TR201611913A2 - LIGHTING STEERING ASSEMBLY - Google Patents

Abstract

The lighting system for a vehicle steering assembly is provided here. The lighting system comprises an element extending from a steering column. A light source which illuminates at least a portion of the element is located inside the vehicle. The first photoluminescent structure is placed on the element and configured to illuminate in response to excitation of the light source. In some embodiments, the light source may implement a slim design, thereby assisting the placement of the light source in the small package areas of the vehicle where conventional light sources are not applicable.

Description

DESCRIPTION ILLUMINATED STEERING ASSEMBLY Submit Related References[El The present application is filed on Nov. 21, 2013 with a “PHOTOLUMINESAN STRUCTURAL VEHICLE LIGHTING SYSTEM" titled 141086442 numbered]]Z|Used in the US Patent Application continuedEIOIan “DOOR LIGHTING AND WARNING SYSTEM” filed on January 23, 2015 baslllZHZI14/603,636 numbered EEEUS Patent Application continuation above- mentioned above references are incorporated herein by reference in their entirety.

Technical Field of the Invention The present invention relates to vehicle lighting systems in general and in particular to one or more relates to vehicle lighting systems using photoluminescent structures.

State of the Art of the Invention (Prior Art) Illumination emerging from photoluminescent materials, a unique and attractive viewing experience Indirectly, such structures are available in automotive vehicles for various lighting applications. applications are requested Opening the Invention to the Klala and Purposes According to one aspect of the present invention, the lighting system for a vehicle is turned on. The lighting system includes an element extending from a steering column. Staff at least one klîlnIIEbydatan is placed in a @IE resource tool. First photoluminescent structure is placed on the element and to be illuminated as [t] in accordance with @El source yapilândlîllüiaktadlîl According to another aspect of the present invention, a lighting system is disclosed. system, the steering wheel with a mount and a wheel connected to the spoke vausula mount. contains. The IsilZJ weld is placed on the socket. First Iuminescent on it to illuminate incorrectly in accordance with a word that has been yapllândElBiaktadlEl According to yet another aspect of the present invention, a lighting system for a vehicle OPENING The lighting system uses a key extending from the steering column of the vehicle] contains. A source of lllîl: it is built into the tool. First photoluminescent structure placed on the key. First photoluminescent structure: At least one ELE source @EÇEEISIEII from the klElnIl warning- made to illuminate wrongly This and other aspects of the present invention, objects/properties, brief description, claims and the accompanying figures will be understood and appreciated upon examination by persons skilled in the art. will be.

Brief Description of Figures In the figures: FIG. 1, the lighting used in a steering gear unit according to a structure. The interior of the devices equipped with the system appears in perspective view.

FIG. 2 shows the interior of the vehicle using the lighting system according to a construction. Positioned steering gearII side view.

FIG. 3A, line (III-III) in FIG. 2 showing an Ella source according to a world of construction. It is a cross-sectional view taken throughout.

FIG. 38 is the line in FIG. 2, which also shows a related source according to a build This is the cross-sectional view taken along (III-III).

FIGURE 3G is the line in FIGURE 2, which shows an alternative STRONG source according to a construction This is the cross-sectional view taken along (III-III).

FIGURE 3D, Ella permeable light with a source of lgllZl placed according to a built-in The line (III-III) in FIG. 2, showing an ElK source with a luminescent structure separated on both sides. This is the cross-sectional view taken throughout.

FIGURE 3E, according to a construction to convert from wavelength to second wavelength, a source of yapllândlEllân lglE is placed. This is the cross-sectional view taken throughout.

FIG. 4, according to a structure, crosswise through the lglKl production facility. Two production setups with LED sources of various types and densities shows the view.

FIGURE 5, an element that can be used as a component of the lighting system. perspective shows the view.

FIG. 6, vehicle steering assembly II using a lighting system according to a construction side view.

FIG. 7 shows the lighting system and the second luminescent structure on a vehicle feature. The example shows the side view of the vehicle using the klginII.

FIG. 8, other structured [According to Eina, a component whose steering gear is separated vehicle interior using the lighting system with a photoluminescent structure placed in the II sample shows the perspective view.

FIG. 9, block diagram of the vehicle and lighting systemIE Distinguishing the Invention For the purposes of the description here, “base”, “belonging”, “right , left”, “back”, “front , It may be relevant, however, that the present invention may involve various alternative orientations should be accepted. AyrlEla, illustrated in the attached drawings and specific devices disclosed in the specification. and transactions, determined only in the attached claims. Since it is understood that createEZconcepts are precedent, The specific dimensions and other characteristic features related to the constructions shall be contrary to the claims unless the claims express. should not be accepted by force unless specified.

As required, the details of the present invention are disclosed herein. However, Openings that can be made in various and alternative ways Figures do not need to show detailed design and are functional. Some drawings can be enlarged or reduced to show an overview.

Indirectly, the specific structural and functional details disclosed here. not by sßlillayEUJI, this instead of teaching a person skilled in the art to apply the present invention in various aspects interpreted as an exemplary basis for As used herein, the term “and/or” refers to one or more items. own bass of any of the listed parts. or two or more of the listed items more than. It means that it can be used in any combination. For example, A, B When a composition is described that includes components C and/or C, this composition only refers to A'yuyalnlilia B, only C, combination of A and B, combination of A and C, combination of B and C may contain a combination of or a combination of A, B, and C.

Below is the description of the vehicle steering assembly. to illuminate an area near Yapllândliilüilg describes a lighting system. The lighting system, advantageously, one or more of them to illuminate previously identified events incorrectly. can use photoluminescent structure. One or more photoluminescent structures common lSlKl Transforming and Egilizing the differences typically found in the visible spectrum It can be made to re-radiate at a wavelength. BazISJrapllEndlElnada, @Ekaynagü able to apply a fine design so that this can be applied to traditional LIL welds. not [glßracl small packet fields. ISIKI source IE] Referring to FIG. 1, according to a construction, the steering wheel (16) is approximately The agent (14) is an instrument built to illuminate one or more of its components and/or an area. The lighting system (10) is placed in the steering device (12) of the vehicle (14).

