DE102014018016A1 - Holding device for at least one light source and elongated carrier for this purpose - Google Patents

Abstract

The present invention relates to a holding device (1) for at least one luminous means (15), wherein the holding device (1) can extend substantially in a longitudinal direction (L), with at least one carrier (11) which is elongate in the longitudinal direction (L) for holding of the luminous means (15), and at least one first longitudinally (L) elongate holding element (10a) for holding the elongate carrier (11), wherein the elongate carrier (11) by means of at least one first fastening means (12a) of the first elongate holding element (10a). 10a) can be kept. The holding device (1) is characterized in that the first fastening means (12a) is formed as a first recess (12a) in the material of the elongated carrier (11).

Description

The invention relates to a holding device for at least one luminous means according to the preamble of claim 1 and to an elongate carrier for use in such a holding device according to claim 15.

In the field of lighting various lighting systems are known, which can be mounted by means of elongated fixtures on a ceiling, a wall or between two or more ceilings or walls. As a holding element or holding elements of these holding devices long and thin elements such as rods and in particular ropes can be used, which in general. to influence the visual impression of the lighting system as little as possible. If several retaining elements are used, these generally run. in pairs and parallel to each other. Ropes are used, they are usually stretched between the attachment points on the ceiling and or or wall, so that they run as straight as a rod and do not sag.

At this holding element or between two such parallel holding elements then the bulbs can be arranged. This can be z. B. by loose hanging or by fixed mounting with the help of fasteners such. B. hooks or clamping or screw mechanisms. The electrical supply of the lighting means can take place via separate electrical supply lines or a holding element can or both holding elements can be designed as an electrical supply line (s). In the latter case, the electrical connection to the lighting means is usually produced via the fastening means or fastening means.

The DE 20 2007 001 888 U1 as well as the DE 20 2007 004 341 U1 each relate to an electric lighting system, which may be a rigid busbar system or a flexible power cable system, the lights can be mounted by means of a connection device to the rails or ropes. For this purpose, the connection device has two recesses which are opposite one another and open toward the rails or ropes, ie, facing away from one another, by means of which the connection device together with the luminaire can be arranged between the rails or the cables. From the outside, these recesses are then screwed by means of end caps and secured the rails or ropes in the recesses. The end caps have the further function of producing the electrical connection with the current-carrying rails or cables.

The EP 1 710 491 A2 relates to a comparable electric lighting system, in which the connection devices of the lights, however, can be placed at one end by means of a notch or groove from above on a non-energized cable, so that the rope enters the groove and is largely encompassed by this. The connecting device is at its other end by means of an adapter unit on the other current-carrying rope comparable to DE 20 2007 001 888 U1 as well as the DE 20 2007 004 341 U1 attached.

The WO 2013/120 910 A1 relates to a comparable electric lighting system in which the connecting device is rod-shaped and is rotatably mounted by means of fastening means in the form of annular tabs or clamps on the non-energized cables. For this purpose, the tabs are placed on the ropes and the rods are then pushed laterally into a space which is formed between the rope and the tab.

The object of the present invention is to provide a holding device for at least one light source of the type described above with a simple and inexpensive fastening means as possible. At least a holding device to be created with an alternative fastening means.

The object is achieved by the features of the characterizing part of claim 1. Advantageous developments are described in the subclaims.

The present invention thus relates to a holding device for at least one light source, which z. B. can be an LED, a halogen lamp, an energy saving lamp or the like. The holding device and its carrier and holding element are elongate and can extend substantially in the same longitudinal direction L, d. H. they are designed significantly longer in the same Cartesian spatial direction than in the other two Cartesian spatial directions. The elongated carrier may be held by the first elongated support member by means of at least one first attachment means.

The holding device according to the invention is characterized in that the first fastening means is formed as a first recess in the material of the elongate carrier. In other words, a material recess is provided in the elongated carrier, in which the holding element engage or with which the elongate carrier can be arranged partially or completely around the holding member around to a fastening of the elongate carrier together with light on To reach retaining element. The material recess may preferably be made by cutting or punching the material of the elongated carrier therein. This makes the production of this fastener very simple, flexible and inexpensive.

The advantage here is that can be dispensed with separate elements for attachment, because the fastening means can be realized as a recess solely by the elongate support itself. This simplifies the production of the holding device and the assembly or disassembly of the user.

