LED reflection and LED functional strip, Safe Lives reflective strip

Abstract

Current standard LED strips become inoperative as soon as the power source is defective or fails. This disadvantage is compensated for by combining them with an additional reflective function. The object or component remains visible as soon as a light source shines upon it. This invention combines the LED function of the LED strip or LED film with the additional function of reflection. This additional function increases the safety and versatility of the LED strip. This added feature makes it possible to be seen even in the event of a complete power failure; as soon as a light source shines on the reflective surface, the effect is achieved. The user is thus much more visible and therefore, of course, safer than a user without this safety feature. Optionally, it is possible to use areas of the LED strip for power generation.Thus, the ecological aspect also comes into play here.

Description

Characterized in that it shows the possibility of an LED reflection band, combined as the title already gives price, the lighting function with a light-reflecting carrier-deck surface (full and / or partial area) and / or light-reflecting surface (full and / or partial area), the salient technical feature is not the possibility of selling it in goods but it also has a reflecting carrier-deck surface FIG. 1.7 (pos. X) and can be used universally, i.e. the carrier deck surface (solid and / or partial area) and / or light-reflecting surface (solid and / or partial area), can have a lighting function and / or a reflecting and / or a current-producing carrier deck surfaces between the LED lighting means in the last state of the art. In the headlight (vehicle front lighting means) & tail lamp construction (vehicle rear lighting means construction), a novel flat lighting means construction would be produced.Use of the LED reflection band in the front grill, the latter can be used indirectly, directly, partially over the surface, over the entire surface, illuminated from behind and / or reflective, illuminated from the front and / or reflective as a mark or sign. The entire grille can likewise be equipped therewith and thus have this use as the entire component.This is done by optionally using the LEDs as a square geometric design and / or as in FIG. 2.7 (Pos. 1 to Pos. For example, FIG. 4 ) shows 2 horizontal light-emitting stripes and / or can be produced in glass fiber light-emitting stripes on the carrier-surface and / or also have an LED microstrip and / or a light-fluorescent surface.What makes this LED reflection and LED function band embodiment new is the production in a highly flexible and / or elastic and / or flexible & weather proof and / or self-adhesive and / or click mounting and / or fixing mounting, e.g. screw connection, in the case of the reflective embodiment there is also the option of execution in a 3D holographic and / or also as a version of persistence execution.As a plug-in connection, the construction with a centrally positioned connector plug, see FIG. 3.7, single-contact plug-in connection, is added to the purchased meter goods, as is usually marketed commercially, Pos. 1 & Pos. FIG. 2 shows the power supply +Pos. A & Pos. B shows the LED lighting means +Pos. C & Pos. D shows the plug connection whether it is used in a round and / or flat construction, for example as in the case of USB sticks, and can vary per manufacturer.As a plug connection with the design of a double-contact plug connection, see FIG. 4.7, the manufacturer makes a decision as to whether this is used in a round and / or flat design, for example as in the case of a USB stick.FIGS. 5.7 & 5.7 a show a configuration as a quarter-circle plug connection / extension with, for example, round plug connections of FIG. 5.7 as a single and / or double plug connection with the positions A & B and / or in flat plug connections of FIG. 5.7 a as a single and / or double plug connection in a flat construction with 3 plugs with the positions A & B, i.e. the flat plug has plus & minus & a protective plug in a housing, the protective plug is intended to protect the LEDs from overvoltage and / or short circuits.FIGS. 6.7 & 6.7 a show a configuration as a cross plug connection / extension with, for example, round plug connections of FIG. 6.7 as a single and / or double plug connection with positions A & B and / or in flat plug connections of FIG. 6.7 a as a single and / or double plug connection with positions A & B in a flat construction with 3 plug contacts, i.e. the flat plug has plus & minus & a protective plug contact in a housing, the protective plug is intended to protect the LEDs from overvoltage and / or short circuits.FIG. 7.7 shows the two connector plug variants that could be used; the description is as follows.The contact plug 1 has Plus (+ / Pos in the flat plug. A) & Oval plug contact segment minus (- / Pos. B) and a black dot protection plug Pos. C.The contact plug 2 has oval contact plug segments in the flat plug 3 with the pos. a=plus (+) & pos. b=minus (-) & pos. c=protected plug. Both plug constructions have a current-insulating outer surface, for example rubber coating of approximately 1 mm thickness; in productions in other productions, this can also be increased.In addition to the plug connection embodiments mentioned above, a cross-distributing component is also optionally added as a connection / extension component.Brief Description of Figures 1.7 to 7.7:FIG. 1.7 : Led reflection band & Led function bandCharacterized in FIG. 1.7 shows the LED reflection band in the following configuration with the following positions.Pos. A to Pos. F represents the position of the LED lighting means.Pos. X represents the support deck surface.FIG. 2.7 : Led reflection band & Led function band:Characterized in FIG. 2.7 shows the LED reflection band in the following configuration with the following positions.Pos. 1 to Pos. FIG. 4 shows 2 horizontal LED lighting means elements.Pos. X shows the support deck surface.FIG. 3.7 : Individual plug connection:Characterized in that FIG. 3.7 shows the individual plug-in connection in the following configuration with the following positions.Pos. 1 & Pos. FIG. 2 shows the power supply.Pos. A & Pos. B shows 2 horizontal LED lighting means elements with a centrally arranged individual plug connection Pos. C & Pos. D for the goods meter and / or extensions and / or cross-distributing component.FIG. 4.7 : Individual plug connection:Characterized in that FIG. 4.7 shows the individual plug-in connection in the following embodiment with the following positions.Pos. 1 & Pos. FIG. 2 shows the power supply.Pos. A & Pos. B shows 2 horizontal LED lighting means elements with a centrally arranged double-contact plug connection Pos. C & Pos. D for the goods meter and / or extensions and / or cross-distributing component.FIGS. 5.7 & 5.7 a : quarter-circle plug-in connection:Characterised in that FIGS. 5.7& 5.7a are identical except for the embodiment of the individual connecting plugs in construction & construction & product embodiment, i.e. on the left a single contact plug & on the right a double contact plug.FIG. 5.7:Left-hand figure:Pos. A & B show the single contact plugs as contact plug surfaces.Right-hand figure:Pos. A & B show the dual contact plugs as contact plug surfaces.FIG. 5.7a:Left-hand figure:Pos. A & B show the single contact plugs as contact plug surfaces.Right-hand figure:Pos. A & B show the dual contact plugs as contact plug surfaces.FIGS. 6.7 & 6.7 a : Cross-plug connection:FIG. 6.7 :Left-hand figure:Pos. A & B show the single contact plugs as contact plug surfaces.Right-hand figure:Pos. A & B show the dual contact plugs as contact plug surfaces.FIG. 6.7a:Left-hand figure:Pos. A & B show the single contact plugs as contact plug surfaces.Right-hand figure:Pos. A & B show the dual contact plugs as contact plug surfaces.FIG. 7.7 : Flat plug in 2 embodiments:Characterized in that FIG. 7.7 shows the two flat plug designs with the following positions.Plug 1:Pos. A shows the male outer bodyPos. B shows the plus contact plug with protection plug as black dot Pos. C.Plug 2.:Pos. A shows the male outer bodyPos. a shows the plus contactPos. b shows the minus contactPos. C shows the protective plugFields of application:The following are known: grille, cross-beam lighting for platforms and platform structures & slotted link lighting, e.g. live concerts, underwater activities, motor bicycles, cars, trucks, suvs, transport vehicles (e.g. VW-Crafts) etc., high-speed trains, e.g. ICE etc., motor bicycles, formula 1, rally sport, tour cart sport, passenger aircraft (front area, exterior area & interior area), bicycles, motor bicycles, quatts, visible brake caliper component, films, video games (e.g. playstation), merchandising articles, cars, trucks in general, The following are used as auxiliaries for the production of the compounds according to the formula 1, WTTC, DTM, Rallye Sport & Motorport in general, in buses, in life-saving vessels, for example SAR helicopter in the case of vines application), helicopter pilot belts, in the case of application vehicles such as