Steering assembly (12), for controlling vehicle (14) steering Yapllândlîllöaktadlîl Steering gear (12) is a part of the instrument panel (18) inside the vehicle (14). It can be mounted on the switchgear. The steering assembly (12), a steering shaft (20) and a steering wheel (16) connected to the steering shaft (20) in order to rotate in harmony with it. may contain. Steering wheel (16), a slot (22) and at least one spoke (26) vasiulis to slot (22) it may comprise a connecting ring 22. According to the shown yapllândlîilna, YuvayE(22) bagel An instrument cluster positioned forward of the steering wheel (16) to connect (24) (28) is largely in the lower half of the steering wheel to ensure adequate tracking. Intensified three spokes (26) are used, however, the concepts of the present invention splitting- any number of spokes (26) can be used in any orientation is being considered.

The driver wants to control the handling of the vehicle (14) road wheels. In this case, the driver turns the steering wheel (16) (24) of the steering wheel. Ring (24) spokes (26) Vasuîislîla connecting to the slot (22) the turn of the shim (24), the housing (22) and the steering wheel The shaft (20) placed inside the shaft (20) causes the shaft (30) to rotate. The shaft (30) controls the road administration. steering linkage, which adjusts the angled position of the vehicle wheels to control (not shown) connecting The vehicle (14) additionally includes a seat (34) with the backrest (36) swivel-mounted and The vehicle includes a gear shifter 38 that controls the way the transmission is run. Here Not to be affected by the described steering assembly II (12), two-coated sports vehicles, sedans, trucks, sports utility vehicles, EdSUV), pickup trucks, etc. It should be appreciated that it can be used in the vehicle (14). In addition, the vehicle (14) located elsewhere any enlightenment system (10) is also in line with the principles of the present invention. manufacture should be appreciated.

As shown in FIG. 2, the vehicle (14) consists of an instrument panel (18), steering column (20) and Steering shaft cover assembly IE(40). Steering shaft (20), a steering wheel (16), steering shaft (IEQBO), element E042) and associated wiring. @haya According to this, the element (42) can be constructed in the form of a straight-through button. Steering shaft straight cruise buttons, cruise control system, turn signal, light-up system(s) and/or the vehicle (14) may operate a function such as the windshield wiper system. straight going button can usually be started or started or contacted one of the agent functions. The button can be turned with a klîinlîletraflut. Or go straight button, tool To start and contact one of the functions, it is necessary for the driver to lead a klâtnllîcll. may require. In some cases, the return movement has multiple possible @gh related a specific Ella concentration or multiple possible wiper h-an selected from the intensities A specific selected wiper adjusts the variation in a specific function, such as speedIn addition or, alternatively, element 42, which is mounted to and extends from the steering column and gears vasslila automatic gearboxAs a device made to move the hand It can be made. Multiple differences such as gearbox, park, reverse, empty, drive The gear change can be moved between positions. At the same time, element& (42) detached from the teachings provided here. any device that extends from or is located close to the steering shaft. It should be appreciated that it can be a type of device.

In addition, the steering column (20) and/or the steering wheel (16) may be attached to the instrument panel (18) or the vehicle. (14) can be positioned in an adjustable way according to other usage. For example, the steering wheel shaft (20), or a steering shaft (20) and/or steering wheel (16) thereof, where desired It can be tilted, raised or lowered for the purpose of being positioned.

Positioning operation, steering wheel to allow positioning automatically or manually an actuated electric switch to unlock or lock the spindle (20) or one or more control such as mechanical control (44) may be facilitated.

Steering shaft cover assembly (40) encloses at least one blade of the steering shaft (20) can be placed. As shown in FIG. 2, the steering column cover assembly E(40) it is usually located between the instrument panel (18) and the steering wheel (16). steering shaft cover assemblyE(40), one or more between the steering column (20) and the instrument panel (18) To hide the gap and to adapt to the positioning of the steering column (20) It can be done to yawn.

Steering column cover assembly (40), any suitable configuration can happen. In the construction shown in FIG. 2, the steering shaft cover assembly (40) body (46) and a lower body (48). Upper and lower bodies (46, 48) (20) collaborating to identify a gap with at least one used dlB Upper and lower bodies (46, 48), integral flange to join upper and lower bodies (46, 48) can be determined. Upper and lower bodies 46, 48, of any suitable material or materials can be done. For example, upper and lower bodies (46, 48) with steering column cover assembly (40) contact between instrument panel (18) and/or steering column (20). g-things that it can cause thermoplastic olefin (TPO) or It can be made of polymeric material such as polypropylene. Moreover, upper and lower trunks (46, 48), any suitable form, such as injection molding, a molding process can be produced.

An element 42 may extend dlSarlZ1 from the steering shaft 20 . A According to the world, element 42 is a directional drive that controls multiple vehicle functions. It can be made in the form of a button. For example, element 42 is used for vehicle windshield wipers and such as yllîlayEE hand controls, turn signals and vehicle headlights that switch between headlight and high beam It can control various vehicle operating circuits and devices. additional or alternative As the element (42), the vehicle stabilizer device II open[II has been pre-closed by setting the closing Controlling any other function that a passenger wants can be used for. Element 42, in addition to an emblem, logo or passenger information (i.e., element (42) being placed in a predefined place affects the passenger about may contain signs (50) such as to warn. Signs (50), not to be able to deal with it known in the art, including any known calligraphy process. any method may be placed on the element 42 through it.

An ISIEI source (52) is placed on and/or in the steering assembly II (12). can be placed. As shown, beam source(52), steering slot II (22) forward handle (54) is placed and element. (42) from the slot (22) dSiarlýia is directed towards @Hayaymak. According to a narration, Ella resource(52), The nest (22) is a clin. connected, attached or subordinate. a flexible circuit board inserted bakîl flexible circuit). In this type of arrangement, flexible circuit board lighting slotted to allow the lines of the system (10) to the steering wheel (16) to be determined. (22) can be stretched in connection with its curvature.