Preferably, the or the elongate (s) holding element (s) as a rod or rods or rope (e) is formed. Under bars are elongated straight-line and stable, d. H. non-flexible, understood elements, whereas ropes elongated wound and flexible, d. H. flexible, and are only by stretching between two attachment points oblong straight and stable.

It is advantageous in this case that the elongate retaining elements can be realized very easily and inexpensively as rods or ropes. Also, the holding elements influence the visual appearance of the elongated carrier mounted thereon together with the light source all the less, the thinner and filigree they are. This can be advantageous for achieving certain optical phenomena and design possibilities of the elongated carrier together with the lighting means. At the same time, the secure hold of the bulbs along with elongated support can be achieved safely via rods and ropes.

In a particularly preferred embodiment, the elongate retaining element is a rope or the elongate retaining elements are ropes which have / have high-performance fibers or consist of high-performance fibers. Preferably, at least one high-performance fiber consists of glass, carbon, aramid or high-strength polyethylene, in particular of high-crystalline, high-elongation, ultra-high-molecular-weight polyethylene. Particularly prefer the rope is made of Dyneema ^® fibers, which is a trademark of the Dutch chemical group Royal DSM NV for synthetic fibers based on polyethylene, ultra-high molar mass.

The lighting means can be held by the elongate carrier by the lighting means and optionally. Its electrical leads and the like on or on the elongate carrier z. B. can be attached as a separate body, but also by the fact that the elongated support the light source and, if necessary. Its electrical leads and the like can at least partially absorb itself or in itself. For example, the elongate carrier may be formed as a board, which may have electrical leads on it or in itself, which to the light source such. B. an LED and can supply them with electrical energy. The light source can be applied directly to the surface of the board or embedded in this. Also, the illuminant may be disposed within the elongate carrier and may illuminate outwardly through one or more openings and / or through the material of the elongate carrier.

According to one aspect of the present invention, the elongate carrier may be further held by the first elongate holding member by means of a second recess formed in the material, wherein the first recess and the second recess are directly adjacent in the longitudinal direction L and spaced apart from one another. By the arrangement of the two recesses directly adjacent to one another, it is to be understood that the two recesses in the longitudinal direction L are in each case the next recesses. The elongated carrier in this case changes its course from one side of the holding element to the other side at each passage of the holding element through a recess of the elongate carrier.

It is advantageous here that the stability of the attachment of the elongate carrier on the holding element can be improved by two recesses compared to only one recess. Furthermore, the rotatability of the elongate carrier can be limited by two fastening means adjacent in the longitudinal direction L, so that the illuminant can be arranged and aligned in a defined manner. There is also the possibility of structurally altering the elongated support between the two points at which the elongate support is fastened to the retaining element by means of the recesses, that is to say the design. H. the elongate carrier instead of a straight and aligned parallel to the elongate retaining element course z. B. curled to gather and / or rotated about the longitudinal axis L to mount, so that the visual impression of the elongated carrier changed and also the lamp positioning or alignment can be changed. The fixation of the elongated carrier in this arrangement can be effected by frictional forces that can be exerted on the edges of the recesses on the holding element (s), so that can be dispensed with separate fastening or fixing means.

According to another aspect of the present invention, the elongated support may be further supported by the first elongated support member by means of a third recess formed in the material, the first recess and the third recess being directly adjacent in the longitudinal direction L and spaced apart from each other, which is greater than the distance d between the first recess and the second recess.

In other words, the first recess is arranged in the longitudinal direction L between the second recess and the third recess.

The advantage here is that the stability of the attachment of the elongate carrier on the holding element can be further improved by three recesses with respect to two recesses. Also arise in terms of design even more options through three recesses, between which the elongated carrier z. B. can be arranged wavy. In particular, different design effects can be achieved by the different distances d and D between the recesses. Also, the recesses arranged closer to one another in the longitudinal direction L can function as fastening, because they each exert a clamping effect with respect to the retaining element and support each other here by the spatial proximity, so that they can jointly counteract larger forces than at a greater distance.

According to a further aspect of the present invention, the elongate carrier is flexibly formed. This is to be understood that the elongate carrier is designed to be non-destructive and reversibly flexible. For this purpose, z. As plastic materials, cardboard, paper, metal, etc. may be used, as long as these materials can be made flexible enough to serve as a flexible elongated carrier can.

