 3.11 : 3.18 ) and the receiving parts for two clamps ( Fig. 3.9 : 3.21 ) Fig. 3.11 : 3.21 ) and on the ceiling ( Fig. 3.9 : 3.20 ) clamped. Located on the receiving parts for two clamps ( Fig. 3.9 : 3.21 ) Fig. 3.11 : 3.21 ) fixed cable channel ( Fig. 3.9 : 3.23 ) Fig. 3.11 : 3.23 ) Fig. 3.12 : 3.23 ), the supply cable ( Fig. 3.9 : 3.27), (Fig. 3.11: 3.27 ) Fig. 3.12 : 3.27 ) of the lighting elements ( Fig. 3.9 : 3.19 ) Fig. 3.10 : 3.19 ) Fig. 3.11 : 3.19 ) Fig. 3.12 : 3.19 ) and the LED strips ( Fig. 3.13 : 3.28 ). Other cable channels ( Fig. 3.12 : 3.29 ). run in a 90 ° offset direction. The ends of the supply cables are provided with sockets to plug in the lighting elements or LED strips provided with plugs. The electrification of the lighting ceiling is thus done without tools. For indirect illumination of the ceiling and / or room walls, LED strips may be attached to metal angles on the edge modules of the lighting ceiling ( Fig. 3.13 : 3.28 ) whose angles can be adjusted for the emission of light.

While the invention has been illustrated and described in detail by the figures and the accompanying description, this description and detailed description are to be considered illustrative and exemplary and not limiting as to the invention. In order not to transpose the invention, well-known structures and techniques may be used in certain cases not shown and described in detail. It is understood that those skilled in the art can make changes and modifications without departing from the scope of the following claims. In particular, the present invention covers other embodiments with any combinations of features that may differ from the feature combinations explicitly described.

The present disclosure also includes embodiments having any combination of features that are mentioned or shown above or below various embodiments or embodiments. It also comprises individual features in the figures, even if they are shown there in connection with other features and / or are not mentioned above or below. Also, the alternatives of embodiments and individual alternatives described in the figures and the description may be excluded from the subject matter of the invention or from the disclosed subject matter. The disclosure includes embodiments which exclusively comprise the features described in the claims and in the exemplary embodiments as well as those which include additional other features.

Furthermore, the term "comprising" and derivatives thereof do not exclude other elements or steps. Likewise, the indefinite article "a" or "a" and derivatives thereof does not exclude a variety. The functions of several features listed in the claims may be fulfilled by a unit or a step. The terms "substantially", "approximately", "approximately" and the like in connection with a property or a value in particular also define precisely the property or exactly the value. The terms "about" and "approximately" in the context of a given numerical value or range may refer to a value or range that is within 20%, within 10%, within 5%, or within 2% of the given value or range. All reference signs in the claims are not to be understood as limiting the scope of the claims.

Furthermore, the fact that a feature or a property, for example a specific, in particular geometrical, shape, at least approximately or substantially formed, is provided or available may in particular mean that production specifications exist which provide a specification according to which the feature is to be designed accordingly, wherein a deviation from the specification can result, in particular within the scope of usual manufacturing tolerances.

The fact that an element or feature is extended in one direction, extends in one direction or extends in one direction may in particular mean that dimensions of the element or feature in or with respect to this direction are greater than in or with respect to others, in particular all other directions, in particular orthogonal directions.