According to a construction world, the ISIEI source (52), steering column II (22) forward position (54) to fully encircle itDândlEllBwaktadE Described in more detail below As will be noted, to contain more than one k-i that can be clarified as related to Sila(52), can be done. Accordingly, @El source (52) one air conditioner at a time can be illuminated. For example, SIK] welded (52), steering shaft cover assemblies (40) dg it can lay a kEIN that is oriented towards the correctly extending element (42). This kind of In configuration @El source II (52) has a pre-steering wheel (16) like element (42) Along with its rotation to continuously illuminate the identified location can be illuminated.

A photoluminescent oil(62), SIK] source (62) and/or yakIEb may be applied or can be drawn up. One or more of the relevant sources HSZ) are inserted into the illumination system (10). It can be placed and built to propagate towards the lglglTarget Location. More specifically, Ella spreading towards the target location (52) originating from Igllîl, photoluminescent structure] It can be converted by (62) and typically has a different wavelength in the visible spectrum. It can be propagated again as lSlEl. According to the structure shown, the destination location, element (42) is an area located approximately multiple so that the system (10) can be used for more than one function. destination locations- is thought to have. Example functions, greeting/speaking Iambasl,__l a key. (42) ayd Elaining the environment illuminating the time/or vehicle occupants and vehicle (14) characteristics (148) (FIGURE 7) Includes a lamp that provides information about can be multi-called or connected. According to the structure shown in FIG. 2, The slot (22) and the IglEsourceEQSZ are simultaneously placed into a calliper and a multiple calliper material (66) (FIG. 3A), seat (22) and @El weld(52) combination is placed. Head of the multi-molding material 66; it was hardened multi-molding material (66) is used in the nest (22) in a hardened condition. applicable. A multi-curing process in one made (66) spraying, buffing, dipping mina, printing, lamination or rolling vasßsula socket (22) and and hardening of the molding material 66. Such a process is the slotI (22) and coating material (66), polymeric material, silicone, urethane material, vinyl and/or a regular Thus, the vehicle (14) is structurally sound for placement in an area that comes into contact with passengers. or any other material that may be advantageous. More some] where they are made, the multi-adhesive material (66) may be transparent or translucent and the Ella can provide diffusion characteristics. At the same time, in some The slot (22) and the multi-curing material (66) may be separable or interconnected. It is thought that it can be created in an integrated way. Illuminant source II (52) elsewhere to be found and element. (42) that at least one use can be directed to is being considered.

Referring to FIGS. 3A-3E, an external photoluminescent according to a structured earth Cross-section view of a Hand Welding (52) with structure (62) and usable in a vehicle (14) is shown. As shown in FIG. 3A, the EIEI source (52), an Ella manufacturing assembly (60), photoluminescent film62), imageable kEfnEd64) and multi-curing material 66 may have a y[g]I pattern. Viewable skin (64) and multiple calligraphy material (66) may be two separate components or be integrated as a single component. possible should be appreciated. and includes a base element IE(68) with the lowest layer. Base elementE(68), about TWO or polyethylene terephthalate (PET) material or any other material known in the art, and @El weld (52) arranged on the surface of allölacaglilaraç (14) (ie the slot (22)) is being done. Alternatively, as a cost-saving measure, the base element Ell68), directly pre-existing tool (14) build_ (ie slot 22), dlglpanels and/or interior panels) can come. (70) includes. The positive electrode (70) is silver-containing or bonded, not to be erased with it. It contains a conductive epoxy, such as epoxy containing Positive electrode (70) Multiple LEDs arranged in (74) and applied over the positive electrode (70) Source II (72) can be electrically connected to at least one terminal. Similarly, a negative electrode (76) similarly LED sources II (72) Negative electrode (76) arranged on semiconductor ink (74) a transparent or semi-transparent material such as indium tin oxide, not to be erased by Contains transparent conductive material. In addition, each of the positive and negative electrodes (70, 76) to a controller with the incoming busbar (82, 84) and the incoming conductive cables (86, 88) from KarsHJKl (78) and a power supply (80) are electrically connected. Busbars (82, 84) are positive and Negative electrodes (70, 76) can be connected along the opposite sides EllJ and with busbars (82, 84) conductive wires (86, 88) have a uniform flow across the busbars (82, 84) with interconnecting points. For the purpose of encouraging the mountain, each barranI (82, 84) can be in its corners.

Orientation of the components in the lglEl production apparatus II (60) in alternatively constructed It should be appreciated that the concepts of the present invention can be varied apart from that. For example, the negative electrode (76) is the bottom of the semiconductor ink (74). can be inserted and the positive electrode (70) can be disposed on the above-mentioned semiconductor ink (74). Similar In the figure, additional components such as the busbars (82, 84) are also directed towards the desired location by the HandManufacturing device (60). in any orientation so that it can propagate the incoming league] (100) (FIGURE 3B) can be placed.

LED sources), randomly or in a controlled manner in the semiconductor ink (74) dispersible and photoluminescent (62) correctly focused or unfocused Sigil It can be made to spread. LED sources, Eq72), approx. 5 to 400 microns in size gallium nitride, which can be opposed to microLEDs, and the semiconductor ink (74) one or more gallium, indium, silicon carbide, phosphorus and/or semiconductor It can contain various bonds such as transparent polymeric binders and dielectric materials.

Semiconductor ink (74), positive electrode (70) selected contacts) made of Various printing processes are available, including inkjet and silkscreen processes. applicable. More specifically LED sources.. (72) Semiconductor ink (74) LED sources-I (72) for a large amount of conductive ink (74) Precipitating and shaping it to align with the positive and negative electrodes (70, 76) and dimensions are envisaged. Ultimately, the positive and negative electrodes (70, 76) electrically connected LED sources (72), switch bars (82, 84), controller (78), power The combination of source(80) and conductive cables (86, 88) can be illuminated. A According to the construction, the power supply (80) is a working vehicle power supply (80) at 12 to 16 VDC. can be countered. Additional information on making heat-producing devicesII, in its entirety here In the US Patent entitled "ULTRA THIN PRINTED LED LAYER WITH NO SUBSTRA'I'I'AN SEPARATED" (Lowenthal et al.) Referring now to FIG. 3A, photoluminescent fabrics(62) can be used as coatings, layers, films, or is disposed on the negative electrode 76 as another suitable precipitate. Currently photoluminescent fabricE(62), an energy conversion layer-E(90), Multilayer with optional stability layerIE(92) and optional protection layer:{94) maker can be arranged.

