DE102020003331A1 - Exterior components with luminous & reflective functional surfaces for vehicles - Google Patents

Abstract

An exterior component with luminous and reflective functional surfaces for vehicles, comprising a lighting system, preferably a crystal diamond LED light system, is proposed. It is essential that an LED diode is arranged inside the light system, preferably the Crystal Diamond LED light system, and that the light system, preferably the Crystal Diamond LED light system, has a cover comprises a light-reflecting surface on the inside of the cover, preferably a chrome surface.

Description

The invention relates to an exterior component with luminous and reflective functional surfaces for vehicles according to the features of the preamble of claim 1.

The present invention is based on the object of providing an exterior component with luminous and reflective functional surfaces for vehicles with improved properties.

The object is achieved according to the invention by a device with the features of claim 1.

According to the invention, an exterior component with luminous and reflective functional surfaces for vehicles, comprising a crystal diamond LED light system, is proposed. It is essential that an LED diode is arranged inside the Crystal-Diamond-LED-Light system, and that the Crystal-Diamond-LED-Light system comprises a cover with a light-reflecting surface on the inside of the cover, preferably a chrome surface .

It can be provided that the Crystal-Diamond-LED-Light system has a fastening element, preferably that the fastening element is screwed, clipped or glued to the Crystal-Diamond-LED-Light system.

It can be provided that the screw has a round basic shape with a hexagon element and a Phillips element, preferably one third of the hexagon element is marked as a recess, and the Phillips element is intended as a second recess module, again a third deeper than that Hexagon, whereby this screw can preferably be used for mounting on the vehicle and for mounting by the manufacturer.

The object is achieved according to the invention by a device with the features of claim 4.

According to the invention, an exterior component with luminous and reflective functional surfaces for vehicles with side sill bodies and / or bumper bodies and / or front grille insert and / or roof edge spoiler is proposed. It is essential that the side sill body includes an air duct inside, and / or that the bumper body has oval recesses for various inserts and / or LED functional light surfaces as narrow lines, and / or that the front grill insert has stabilizer components and mounting points for a snake tongue and a snake cheek left and right, and / or that the roof edge spoiler has functional luminous surfaces.

The object is achieved according to the invention by a device with the features of claim 5.

According to the invention, an exterior component with luminous and reflective functional surfaces for vehicles with a grill insert is proposed. It is essential here that the grill insert has an LED function lighting surface daytime running light and / or an LED function lighting surface front brake light.

The object is achieved according to the invention by a device with the features of claim 6.

According to the invention, an exterior component with luminous and reflective functional surfaces for vehicles with a rear bumper and / or a front bumper is proposed. It is essential that a poison tooth collection is arranged on the rear bumper and / or the front bumper, preferably usable as daytime running lights (all black lines) and / or as daytime running light component with front brake light function and reflector base and / or as a punched component and / or as paint of all kinds, as well as for foiling, as a light-reflecting version, etc., also colored and / or 1, 2 and 3-part versions and as a design option for headlights and / or rear lights are conceivable, also as cut-to-size reflector Article and in Hartz reflector surfaces.

According to the invention, the object is achieved by a device having the features of claim 7.

According to the invention, an exterior component with luminous and reflective functional surfaces for vehicles with a front spoiler and a rear bumper is proposed. It is essential that the front spoiler and the rear bumper with indirect lighting are designed as daytime running light bumper.

Provision can be made for the design to be milled into the bumper to the left and right of the license plate holder in the front spoiler and rear bumper (width / height of the milling surface for design 12 cm) and illuminated from the rear of the bumper by a full-surface LED lamp with daytime running light intensity (Impact-resistant clear glass cover).

It can be provided that the required TÜV approval criteria are met, and the tuning component is made of PU-ABS plastic (impact-resistant, shock-resistant, paintable), and that the Surface is designed in black-chrome, chrome, gold-chrome, black high-gloss and paintable surfaces.

It can be provided that the front spoiler and the rear bumper can be used for trucks, cars, SUVs, vans, American monster trucks, European, American and Asian vehicles, and where the principle of the daytime running light bumper is based on the 3rd brake light, which is mounted on the outside of the vehicle, but with the difference in the mounting position of the full-surface LED lamp on the rear of the bumper.

According to the invention, the object is achieved by a device having the features of claim 10.

According to the invention, an exterior component with luminous and reflective functional surfaces for vehicles with an LED light area light system is proposed. It is essential that at least two LED light elements are plugged into each other, depending on the size of the area to be illuminated, up to a maximum of 6 LED light areas can be produced in this way, depending on the size of the area to be illuminated Can be planned for 20 LED illuminated areas.

It can be provided that the LED light area light system lights also have microprisms and / or retro reflector elements, also cubic.

It can be provided that the edge areas can also be used as LED light areas.

According to the invention, the object is achieved by a device having the features of claim 13.

According to the invention, an exterior component with luminous and reflective functional surfaces for vehicles with a functional brake disc ring for vehicles is proposed. It is essential that the functional brake disc ring is designed to be retrofittable and light-reflecting and / or illuminated, the functional brake disc ring being mounted with the brake disc on the wheel hub and fastened or screwed together.

In addition to the roof spoiler, the front and rear bumpers are also the most distinctive design components on the vehicle body.

These body components can also be used for better visibility and safety, as their placement at the upper rear of the vehicle is ideal for playing out my idea of a functional safety roof spoiler in this function as well.

Using this type of construction as an emergency lighting system is also an advantage for all road users.

Characterized preferably by, preferred areas of application are, cars, trucks, SUVs, motorsports such as Formula 1, WTTC, rally sports, DTM sports and motorsport in general, in coaches, in SAR helicopters in the runners, in emergency vehicles such. B. Police, fire brigade, THW, ambulances and emergency doctor cars and emergency vehicles at airports, also in aircraft such as passenger planes, the system is to be manufactured in OEM quality and marketed as a retrofit kit, preferably from German manufacturers, as an initial delivery to the car manufacturer it belongs in good form in series assembly, as a retrofit kit also for non-European d. H. Asian and American vehicles are also possible if these components are retrofitted in Germany by a German company, station wagons, hatchbacks, sedans, hatchbacks, omnibuses in the passenger area (city bus) and off-road vehicles, passenger and transport machines, trailers of all sizes because they are visible from a great distance possible, more traffic safety through faster visibility in fog, snowfall and generally bad weather.

• 1.1: Crystal-Diamond-LED-Light System mit Positionen
• 1.2: Crystal-Diamond-LED-Light System ohne Positionen
• 1.3: Aufbau des Crystal LED-Light-Systems
• 2.1 und 2.2: Seitenschweller-Bugg
• 2.3 und 2.4: Stoßstange: Oval-Cut
• 2.5 und 2.6: Stoßstange: Power-Stark
• 2.7 und 2.8: Stoßstange: Fish'n-Bag
• 2.9 und 2.10: Stoßstange: Uranus
• 2.11 bis 2.15: Animal Face-Frontgrilleinsatz
• 2.16 bis 2.23: Stoßstange: Booboo
• 2.24 und 2.25: Stoßstange: 90'S Style
• 2.26 und 2.27: Stoßstange 9: Stroke One
• 2.28 bis 2.34: Stoßstange-Bärle Special
• 2.35 bis 2.40: Zubehör-Einsätze für Figuren: 2.3 bis 2.10 und 2.16 bis 2.23, 2.26 und 2.27
• 2.41 bis 2.45: Dachkantenspoiler-Anordnung der Bauteile
• 2.46 bis 2.50: Light-Side-Wings
• 2.51 bis 2.57: Frontgrilleinsatz-Tornado und Fronteinsätze-Hurrican
• 2.58 bis 2.63: Hurrican: 15 Design-Elemente-Frontgrilleinsatz und Fronteinsätze
• 2.64 und 2.65: Diffusor-Einsatz-Herkules 1
• 2.66 und 2.67: Diffusor-Einsatz
• 3.1 bis 3.7: Grilleinsatz-Adimas
• 3.8 bis 3.11: Grilleinsatz-Frozen
• 3.12 bis 3.17: Grilleinsatz-Attilia
• 3.18 bis 3.24: Grilleinsatz-Krawallo
• 4.1 bis 4.45: Giftzahn-Collection
• 5.1 und 5.2: Frontspoiler und Heck-Stoßstange mit indirekter Beleuchtung als Tagfahrlicht Stoßstange:
• 6.1: LED-Quick-Stick Montage-System
• 6.2: Pyramiden-Bauweise
• 6.3 und 6.4: Rauten-LED-Segment-Area
• 6.5, 6.6, 6.7, 6.8: Jet-Stream
• 6.9 und 6.10: Double-Jet-Stream
• 6.11 bis 6.14: Ampellampe
• 6.15 und 6.16: Ampellampe
• 6.17 bis 6.20: Blaulicht-Signal-System
• 6.21: 4 Punkt Stern Doppelt
• 6.22: Alufelge mit LED-Felgendeckel und LED-Blinklicht Einsätzen
• 6.23: Rotation-Bound-Contact-Hexagon-Inglese Teil1
• 6.24: Rotation-Bound-Contact-Hexagon-Inglese Teil 2
• 6.25: Rotation-Bound-Contact-Hexagon-Inglese Teil 3
• 6.26: Magnetischer Kontakt/Sensorring
• 6.27 und 6.28: Overhead-Blue-Light-System Teil 1
• 6.29 und 6.30: Overhead-Blue-Light-System Teil 2
• 7.1: positionslos
• 7.2: Funktions-Bremsscheibenring mit der Bremsscheibe
• 7.3: lichtreflektierender Funktions-Bremsscheibenring

