DE102022000869A1 - Device for producing luminous glass pictures - Google Patents

Abstract

Device for producing luminous glass images, consisting of at least one light source, a fastening device for the light source and at least one graphic representation arranged on a glass pane, characterized in that the graphic representation is painted or recorded directly on the pane (1) that the light source is designed as a string of lights (3) with at least one LED light source (2), that the fastening device for the light source consists of at least one transparent, self-adhesive funnel-shaped suction plug (5), that the LED (2) is inserted directly into the outer central thickening of the suction plug (5) is attached and that each light source can be controlled using a remote control or power supply.

Description

The invention relates to a device for producing luminous glass images, as required for the decorative design of window or door panes or glass panes for wall design using removable pen paint or for the improved representation of information using removable pen paint on a glass pane.

Devices of this type, which have the properties of the constantly redesignable decorative design of glass panes and the improvement of the representation of information using removable pen ink on a glass pane, are not known from the prior art. There are figurative decorative elements with lamps that can be arranged on a pane of glass, with the lighting not directed towards the pane of glass, but into the room in order to support the decorative element. However, the image itself does not light up. Recorded information or images cannot be illuminated and supported in their presentation.

It is therefore the object of the invention to create a solution with the help of both a window painting, whether as an overall picture or as a pen painting, which can also be removed and redesigned if necessary, as well as graphic or textual information for a lecture, which can also be removed again can be supported in their representation and reproduction by means of an illuminated pane and/or can be further designed decoratively.

According to the invention the object is achieved by the features of claim 1, with further refinements being described in the subclaims.

The device according to the invention for producing luminous glass images then consists of at least one light source, a fastening device for the light source and at least one graphic or textual representation arranged on a glass pane. According to the invention, the graphic representation or text is recorded, painted or written directly on the disk. The light source for illumination is designed as a string of lights with at least two LED light sources, whereby the light sources can be freely fixed to the glass pane using a fastening device in order to support the reproduction of the pictorial or textual representation. At least one transparent, self-adhesive funnel-shaped suction plug is used as a fastening device for the light source. The LED as a light source is arranged and fastened directly into the outer central thickening of the suction plug and fixed in the desired location with the suction surface of the suction plug on the designed disc. Each light source can be controlled and switched on/off individually or together with the others using a remote control or power supply. The connecting cable hangs outside the suction plug and, if necessary, can be partially fixed to the window using separate transparent adhesive pads.

There is also the possibility that these suction plugs each have at least one central opening, in which an LED light source is arranged in such a way that it is luminously aligned with the window pane. The opening in the suction plug is designed in such a way that it is closed again after the LED has been arranged. Each of these light sources can be switched on and off using a remote control or a power supply with operating functions. The light sources can be switched on or off separately or together.

It is also possible to set an on/off frequency using a timer so that the light sources alternate in a previously set rhythm or light up together or do not light up. To attach the light sources, the funnel-shaped inner surfaces of the suction plugs are pressed onto the pane until they are firmly in place and the light source is fixed facing the pane. The connecting cable hangs outside the suction plug and, if necessary, can be partially fixed to the window using separate transparent adhesive pads.

In a further embodiment variant, the fastening device for the light source is formed from at least two transparent elastic buffers which have an adhesive surface and a hemispherical bulge. The adhesive surfaces are designed approximately parallel to the glass pane and adhere to the surface of the glass pane by placing them on the surface. The light sources in the form of LEDs are arranged inside the hemispherical bulge and luminously aligned with the pane, with the connecting cable between the light sources being simultaneously fixed to the glass pane by means of the adhesive surfaces. Here too, the connecting cable can have separate adhesive fixings in the form of transparent adhesive pads for attachment to the window.

The suction plugs, the elastic buffers and the adhesive pads can be easily removed from the window without leaving any residue and reused or repositioned.

It is also possible for battery-operated LEDs to be used as light sources. The arrangement is either on the suction plug or on the elastic buffer, as described above. The wireless functionality eliminates the need for a connecting cable, and these LEDs can also be controlled individually or together using a remote control.