Energy conversion layerEl (90), energy with phosphorescent or fluorescent properties comprising at least one photoluminescent material 96 having transforming elements. For example photoluminescent material (96), organic or May contain inorganic fluorescent dyes. Additionally or alternatively photoluminescent material 96 may contain phosphors from the Ce additive Marnet group, such as YAG; Ce. Energy The transform layerE(90) is to form a homogeneous hybrid using various methods. the photoluminescent material (96) can be dispersed in the polymer matrix. This such methods, energy conversion layer II (90) from a formulation in slîlîtasmaîbrtamu hazEHanmalelElie energy conversion layer II (90) to the negative electrode (76) or other desired base element. (68) may be coated. Energy conversion layerE(90), painting, template printingEZlflexography, spraying, half coating, daldlîilna, roller coating and bar coating and/or any other method known in the art at least to the negative electrode (76) applicable. Alternatively, the energy conversion layerEl(90), suEltasMEElmediaD It can also be prepared by methods that do not use it. For example, the energy conversion layerEI(90), extrusion, injection seal, compression seal, calendering, la hand forming etc. Catalhal solution that can be incorporated into the polymer matrix that can be formed with vasculitis (homogeneous in the dry state) The photoluminescent material (96) can be dispersed and prepared into the mixture.

Photoluminescent makeEl(62), photoluminescent with energy conversion layer(90) a stability layer to protect the material (96) from light and thermal degradation :(92) may contain. Stability layer (92), optically energy conversion layer (90) as a separate layer that is combined or builtStIEllIhlSl or integrated therein It can be made. Separately make photoluminescent(62), photoluminescent) environmental Stability layer to protect from physical and chemical damage caused by exposure. (92) or any other layer (ie energy conversion layer. (90)) optically It may include a connected or structured layer of protection (94). Stability layerE(92) and/or protection layer(94), each layer is slidably coated or printed energy conversion by sulphation or embossing or any other suitable means layer 90 may be combined. Additional information on photoluminescent materials, 8 Nov 2011 8.232.533 count filed on the date of] “HIGH EFFICIENCY ELECTROMAGNETIC ENERGY PHOTOLIC AND ENVIRONMENTALLY FOR RECYCLABLE AND SUSTAINABLE SECONDARY EMISSIONS STABLE MULTI-LAYER STRUCTURE” is disclosed in the ZJIJiBD Patent (Kingsley et al.) and the related The entire opening is included here for reference. Photoluminescent in the instrument(56), @Hand-made assemblyII (60) LED sourcesII (72) Egil (100) entering at a specific wavelength from at least one person (FIGURE 3B) allErnaslsila is formulated for the right. As a result, the entering lglKl (100), energy It enters the conversion process and has to be re-emitted at a different wavelength. photoluminescent material (96), also known as downcycle, penetrating ElgiEleO) is formulated to convert &Kia at a longer wavelength. Alternative as photoluminescent material (96), also known as upconversion, input @[gJEUOO) more Klela can be formulated to convert Elgh at one wavelength. At each approach, @El converted by photoluminescent material (96) immediately make photoluminescent (62) It can be emitted (102) (FIGURE BB) or an energy cascade can be used and here, another photoluminescent material with a converted lglEl energy conversion layer (90) (96) acts as the input igEl to stimulate the formulation and thus the subsequent Transformed @El also photoluminescent construction (62) can spread or be used as an entering beam. use is in the light and the process continues like this. According to the conversion processes described here, The difference in wavelength between the input @El (100) and the transformed çllîlg lSlEl (102), It is known as the Stokes shift, and the energy that comes into contact with a change in wavelength of Fifty] It functions as the basic operating mechanism for the transformation process. Again, it can be viewed by locating atiA to FIG. 3A k. (64), make photoluminescent.. (62) is drawn up on it. BaseElyapElândlElnas, can be viewed k. (64), a plastic, may contain silicon or urethane material and form photoluminescent substances. (62) and IglEl. Preferably, the viewable k-i (64), at least From this perspective, the viewable k- (64), an energy conversion Photoluminescent material(62) will be illuminated while performing the process. In addition, viewable km (26), top-sealed vasßsula photoluminescent made62) and @El production equipment (IEQGO) can also perform the protection function. Viewable k-i (64), luminescent in a planar and/or curved shape to enrich the visual potential while in the can be arranged in one way. Like the photoluminescent fabric(62) and the @Hand-made setupE(60), can be displayed so that (64) can benefit from a slim design and thus SIEsourceII (52) means (14) small packet receivers. being assisted in the placement BazEIyapllândEnas with a decorative layer (98), viewable k-i (64) photoluminescent structure (62) can be placed in the space. The decorative layer 98 is a polymeric material or other suitable material and can be viewed @El resourceII (28) klîhnII (64) yapilândlîllîhaktadlü to change or control its appearance For example decorative layer (98), viewable k. (64) in the case of aydIatllBiamE, It can be made to give the viewable fabric 64 a grainy appearance. Other Decorative layer (98) on the fabrics, on it ISlKl weld II (52) al-caglibraç yap-El It can be painted any color to complete it. For example, the decorative layer (98), the slot (22) may be similar in color so that the lighting system (10) is largely hidden. Alternatively, the decorative layer 98 (50) and decorative layer (98) can be backlit and/or Handcrafted It may provide a mark 50 and/or an emblem that can be illuminated. In every situation decorative layer (98), photoluminescent (62) when an energy conversion process takes place Partially Sila must be permeable Multi-thickness material (66), @manufacturerII (60) and photoluminescent material (62) It is perfectly placed and viewable to (64) in an integrated manner. can be created. Multi-grinding material (66), isria production assemblyIlZl(60) environmental Eblusan can protect against physical and chemical damage due to exposure. Multiple calligraphy material (66) has a cube of viscoelasticity (ie, both viscosity and ductile), low Young's modulus and/or high kEllBîa deformation so that the multi-moulding material (66) can be contacted thereto. production equipment (IEK60). For example, the multi-curing material (66) using your steering gear (12) using the lighting system (10) described herein It can protect the handcrafted equipment (IlIdO) from the repetitive Eliema that may occur with leis.