LIST OF REFERENCE NUMBERS

• 1.1 Guide element for clamp
• 1.2 Befestigungsrohr- or profile
• 1.3 Clamp
• 1.4 ceiling plate
• 1.5 room ceiling
• 1.6 Combination wood screw / threaded screw
• 1.7 hexagon threaded sleeve
• 1.8 adjusting screw with clamping ring holder
• 1.9 clamping ring
• 1.10 Substrate
• 1.11 LED stripe for indirect lighting of the ceiling or ceiling and direct lighting of the room walls
• 1.12 room wall
• 1.13 Combination wood screw / threaded sleeve
• 1.14 Screw for ceiling mounting
• 1.15 pipe support
• 1.16 spirit level
• 1.17 LED spot for room direct lighting
• 1.18 LED lighting fixture for illuminating a room interior corner 1.19 Angle profile
• 1.20 Guide grooves in clamp for receiving the guide element (1.1)
• 1.21 Sliding plate for precise parallel alignment of the guide elements (1.1) or mounting tubes (1.2)
• 1.22 Non-closable clamp for intended pipe diameter
• 1.23 Non-lockable clamp suitable for different pipe diameters
• 1.24 Lockable clamp suitable for different pipe diameters
• 1.25 Four-sided fastening profile
• 1.26 Multi-edge fastening profile (example)
• 1.27 Locking screw for clamp
• 1.28 Guide element in profile rail form with attached sliding plate
• reference numeral Fig. 2.1 (Lighting ceiling): 1 - single lighting ceiling module; 2 - fixing rail into which clamps are inserted for receiving the modules; 3 - Mounting tubes mounted on the back of the module for clicking into the fixing rails; 4 - clamp; 5 - reflector angle profile for LED stripe; 6 - LED stripe; 7 - Section for mounting the attachment
• reference numeral Fig. 2.2 (Layout): 1 - Single lighting ceiling module; 2 - fixing rail into which clamps are inserted for receiving the modules; 3 - Mounting tubes mounted on the rear of the module for clicking into the C-mounting rails
• reference numeral Fig. 2.3 (Module connector side view): 1 - lighting ceiling module 1; 2 - Pipe piece installed laterally in the module; 3 - fixing screw for pipe section; 4 - clamp; 5 - lighting ceiling module 2; 6 - Fixing screw for clamp
• reference numeral Fig. 2.4 (Module connector open in cross section): 1 - lighting ceiling module 1; 2 - Pipe piece installed laterally in the module; 3 - fixing screw for pipe section; 4 - clamp; 5 - lighting ceiling module 2; 6 - Fixing screw for clamp
• reference numeral Fig. 2.5 (Module connector closed in cross section): 1 - Lighting ceiling module 1; 2 - Pipe piece installed laterally in the module; 3 - fixing screw for pipe section; 4 - clamp; 5 - lighting ceiling module 2; 6 - Fixing screw for clamp
• reference numeral Fig. 2.6 (Attached item before installation side view): 1 - Lighting ceiling module; 2 - Mounting tube mounted on the lighting ceiling module; 4 - clamp; 5 - installation housing; 6 - fixing screw for clamp; 7 - fixing screw for installation housing; 8 - Attached item eg. Spot lamp; 9 - Detail for admission Attachment; 10 - Cover plate Attachment
• reference numeral Fig. 2.6A (Attached item before installation side view): 1 - Lighting ceiling module; 2 - pipe section mounted on the installation housing; 4 - clamp; 5 - installation housing; 6 - fixing screw for clamp; 7 - fixing screw for installation housing; 8 - Attached item eg. Spot lamp; 9 - Detail for admission Attachment; 10 - Cover plate Attachment
• reference numeral Fig. 2.7 (Attachment before installation in cross section): 1 - Lighting ceiling module; 2 - Mounting tube mounted on the lighting ceiling module; 3 - fixing screw for mounting tube; 4 - clamp; 5 - installation housing; 6 - fixing screw for clamp; 7 - fixing screw for installation housing; 8 - Attached item eg. Spot lamp; 9 - Detail for admission Attachment; 10 - cover plate attached object; ;
• reference numeral Fig. 2.8 (Attachment installed side view): 1 - Lighting Ceiling Module; 2 - Mounting tube mounted on the lighting ceiling module; 4 - clamp; 5 - installation housing; 6 - fixing screw for clamp; 7 - fixing screw for installation housing; 8 - Attached item eg. Spot lamp; 9 - Detail for admission Attachment; 10 - cover plate attached object;
• reference numeral Fig. 2.8A (Attachment installed side view): 1 - Lighting Ceiling Module; 2 - pipe section mounted on the body; 4 - clamp; 5 - installation housing; 6 - fixing screw for clamp; 7 - fixing screw for installation housing; 8 - Attached item eg. Spot lamp; 9 - Detail for admission Attachment; 10 - Cover plate Attachment
• reference numeral Fig. 2.9 (Attachment installed in cross section): 1 - Lighting ceiling module; 2 - Mounting tube mounted on the lighting ceiling module; 3 - fixing screw for fixing pipe; 4 - clamp; 5 - installation housing; 6 - fixing screw for clamp; 7 - fixing screw for installation housing; 8 - Attached item eg. Spot lamp; 9 - Detail for admission Attachment; 10 - Cover plate Attachment