It is advantageous that by a flexible carrier material, d. H. a flexible elongate support, the design possibilities of the shape of the elongated carrier between the recesses and thus can be given or increased on this arranged bulbs. For example, the flexible elongated support may be gathered between the recesses to rippled. As a result, an elongated support, which is designed to be longer in the longitudinal direction L than the holding device, can be mounted on it, without having to be shortened lengthwise in the longitudinal direction L. This simplifies the assembly and increases the flexibility of the use of the elongated carrier and also allows the reuse of an elongate carrier on holding devices of different lengths in the longitudinal direction L.

The flexible elongate carrier may be transparent, i. H. be transparent, be trained, so that it is possible not perceived by the viewer and thus the optical impression of the holding device as possible not influenced. Also, the light propagation of the bulbs can be done very freely in all directions in this way.

The flexible elongate support may alternatively also translucent, d. H. translucent, be formed so that the light of the light source can at least partially pass through the elongate support, but this is perceived by the viewer. As a result, corresponding effects of the optical effect and light propagation can be achieved.

Alternatively, the flexible elongated support may be intransparent, i. H. light and opaque, be formed so that it is perceived by the viewer and can be influenced by the elongated support the visual impression of the holding device. Also, the light propagation of the bulbs can be selectively influenced in this way, for. B. to avoid the propagation of light down to the floor of the room or to the viewer and thus to achieve an indirect room lighting.

The translucent and non-transparent flexible elongated carrier can be single or multi-colored, z. B. white or black, or patterned to achieve different visual impressions in the viewer.

The flexible elongated carrier can also be combined in a transparent, translucent and / or intransparent manner by different regions of the flexible elongate carrier being formed differently. As a result, the effects described above can be combined with each other. Also, z. B. by a basically non-transparent flexible elongated carrier with translucent and or transparent recesses or a bright pattern in the flexible elongate carrier can be generated.

According to a further aspect of the present invention, the holding device further comprises a second lengthwise L retaining member for supporting the elongated carrier, the elongate carrier having a first pair of recesses, which comprises the first recess, so that the elongated carrier by means of the first recess of first Aussparungspaars of the first elongate retaining element and by means of a second recess of the first Aussparungspaars of the second elongate retaining element can be held. In other words, the holding device can in this way have two elongated holding elements, of which the elongated carrier can be held together by means of at least one recess pair.

It is advantageous here that the positioning and in particular the alignment of the lamps arranged on the elongated support can be improved by the use of a pair of retaining elements, because the elongated support can be held with a higher stability and also less, in particular by fewer axes, can twist. Also, the weight of the elongated carrier is distributed more evenly on two holding elements.

Preferably, the elongate carrier has a plurality of pairs of recesses spaced apart from one another in the longitudinal direction L, by means of which the elongated carrier can be held jointly by the two holding elements. This improves the stability of the elongate carrier on the holding elements.

According to another aspect of the present invention, the two recesses of the first recess pair are spaced perpendicular to the longitudinal direction L. In other words, the two recesses of the first pair of recesses in the transverse direction Q are spaced apart from each other, while the elongated support is formed substantially in the longitudinal direction L.

It is advantageous in this case that the two recesses of a pair of recesses directly opposite one another in this way in the transverse direction Q and the two holding elements, which hold the elongate carrier by means of the Aussparungspaars, space corresponding to each other. As a result, the elongated carrier is held between the holding elements of these, which simplifies its holder and makes it safer and more stable.

According to a further aspect of the present invention, the two recesses of the first pair of recesses perpendicular to the longitudinal direction L facing away from each other are open. The recesses may each be U-shaped in the material of the elongated carrier. The openings of the U-shaped recesses both face outwardly towards the outer edge of the elongated carrier, d. H. they are facing away from each other open, so that the elongate carrier can be arranged directly between the two holding elements and engage the recesses from the inside into the holding elements and can clamp the elongated carrier in this way between the holding elements.

It is advantageous in this case that the elongated carrier can be held by clamping by the holding elements, without the need for further elements must be used, which would make the structure and the assembly of the holding device consuming, expensive and complicated. At the same time a simple disassembly of the elongated carrier can be done by the clamping is released by the user, z. B. by pulling the two holding elements.