Photoluminescent fabrics in bazlîyapllândülna62), in a separate way and @KlüretimresimIan (60) can be used remotely. For example, make photoluminescent(62), more detailed physical contact with a vehicle component (14) or with an IglKl production assembly (60) as will be described It can be positioned on the approximate surface that is not in its state. Make photoluminescentEJI (62) @El @El sourceglEI (52) The hand weld (52) described in FIG. 3A may have the same or similar structure. understanding By referring to FIGURE 3D, an energy source is used to create monochrome lighting. The transformation process 104 is illustrated according to a structure. For example, energy The transformation process (104) is described below using @El source(52) shown in FIG. 3A. is being done. Photoluminescent in this building. (62) energy conversion layerE (90), LED resources (72) aI-n logged in Elg]l:(100), logged in @Ela (100) more than associated To convert Elgla (102), which makes çllZISl with a different wavelength, yapllândlîlllüilgl a single Contains photoluminescent material (96). More specifically, the photoluminescent material (96), LED sources (72) are supplied with an input Sigil (100) emission wavelength. It is formulated to have an absorption spectrum. Photoluminescent material (96) At the same time, according to the lighting application of Egliil (102) who made the transformed visible freckles causing it to have an emission spectrum expressed in the desired color that can change It is formulated to have Stokes slipleia. Converted viewable grasshopper The viewable terminal (64) illuminates in a desired color. causing a The energy conversion process (104) is realized through downconversion and thus visibility such as lSlKl (100), blue, violet or ultraviolet (UV) lglKl entering at the lower end of the spectrum. Such made azure, violet or UV LEDs, The use of LEDs of the desired color is relatively cost-effective compared to the previous energy conversion process. BiasIEb allows to be used as advantageous LED sourcesE(72) In addition, viewable k. lighting provided by (64), non-photoluminescent means The vasßslîla-like structure offers a unique and attractive viewing experience that is very difficult. Referring to FIGURE 3C, second energy to create multicolored light The transformation process 106 is illustrated according to a construction. Consistent second energy Below is a description of the transformation process (66) using source E(52) shown in FIG. 3A. is being done. In this structure, energy conversion layerE(90), energy conversion layer. (90) interspersed first and second photoluminescent material 96, 108. Alternative As a result, photoluminescent materials (96, 108) can be isolated from each other if desired. Same] time energy conversion layer & (90) more than two different Ellotoluminescent materials (96, 108) It is appreciated that it may contain, and in this case, the teachings provided below apply similarly. should be done. In one construction, the second energy conversion process (106), by stimulating the blue, The downconversion using purple and/or UV ElgHL usually occurs.

Adaptation of photoluminescent materials (96, 108) according to construction currently shown being inseparable, in other words photoluminescent materials (96, 108), non-overlapping to have absorption spectra and different emission spectraEl/eren Stoke shifts is formulated for Also, the formulation of photoluminescent materials (96, 108) @Ki, who made çlElgI transformed from photoluminescent materials (96, 108) (102), unless requested otherwise, the relevant Stoke shift II is selected without warning the other. care must be taken. According to an exemplary structure, LED sources are E(72a) as an example. The LED sources shown II (72) are the first klêlnüyalnlîta, a light that excites the photoluminescent material (96). made to emit the penetrating Egiülo with emission wavelength and Egll (100) leads to the transformation of the first color (ie, white) into visible Egla (102) Similarly, LED sources (72) shown as LED sourcesE(72b) for example. to an emission wavelength that excites the second photoluminescent material (108) owner @311100 logged in to spread yapllândlîllî right and logged in @[gll (100) second It leads to the transformation of Elija (102) in color (ie. and second colors can be visually differentiated from each other. In this regard, LED sources are: (72a and 72b), photoluminescent. (62) lighting in various colors. to cause a It can be selectively activated using the controller 78. For example, the controller (78), Only LED sourcesIE(72a) active to specifically excite photoluminescent material (96) and causes the viewable language (64) to be illuminated in the first color. Alternatively, the controller 78 may only be used to excite the photoluminescent material 108 specifically. The LED sources (72b) can be activated and displayed keinlEl (64) in the second color enlightenment. leading to Still alternatively, the controller 78 can be used for both photoluminescent materials 96, 108). It can activate LED sources (IEq72a and 72b) together, causing adaptation and its viewable portion (64) is in the third color (ie pinkish) illumination causes The intensities of the entering ISIEI(100) can be proportional to each other so that additional colors can be obtained. can change. Energy containing more than two different photoluminescent materials (96, 108) A wide variety of colors can be obtained for transform layers (EQ90). Projected colors, suitable selection of photoluminescent materials and a correct analysis of the corresponding LED sources (72a, 72b). including yellow, blue, and white, which can be obtained by manipulating It includes combinations of these.

With reference to FIG. 3D, a third energy conversion process (110) is referred to FIG. 3A. a production setup such as the one described by finding EQGO) and a photoluminescent embedded therein. YaplîLEQ62) and is shown according to an alternative construction. Make photoluminescentHand to transform the visible Elgb (102) with a different wavelength than that associated with Yapllândlîllüiaktadlîl More specifically, photoluminescent structures(62), LED sources (72) an absorption spectrum containing the input Sigil (100) emission wavelength provided It is formulated to have Photoluminescent material 96 simultaneously, transformed can be seen crazy Sigil (102) that can change according to the lighting application Stokes shift, which causes it to have an emission spectrum expressed in the desired color. It is formulated to have

Make photoluminescent EQ62), for example only in an isolated manner @Buretim assembly (60) a klîmlEb can be applied. Among photoluminescent structures (62), from LED sources (72) Egil (100), which enters radiating, allows it to pass there in the first wavelength @E permeable k-ilar (112). The heat-permeable k-ilar (12) may be an open area or it can be a transparent or translucent material. Isilg through the permeable cellars (112) radiating incoming ElEI( approx. with the second photoluminescent structure (132) (FIG. 7) placed.

Make the second photoluminescent E(132), @Egla with penetrating directed from the translucent k-arrows (112) (100) answers can be done to be enlightened.