Great safety advantage in bad weather, such as B. heavy rain, fog in autumn and winter, with snowfall and fog at night, also in underground garages, multi-storey car parks and everywhere where potential dangers lurk to be harmed.

• 1 .1: Crystal-Diamond-LED-Light System with positions
• 1 .2: Crystal-Diamond-LED-Light System without positions
• 1 .3: Structure of the Crystal LED Light System
• 2 .1 and 2.2: Side skirt buggy
• 2 .3 and 2.4: bumper: oval cut
• 2 .5 and 2.6: Bumper: Powerful
• 2 .7 and 2.8: Bumper: Fish'n-Bag
• 2 .9 and 2.10: Bumper: Uranus
• 2 .11 to 2.15: Animal Face front grill insert
• 2 .16 to 2.23: Bumper: Booboo
• 2 .24 and 2.25: Bumper: 90'S Style
• 2 .26 and 2.27: Bumper 9: Stroke One
• 2 .28 to 2.34: Bumper-Bärle Special
• 2 .35 to 2.40: Accessory inserts for figures: 2.3 to 2.10 and 2.16 to 2.23, 2.26 and 2.27
• 2 .41 to 2.45: Roof edge spoiler arrangement of the components
• 2 .46 to 2.50: Light-Side-Wings
• 2 .51 to 2.57: Front grille insert tornado and front insert hurricane
• 2 .58 to 2.63: Hurrican: 15 design elements front grill insert and front inserts
• 2 .64 and 2.65: Diffuser insert Hercules 1
• 2 .66 and 2.67: Diffuser insert
• 3 .1 to 3.7: Grill insert-Adimas
• 3 .8 to 3.11: Frozen grill insert
• 3 .12 to 3.17: Grill insert Attilia
• 3 .18 to 3.24: Grill insert riot
• 4th .1 to 4.45: Poisonous Tooth Collection
• 5 .1 and 5.2: Front spoiler and rear bumper with indirect lighting as daytime running lights Bumper:
• 6th .1: LED-Quick-Stick assembly system
• 6th .2: Pyramid construction
• 6th .3 and 6.4: Diamond LED segment area
• 6th .5, 6.6, 6.7, 6.8: Jet-Stream
• 6th .9 and 6.10: double jet stream
• 6th .11 to 6.14: traffic light
• 6th .15 and 6.16: traffic light
• 6th .17 to 6.20: Blue light signal system
• 6th .21: 4 point star double
• 6th .22: Aluminum rim with LED rim cover and LED indicator light inserts
• 6th .23: Rotation-Bound-Contact-Hexagon-Inglese part 1
• 6th .24: Rotation-Bound-Contact-Hexagon-Inglese part 2
• 6th .25: Rotation-Bound-Contact-Hexagon-Inglese part 3
• 6th .26: Magnetic contact / sensor ring
• 6th .27 and 6.28: Overhead Blue Light System Part 1
• 6th .29 and 6.30: Overhead Blue Light System Part 2
• 7th .1: positionless
• 7th .2: Functional brake disc ring with the brake disc
• 7th .3: light-reflecting functional brake disc ring

Crystal Diamond LED Light System:

Figure 1.1:

Position ( A. ) shows the Crystal-Diamond-LED-Light System for more LED light output, whereby the LED diode is placed inside the Crystal-Diamond-LED-Light when you look at the inside of the lid ( D. ) equipped with a light-reflecting surface (chrome surface).

The position ( C. ) shows the fastener that comes with, e.g. B. 2 screws are screwed, clipped, glued or other forms of attachment are attached to the Crystal Diamond LED Light component. Position ( D. ) shows e.g. B. the fastening position for a screw connection.

Position ( E. ) shows the screw to be used, consisting of a round basic shape with a hexagon element and the cross-head element, i.e. one third of the hexagon is marked as a recess and the cross-recess element is intended as a second recess module, again one third deeper than the hexagon , This screw can also be used for installation on the vehicle and during installation by the manufacturer and represents a unique selling point.

Figure 1.2 = positionless

Figure 1.3:

C. shows the Crystal Diamond LED Light System (5 in 1 construction), this includes up to 5 conventional LED diodes, but with a pyramid-shaped synthetic resin lens instead of a round synthetic resin lens, the LED diodes are then placed in the housing, as in Figure A built in. From a technical point of view, this slim design is an advantage, because z. B. the lighting units on vehicles etc. are noticeable due to the smaller housing sizes and these LEDs, up to 5 pieces in an LED diode socket, can perform more lighting functions. Positions (a) to (e) describe the arrangement as maximum equipment for the LED diode, positions f and g show the pyramid shape of the synthetic resin lens, the LED technology used so far can also be used.

Example 1:

All LED diode holder elements are preferably to be installed in Swarowski-Stein-Optik ®, like conventional LEDs, in order to meet the design requirements to correspond to the exclusivity, round shape would be an advantage and are to be marketed as "crystal-function-design", also as a design variant it would be to use the Swarowski stones on the back instead of a chrome surface as reflector surface, a reflector foil.

The patent claim for these lighting units is that they are legally to be regarded as tail lamp areas.

Example 2:

As a second example, for the functional luminous surfaces with the construction methods 2 in 1 and 3 in 1 section 4, from patent specification " DE 10 2018 125 215 B4 “On page 25 - point 74 to page 26 - point 79 can be used. Example 2 can also be used in the other claims.

The further claims show the expanded possibility of using the backward-lit daytime running lights, brake lights and direction indicators during the daytime running lights phase.