According to another aspect of the present invention, the first recess is formed enclosed by the material of the elongate carrier. For this purpose, the recess or the recesses may be formed as holes, apertures, punched holes, cutouts or the like in the material of the elongated carrier, so that the holding element or the holding elements must be passed through them to provide the attachment. Although this has the disadvantage that the elongate carrier of the holding element or the holding elements can only be removed again that this or this is self-dismantled and pulled out of the recesses or will. At the same time, however, advantageously a very simple, secure and stable attachment of the elongate carrier is achieved on the holding element or on the holding elements, because about the holding element or to the holding elements around the carrier material in one piece, d. H. is formed as a completely closed material, and thus the stability of the attachment of the elongate carrier on the holding element is given by the strength of the material of the elongate carrier. Expressed differently, the attachment of the elongated carrier on the holding element is not produced by mechanical force and / or positive connections. It is also advantageous here that the elongate carrier can be held with only one holding element.

However, the recess or recesses may also be formed as holes, apertures, punched holes, cutouts or the like in the material of the elongate carrier, which are connected by a material breakthrough (slit without loss of material or material recess) with the outer edge of the elongate carrier, so that an assembly or disassembly of the retaining element can also be carried out through the material breakthrough.

According to another aspect of the present invention, the material of the elongate carrier has a slot which extends substantially perpendicular to the longitudinal direction L from the outer edge of the elongate carrier to the first recess. In other words, the material of the elongated carrier is severed from the first recess to the outer edge of the elongate carrier by a cut-through material so that the material of the elongate carrier may still enclose the first recess, but not in one piece but interrupted without that this material was removed. As a result, the cut edges of the slot to each other and close the slot completely, ie without gap formation. In this way, the holding element can be held in this case by the material of the elongate carrier in the recess, without the need for further mechanical force and / or positive connections for this purpose. At the same time, however, the retaining element can be introduced through the slot into the recess by the two cutting edges are bent apart and preferably independently spring back into the closed position, so that an assembly and disassembly of the elongate carrier is possible without the retaining element itself to dismantle.

According to one aspect of the present invention, a first plurality of lamps in the longitudinal direction L adjacent to one another can be arranged as a first lamp arrangement, in particular as a first LED strip, on the elongate carrier.

It is advantageous that a more uniform at least in the longitudinal direction L lighting the environment can be achieved by several bulbs as only with a light source. Also, several smaller, lighter and less heat-generating bulbs can be used instead of a single bulb, which u. a. the holding elements can be loaded more evenly distributed with respect to the weight and heat of the lamps. This provides for rods and ropes for a lower deflection, d. H. the elongated profile of the holding element is less changed by the weight of the lamps.

If the bulbs together as a light source arrangement such. B. arranged as an LED strip, they can be mounted faster and easier on the elongated support. Also, the electrical connection between the individual lamps can already be done in advance, so that the arranged on the elongated carrier lamp assembly must be connected only once to a power supply.

According to a further aspect of the present invention, a second plurality of lamps in the longitudinal direction L adjacent to one another can furthermore be arranged as a second lamp arrangement, in particular as a second LED strip, on the elongated carrier, the first lamp arrangement and the second lamp arrangement being parallel to one another the elongate carrier can be arranged. In other words, the two illuminant arrangements in the transverse direction Q can be arranged extending side by side in the longitudinal direction L.

The advantage here is that the strength of the lighting can be easily increased by more bulbs can be arranged on the elongated support. Also, the lighting can be easily designed in this way by z. B. different illuminant arrangements can be used on the elongated carrier combined.

According to a further aspect of the present invention, the lighting means of the first lighting arrangement and / or of the second lighting arrangement can shine in the same color or in different colors. Here, two or more different colors can be combined.

It is advantageous here that the lighting effect can be made variable in this way, by one and the same elongated support can be varied differently by the use of different illuminant arrangements.

According to a further aspect of the present invention, the first luminous arrangement and / or the second luminous arrangement can be arranged to extend in the longitudinal direction L between the recesses of a recess pair. In other words, the lamp arrangement or the lamp arrangements extend in the longitudinal direction L of the elongated carrier, and the holding elements or the holding apparatus are arranged in the transverse direction Q between the recesses of a recess pair or the recess pairs on the elongate support.