SIK] production described with reference to FIG. 3E, with reference to FIG. 3A multicolor @El using the photoluminescent structure (EELIGZ) placed on it A fourth energy conversion process 114 for generating is shown. Make thisHandlEnada photoluminescent structure(62), @El production assemblyII (60) is placed on the top of the kiglnlElI.

Is the adaptation of the photoluminescent material (96) into which the LED sources (72) enter the spring? (100) photoluminescence at the first wavelength of a light (62) will pass (i.e. light originating (52) radiating inlet Fifty] (100), photoluminescent (62) sides It is formulated in an irreversible way. The density of Islgil (100) entering the spreading, the second, çllîlglyapan (102) LED that passes through photoluminescent (62) without conversion to wavelength sourcesEtIan (72) radiating inlet Sigil amountIlji100) in order to change the pulse width It can be modified through modulation or mental control. For example, @Hand resourceII (52) logged in iglgilîq100) made to emit at low level lEllÜiasEIiiaI in logged in @I (100) Iglgta, almost all of which freckle in the second wavelength (102) can be converted. In this configuration, the drawing corresponding to the photoluminescent structure (62) WHIOO) to radiate at a high level, in the original state of the first wavelength only It can be converted by a clgnphotoluminescent structure]62). spring in this configuration The input EIgJI (100) can be converted and incoming lglglâl (100) second klâtnü first wavelength iglEl production assemblyülclan (60) @El source II (52) towards additional photoluminescent structures (132) placed close to can spread. Additional photoluminescent structures (132), Egla (100) emanating from @El source (52) that is, it can be clarified.

As an example, LED sources are LED, shown as El72a) according to an exemplary construction. sourcesII (72) an emission waveform that excites the photoluminescent material (96) in the first klg The incoming Iglg]1:(100) with its length was built to spread EllBak and the incoming Sigil (100) The first color (i.e. white) visible lglgh (102) is transformed. The second use of LED sources II (72), shown in the figure, for example with LED sources a72c photoluminescent.. (62) passing through and lighting system (10) approx. placed additional photoluminescent structuresEQ The first and the second Colors can be visually distinguished from each other. In this regard, LED sources (72a and 72c), illumination of the lighting system (10) in various colors. a controller to cause It can be selectively activated by using 78. It may include optics 116 constructed to orientate to locations. For example, LED Sources (72c, 72d) and photoluminescent (62) radiating input EllilüOO), desired to a feature (148) (FIGURE 7) to a location close to the correct and/or source (52) can be directed/or focused.

Based on FIG. 4, according to a construction site @E production setup EKGO) LED sources of various types and densities available in a diagonal fashion. (72a, 72d) by @muretimuygulll60), shown from the top view. As shown, lSlEproduction device II (60) first klgnlîl (118), emission waveform in the first color (ie, white) spectrum LED sources of yapllândlîllân IIZI(72a) to emit contains. Similarly, the lglKl production assembly II (60) the second keineUZU), the second color (i.e. to emit Egiüüûû, which enters with emission wavelength in the klîilnElIl spectrum YapilândlEllân LED sources (IEUZd). IsilZJ production assemblyIlEl (60) first and second positioned close to any vehicle known in the art so as to elucidate Barriers (122) that are opaque or non-conductive can be separated from them. and the relevant busbar (82, 84, As it is done, alternatively, each side with IglKl production equipment (60) It should be appreciated that part- (118, 120) can be connected.

According to a construction, the first and second colors are visually different from each other. can be achieved. In this regard, LED sourcesE (72a and 72d), LED sources II (72a and 72d) illumination in various colors. by using the controller (78) to cause a selective can be activated in the For example, the controller 78 can only be used as an ISIK1 production assemblyII. (60) a klgtnIEUIB) LED sources to illuminate in the first colorIEK72a) are activated can bring. Alternatively, the controller 78 can only be used as a lSIK1 production assembly II (60). ( can activate. IsilZl the generation assembly II (60) with various LED sources (72a, It should be appreciated that it may contain any number of klglnl(118, 120) having 72d). more variety LED sources. (72a, 72d) can be manipulated in any practical way, and It does not need to be placed next to each other [glEli Approved.

Semiconductive ink (74) in the same setting, LED sources with unit area II (72a, 72d) intensity or number of LED sources II (72a, 72d): for various lighting applicationsHand It can contain LED sources Il172a, 72d) in various intensities that can be adjusted. BaslZl LED sources.. (72a, 72d) density, @E sourceII (52) length may change throughout. For example, @Hand production assemblyII (60) medium blade(120), environmental Kuaran ( can have the density of it can be the other way around. In such constructions, @two sources(52), preferably predefined Locations can be seen brighter to illuminate or have a larger may have enlightenment. LED sources in other structures (72a, 72d) the density of the distance to the preselected point (ie @E sourceII (52) specific increaseEIa can increase or decrease together.

Referring to FIG. 5, element 42 is an easily accessible device for the driver of the vehicle (14). Connect to the steering shaft (20) in position IEI on one side of the body. single swivel mount includes the leverHand(56). Lever, separate by multiple counterHJKsHand in plane (P1, PZ) In order to move, one end of the body is seated on the gimbal in the handle (58) In addition, lever, with swivel end cap (136) lever movement along the longitudinal axis of the hand It can be equipped with a slidable element (138) that can Actuators are mounted on the stem and levered in one direction, that is, in one of several convergent planes associated with a particular vehicle operating circuit by mistakenly turning the end cap (136) electrical connectionsII (142) various switching in order to influence switching It moves with a switching element that is interconnected between positions.

Workman. (42) for the purpose of creating any guild, but not deleting it therewith, Any suitable material such as polymeric material may be used.