Functional front and rear bumpers:

Example 1: side skirt buggy:

Example figure 2.1:

• Areas A: side skirts, left and right
• Area B: Air duct in the inside of the side sill, see arrows to the rear
• 2 .2: positionless

Example 2: bumper: oval cut:

Example figure 2.3:

• surface A. : Bumper body
• surface B. : Bumper body above
• surface C. : Lower bumper body, can also be used as a shoulder
• surface D. , E. and E1 , F. and F1 : Oval recesses for various inserts and / or LED functional light surface as a narrow line.
• surface G and G1 : side bumper body

Figure 2.4: positionless

Example 3: Bumper: Power-Stark:

Figure 2.5:

• surface A. : Side bumper body
• Surface B: bumper body on top
• surface C. : Use in arrow design and / or LED functional light surface as a narrow line.
• surface D. : Lower bumper body, can also be used as a shoulder
• Area E: Recesses for various inserts and / or LED functional light area as a narrow line.
• surface F. : describes a kink in the design
• surface 1 : License plate holder placement
• surface 2 : Rectangle with triangular outer parts on the left and right
• surface 3 and 5 : narrow area for recess
• surface 4th : Complete component as an insert component

Figure 2.6: positionless

Example 4: Bumper: Fish'n-Bag:

Figure 2.7:

• surface A. : Bumper body above
• surface B. : Side bumper body with curved inserts and / or LED functional light surface as a narrow line.
• surface C. and C1 : Tailpipe trim
• surface E. and D. : Oval recesses in different sizes
• surface F. and G : Bumper body with curved inserts and / or bumper body below

Figure 2.8: positionless

Example 5: Bumper: Uranus:

Figure 2.9:

• surface A. : Bumper body above
• surface B. : Bumper body with the inserts figure E and E1
• surface C. : Bumper body below
• surface D. : Bumper extension below, bumper body below
• surface F. : Side bumper body
• Claim Figure 2.10: positionless

Example 6: Animal Face Front Grille Insert:

Figure 2.11 shows the basic figure without positions

Figure 2.12:

• shows the front grill insert with the new stabilizer components a to j and the snake tongue with the mounting point (k) provided for this in the figure and position (i) = snake jaw left and right.

Figure 2.13:

shows the twin jaws of the snake left and right (a and b), the double lines can serve as functional surfaces, e.g. illuminated inserts etc.

Figure 2.14:

shows the figure with the areas painted in black as functional areas, as below 2 .13 mentioned.

Example figure 2.15:

shows a snake tongue in 3 areas, of which the middle area is black, the areas and the color design can be reserved for the customer.

Example 7: Bumper: Booboo:

Figure 2.17: positionless

Figure 2.16:

• surface X : Insert area for full-surface front grille
• surface A. : Side bumper body
• surface B. : Headlight recess
• surface C. : Bumper body
• surface D. : Bumper body, edge in the design, additional reflector surface and / or LED functional light surface
• surface E. : Fog lights
• surface F. : Insert component
• surface G : Cut-out for various uses, e.g. grilles
• surface x1 and x2 : Bumper body above
• All other surfaces make up the bumper.

Example change to Figure 2.16:

Figure 2.18:

• Area A1> A3: Flying Beauty Angel grill insert getting smaller from bottom to top.

Figure 2.19:

• surface A2 : in the middle the largest grill insert
• surface A. and A4 : same size
• surface A1 and A3 : same size

Figure 2.20:

• surface A. and A3 : same size
• surface A1 & A2 : same size

Figure 2.21:

• surface A1 , A2 and A3 : all three grill inserts are the same size

Figure 2.22:

• surface A 1 , A2 and A3 : all three grill inserts are the same size

Figure 2.23:

• surface A. and A1 : narrower version of the grill inserts

Example 8: Bumper: 90'S Style:

Figure 2.24

• surface A. : Bumper body with bulge at the bottom center
• surface B. and C. : Air inlets
• surface D. and D1 , I. and J : Connecting parts of the bumper
• surface E. , E1 and H: recesses for various components, e.g. B. air inlets etc. and / or
• Surfaces X : Application areas for various uses, additional reflector area and / or LED functional light area
• surface H : additional reflector surface and / or LED functional light surface
• 2 .25: positionless

Example: Bumper 9: Stroke One:

Figure 2.26

• surface A. and A1 : Insert component for tailpipe variant
• surface B. and B1 : Tailpipe trims and / or tailpipe variant
• surface C. and C1 : Design edge, additional reflector surface and / or LED functional light surface
• surface D. and D1: design edge, additional reflector surface and / or LED functional light surface
• surface E. : 2 vertical bars per component
• surface F. : 2 curved components per insert component
• surface X : Bumper body
• 2 .27: positionless

Example-10: Bumper-Bärle Special:

Consisting of geometric shapes, the surfaces in white show the bumper body that can be painted, foiled, etc., made of PU-ABS plastic (impact-resistant, shock-resistant, etc.).

Figure 2.28:

• Black areas are areas for mounting air inlet components.

The areas with x1 , x2 and x3 marked, are provided as LED functional light areas, e.g. daytime running lights and in the rear area as rear red-luminescent daytime running lights.

The positions A. and A1 if there are recesses for headlights, they should be adapted to the vehicle type.

surface B. shows the position for the front fog lights, this position also applies to 2.28 and 2.30.

Figure 2.28:

• Black areas are areas for mounting air inlet components.

The areas with x1 , x2 and x3 marked, are provided as LED functional light areas, e.g. daytime running lights and in the rear area as rear red-luminescent daytime running lights.

The positions A. and A1 if there are recesses for headlights, they should be adapted to the vehicle type.

Figure 2.30:

• Black areas are areas for mounting air inlet components.

The areas with x1 and x2 and x3 marked, are provided as LED functional light areas, e.g. daytime running lights and in the rear area as rear red-luminescent daytime running lights.

The positions A. and A1 if there are recesses for headlights, they should be adapted to the vehicle type.

The positions Y indicate a spoiler sword, this spoiler sword is included in the scope of delivery, the spoiler sword edge shows the edge as an LED functional light area, this spoiler sword is also made of PU-ABS plastic, this function is for the positions x1 and x2 and x3 to be switched on, these are provided, for example, as daytime running lights and in the rear area as rear, red-glowing daytime running lights.

Figure 2.34:

• Show the 2 .32 with the Tornado and / or Hurricane inserts as an example.

Example 11: Accessory inserts for figures: 2.3 to 2.10 and 2.16 to 2.23, 2.26 and 2.27:

• 2 .35: Flying Beauty Angel
• 2 .36: Flying Beauty Angel, left / left
• 2 .37: Flying Beauty Angel, rechts / right
• 2 .38: Caravallo Brutallo
• 2 .39: Flying Angel
• 2 .40: positionless

Example-12 a: Roof edge spoiler arrangement of the components:

• 2.42 ist 1x unten und 1x oben und 2.43 mittige Anordnung (Dachkantenspoilerkante) und 2.44 1x links und 1x rechts angeordnet.

the 2 .41 shows the arrangement of the roof spoiler components, which is as follows:

• 2 .42 is 1x down and 1x up and 2 .43 central arrangement (roof edge spoiler edge) and 2 .44 arranged 1x left and 1x right.

2 .45 shows a construction, whereby the functional luminous surfaces ( A. ) a modified form of a programmable one Functional luminous surface with a reflective surface framing ( B. ) black bars.

Figure 2.42:

the 2 .42 shows the roof edge spoiler functional luminous surface ( C. ) for position above and below, component housing ( A. ) can be used with and / or without a reflective housing surface, the position ( B. ) represents another reflective and / or functional luminous surface.

Figure 2.43:

the 2 .43 shows the roof edge spoiler functional luminous surface ( C. ) for position above and below, component housing ( A. ) can be used with and / or without a reflective housing surface, the position ( B. ) represents another reflective and / or functional luminous surface.

Figure 2.44:

the 2 .44 shows the roof edge spoiler edge functional luminous surface side part ( C. ) for position above and below, component housing ( A. ) can be used with and / or without a reflective housing surface, the position ( B. ) represents another reflective and / or functional luminous surface.

2 .45 shows a construction, whereby the functional luminous surfaces ( A. ) by a modified form of a programmable functional luminous surface with a reflective surface framing ( B. ) black bars.

Example 13: Light-Side-Wings:

1. a) Bestehend aus Figur-Bavaria Star 2.47 und 2.48 Flying Beauty Angel Links/rechts, die Bauteile 2.48 Flying Beauty Angel werden 1. gespiegelt und werden, die Mitte betreffend, dann übereinander gelegt, bis sich die Spitzen unten überdecken, danach wird ein Flying Beauty Angel 1x links und 1x rechts soweit übereinander gelegt, bis sich die geraden Linien überkreuzen, siehe 2.46, 2.47, 2.48, 2.49, 2.50, Ausstattungsmerkmale der 2.46, 2.47, 2.48, 2.49, 2.50 sind einzuhalten.
2. b) Dieses Bauteil ist als seitliches Bauteil zum Funktions-Dachkantenspoiler zu montieren in die C-Säule des Fahrzeuges, alle schwarzen Linien sind als Rote-Tagfahrlichtflächen zu betrachten und umzusetzen, die Kronenumrandung (G) funktioniert als Bremslichtfläche und die Rauten (A) funktionieren als Fahrtrichtungsanzeiger/Blinker.