• reference numeral Fig. 2.10 (Built-in Indirect Light Side View): 1 - Lighting Ceiling Module; 2 - reflector angle profile for LED stripe; 3 - LED stripe; 4 - mounting tube fixed to the lighting ceiling module; 5 - fixing screw for fixing pipe; 6 - Clamp; 7 - fixing rail into which clamps are inserted for receiving the modules; 8 - room ceiling; 9 - Excerpt to take-up item
• reference numeral Fig. 2.11 (Built-in Indirect Illumination Front View): 1 - Lighting Ceiling Module; 2 - reflector angle profile for LED stripe; 3 - LED stripe; 4 - mounting tube fixed to the lighting ceiling module; 5 - fixing screw for fixing pipe; 6 - Clamp; 7 - fixing rail into which clamps are inserted for receiving the modules; 8 - room ceiling
• reference numeral Fig. 2.12 / 2.13 (Apparatus for lighting ceiling coating side view): 1 - room ceiling; 2 - mounting rail on the ceiling; 3 - mounting tube piece; 4 - clamp; 5 - guide rail bracket; 7 - Slide shoe in lower guide rail; 8 - brush element for pressing the coating material; 9 - guide rail for guiding the clamps; 10 - adjustment nut for brush element; 11 - threaded rod; 12 - nut for holding the suspension of the coating material roll; 13 - mounting tube for holding the coating material roll; 14 - coating material roll;
• reference numeral Fig. 2.14 (Metal lighting ceiling composed of individual modules, composition 1): 10 - Metal lighting ceiling module on the left with integrated fixing tubes for clicking into the fixing rails by means of clamps ( Fig. 2.16 ); 11 - Metal ceiling lighting module, with integrated fixing tubes at the top, to be clicked into the fixing rails by means of clamps ( Fig. 2.17 ); 12 - Illumination ceiling module made of metal right, with integrated mounting tubes at the bottom for clicking into the fastening rails by means of clamps ( Fig. 2.19 ); 2 - fixing rail; 3 - mounting tube; 4 - Cutout for lighting fixtures
• reference numeral Fig. 2.15 (Metal lighting ceiling composed of individual modules, composition 2): 10 - Metal lighting ceiling module on the left with integrated fixing tubes for clicking into the fixing rails by means of clamps ( Fig. 2.16 ); 11 - Metal ceiling lighting module, with integrated fixing tubes at the top, to be clicked into the fixing rails by means of clamps ( Fig. 2.17 ); 12 - Illumination ceiling module made of metal right, with integrated mounting tubes at the bottom for clicking into the fastening rails by means of clamps ( Fig. 2.19 ); 13 - Illumination ceiling module made of metal right, with integrated fastening tubes at the top for clicking into the fastening rails by means of clamps ( Fig. 2.20 ); 2 - fixing rail; 3 - mounting tube; 4 - Cutout for lighting fixtures
• reference numeral Fig. 2.16 (Metal lighting ceiling module on the left with integrated; fixing tubes to be clicked into the fixing rails by means of clamps): 1 - lighting ceiling module; 3 - mounting tube for clicking into clamps; 4 - section for receiving lighting fixture; 5 - hole for mounting the mounting tube
• reference numeral Fig. 2.17 (Lighting ceiling module made of metal middle, with integrated; fastening pipes at the top to be clicked in by means of clamps in the mounting rails): 1 - lighting ceiling module; 3 - mounting tube for clicking into clamps; 4 - section for receiving lighting fixture; 5 - bore for receiving the mounting tube;
• reference numeral Fig. 2.18 (Lighting ceiling module made of bent metal center, with integrated mounting tubes at the bottom for click-in by means of clamps in the mounting rails): 1 - Lighting ceiling module; 3 - mounting tube for clicking into clamps; 5 - hole for mounting the mounting tube
• reference numeral Fig. 2.19 (Illumination ceiling module made of metal right, with integrated; fastening tubes at the bottom to be clicked in by means of clamps in the mounting rails): 1 - lighting ceiling module; 3 - mounting tube for clicking into clamps; 4 - section for receiving lighting fixture; 5 - hole for mounting the mounting tube
• reference numeral Fig. 2.20 (Illumination ceiling module made of metal right, with integrated; fastening tubes at the top to be clicked in by means of clamps in the mounting rails): 1 - lighting ceiling module; 3 - mounting tube for clicking into clamps; 4 - section for receiving lighting fixture; 5 - hole for mounting the mounting tube