In typical application, the levered gimbal linkage is largely vertical. rotational movement towards the body in the plane (P1) controls the vehicle turn signals and rotational movement of the lever in the substantially horizontal plane (P2), the vehicle headlights II with the loud beam, It makes a transition between high beam and flashing on demand. Fly The turn of the cover (136), the on and off conditions of the vehicle windshield wiper system and optional Play with multiple intervals as Enale, which is used to control On vehicles using automatic lock-up, a slide switch or element 138, The element (42) can be mounted on top of it and is selectively closed. It can move between various positions, including the hEl position. a bow the effective button (140) can be movably mounted on the end of the end cap (136) and the speed Sliding elements (138) and/or movement of button 140 between various positions, mounted inside the lever depending on the specific position of the sliding element (138) with electrical connections and the adjustment knob However, the element causes It should be appreciated that any other vehicle controls may be placed on 42. Additionally apart from the teachings provided here - any number of keys according to the present invention It should be appreciated that the vehicle (14) can be placed in the steering assembly12.

Referring to FIG. 6, the lighting system (10) Slot (16) (22) is made to connect EEl production assemblies, as shown on the right. However, the incoming Eg]l (100) steering gear (12) structure and it can be steered in any desired direction within the vehicle (14) depending on its packaging. is being considered. For example, introductory EEJ(100) and freckling EEl(102) are in bazülapllândlîilnas. the vehicle can be propagated in the forward direction.

A photoluminescent substance(62) can be actively linked to the source of EE (52). For example, According to a structure, EElkaynaglZ(52), slot 22 can be placed forward self (54).

With a photoluminescent structure62), creating the marks placed on the element 42 and/or they can be placed in and actively connected to the EKI source (52) Result In addition, markers (50) containing photoluminescent structure EZ1 (62) are by EEl source (52) It can stimulate and emit transformed freckle-making Eg]1:(102), and thus the traditional illuminates a vehicle feature that is illuminated The lighting system (10), additionally the lighting system (10) a user interface placed at any other desired location in may contain. UseEbra face ( It can be constructed to control the emitted Elglil wavelength. As an alternaive Use IEUR interface (134) between multiple modes and/or functions of the lighting system (10) keyedsubbin can be used. Use the face (134), but not necessarily with it. switches (push buttons ( control may use any type of control known in the art to It can be made in the form of a button (140) placed on it. individually and in multiple colors and intensities as described herein. can be illuminated. As described above, ISlKl optically coupled to element 42 sourceII (52) can radiate lglglî towards the signs (50) placed on the klglnÇlü. This cannot be further optically bound to the desired feature (148), such as a specific functional element (42) In case of illuminated state, it can return to the illuminated state. For example Elia described above SIellaylElîiblmadigÜ/e any desired enlightenment model can be derived from the concepts provided here. It should be appreciated that it can be used for more than one vehicle related condition.

In an alternative construction, the first member 42 is located on the first side of the steering shaft 20 . extends and the second member (42) extends from the carriageway of the steering shaft (20). and the second elements (42) both entering on Ethics. (100) each respective language directing leisIa çllZlîyapan EgüllOZ) to photoluminescent fibers to diffuse (62) may have. In this type of configuration, the ElKlüproduction deviceEdöO), two subordinated ElnEl and thus simultaneously stimulating each photoluminescent structure62) In some/apllândlülnas, @Klüretim assemblyII (60) some/or all k-laruartal (14) it can be clarified by detecting a problem related to its own (14) some Elks. For example, in case the approximate amount loaded on the vehicle (14) exceeds the predefined Ella production device II (60) can go out with a klg'nuil, so that the passenger does not know that an action is necessary. can detect it. Example issues that trigger the alert indicator, low tire low-oil low-oil power and/or any other device in the vehicle (14). The system includes arEasIEE.

According to an alternative construction, the tool 14 is known in the art @EnalEl/e/or cooling It can be equipped with a steering wheel (16). The lighting system (10), the steering wheel (16) must be cooled leiletia to backlight the steering wheel (16) in the first color (ie blue) can be done. Similarly, the steering wheel (16), the steering wheel (16) Elfilü'iaslîislüaslâtia It can be made in the second color (ie to commemorate KIEInlîlIlayd).

As shown in FIG. 6, @Ki production assembly(60) is placed on the top surface of the slot (22) can be added, connected and/or multi-thick. Indirectly @Ki production The assembly Ei(60) can be mounted flush with the upper surface of the slot (22) and thus While the enlightened state is on the road, its passengers are hidden from the sight of the hand. to a building According to the lighting system (10) and/or one or more of its components, both the lighting system (10) in order to protect as well as to erase the flexing of the (10) ends of the lighting system. Sample materials that can be used have a soft suitable encapsulation. Polyvinyl chloride, vulcanized thermoplastic elastomer and polyester elastomer, not to be sIEII contains.

Referring to FIG. 7, the first photoluminescent material(62), igiiZJ production setupII (60) is placed on top of it, the second photoluminescent structure 32), is placed on the element 42, and the third photoluminescent E{146) is the part of the instrument cluster (28) and/or the instrument panel (18) The tool 14, such as a kEtnn, is placed on top of a feature 148. As described above, lgIEl production setup with photoluminescent (62) on itII (60) kiElnÇigiris Etigilîi ( converts. IsilZJ production assemblyII (60) the second person AFTER the second photoluminescent on element 42 (132) by radiates the converted penetrating Egil and thus make the first photoluminescent (62) Signs placed on a person/or at a wavelength that can be different from the emitted (50) illuminates the third photoluminescent structure (146) on top of the instrument cluster (28) being placed and to emit a related, unique wavelength (ElgllîlüOZ) SIKI (102) who makes the yapliândlîluiktadlü ÇEIZISI, the signs (50) placed inside the vehicle (14) aydIatilBiasÇlkarslâma/breaching sequence Iglgiümedia ElgiEbarak, the agent (14) has no internal It can be used to illuminate the feature (148) and/or as a warning indicator.

Currently referring to FIG. 7, the two main production setups(60) are oriented in the forward direction of the vehicle. It can be placed inside the lighting system (10) to diffuse it. First @Hand production deviceul60), the vehicle forward blade of the steering wheel can be placed and igIgIEQIOZ) instrument cluster (28), instrument cluster (18), or any other vehicle ahead of the vehicle occupant. with a photoluminescent structure (62) on it in order to propagate a feature (148) can happen. The second operating device Eüo0 can be placed on top of the housing 22 . Second The sides can be converted so that an environment is involved/e/or from the rear of the steering wheel (16). illuminated RiasElsaglantadlB Second IglKl production equipmentEtlan (60) spring second k-i, here towards element 42 having a photoluminescent (62) on it as described. can be directed. The photoluminescent nature(62) was mistaken for predefined conditions. any Ella production apparatus (60) as the radiating incoming igigia (100) Yaniil can be illuminated.