All LED diode holder elements are preferably to be installed in Swarowski-Stein-Optik ® in order to meet the design requirements of exclusivity, a round shape would be an advantage and should be marketed as a "crystal function design", and as a design variant it would also be the Swarowski stones on the back instead of a chrome surface as a reflector surface, a reflector foil can be used, previous LED technology can also be used.

1. a) Consists of figure Bavaria Star 2.47 and 2 .48 Flying Beauty Angel left / right, the components 2.48 Flying Beauty Angel are 1. mirrored and, with regard to the middle, are then placed one on top of the other until the tips overlap at the bottom, after which a Flying Beauty Angel is once on the left and 1x right on top of one another until the straight lines cross, see 2 .46, 2.47, 2.48, 2.49, 2.50, equipment features of the 2 .46, 2.47, 2.48, 2.49, 2.50 must be observed.
2. b) This component is to be installed as a side component to the functional roof spoiler in the C-pillar of the vehicle, all black lines are to be viewed and implemented as red daytime running lights, the crown border ( G ) works as a brake light area and the diamonds ( A. ) function as direction indicators / indicators.

The component 2 .47-Bavaria Star 2 can also be used as an emblem, preferably in the colors
black baselines = gold colors ( A. )
Crown border and lower curves = yellow colors ( B. )
Diamond areas = red colors (dark red) ( C. )
large areas = in black ( D. )
please refer 2 .49 with positions

Example figure 2.46: Component 1 = Bavaria Star 2 for figures 2.46, 2.47, 2.48, 2.49, 2.50:

1. a) Horizontal line at the top with vertical side lines that converge in a curve at the bottom ( E. ), Division into diamonds ( A. ) with pentagon ( B. ) arranged at the top in the middle.
2. b) Horizontal line at the top with vertical side lines that converge in a curve at the bottom ( E. ), Division into diamonds ( A. ) with pentagon ( B. ) arranged above in the middle, in addition there is a crown border ( G ), there is also a smaller copy inside the design, which is identical to the large area.

Example figure 2.47: Description-Bavaria Star 2 :

1. a) All LED diode holder elements are preferably to be installed in Swarowski-Stein-Optik ® in order to meet the design requirements of exclusivity, a round shape would be an advantage and should be marketed as a "crystal function design", also as a design variant it is the Swarowski stones on the back to use a reflector foil instead of a chrome surface as a reflector surface.
2. b) Horizontal line at the top with vertical side lines that converge in a curve at the bottom, division into diamonds ( A. ) with pentagon ( B. ) arranged above in the middle, there is also a smaller copy inside the design, two-tone luminous surfaces ( C. & D. ) and / or other possibilities for black areas inside the design, e.g. B. Full-area illuminated area and / or in a multi-colored version, plus crown areas and black areas.

Figure 2.47: Bavaria Star = positionless

2 .48: Component 2 = Beauty Flying Angel closed 2 .46, 2.47, 2.48, 2.49, 2.50: The design of component 2 = Beauty Flying Angel is binding.

Example 14: Front grille insert tornado and front insert hurricane:

General characteristics:

• a) These additions can be used for the functional roof edge spoiler and / or as inserts for front bumper bars and rear bumper bars as conventional insert grilles and / or with functional luminous surfaces, such. B. daytime running lights, front brake lights, direction indicators and fog lights can be used in the front area and also in the rear area, design is binding.
• b) In the case of roof spoilers, it is advantageous if the designs are divided horizontally / horizontally in the middle in order to use the functional luminous surface of the roof spoiler more efficiently; it can be used for rear lights and / or headlights.
• C. ) The material used is a plastic (impact-resistant, shock-resistant, etc.).

Figures 2.51, 2.52, 2.53, 2.54, 2.55, 2.56, 2.57-Tornado: 10 design elements:

Front grille insert and front inserts:

• Grundkörper ist eine V-Form mit Wabendesign, das von unter her gesehen spitz anfängt und nach oben in 2 ganze und 3 halbe Bienenwaben endet, seitlich mit (b) bei X2 gekennzeichnet, sind freie Flächen.

2.51 = Frontgrill-Basis zeigt das Gesamt-Design.
2.53= Frontgrill im herkömmlichen Gebrauch.
2.54= Frontgrill-Einsatz als Funktionsleuchtflächen wie unter a) beschrieben.
2.55= Frontgrill im herkömmlichen Gebrauch halbiert, Designelement-Anordnung ist 4, 3, 2 und 1 als Spitze insgesamt 10 Elemente.
2.56= Frontgrill im herkömmlichen Gebrauch halbiert.
2.57= Frontgrill-Einsatz als Funktionsleuchtflächen wie unter a) beschrieben, halbiert. 1X shows the design element used, execution is as follows:

• The main body is a V-shape with a honeycomb design, which starts pointedly from below and ends in 2 whole and 3 half honeycombs at the top, marked on the side with (b) at X2, are free areas.

2 .51 = front grille base shows the overall design.
2 .53 = front grill in conventional use.
2 .54 = Front grill insert as functional luminous surfaces as described under a).
2 .55 = front grille halved in conventional use, design element arrangement is 4, 3, 2 and 1 as a tip of a total of 10 elements.
2 .56 = front grille halved in conventional use.
2 .57 = Front grill insert as functional luminous surfaces as described under a), halved.

• 2.58= Frontgrill-Basis zeigt das Gesamt-Design.
• 2.59= Frontgrill im herkömmlichen Gebrauch.
• 2.60= Frontgrill-Einsatz als Funktionsleuchtflächen wie unter a) beschrieben.
• 2.61 = Frontgrill im herkömmlichen Gebrauch halbiert, Designelement-Anordnung ist 5, 4, 3, 2 und 1 als Spitze insgesamt 10 Elemente.
• 2.62= Frontgrill im herkömmlichen Gebrauch halbiert.
• 2.63= Frontgrill-Einsatz als Funktionsleuchtflächen wie unter a) beschrieben, halbiert.

Example- 2 .58, 2.59, 2.60, 2.61, 6.62, 2.63-Hurrican: 15 design elements: Front grill insert and front inserts:

• 2 .58 = front grille base shows the overall design.
• 2 .59 = front grill in conventional use.
• 2 .60 = Front grill insert as functional luminous surfaces as described under a).
• 2 .61 = Front grille halved in conventional use, design element arrangement is 5, 4, 3, 2 and 1 as a tip of a total of 10 elements.
• 2 .62 = front grill halved in conventional use.
• 2 .63 = Front grill insert as functional luminous surfaces as described under a), halved.

Example 16: Diffuser insert Hercules 1 :

2 .64 and 2.65 show, as an example, a rear diffuser of an Opel Astra J ® with its positioned functional surfaces for reflective surfaces and LED lighting, fixation ideally invisible from behind incl.
Cable laying and or as a retrofit component.
Areas A = reflective areas
Areas B = lighting means areas

Example 17: Diffuser insert:

2 .66 and 2.67 show as an example a rear diffuser of a Lamborghini Urus ® with its positioned functional surfaces for reflecting surfaces and LED lighting, fixings ideally invisible from behind including cable routing and / or as a retrofit component.
Areas A = reflective areas
Areas B = lighting means areas

Front grill inserts:

Example grill insert Adimas:

Example figure 3.1:

• surface A. : LED function lighting surface daytime running lights
• surface B. : LED function lighting panel front brake light

Figure 3.4: Positionless / blank drawing

Figure 3.5:

surface A. : LED function lighting area daytime running lights and front brake light between the black lines.