It is advantageous here that the illuminant arrangement (s) together with the elongate carrier can be held and positioned safely and stably by the recesses in this way.

According to a further aspect of the present invention, the illuminant or the first illuminant arrangement and / or the second illuminator arrangement can or can be adhesively bonded to the elongate carrier, in particular self-adhesive. In other words, the lighting means is or are designed to be able to make a material connection with the elongate carrier. Preferably, the side of the lamp arrangement is self-adhesive, which faces away from the light source, d. H. whose back forms.

It is advantageous that the assembly and also positioning of the lighting means or illuminant arrangements) on the elongated support in this way can be done easily, quickly, safely and variably. In particular, it is possible to dispense with mechanical connecting means which could also influence the optical impression of the elongate carrier. Also, in this way, the weight of the holding device can be reduced compared to mechanical connection means. Becomes If the luminous means or the luminous means arrangement (s) is designed to be self-adhesive, then the assembly can be simplified even further.

The present invention also relates to an elongated carrier for use with a holding device as previously described. For this elongated carrier the properties and advantages described above apply, as far as they are individually applicable to this component of the holding device according to the invention.

Several embodiments and further advantages of the invention will be explained below in connection with the following figures. It shows:

1 a schematic plan view of the top of an elongate support according to the invention of a holding device according to the invention with a lamp arrangement and without holding elements;

2 a schematic plan view of the top of an elongated carrier according to the invention of a holding device according to the invention with two lamp assemblies and without holding elements;

3 a schematic plan view of the top of an inventive elongated carrier of a holding device according to the invention with a lamp arrangement and with two holding elements;

4a a schematic detail view of a recess in a first embodiment;

4b a schematic detail view of a recess in a second embodiment;

4c a schematic detail view of a recess in a third embodiment; and

5 a schematic perspective view of a holding device according to the invention with inventive elongated carrier with a lamp arrangement and two holding elements.

1 shows a schematic plan view of the top 11a an elongate support according to the invention 11 a holding device according to the invention 1 (see. 5 ) with a lighting arrangement 16a without holding elements 10a . 10b (see. 3 and 5 ). The elongated carrier 11 consists of a flexible, ie thin flexible and non-transparent plastic and extends substantially in a longitudinal direction L, to which a transverse direction Q is oriented perpendicular, in which the elongate carrier 11 is formed significantly shorter than in the longitudinal direction L, so that the elongated carrier 11 is designed as a long and narrow strip.

The elongated carrier 11 has a plurality of fastening means 12a . 12b . 13a . 13b . 14a . 14b on, according to the invention as recesses 12a . 12b . 13a . 13b . 14a . 14b are formed. The configuration of the recesses 12a . 12b . 13a . 13b . 14a . 14b in the presentation of the 1 to 3 corresponds to the first embodiment, which recesses in the material of the elongate carrier 11 are through a slot 17 with the outer edge closest in the transverse direction Q 18 of the elongated vehicle 11 are connected; this is in the detail in the 4a shown.

The recesses 12a . 12b . 13a . 13b . 14a . 14b are arranged in pairs in the transverse direction Q to each other and each have a distance b to each other. The recess pairs 12 . 13 . 14 are arranged in the longitudinal direction L. The two recesses 12a . 12b a first recess pair 12 point to the two recesses 13a . 13b a second recess pair 13 in the longitudinal direction L a distance d and in the opposite direction to the two recesses 14a . 14b a third recess pair 14 in the longitudinal direction L a distance D, wherein the distance d is smaller than the distance D. Other recesses or Aussparungspaare are in the illustration of 1 to 3 However, for reasons of clarity, they are not specified and considered.

In the 1 is the lighting arrangement 16a self-adhesive on the illustrated top 11a of the elongated vehicle 11 glued. The lighting arrangement 16a extends substantially in the longitudinal direction L and almost over the entire length of the elongated carrier 11 , The lighting arrangement 16a has a plurality of individual light sources 15 in the form of LEDs 15 on, so the bulb assembly 16a a LED strip 16a forms. The LED strip 16a is in the transverse direction Q between the individual recesses 12a . 12b . 13a . 13b . 14a . 14b the recess pairs 12 . 13 . 14 arranged in the middle.