The illuminated images can advantageously be arranged on window and/or door panes or on mirror surfaces made of glass in order to scatter the light so that the images or figures arranged thereon are made to glow.

The invention has the advantage that texts, drawings, images and graphics can be arranged on a disc, which can be supported in their reproduction by additional lighting on the disc and can also be designed to be decorative. The lighting is arranged in such a way that the light shines towards the pane and is refracted in the pane. As a result, the lines and areas of the textual or pictorial representation are illuminated from the window and have a glowing effect, which decoratively underlines the pictorial impression and improves its recognizability. Pictorial decorative works are created with the additional effect of backlighting the image or text, making the lines and surfaces glow and thus enhancing their reproduction. It has proven to be an advantage if the images or texts are applied to the pane or a mirror using chalk crayons, window crayons and/or luminescent colored pens.

Such illuminated images can advantageously be used for lectures. But the design of constantly redesigned children's pictures on a pane of glass or a mirror can also be supported in their reproduction and made to shine.

The invention will be explained in more detail using an exemplary embodiment.

• 1 die schematische Draufsicht auf einen transparenten, selbsthaftenden trichterförmigen Saugstöpseln mit einem mittigen Durchbruch für die Anordnung eines LED;
• 2 die schematische Seitenansicht eines transparenten, selbsthaftenden trichterförmigen Saugstöpsels mit einem mittigen Durchbruch und Anordnung eines LED vor der Anordnung auf der Scheibe;
• 3 die schematische Draufsicht eines eine Haftfläche und eine halbkugelförmige Ausbuchtung aufweisenden Elastikpuffers ohne LED-Anordnung;
• 4 die schematische Seitenansicht eines eine Haftfläche und eine halbkugelförmige Ausbuchtung aufweisenden Elastikpuffers mit der LED-Anordnung vor der Anordnung auf der Scheibe;
• 5 die schematische Seitenansicht eines transparenten, selbsthaftenden trichterförmigen Saugstöpsels mit Anordnung des LED in der äußeren mittigen Verdickung des Saugstöpsels;
• 6 die schematische Draufsicht auf eine Glasscheibe mit bildlichen Darstellungen und mit der Anordnung von mehreren Saugstöpseln und einer LED-Lichterkette.

So showed

• 1 the schematic top view of a transparent, self-adhesive funnel-shaped suction plug with a central opening for the arrangement of an LED;
• 2 the schematic side view of a transparent, self-adhesive funnel-shaped suction plug with a central opening and arrangement of an LED in front of the arrangement on the pane;
• 3 the schematic top view of an elastic buffer having an adhesive surface and a hemispherical bulge without an LED arrangement;
• 4 the schematic side view of an elastic buffer having an adhesive surface and a hemispherical bulge with the LED arrangement before the arrangement on the disk;
• 5 the schematic side view of a transparent, self-adhesive funnel-shaped suction plug with the LED arranged in the outer central thickening of the suction plug;
• 6 the schematic top view of a glass pane with pictorial representations and with the arrangement of several suction plugs and an LED string of lights.

Example 1:

According to the 5 and 6 The device for producing luminous glass images consists of a graphic representation arranged on a glass pane 1, the representation being painted directly onto the glass crayons. A light chain 3 with three LED light sources 2 is used as the light source for the illuminated image on a glass pane 1. The fastening device for the light source consists of at least transparent, self-adhesive funnel-shaped suction plugs 5. An LED light is arranged on these suction plugs 5 from the outside and there in the central outer thickening of the suction plug 5, with the connecting cable to the power supply and possibly other LEDs of the light chain outside of the suction plug is arranged. When switched on, the LEDs illuminate the central, hollow inner area of the suction plugs, ensuring that the lines of the image appear brightly.

The connecting cable of the light chain 3 of the LED 2 lies outside the suction cups 5 and can be additionally fixed to the pane 1 using additional transparent, removable and reusable adhesive pads and only if necessary.

In order to enhance, optimize or temporarily interrupt the light effect, the light sources are designed to be switched on and off individually, in a group or together using a remote control or a power supply.