Figure 3.6:

Black surface: daytime running lights and / or front brake lights

Figure 3.7:

Predator teeth black: daytime running lights and / or front brake lights

Figure 3.2:

Front grill Adimas with predator teeth, positionless / blank drawing

Example 2: Grill insert frozen:

Figure 3.8:

Black surface: daytime running lights and / or front brake lights

Figure 3.9:

Black surface: daytime running lights and / or front brake lights

Example figure: Grill insert Frozen with predator teeth:

Figure 3.10:

Black surfaces: predator teeth as daytime running lights and / or front brake lights

Figure 3.11:

Black surfaces: predator teeth as daytime running lights and / or front brake lights

Figure 3.3:

Cricket insert frozen with predator teeth: positionless / blank drawing

Example 3: Grill insert Attilia:

Figure 3.12: positionless

Figure 3b:

Black surfaces: daytime running lights and / or front brake lights

Figure 3.13:

Black surfaces: daytime running lights and / or front brake lights

Figure 3.14:

Black surfaces: daytime running lights and / or front brake lights

Figure 3.15:

Black surfaces: daytime running lights and / or front brake lights

Figure 3.16:

Black surfaces: daytime running lights and / or front brake lights with predatory teeth

Figure 3.17:

Example figure 3.17: positionless

Example 4: Grill insert riot:

Figure 3.18: positionless

Figure 3.19:

Black surface: daytime running lights and / or front brake lights

Figure 3.20:

Black surface: daytime running lights and / or front brake lights

Figure 3.21:

Black surface: daytime running lights and / or front brake lights

Figure 3.22:

Black surface: daytime running lights and / or front brake lights with predatory teeth

Figure 3.23:

Black surface: daytime running lights and / or front brake lights with predatory teeth

Claim figure 3.24: positionless

Poison tooth collection for rear bumpers & front bumpers:

Description-Figure: Poison Tooth Collection:

This collection of fangs can z. B. can be used as daytime running lights (all black lines) and / or as daytime running light component with front brake light function and reflector base and / or as a punched component and / or as paint of all kinds, as well as for foiling, as a light-reflecting version etc., also colored and / or 1, 2 and 3-part versions and as a design option for headlights and / or rear lights are conceivable, also as reflector items that can be cut to size and in Hartz reflector surfaces.

The design versions are binding, the proportions and optical color wishes of the customer and / or manufacturer should be taken into account, but are variable.

All LED diode holder elements are preferably to be installed in Swarowski-Stein-Optik ® in order to meet the design requirements of exclusivity, a round shape would be an advantage and should be marketed as a "crystal function design", and as a design variant it would also be The Swarowskisteine on the back to use a reflector foil instead of a chrome surface as a reflector surface, furthermore it is conceivable to use the “crystal-function-design” diode sockets for the conventional lighting on vehicles.

Figure 4.1: Positionless / blank drawing

Figure 1a:

surface A. : Top of tooth
surface B. : Tooth side bent to the left
surface C. : Tooth side bent to the right

Figure 4.2:

surface A. : Fang
surface B. : Venom canals

Figure 4.2 right: positionless / blank drawing

Figure 4.3:

surface A. : Fang
surface B. : Venom canals

Figure 4.3 right: positionless / blank drawing

Figure 4.4:

surface A. : Fang
Area B: venom canals

Figure 4.4 right: positionless / blank drawing

Figure 4.5:

surface A. : Fang
surface B. : Venom canals

Figure 4.5 right: positionless / blank drawing

Figure 4.6:

surface A. : Fang
surface B. : Venom canals

Figure 4.6 right: positionless / blank drawing

Figure 4.7:

surface A. : Fang
surface B. : Venom canals
surface C. : Fixation tooth

Figure 4.7 right: positionless / blank drawing

Figure 4.8:

surface A. : Fang
surface B. : Venom canals
surface C. : Fixation tooth

Figure 4.8 right: positionless / blank drawing

Figure 4.9:

surface A. : Fang
surface B. : Venom canals
surface C. : Fixation tooth

Figure 4.9 right: positionless / blank drawing

Figure 4.10:

surface A. : Fang
surface B. : Venom canals
surface C. : Fixation tooth

Figure 4.10 right: positionless / blank drawing

Figure 4.11:

surface A. : Fang
surface B. : Venom canals

Figure 4.11 right: positionless / blank drawing

Figure 4.12:

surface A. : Fang
surface B. : Venom canals

Figure 4.12 right: positionless / blank drawing

Figure 4.13:

surface A. : Fang
surface B. : Venom canals

Figure 4.13 right: positionless / blank drawing

Figure 4.14:

surface A. : Fang
surface B. : Venom canals

Figure 4.14 right: positionless / blank drawing

Figure 4.15:

surface A. : Fang
surface B. : Venom canals

Figure 4.15 right: positionless / blank drawing

Figure 4.16:

surface A. : Fang
surface B. : Venom canals

Figure 4.16 right: positionless / blank drawing

Figure 4.17:

surface A. : Fang
surface B. : Venom canals

Figure 4.17 right: positionless / blank drawing

Figure 4.18:

surface A. : Fang

Figure 4.18 right: positionless / blank drawing

Figure 4.19:

surface A. : Fang
surface B. : Component two

Figure 4.19 right: positionless / blank drawing

Figure 4.20.

surface A. : Fang
surface B. : Component two
surface C. : Component three

Figure 20 right: positionless / blank drawing

Figure 4.21:

surface A. : Fang

Figure 4.21 right: positionless / blank drawing

Figure 4.22:

surface A. : Fang

Figure 4.22 right: positionless / blank drawing

Figure 4.23:

surface A. : Fang
surface B. : Component two

Figure 4.23 right: positionless / blank drawing

Figure 4.24:

surface A. : Fang
surface B. : Component two

Figure 4.24 right: positionless / blank drawing

Figure 4.25:

surface A. : Fang
surface B. : Component two

Figure 4.25 right: positionless / blank drawing

Figure 4.26:

surface A. : Fang
Surface B: component two
surface C. : Component three

Figure 4.26 right: positionless / blank drawing

Figure 4.27:

surface A. : Fang
surface B. : Component two
surface C. : Component three

Figure 4.27 right: positionless / blank drawing

the 4th .28 to 4th .45 show further examples of fangs with different designs, arrangements and design combinations, but as described above.

Figure 4.28 shows fangs with blood drops:

• Example 1 = poison tooth with the positions:
  • A = poisonous tooth body
  • B = bone
  • C = bone inwards (recess 3D)
  • D = bone not as a recess
  • E = drops of blood 4th Pieces per tooth

Example 2 shows the poison tooth in duplicate, and Example 3 shows the blood drop.

4th .29 shows 4th .28 but without blood drops, otherwise same design.

Figure 4.30 shows Satan's tooth 1x and poison tooth 2x:

Description of poison tooth 1 & 3 :

• A = poisonous tooth body
• B = bone
• C = bone inwards (recess 3D)
• D = bone not as a recess
• E = drops of blood 4th Pieces per tooth

Description of Satan's Tooth 2 :

• A = tooth body has a V-shape
• B = blood drop
• F = bone not as a depression as a raised surface
• a = bone inwards (recess 3D)
• b = bone not as a depression

Figure 4.36 shows Stone Age predator fangs:

1. Stone Age predator fang bear food:

• A = Tooth body, at the top round, laterally curved design left and right and at the bottom pointed but rounded.
• B = crescent moons as a tooth element

2. Stone Age Predator Fang Heartfood:

• A = Tooth body in heart shape with pointed design elements at the top, on the left and right sides with a slight round curve tapering downwards.
• B = crescent moons as a tooth element

3. Stone Age Predator Fangs Pointed Tooth:

• A = Tooth body in a semicircular shape at the top, and the sides on the left and right converge to a point, slightly curved downwards.
• B = crescent moons as a tooth element

Figures 4.37 to 4.44 show Satan's teeth:

Example 3: Satan's teeth with drops of blood:

Figure 4.37 Satan's Tooth:

Poison tooth with blood drops

A = large sized blood drop
B = satan's tooth

Figure 4.38 Satan's Tooth:

Shows the satan's tooth in double lines for colored design, e.g. B. for reflective surfaces.
A = area for blood drops
B = double line area

Figure 4.39 Satan's Tooth:

Description as under Description of poison tooth 1 and 3 , but with at least 7 blood drops per tooth.