police, fire fight, THW, life-saving vessels & Notarzt Car & application vehicles at airports, also in aircraft such as passenger machines, pilot belts in the cockpit, headlights, tail lamps, headlights, airport lighting means, illuminated road surfaces and illuminated road marking surfaces, in the case of vehicle guidance systems, traffic guidance posts, traffic light systems, interior, exterior components in all vehicles, bicycles, and the like, In the case of buildings in the interior and exterior, bridge construction, tunnel construction, tunnel lighting, vehicle rear windows & windshields & side windows, i.e. including the direction indicators as a function, light-weight bicycles (starting at maximum speed of 50 km / h, for example), S-track, U-track, roller coasters, quatts, electrically driven two-wheels, aircraft such as jet jets, passenger aircraft, transport aircraft (center of gravity landing), motor sport in general, rescue & emergency vehicles, heavy transport business, mobile heavy-duty cranes, these and other enumerations must be taken into account in the implementation.Application Area Extender:Exterior area part 1 (vehicle exterior area), the following front lighting devices such as headlight housing, fog headlights, lateral direction indicators in the colors, motor vehicle license plates white, anti-warning vest yellow, orange in the case of lower bumper approach in series bumper rods, headlight diaphragms all & Böser Schaff, bumper strips in the front, rear & side door area, adhering tire profile depression of all longitudinal and / or transverse grooves with reflector films in white, red or yellow or as light-reflecting tire varnish (width about 5 mm, ring shape), also the placing of tail lights & headlight housing with Swarovski stones (full area) for reflecting the low beam / high beam, For better light yield or decoration thereof, cover glass may be colored in smoke.Exterior part 2 (exterior vehicle area) such as tail lamps, third brake lamp, lower front & rear bumper extension, door interior trim, roof edge spoiler, tailgate spoiler, rear window trim, rear spoiler lip, performance lip (boot lid), diffuser(s), roof spoiler, roof spoiler lip, trim components in the interior vehicle area (directed toward the rear traffic), impact protection strips in the exterior vehicle area as an all-round solution as a daytime running light in the front & red daytime running light in the rear vehicle area or the same arrangement in a reflective arrangement could also be considered to be front grille inserts (at the top or at the bottom in the front vehicle area) as a daytime running light element, the grille made of transparent PU-ABS plastic (impact resistant & impact resistant) and illuminated over the full surface from behind with continuous light bands of led, and thus the design of the grille insert as a daytime running light module is used because a larger light surface area, the vehicle grille becomes a component relevant to traffic safety and more space is available in the headlight for lighting technology; moreover, a daytime running light grille insert (also multi-part parts possible if necessary) could thus become the trademark of a manufacturer, i.e. large light surface area=light visible=increase in traffic safety.Field of application Interior:Interior part 3 area (interior region of the vehicle), 1 & 2 colored light-reflecting versions can be used, the colors are so far released by the TUV for 1 colored version in the safety-warning vest yellow, orange, light & dark red, blue, turquoise, brown, lime green, violet, white of the license plate, silver or clear / silver, for lower and upper side door cladding or a 400 mm wide reflector strip (seen in front of it) are supplemented for all doors, likewise for boot lid & hood in the interior region as a frame such as an image frame (glued or screwed), colors see (point 5), For example, the vehicle steering wheel body / steering wheel rim in the direction of oncoming traffic (steering wheel cover and / or steering wheel cover) in the plastic cladding in the interior rear region of the rear window in red-reflecting (4 part embodiment with and without an LED direction indicator on the outside and brake light / rear light on the inside).Reference Drawing List:FIG. 1.7 : Led reflection band & Led function band FIG. 2.7 : Led reflection band & Led function band FIG. 3.7 : Individual plug connection FIG. 4.7 : Individual plug connection FIGS. 5.7 & 5.7 a : quarter-circle plug-in connection FIGS. 6.7 & 6.7 a: Cross-plug connection FIG. 7.7 : Flat plug in 2 embodiments