With a glass pane 1 equipped in this way, the representations attached to it can be made to light up when the LED lamps are switched on, which particularly effectively enhances and embellishes the visual effect and significantly attracts the viewer's attention elevated. It is used particularly efficiently with children's pictures, which are rewarded by the illumination of their graphic representation.

But the use in lectures, in which texts or sketches are arranged and illuminated on the pane using removable colors, enhances the effect of the presentation and supports the attention of the listeners and viewers.

Example 2

Instead of the suction plug in exemplary embodiment 1, as in the 3 and 4 shown, transparent elastic buffers 6 with an adhesive surface and a hemispherical bulge can be arranged as a fastening device for the light sources. The LEDs 2 are arranged inside the hemisphere of the self-adhesive elastic buffers 6. The LED 2 are individually battery-operated and can be illuminated individually or together or in groups using a remote control. When using a light chain 3, the connecting cable is fixed to the glass pane via the adhesive surfaces of the elastic buffer.

The use and the advantages arise as can be seen from exemplary embodiment 1.

Example 3

According to the 1 and 2 The LEDs 2 are arranged from the outside directly via an opening in the central outer thickening of the suction plug 5. The arrangement is aligned so that the respective LED is aligned with the glass pane, so that the LED 2 shining towards the window pane 1 projects the light into the window pane and thus causes the representation on the pane 1 to glow. Each of these light sources 2 is designed to be switched on and off from the outside using a remote control or power supply and can thus be switched on or off together or set at an on/off frequency using a timer, so that the light sources work together in a previously set rhythm can be made to light up or not to light up. To attach the light sources 2, the funnel-shaped inner surfaces of the suction plugs 5 are pressed onto the pane 1 until they are firmly seated and the light source 2 is fixed facing the pane. The connecting cable of the light chain 3 remains outside the suction plug 5 and is secured using additional adhesive pads 4, as in 6 visible, separately and, if necessary, additionally fixed.
Here too, the same advantages as in exemplary embodiments 1 and 2 are achieved.

Reference symbol list

1

glass pane

2

LED's

3

fairy lights

4

Adhesive pads

5

Suction plug

6

Elastic buffer

Claims (7)

Device for producing luminous glass images, consisting of at least one light source, a fastening device for the light source and at least one graphic representation arranged on a glass pane, characterized in that the graphic representation is painted or recorded directly on the pane (1) that the light source is designed as a string of lights (3) with at least one LED light source (2), that the fastening device for the light source consists of at least one transparent, self-adhesive funnel-shaped suction plug (5), that the LED (2) is inserted directly into the outer central thickening of the suction plug (5) is attached and that each light source can be controlled using a remote control or power supply. Device for producing luminous glass images according to the Claim 1 , characterized in that the suction plugs (5) each have a central opening, an LED light source (2) is arranged in the central opening in such a way that it is luminously aligned with the glass pane (1), the opening is designed in such a way that it is closed again after arranging the LDEs (2) and each light source can be controlled and switched on and off using a remote control or power supply. Device for producing luminous glass images according to the Claim 1 , characterized in that the fastening device for the light source is formed from at least one transparent elastic buffer (6) which has an adhesive surface and a hemispherical bulge, each light source being arranged inside the hemispherical bulge and luminously aligned with the disk (1) and that The connecting cable of the light chain (3) between the light sources (2) is fixed outside the elastic buffers and their adhesive surfaces on the window. Device for producing luminous glass images according to the Claims 1 until 3 , characterized in that the connecting cable between The light sources are fixed to the pane (1) by means of separate adhesive fixations made of transparent adhesive pads (4). Device for producing luminous glass images according to the Claims 1 until 3 , characterized in that these LEDs (2), which are luminously aligned with the glass pane (1), can be controlled individually or together using a remote control or power supply. Device for producing luminous glass images according to the Claims 1 until 3 , characterized in that as a light source, individual battery-operated LEDs (2) are attached to the glass pane (1) by means of the fastening devices (5,6) and can be controlled individually or jointly using a remote control. Device for producing luminous glass images according to the Claims 1 until 6 , characterized in that the luminous glass images are arranged on window and/or door panes and on mirror glass.

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