Figure 4.40 Satan's teeth:

Indicates 3 Examples of the design that is mandatory with a combination of 4th .37 and 4th .42 with the peculiarities of,
a = Satan's tooth 4.37 positioned in the middle
b = Satan's tooth 4.37 positioned inwards
c = Satan's tooth 4.37 positioned outwards

Figure 4.41 Satan's teeth:

Indicates 3 Examples of the design that is mandatory with a combination of 4th .37 and 4th .42 with the peculiarities of,
d = Satan's tooth 4.37 positioned approx. 50% smaller at the top in the middle
e = Satan's tooth 4.37 positioned approx. 50% smaller inward
f = Satan's tooth 4.37 positioned to the lower right

Figure 4.42 Satan's teeth:

Indicates 3 Examples of the design that is mandatory with a combination of 4th .37 and 4th .42 with the peculiarities of,
g = satan's tooth with 4th .37 positioned twice at the top in the middle
h = Satan's tooth 4.37 positioned to the left outside
i = Satan's tooth 4.37 positioned to the inside left

Figure 4.43 Satan's teeth with drops of blood:

j = satan's tooth with 4th .37 positioned 2x offset upwards
k = satan's tooth with 4th .37 positioned 3x offset upwards, left and right
I = Satan's tooth with 4th .37 positioned 3x offset upwards

Figure 4.44 Satan's teeth without drops of blood:

m = satan's tooth with 4th .37 positioned 2x offset upwards
n = satan's tooth with 4th .37 positioned 3x offset upwards, left and right
o = Satan's tooth with 4th .37 positioned 3x offset upwards

Figure 4.45 Satan's tooth as the basic tooth for the above-mentioned Figures 4.29 to 4.44.

Front spoiler and rear bumper with indirect lighting as daytime running lights Bumper:

1. 1. A special feature is that the design is milled into the bumper to the left and right of the license plate holder in the front spoiler and rear bumper (width / height of the milling surface for design 12 cm) and from the rear of the bumper by a full-surface LED lamp with daytime running light intensity Illuminated (impact-resistant clear glass cover), with this type of daytime running light in the front bumper, the light output in the actual headlight can be optimized.
2. 2. Characterized by this, the tuning customers can realize their own designs (as far as technically possible), and the new pedestrian protection criteria can also be met; the front spoiler bumper must also be produced so that the motifs offered by the customer or manufacturer are also implemented can be.
3. 3. Characterized by, preferably produced by "German manufacturers" in order to meet the required TÜV approval criteria and to guarantee compliance, the tuning component is made of PU-ABS plastic (impact-resistant, shock-resistant, paintable), the following variants are also available Black-chrome, chrome, gold-chrome, black high-gloss and paintable surfaces.
4. 4. Characterized by being installed in trucks, cars, SUVs, vans, American monster trucks, European, American and Asian vehicles, the principle of the daytime running light bumper is derived from the 3rd brake light, which is mounted on the outside of the vehicle, but with the difference in the mounting position, the full-surface LED lamp on the rear of the bumper.
5. 5. Characterized by the special assembly ( 5 .1 and 5 .2), the size of the full-surface LED lamp and the size of the area to be used must be determined by the manufacturer so that he can concentrate on one standard in order to adapt the production of the tuning components to the production in a fluid, plannable and effective manner, for a large number and variety of the series

Led light area light system:

Initiation:

With this invention, it should be possible to place several LED light surfaces in a smaller space, for more design freedom and security.

Description:

1. 1. A minimum of 2 LED light-emitting elements are plugged into each other, depending on the size of the area to be illuminated, up to a maximum of 6 LED light-emitting areas can be produced in this way, depending on the size of the area to be illuminated, up to 20 LED light areas can be planned.
2. 2. All of these LED Light Area Light System lights also have microprisms and / or retro reflector elements, also cubic.
3. 3. The edge areas can also be used as LED light areas.
4. 4. The other examples listed are based on claim 1 and show the possible uses of this technology.

Figure 6.1: LED Quick Stick assembly system:

the 6th .1 shows the LED-Quick-Stick assembly system in its basic version, which is representative of other versions.

• A = 1. Teil der LED-Quick-Stick-Baukasten-Bauweise
  • A1 = 2. Teil der LED-Quick-Stick-Baukasten-Bauweise
• B = zeigt die am Rand leuchtenden LED's im 1. Teil und strichlierte Linie
  • B1 = zeigt die am Rand leuchtenden LED's im 2. Teil
• C = der Kontaktstift, z. B. in Form eines USB-Sticks-Steckers in z. B. runder Ausführung.
• D = das Kontaktgegenstück des USB-Stick-Steckers in z. B. runder Ausführung.

Description as follows:

• A = 1st part of the LED Quick Stick construction kit
  • A1 = 2nd part of the LED Quick Stick construction kit
• B = shows the LEDs shining at the edge in the 1st part and the dashed line
  • B1 = shows the LEDs lit at the edge in the 2nd part
• C = the contact pin, e.g. B. in the form of a USB stick plug in z. B. round design.
• D = the contact counterpart of the USB stick connector in z. B. round design.

Figure 6.2: Pyramid construction:

the 6th .2 shows a pyramid construction as a possible construction, other application-related construction methods are possible.

• A = Basis-Leuchtfläche links und rechts
• B = Leuchtfläche zwei links und rechts in weiß gezeichnet
• C = Leuchtfläche drei links und rechts
• D = Leuchtfläche drei links und rechts in weiß gezeichnet

Description as follows:

• A = basic light area left and right
• B = luminous area two left and right drawn in white
• C = luminous area three left and right
• D = three luminous areas drawn in white on the left and right

Figure 6.3 and 6.4: Diamond LED segment area:

the 6th .3 and 6.4 show LED segment areas in a large diamond area in which LED elements in arrow optics are installed, without position assignment.

Example - Figure 6.4: Diamond LED segment area:

Positions:

A = diamond case area
B = area to be equipped
C = arrow area as LED light area
D = arrow area as LED light area

The black lines can also be used as an LED light area.

Figures 6.5 - 6.9: Jet Stream:

• Oben 2 Pfeile
• Mittig 4 Pfeile
• Unten 2 Pfeile

6th .5 to 6.8 show the basic version, in arrow optics 3-fold for one direction each, the assembly is as below 6th .4 described to be carried out.
Design Jet-Stream is structured as follows:

• Above 2 Arrows
• In the middle 4th Arrows
• Below 2 Arrows

Figures 6.5 and 6.6 without positioning

Figure 6.7:

A = arrow A = outer LED light area
B = arrow B = middle LED light area
C = arrow C = inner LED light area

Example figure 6.8:

A = outer LED light area
B = inner LED light area
C = middle LED light area

Example 5: Double jet stream:

Figure 6.9 = positionless

Figure 6.10:

A = outer LED light area
B = middle LED light area
C = inner LED light area

• Oben 4 Pfeile, mittig 8 Pfeile und unten 4 Pfeile.

The black lines can also be used as an LED light area. Arrangement is as follows:

• 4 arrows at the top, 8 arrows in the middle and 4 arrows at the bottom.

Example figure 6.11 to 6.14: traffic light lamp:

Example figure 6.11 = base positionless

Example figure 6.12:

Description as follows:

14 hexagon (hexagon) individual segments in a round overall traffic light lamp.

Example figure 6.13:

Description as follows:

14 hexagon (hexagon) individual segments in a round overall traffic light lamp.
A = protective shield and LED flashing light area (blue light area)
B = mounting surface for 14 hexagon (hexagon) individual segments and LED flashing light surface (blue light surface)
C = 14 hexagon (hexagon) single segments,
The black lines can also be used as an LED light area.

Example figure 6.14:

Description as follows:

A = large figure

elements 1 until 3 show the individual traffic light lamps in smaller images.

Example figures 6.15 and 6.16: Traffic light:

6th .15 and 6.15 show the traffic light in a mounted and ready-to-use version.