• reference numeral Fig. 2.21 (Lighting ceiling made of metal, composed of individual modules; fixing tubes for clamps fixed to the ceiling; guide rails integrated into the modules): 10 - Metal lighting ceiling module on the left with integrated fixing rails for inserting clamps for fixing pipes; 11 - Metal ceiling lighting module, with integrated mounting rails; above for inserting clamps for fastening pipes; 12 - Metal lighting ceiling module, right, with integrated mounting rails; for inserting clamps for fastening pipes; 2 - fixing rail; 3 - mounting tube; 4 - Cutout for lighting fixtures
• reference numeral Fig. 2.22 (Lighting ceiling made of metal, composed of individual modules, fixing clamps fixed to the ceiling, guide rails integrated into the modules, composition 2. 2D view): 10 - Metal lighting ceiling module on the left with integrated fixing rails for inserting clamps for fastening pipes; 11 - Metal ceiling lighting module, with integrated mounting rails; above for inserting clamps for fastening pipes; 12 - Lighting ceiling module of metal center, with integrated mounting rails; bottom for inserting clamps for mounting pipes; 13 - Metal lighting ceiling module, right, with integrated fixing rails for inserting clamps for fixing pipes; 2 - fixing rail; 3 - mounting tube; 4 - Cutout for lighting fixtures
• reference numeral Fig. 2.23 (Metal lighting ceiling module on the left with integrated fixing rails for clicking into the fixing pipes by means of clamps): 1 - lighting ceiling module; 2 - mounting rail for receiving clamps; 4 - section for receiving lighting fixture; 6 - Hole for mounting the mounting rail
• reference numeral Fig. 2.24 (Lighting ceiling module made of metal middle, with integrated; mounting rails on top to be clicked into the fixing pipes by means of clamps): 1 - lighting ceiling module; 2 - mounting rail for receiving clamps; 4 - section for receiving lighting fixture; 6 - Hole for mounting the mounting rail
• reference numeral Fig. 2.25 (Mid-ceiling lighting ceiling module, with integrated mounting rails at the bottom to be clicked into place using clamps): 1 - Lighting ceiling module; 2 - mounting rail for receiving clamps; 4 - section for receiving lighting fixture; 6 - Hole for mounting the mounting rail
• reference numeral Fig. 2.26 (Right metal lighting ceiling module, with integrated mounting rails at the bottom to be clicked into the metal ceiling lighting module by means of clamps, mounting tube to be clicked into the mounting tubes): 1 - lighting ceiling module; 2 - mounting rail for receiving clamps; 4 - section for receiving lighting fixture; 6 - Hole for mounting the mounting rail
• reference numeral Fig. 2.27 (Illumination ceiling module made of metal right, with integrated mounting rails at the top to be clicked into the fixing pipes by means of clamps): 1 - lighting ceiling module; 2 - mounting rail for receiving clamps; 4 - section for receiving lighting fixture; 6 - Hole for mounting the mounting rail
• reference numeral Fig. 2.28 (Detail lighting ceiling module suspension): 3 - mounting tube for clicking into clamps; 5 - hole for mounting the mounting tube
• 3.1 Metal tray
• 3.2 Mounting rail for receiving the clamps
• 3.3 Attached mounting tube or glued with clamps in the metal tray
• 3.4 Section for lighting element
• 3.5 Through hole in metal tray for mounting the mounting tube
• 3.6 Cutout in the metal tray for mounting the mounting rail
• 3.7 Reflector for indirect lighting
• 3.8 LED Stripe
• 3.9 Mounting plate (screwed to the ceiling)
• 3.10 First module of a module series
• 3.11 Second and next following module of a module row with fixing rails on the ceiling
• 3.12 Third and subsequent module of a module row with mounting rails on the ceiling
• 3.13 Conclusion Module of a module series with an odd number of modules and mounting rails on the ceiling
• 3.14 Conclusion Module of a module series with an even number of modules and mounting rails on the ceiling
• 3.15 Holes for fixing to the ceiling
• 3.16 Clamp
• 3.17 Mounting part for clamp attached to the metal tray
• 3.18 pipe attached to the ceiling
• 3.19 Lighting element (LED panel)
• 3.20 room ceiling
• 3.21 receiving part for two clamps
• 3.22 Screw for fixing the mounting tube in the metal tray
• 3.23 Cable duct for guiding the supply cables for the lighting elements
• 3.24 Screw for mounting of receiving part for two clamps and cable duct
• 3.25 Power supply unit for lighting element
• 3.26 Connector consisting of plug and socket
• 3.27 Supply cable for integrated lighting elements and LED strips
• 3.28 LED stripe for indirect illumination on metal angle with adjustment of the emission angle
• 3.29 90 ° offset cable duct for supply cable