The presentation of the 2 shows a corresponding schematic plan view of the top 11a an elongate support according to the invention 11 a holding device according to the invention (see. 5 ) with two illuminant arrangements 16a . 16b and without holding elements 10a . 10b (see. 3 and 5 ). The second illuminant arrangement 16b corresponds to the first lamp arrangement 16a and is parallel to this, extending in the longitudinal direction L and adjacent in the transverse direction Q, arranged. All other elements of the 2 correspond to the illustration of 1 ,

3 shows a schematic plan view of the top 11a an elongate support according to the invention 11 a holding device according to the invention 1 (see. 5 ) with a lighting arrangement 16a and with two retaining elements 10a . 10b , The holding elements 10a . 10b are ropes 10a . 10b that z. B. are strained in a straight line between two opposite walls in space. The two ropes 10a . 10b extend in the longitudinal direction L parallel to each other and have in the transverse direction Q at a distance B, which is approximately the distance b of the recesses 12a . 12b . 13a . 13b . 14a . 14b the recess pairs 12 . 13 . 14 in the transverse direction Q corresponds to each other. All other elements of the 3 correspond to the illustration of 1 ,

By means of the recesses 12a . 12b . 13a . 13b . 14a . 14b the recess pairs 12 . 13 . 14 can the carrier of the invention 11 on the two ropes 10a . 10b be attached by the respective first recesses 12a . 13a . 14a the recess pairs 12 . 13 . 14 the first rope 10a and the second recesses 12b . 13b . 14b the recess pairs 12 . 13 . 14 the second rope 10b enclose. The elongated carrier runs 11 alternately above and below the ropes 10a . 10b because they are stretched in a straight line and alternately from both sides by the Aussparungspaare 12 . 13 . 14 of the elongated vehicle 11 pass.

This allows a secure hold of the elongated carrier 11 and that on its top 11a glued LED strip 16a on the strained ropes 10a . 10b respectively. By using two ropes 10a . 10b also can not twist the elongated carrier 11 around one of the ropes 10a . 10b done so that the LEDs 15 of the LED strip 16a in the desired direction, here upwards, ie toward the ceiling of the room, as indirect lighting can be safely aligned. By a reverse attachment of the elongated carrier 11 on the ropes 10a . 10b would be simple and flexible the implementation of a direct lighting possible in which the LEDs 15 down, ie to the floor of the room, could be aligned.

Due to the different distances d, D between the Aussparungspaaren 12 . 13 . 14 can be a creative effect of the elongated carrier 11 be achieved in space by the elongated carrier 11 in the longitudinal direction L gathered on the ropes 10a . 10b is positioned. In this way, a wave hanging down into the room and / or a wave ascending towards the ceiling can be represented, which, in particular with the possibility of direct or indirect lighting of the room, offers many and simple possibilities for designing the room lighting. It can be z. B. the smaller distance d between the first and second recess pair 12 . 13 be chosen so low that the elongated carrier 11 with the edges of the recesses 12a . 12b . 13a . 13b . 14a . 14b on the ropes 10a . 10b is clamped so that this frictional attachment of the spring action of the flexible support material can sufficiently counteract the elongated support 11 to hold in the desired waviness without further fasteners.

4a shows a schematic detail view of a recess 12a in a first embodiment. This recess 12a is as material recess in the elongated carrier 11 provided and z. B. be made by cutting or punching out of the material. The recess 12a is through a straight line slot 17 , which may have been produced without loss of material by a cut, with the nearest outer edge 18 of the elongated vehicle 11 connected. Due to the flexibility of the material of the elongated carrier 11 The backing material can be on both sides of the slot 17 bent reversibly enough to make an opening for insertion of a rope 10a to accomplish. In this way, the elongated carrier can 11 on the strained ropes 10a . 10b be mounted by the slots 17 the recesses 12a . 12b . 13a . 13b . 14a . 14b each bent and the recesses 12a . 12b . 13a . 13b . 14a . 14b around the ropes 10a . 10b be arranged around. The spring-back to their original position material areas of the elongated carrier 11 on both sides of the slot 17 then close the opening again at least as far as self-sufficient, that the elongated carrier 11 on the ropes 10a . 10b can be held. This is favored by the fact that the slots 17 the recesses 12a . 12b . 13a . 13b . 14a . 14b in pairs facing away from each other to the respective outer edges 18 are aligned so that the elongated carrier 11 in the transverse direction Q between the ropes 10a . 10b can be held. At the same time is such an elongated carrier 11 subsequently on the tensioned ropes 10a . 10b mountable and can also be dismantled in this way.