Figure 6.15 = positionless

Example figure 6.16: Traffic light:

Description as follows:

A and A1 = radio antennas for receiving signals from the emergency services and rescue workers B = traffic light hood to protect the transmitter / receiver unit and as a protective shield and LED flashing light surface (blue light surface).
Position 1 to 3 = 14 hexagon (hexagon) individual segments in a round overall traffic light lamp.
Position 4 = LED light / signal flashing area (blue light signal area).

Example figures 6.17, 6.18, 6.29, 6.20: Blue light signal system:

This example shows in 4 examples how a modern flashing light system that can be seen more quickly by all road users can look like in the future for use and rescue vehicles, descriptions are as follows, BMW x2 ® as an example vehicle.

• a & a1 = Scheinwerfer oberer Gehäuserand bzw. Fahrtrichtungsanzeiger
• b & b1 = seitlicher Front-Stoßstangeneinsatz links u. rechts
• c & c1 = Blinklicht Frontgrill-Einsatz inkl. durchgezogene Led-Blinkleiste (d) in Front-Stoßstange unten mittig verlaufend.
• e und e1 = BMW-Nieren mit LED-Blinklichtrahmen

Example figure 6.17: LED flashing light in blue for use & rescue vehicles front view:

• a & a1 = headlights on the upper edge of the housing or direction indicators
• b & b1 = side front bumper insert left and right
• c & c1 = Flashing light front grill insert including continuous LED flashing bar (d) running in the lower center of the front bumper.
• e and e1 = BMW kidneys with LED flashing light frame

These LED flashing lights / operating signal lights can be activated and deactivated with a button.

• A = Kotflügelverkleidung beidseitig
• B = Seiten-Schwellerbereich beidseitig
• C = Blinklichtkranz in Karosserie um die Heckleuchten herum
• D = Kotflügelverkleidung beidseitig
• E = Dachkantenspoiler seitlich gesehen beidseitig
• F = Fahrzeug-Türklinken, alle am Fahrzeug befindlich herum
• G = Blinklicht in Heckstoß-Stange links und rechts

Example figure 6.18: LED flashing light in blue for use and rescue vehicles-side with blue light:

• A = fender trim on both sides
• B = side sill area on both sides
• C = indicator ring in the body around the rear lights
• D = fender trim on both sides
• E = Roof edge spoiler seen from the side on both sides
• F = vehicle door handles, all around the vehicle
• G = flashing light in the rear bumper left and right

• A = Blinklicht in Dachkantenspoiler links und rechts
• B und B1 = Blinklichtkranz in Karosserie um die Heckleuchten herum
• C und C1 = Blinklicht in Heckstoß-Stange links und rechts
• D und D1 = LED-Diffusor-Blinklicht

Example figure 6.19: LED blue light in the rear section:

• A = flashing light in the roof spoiler on the left and right
• B and B1 = indicator ring in the body around the rear lights
• C and C1 = flashing light in the rear bumper left and right
• D and D1 = LED diffuser flashing light

• A und A1= LED-Blinklichtkranz in Karosserie um die Heckleuchten beidseitig
• B = LED-Blinklicht-LED-Lichtleiste in der Heckleuchte, in der Gehäusemitte positioniert.
• C = LED-Blinklichtkranz in der Außenspiegelkappe in Richtung des rückwärtigen Verkehrs montiert.

Example figure 6.20: LED blue light ring around the rear lights:

• A and A1 = LED flashing light ring in the body around the rear lights on both sides
• B = LED flashing light LED light bar in the rear light, positioned in the middle of the housing.
• C = LED flashing light ring mounted in the exterior mirror cap facing the traffic behind.

Example figure 6.21: 4 point star double:

• A = 4 Punkt Stern 1, LED-Rot leuchtend
• B = zeigt den Felgendeckel mit doppeltem 4 Punkt Stern Design
• C = 4 Punkt Stern 2, LED-Blau leuchtend
• Diese LED-Leuchtfunktion kann auch als Alufelgen-Deckel

6th .21 shows a rim cap with a double 4 point star as an LED flashing light, description of the positions are:

• A = 4 point star 1 , LED red glowing
• B = shows the rim cap with a double 4-point star design
• C = 4 point star 2 , LED blue glowing
• This LED light function can also be used as an aluminum rim cover

Daytime running light / position light R87 in white and can be used as an aluminum rim cover - brake light.

• A = 4x Bavaria-Star ca. 50% kleiner gegenüber den anderen
• B = 4x Bavaria-Star in erst festgelegter Größe
• C = inneres kleineres Bavaria-Star-Element ist in LED-Blau zu programmieren
• F = das äussere Bavaria-Star-Element ist in LED-Rot zu programmieren
• D = ist in LED-Blinklicht-Blau leuchtend zu programmieren
• E = ist in LED-Blinklicht-Rot leuchtend zu programmieren
• G = äußeres Bavaria-Star-Element in LED-Blau leuchtend zu programmieren
• H = inneres kleineres Bavaria-Star-Element ist in LED-Rot leuchtend zu programmieren

Example figure 6.22: Aluminum rim with LED rim cover and LED flashing light Inserts: The 6th .22 shows an aluminum rim with LED lighting technology in the aluminum rim including rim cover (screw cover), design is Bavaria-Star, description of the items are:

• A = 4x Bavaria-Star approx. 50% smaller than the others
• B = 4x Bavaria-Star in a specified size
• C = the inner, smaller Bavaria Star element is to be programmed in LED blue
• F = the outer Bavaria Star element is to be programmed in LED red
• D = is to be programmed in LED flashing light blue
• E = is to be programmed in red flashing LED light
• G = outer Bavaria Star element to be programmed in LED blue glowing
• H = the inner, smaller Bavaria-Star element is to be programmed with a glowing red LED

Example-Figure 6.23: Rotation-Bound-Contact-Hexagon-Inglese part 1:

• A = Steckerkörper 1, der über den Steckerkörper darüber verschraubt wird, Gewinde in Stecker-Innenseite.
• B = Steckerkörper 2, der in Steckerkörper 1 zuerst gesteckt (zusammengesteckt) wird und dann durch die beiden Gewinde zusammen geschraubt wird, dabei befindet sich das Gewinde an der äußeren Steckerseite.
• C = zeigt die Schraubrichtungen Positionen 1-3 = zeigen die min. 3 Kontaktstecker in Hexagonbauweise (Sechseck) mit Schutzkontaktstecker Position 4 und 5 = Gewinde in Steckkörper 1

the 6th .23 shows a plug and twist contact plug system for the safe power supply of the 9 .0 and 9 .1 in the alloy rim, while driving, the positions are as follows:

• A = connector body 1 , which is screwed over the connector body, thread in the inside of the connector.
• B = connector body 2 that is in connector body 1 is first plugged (plugged together) and then screwed together through the two threads, the thread is on the outer side of the connector.
• C = shows the screwing directions positions 1-3 = show the min. 3 Contact plug in hexagon design (hexagon) with safety plug position 4th and 5 = thread in plug-in body 1

Example figure 6.24: Rotation-Bound-Contact-Hexagon-Inglese part 2 :

the 6th .24 shows the two halves left and right of the Rotation-Bound-Contact-Hexagon-Inglese connector, the positions are as follows:

Left half:

Shows the at least 3 plug contacts, the upper and lower plug contact design shows the white drawing element as a minus and the black drawing element as a positive pole, the middle plug contact has the function of a safety plug with 2x 1x to protect against damage to the electronics and 1x to protect against incorrect voltages in the system.
shows the 3 connector sockets,
A = upper plug contact
B = middle plug contact
C = lower plug contact
D = shows the magnetic contact / sensor ring for the smooth transfer of energy from the vehicle to the aluminum rim, whereby the wheel hub of the respective vehicle has this magnetic contact / sensor ring already integrated to transfer functions to the rim (large-scale production), the same ring must be placed there on the rim, where the rim sits 100% on the wheel hub.

A cable is connected to the described connector contact half through the rim and plugged together by connecting to the right connector contact half, and nothing stands in the way of energy and signal transmission.

Right half:
A1 = upper plug contact
B1 = middle plug contact
C1 = lower plug contact
Position 1 = cable merging to form a cable ( 2 ), which establishes the connection to the rim cap, plus the protective cover ( 3 ).