Claims (14)

Suspended ceiling kit for an interior, comprising a substructure for mounting on a ceiling of a room, in particular the interior, and a plurality of modules, wherein a) has the support structure i) a plurality of support elements for attachment to the ceiling; ii) a plurality of connecting elements which are slidably mounted on a respective carrier elements along a longitudinal direction; and where b) each module has a ceiling plate and at least one provided on a rear side of the ceiling plate holding element, wherein i) each cover plate can be fastened by means of the holding elements provided on it to at least two connecting elements such that it is displaceable in a second, preferably at least approximately perpendicular, direction to the longitudinal direction. Suspended ceiling kit according to claim 1, characterized in that the carrier elements are designed as guide elements (1.1) for the connecting elements, in particular as guide rails, and the holding elements are at least substantially tubular, in particular as a mounting tube (1.2). Suspended ceiling kit according to claim 1, characterized in that the connecting elements have a bearing portion by means of which they can be slidably mounted on one of the support elements, and a receiving portion in which a holding element, in particular exactly one holding element, is receivable. Suspended ceiling kit according to claim 1, characterized in that the holding elements are designed as guide elements (1.1) for the connecting elements, in particular as guide rails, and the support elements are at least substantially tubular, in particular as a mounting tube (1.2). Suspended ceiling kit according to claim 1, characterized in that the connecting elements have a bearing portion, by means of which they can be slidably mounted on one of the holding elements, and a receiving portion in which a carrier element, in particular exactly one carrier element, is receivable. Suspended ceiling kit according to claim 1, characterized in that at least some ceiling panels have an opening for receiving lighting elements. Suspended ceiling kit according to claim 1, characterized in that at least some modules have at least one retaining element which extends in lateral, in particular parallel to the ceiling extending, extending beyond the ceiling panel. Suspended ceiling kit according to claim 1, characterized in that at least some modules, in particular ceiling panels, coupling elements by means of which they can be coupled to an adjacent ceiling panels. Suspended ceiling kit according to the preceding claim, characterized in that the coupled modules can only be moved together in the longitudinal direction and / or the second direction. Suspended ceiling kit according to one of the preceding claims, characterized in that at least one module has a ceiling plate a cutout for receiving a lighting fixture, in particular a spotlight or an LED spotlight (1.17). Suspended ceiling kit according to one of the preceding claims, characterized in that at least one module has a light source, in particular an LED stripe, on the rear side of its ceiling panel. Suspended ceiling kit according to one of the preceding claims, characterized in that a plurality of modules comprise a light source, in particular a lighting fixture, and each of said plurality of modules comprises a plug and a socket, by means of which the light sources of said plurality of modules can be electrically connected in parallel or in series are. Suspended ceiling kit according to the preceding claim, characterized in that in at least one support element, an electrical supply line is provided, by means of which the light sources can be connected to an existing in space electrical supply, in particular lamp spot Suspended ceiling kit according to one of the preceding claims, characterized in that the kit comprises a coating device for coating the ceiling panels comprising a material located on a roll, which coating device can be fastened to the carrier elements, in particular the guide elements.

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