4b shows a schematic detail view of a recess 12a in a second embodiment. In this case, the recess extends 12a as material recess completely to the nearest outer edge 18 so that no self-closing slot 17 forms. This will be a corresponding elongated carrier 11 less secure and stable between the ropes 10a . 10b However, the assembly and disassembly can be done easier and faster. Sufficient stability of the attachment is, however, achieved in that the elongated carrier 11 between the two ropes 10a . 10b can be trapped.

4c shows a schematic detail view of a recess 12a in a third embodiment. In this case, the recess 12a as material cutout completely of the material of the elongate carrier 11 closed, ie there is no connection between the recess 12a and the outer edge 18 , This allows this elongated carrier 11 not on the strained ropes 10a . 10b must be mounted, but must be before mounting the ropes 10a . 10b be threaded on this. The disassembly can only be reversed accordingly, which makes the assembly and disassembly correspondingly more expensive. However, in this way, an absolutely secure hold of the elongated carrier 11 on the ropes 10a . 10b reached.

5 shows a schematic perspective view of a holding device according to the invention 1 with inventive elongated carrier 11 with a lighting arrangement 16a and two holding elements 10a . 10b , In this illustration, the orientation of the LEDs 15 to recognize upward as indirect lighting in the room. Also shows the alternating passage of the ropes 10a . 10b through the recess pairs 12 . 13 . 14 so that the elongated carrier 11 alternately above and below the straight tensioned ropes 10a . 10b runs. Furthermore, the effect of the different distances d, D between the recess pairs is shown 12 . 13 . 14 such that the more closely spaced recess pairs 12 . 13 represent a holder, which has a higher clamping effect on the ropes 10a . 10b achieved, while the greater distance to the adjacent in the opposite direction pair of recesses 14 hang creatively in the room and so can form a wave in this area.

LIST OF REFERENCE NUMBERS

b

Distance of the recesses 12a . 12b ; 13a . 13b ; 14a . 14b a recess pair 12 ; 13 ; 14 perpendicular to the longitudinal direction L

B

Distance between the elongated retaining elements 10a . 10b perpendicular to the longitudinal direction L

d

Distance between directly adjacent first recess 12a and second recess 13a to each other in the longitudinal direction L

D

Distance between directly adjacent first recess 12a and third recess 14a to each other in the longitudinal direction L

L

Longitudinal direction of the holding device 1 or the elongated carrier 11

Q

Transverse direction of the holding device 1 , aligned perpendicular to the longitudinal direction L.

1

holder

10a

first elongate retaining element, first rod, first steep

10b

second elongate retaining element, second rod, second steep

11

elongated (flexible) carrier, plastic strip

11a

Top of the elongated vehicle 11

11b

Bottom of the elongated beam 11

12

first pair of fasteners, first pair of recesses of the elongate carrier 11

12a

first fastening means, first recess of the first recess pair 12 or first sole fastening means, first sole recess

12b

second fastening means, second recess of the first recess pair 12

13

second pair of fasteners, second pair of recesses of the elongated carrier 11

13a

first fastening means, first recess of the second recess pair 13 or second sole fastening means, second sole recess

13b

second fastening means, second recess of the second recess pair 13

14

third pair of fasteners, third pair of recesses of the elongated support 11

14a

first fastening means, first recess of the third recess pair 14 or third sole fastening means, third sole recess

14b

second fastening means, second recess of the third recess pair 14

15

Lamp, LED

16a

first lamp arrangement, first LED strip

16b

second lamp arrangement, second LED strip

17

Slit in the elongated carrier 11

18

Outer edge of the elongate carrier 11

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 202007001888 U1 [0004, 0005]
• DE 202007004341 U1 [0004, 0005]
• EP 1710491 A2 [0005]
• WO 2013/120910 A1 [0006]

Claims (15)