Example figure 6.25: Rotation-Bound-Contact-Hexagon-Inglese part 3 :

the 6th .25 shows the two halves left and right of the Rotation-Bound-Contact-Hexagon-Inglese connector, the positions are as follows:

Left half:

B = shows the magnetic contact / sensor ring for smooth energy transfer.
Positions a to c = show the thread on the inside of the connector.

Right half:

A = = shows the magnetic contact / sensor ring for smooth energy transfer.
Positions d to h = show the thread on the outside of the connector.

Example figure 6.26: Magnetic contact / sensor ring:

• Position A = magnetischer Kontaktring
• Position B = Sensorring, beide Bauteile dienen zur Energieübertragung

6th .26 shows a magnetic contact sensor ring, the positions are as follows:

• Position A = magnetic contact ring
• Position B = sensor ring, both components are used for energy transmission

Example figures 6.27 and 6.68: Overhead blue light system part 1 :

6th .27 shows a new type of blue light concept that should make it possible not to influence the aerodynamics of the emergency rescue vehicle, as intended by the manufacturer, because it can be lowered (when driving under blue light) and state-of-the-art lighting technology is used.

Figure 6.27 = positionless

Figure 6.28:

A = Arrangement of flashing light / blue light in LRF technology on the ( A. ) Longitudinal and broad sides ( B. ).
C1 to C4 = arrangement of flashing lights in red flashing light design for better visibility and z. B. to secure the operation or accident site, this function is also used by the rescue helicopter when using or locating an accident site from the air.
X = arrangement of the extendable component, which is also the same as under point A. , B. and C1 until C4 can be illuminated, this component can be extended completely vertically and / or extended per side in each direction and / or like a car sunroof, when equipped with HD digital cameras, e.g. in emergency vehicles such as the police, can be used during the deployment or accident site security monitor them with cameras.
Y = shows the distance to the flashing light ring in mm?.

Example figure 6.29 and 6.30: Overhead blue light system part 2 :

6th .29 shows a technical extension of the overhead blue light system part 1 which relates to the positions ( A. ) according to the drawing 5 Arrows can also be more and / or less, depending on the area of the vehicle.

Figure 6.29 = positionless

Figure 6.30:

A = arrows as shown, but when the operating mode is extended, they light up all around in red on the sides, height can be determined by the manufacturer in mm?

Areas of application:

z. B. Street lighting, barrier lighting, traffic lights, headlights, rear lights, turn signals / direction indicators, rear fog lights, roof edge spoilers, fog lights, 2 Partial daytime running lights, lane lighting, traffic marker posts, trailers, warehouse lighting, aluminum rims and aluminum rim covers, e.g. screw caps, brake calipers, etc., helicopter landing pad lighting in clinics and hospitals 24 hours a day, embedded in the floor and the entire security area.

Functional brake disc ring for vehicles:

7th .1 shows the retrofittable functional brake disc ring in a light-reflecting and / or illuminated version, which is mounted with the brake disc on the wheel hub and fastened or screwed together.

These retrofitting work can only be carried out by specialist workshops because brakes are a safety-relevant component on the vehicle. B. 4 hole connection.

Figure 7.1 = positionless

Figure 7.2:

A = Functional brake disc ring installed together with the brake disc on the wheel hub.
B = light-reflecting functional brake disc ring, the color of the surface is to be determined by the TÜV.

Figure 7.3:

A = light-reflecting functional brake disc ring
B = fixing hole for the rim screw so that the functional brake disc ring remains centered despite the screw connection.
C = screw rail for the other screw holes for easier fastening work on the vehicle component.
D = semicircular end piece of the screw rail

QUOTES INCLUDED IN THE DESCRIPTION

This list of the documents listed by the applicant was 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.

Patent literature cited

• DE 102018125215 B4 [0035]

Claims (14)

Exterior component with luminous and reflective functional surfaces for vehicles, comprising a light system, preferably a Crystal Diamond LED light system, characterized in that an LED diode inside the light system, preferably the Crystal Diamond -LED light system is arranged, and that the light system, preferably the Crystal Diamond LED light system, comprises a cover with a light-reflecting surface on the inside of the cover, preferably a chrome surface. Exterior component with luminous and reflective functional surfaces for vehicles Claim 1 , characterized in that the Crystal Diamond LED light system has a fastening element, preferably that the fastening element is screwed, clipped or glued to the Crystal Diamond LED light system. Exterior component with luminous and reflective functional surfaces for vehicles Claim 1 or 2 , characterized in that the screw has a round basic shape with a hexagon element and a cross-head element, preferably one third of the hexagon element is marked as a recess, and the cross-recess element is intended as a second recess module, again one third deeper than the hexagon , whereby this screw can preferably be used for mounting on the vehicle and for mounting by the manufacturer. Exterior component with luminous and reflective functional surfaces for vehicles with side sill body and / or bumper body and / or front grill insert and / or roof edge spoiler, characterized in that the side sill body includes an air duct inside, and / or that the bumper body has oval recesses for has various inserts and / or LED functional luminous surface as a narrow line, and / or that the front grill insert has stabilizer components and mounting points for a snake tongue and a snake jaw left and right, and / or that the roof edge spoiler has functional luminous surfaces. Exterior component with luminous and reflective functional surfaces for vehicles with a grill insert, characterized in that the grill insert has an LED functional lighting surface - daytime running lights and / or an LED functional lighting surface - front brake light. Exterior component with luminous and reflective functional surfaces for vehicles with a rear bumper and / or a front bumper, characterized in that a poison tooth collection is arranged on the rear bumper and / or the front bumper, preferably usable as daytime running lights (all black lines) and / or as a daytime running light component with front brake light function and reflector base and / or as a punched component and / or as paint of all kinds, as well as for foiling, as a light-reflecting version, etc., also colored and / or 1, 2 and 3-part versions and as design options for headlights and / or rear lights are conceivable, also as reflector articles that can be cut to size and in Hartz reflector surfaces. Exterior component with luminous and reflective functional surfaces for vehicles comprising a front spoiler and a rear bumper, characterized in that the front spoiler and the rear bumper with indirect lighting are designed as daytime running light bumper. Exterior component with luminous and reflective functional surfaces for vehicles Claim 7 , characterized in that the design is milled into the bumper to the left and right of the license plate holder in the front spoiler and rear bumper (width / height of the milling surface for design 12 cm) and illuminated from the rear of the bumper by a full-surface LED lamp with daytime running light intensity ( Impact-resistant clear glass cover). Exterior component with luminous and reflective functional surfaces for vehicles Claim 7 or 8th , characterized in that the required TÜV approval criteria are met, and the tuning component is made of PU-ABS plastic (impact-resistant, shock-resistant, paintable), and that the surface in black-chrome, chrome, gold-chrome, black high-gloss and paintable surface is formed. Exterior component with luminous and reflective functional surfaces for vehicles according to one of the Claims 7 until 9 , characterized in that the front spoiler and rear bumper can be used for trucks, cars, SUVs, vans, American monster trucks, European, American and Asian vehicles, and the principle of the daytime running light bumper from the 3rd brake light on the outside Vehicle mounted is derived, but with the difference in the mounting position of the full-surface LED lamp on the rear of the bumper. Exterior component with luminous and reflective functional surfaces for vehicles with an LED light area light system, characterized in that at least two LED luminous elements are plugged into one another, depending on the size of the area to be illuminated, in this way until A maximum of 6 LED light-emitting areas can be produced, depending on the size of the area to be illuminated, up to 20 LED light-emitting areas can be planned. Exterior component with luminous and reflective functional surfaces for vehicles Claim 11 , characterized in that the LED Light Area Light System lights also have microprisms and / or retro reflector elements, also cubic. Exterior component with luminous and reflective functional surfaces for vehicles Claim 11 or 12th , characterized in that the edge areas can also be used as LED light areas. Exterior component with luminous and reflective functional surfaces for vehicles with a functional brake disc ring for vehicles, characterized in that the functional brake disc ring can be retrofitted and is light-reflecting and / or illuminated, the functional brake disc ring with the brake disc on the wheel hub is mounted and fastened or screwed together.

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