Claims

Light-emitting diode functional strip comprising light-emitting diodes which are electrically connected to one another and are attached in a carrier layer having an at least partially light-reflecting surface, and at least one plug connector, by means of which the light-emitting diodes can be connected to an energy store.The light emitting diode functional band according to claim 1, which additionally comprises photodiodes mounted in the carrier layer and interconnected, and in which the photodiodes are connected to the energy store by the plug connector.Light-emitting diode functional band according to Claim 2, in which an energy store connected to the photodiodes is arranged in the carrier layer.Light-emitting diode functional strip according to one of the preceding claims, in which the light-reflecting surface is formed by a reflection means, in particular a reflection film or a reflection colour.Light-emitting diode functional strip according to one of the preceding claims, in which the carrier layer is flexibly deformable.Light-emitting diode functional strip according to one of the preceding claims, in which the plug connector is formed with individual contacts or with double contacts.Light-emitting diode functional strip according to one of the preceding claims, in which the at least one plug connector has oval electrical contacts.Light-emitting diode functional strip according to one of the preceding claims, in which at least three plug connectors are provided.Light-emitting diode functional strip according to one of the preceding claims, which can be connected via the at least one plug connector to at least one further light-emitting diode functional strip, which is in particular approximately rectangular or approximately semicircular in shape.Light-emitting diode functional band according to Claim 9, which can be connected to the at least one further light-emitting diode functional band via a latching connection.Light-emitting diode functional strip according to one of the preceding claims, in which the carrier layer is approximately rectangular in shape.Light-emitting diode functional strip according to one of the preceding claims, which is combined with a plurality of further light-emitting diode functional strips of the same type to form a one-piece product which can be divided into individual light-emitting diode functional strips.Light-emitting diode functional band according to Claim 12, to which a connecting component, adapted in its shape, is assigned for connection to at least one further light-emitting diode functional band.Light-emitting diode functional band according to one of the preceding claims, which contains glass fibres which are intended for conducting a light generated by the light-emitting diodes.The light emitting diode functional band according to any one of the preceding claims, wherein the light reflecting surface is formed by a fluorescent or phosphorescent material.Light-emitting diode functional band according to one of the preceding claims, in which the light-reflecting surface is designed as a hologram.Light-emitting diode functional band according to one of the preceding claims, which is equipped with resistance to environmental influences.Light-emitting diode functional strip according to one of the preceding claims, which has a second surface facing away from the light-reflecting surface, which is provided with adhesive capability, in particular coated with an adhesive.Light-emitting diode functional strip according to one of the preceding claims, which is coated on the outside away from the at least one plug connector with an electrically insulating layer, in particular a rubber coating.Light-emitting diode functional band according to one of the preceding claims, in which at least some of the light-emitting diodes are arranged for illuminating a symbol, in particular a mark.Light-emitting diode functional strip according to one of the preceding claims, which is arranged on a vehicle, in particular a motor vehicle.Light-emitting diode functional strip according to Claim 21, which is designed as a headlight of the vehicle, in particular as a front headlight or rear headlight of a motor vehicle.The light emitting diode operating band according to claim 22, wherein the headlamp is a daytime running lamp headlamp.Light-emitting diode functional band according to one of Claims 21 to 23, which is designed as illumination on a front grill of a motor vehicle.The light emitting diode functional band according to claim 24, wherein the illumination is provided as direct illumination or as indirect illumination.Light-emitting diode functional band according to one of Claims 24 and 25, in which the illumination is provided over the full surface.The light emitting diode functional band according to any one of claims 24 and 25, wherein the illumination is partially provided.Light-emitting diode functional band according to one of Claims 24 to 27, in which the illumination is provided behind the front grill.Light-emitting diode functional band according to one of Claims 24 to 27, in which the illumination is provided in front of the front grill.The light emitting diode functional band according to claim 21, which is mounted on a steering wheel in a motor vehicle.The light emitting diode functional band according to claim 30, wherein the light emitting diodes are at least partially oriented such that they are not perceptible by a user of the steering wheel.Light-emitting diode functional band according to one of Claims 30 and 31, which is designed as part of a cover which is detachably connected to the steering wheel.The light emitting diode functional band according to any one of claims 21 to 23, which is mounted on a tire of the vehicle.Light-emitting diode functional band according to Claim 33, which is attached, in particular in the form of a ring, to a side flank of the tyre.The light emitting diode functional band according to claim 33, which is mounted in a depression of a profile with which the tire is intended to be rolled on a base, in particular a longitudinal groove in the profile.

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