Holding device ( 1 ) for at least one lamp ( 15 ), wherein the holding device ( 1 ) substantially in a longitudinal direction (L), with at least one longitudinally (L) elongated support ( 11 ) for holding the bulb ( 15 ), and at least one first longitudinally (L) elongate retaining element ( 10a ) for holding the elongated support ( 11 ), the elongated carrier ( 11 ) by means of at least one first fastening means ( 12a ) of the first elongate retaining element ( 10a ), characterized in that the first fastening means ( 12a ) as a first recess ( 12a ) in the material of the elongate carrier ( 11 ) is trained. Holding device ( 1 ) according to claim 1, wherein the elongated support ( 11 ) further by means of a formed in the material second recess ( 13a ) of the first elongate retaining element ( 10a ), wherein the first recess ( 12a ) and the second recess ( 13a ) in the longitudinal direction (L) are directly adjacent and a distance (d) to each other. Holding device ( 1 ) according to claim 2, wherein the elongated carrier ( 11 ) further by means of a formed in the material third recess ( 14a ) of the first elongate retaining element ( 10a ), wherein the first recess ( 12a ) and the third recess ( 14a ) in the longitudinal direction (L) are directly adjacent and have a distance (D) to each other, which is greater than the distance (d) between the first recess ( 12a ) and the second recess ( 13a ). Holding device ( 1 ) according to any one of the preceding claims, wherein the elongated support ( 11 ) is flexible. Holding device ( 1 ) according to one of the preceding claims, further comprising a second longitudinally (L) elongated retaining element ( 10b ) for holding the elongated support ( 11 ), the elongated carrier ( 11 ) a first recess pair ( 12 ) having the first recess ( 12a ), so that the elongated carrier ( 11 ) by means of the first recess ( 12a ) of the first recess pair ( 12 ) of the first elongate retaining element ( 10a ) and by means of a second recess ( 12b ) of the first recess pair ( 12 ) of the second elongate retaining element ( 10b ) can be held. Holding device ( 1 ) according to claim 5, wherein the two recesses ( 12a . 12b ) of the first recess pair ( 12 ) are perpendicular to the longitudinal direction (L) spaced. Holding device ( 1 ) according to one of claims 5 or 6, wherein the two recesses ( 12a . 12b ) of the first recess pair ( 12 ) perpendicular to the longitudinal direction (L) facing away from each other are formed open. Holding device ( 1 ) according to one of claims 1 to 6, wherein the first recess ( 12a ) of the material of the elongate carrier ( 11 ) is formed enclosed / are. Holding device ( 1 ) according to claim 8, wherein the material of the elongated support ( 11 ) a slot ( 17 ) which is substantially perpendicular to the longitudinal direction (L) of the outer edge ( 18 ) of the elongated carrier ( 11 ) to the first recess ( 12a ) runs. Holding device ( 1 ) according to one of the preceding claims, wherein a first plurality of light sources ( 15 ) in the longitudinal direction (L) adjacent to one another as a first illuminant arrangement ( 16a ), in particular as a first LED strip ( 16a ), on the elongated carrier ( 11 ) can be arranged. Holding device ( 1 ) according to claim 10, further comprising a second plurality of light sources ( 15 ) in the longitudinal direction (L) adjacent to each other as a second illuminant arrangement ( 16b ), in particular as a second LED strip ( 16b ), on the elongated carrier ( 11 ), wherein the first illuminant arrangement ( 16a ) and the second illuminant arrangement ( 16b ) parallel to each other on the elongated support ( 11 ) can be arranged. Holding device ( 1 ) according to one of claims 10 or 11, wherein the lighting means ( 15 ) of the first lighting arrangement ( 16a ) and / or the second illuminant arrangement ( 16b ) in the same color or in different colors. Holding device ( 1 ) according to one of claims 10 to 12, wherein the first illuminant arrangement ( 16a ) and / or the second illuminant arrangement ( 16b ) in the longitudinal direction (L) extending between the recesses ( 12a . 12b ; 13a . 13b ; 14a . 14b ) of a pair of savings ( 12 ; 13 ; 14 ) can be arranged. Holding device ( 1 ) according to one of the preceding claims, wherein the lighting means ( 15 ) or the first lighting arrangement ( 16a ) and / or the second illuminant arrangement ( 16b ) on the elongated one Carrier ( 11 ), in particular self-adhesive, can be glued / can. Elongated carrier ( 11 ) for use with a holding device ( 1 ) according to one of the preceding claims.

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