Additional photoluminescent structures (132) close to the lighting system (10) should be used. be placed in any location and with the indicator group (28) lellEllÜJImad@Elüsünülilmedin For example, additional photoluminescent fabric (132) may be placed on top of the instrument panel (18).

In addition, the second photoluminescent madeJ132, at the same time the passenger inside the vehicle (14) It can provide security benefits such as being informed about specific features.

Make an alternative According to HandiElna, @El source(52), instrument panel (18) or indicator any component in the vehicle (14) that is placed as a fuel in the element (42) such as the group (28) can be placed. The heat source (52) can be fixed or mounted on the movable component. Optical connection-D with hand source (52) with photoluminescent structure (62) It can be made in accordance with the teachings provided here, so as to preserve it. Second photoluminescent E(132), EKI source II (52) or Ella source (52) optically It can be placed on top of any additional feature (148) that can be connected.

Referring to FIG. 8, an alternative configuration of the lighting system (10) has been made. is shown. As shown, make the first photoluminescentEl(62), element. (42) on top is placed. The source of Isllîl (52) entering the spring, ElKlUOO), on the element (42) In order to stimulate the first photoluminescent structure (EEÜ62), yaptlândEllan can be at the first wavelength.

In other words, make the first photoluminescent (EllöZ), three[lZlSlyapan @Eta (102) at the second wavelength It can be illuminated and thus the element (42) is pre-identified. The second photoluminescent structure(132) is located at a location separate from the steering assemblies (12). can be placed. For example, make the second photoluminescent( different to a vehicle floor (152) made to convert the igla (102) that scatter at wavelengths can be placed and thus a feature (148) and/or marks (50) placed on it. As described above, the ISIEI production unit located on the slot 22 @El production while the assemblyII (60) can be directed towards the first klglnÇlaydlElanliîl element (42) deviceII second user concurrently with second photoluminescent structure (132) is directed. Alternatively, @Buretim deviceII (60) second user device (14) first case (i.e. the vehicle door is open and the next predefined period of time during the second photoluminescent structure(132) device II (60) vehicle to the first user. (14) in the second case (i.e. the operation of the vehicle engine) It can be clarified if it is brought to its state.

DOWNLOAD TO FIGURE 9[Found Ella, an intermediary (14) block to which the lighting system (10) is applied diagramlg is shown in general. Lighting system (10), communication with ISIE source (52) It includes a controller (78) in the form of Controller (78), processor (147) of controller (78) The instructions executed by the user may include an indefinite memory 145. Controller (78), a power supply EQSO built into the vehicle (14) and an ISIEl source (52) and associated It can supply electrical power to the busbar (82, 84). In addition, the controller (78), with this SHEHEI body control module, engine control module, steering control module, brake one or more vehicle control modules, such as a control module and the like or a combination thereof. Based on the feedback received from the module (150), the source of each beam (52) spring input Elgülûû) can be made to control. Egil (100) who entered the spring and By controlling the 5113 source (52), the lighting system (10) provides an aesthetic appearance. It can be illuminated in various colors and/or patterns for can provide information. For example, the lighting system (10) is lit. (10) can illuminate the signs (50) placed on the key (42) inside the vehicle (14). Make Etla photoluminescent(62), steady monochrome or multicolor lighting while operating can exhibit. For example, the controller (78) is photoluminescent. (62) periodically LED sources to cause illuminated color (EUZ) valeisEa only input To periodically emit the first wavelength Egl (100), the EKI source EIl (52) is actuated. can pass. Alternatively, the controller 78 is made of photoluminescent material 62 periodically. second color illumination. LED sources to cause EI(72) vasEsEa only input Egil (102) moves the EiZl sourceglljl52 to periodically emit the second wavelength. can pass. Still alternatively, the controller 78 is photoluminescent, first and second periodic illumination of the colors in the additional EiZlkarEEiElasißsEa recognized third color EgiE (100) first and second wavelengths that enter to cause periodic to timed It can activate the EiZl source(52) to propagate. Again as an alternative controller (78), photoluminescent structure (62) periodically switching between first and second colors EgilEl (100) who entered with the aim of causing enlightenment by doing the first and second wave Heat source(52) is activated in order for the hand to periodically switch between the radiating phases. can pass. The controller 78 is periodically and/or irregularly timed. EE to periodically emit the first and/or second wavelengths of the entering EgIEI (100)] source lEli52) can be activated.

The other built Enada lighting system (10) may include a usable face (134).

UseIEEtira face ( so as to control the wavelength and/or the illuminated LED sources (72). It can be made. Such a configuration will allow one of the vehicle features (148) to be used. (FIGURE 7) can be illuminated, for example, element (42), ambient Intensity indicator, turn signal, etc.) allows you to control According to the above two examples, the controller 78, the input EglEl 100, the first and second emitted pulse width modulation or flow control vaslüsEa can modify. Controller (78), EE source (52) by sending control signals to adjust the intensity or energy It can be done to adjust the spreading Egil color. For example, Annex (52) first made to emit the emission at a low level, in the event that the first emission is immediately almost completely can be converted to the second emission. In this configuration, the second emission kars[[[EI incoming EEI color corresponds to Egil color emanating from the aydiEIattma system (10) can come. The heat source (52) is used to emit the primary emission at a high level. If not constructed, only one of the first emission will be transferred to the second emission. can be converted. In this configuration, the first emission and the second emission are combined. The corresponding EE color can be lit by spring EIE. In this way, each of the controllers 78 one can control the spreading Elgliîlçilîlgl color.

Atttlia to the first emission of (100) entering @, as well as low level and high Despite all Etnalela intensities, the incoming lglgil (100) first emission adjusting the color nuances against the Elgl emanating from the illumination system of its density (10) BialIE The variance in density, may be changed manually or by the controller (78) depending on predefined conditions. can be changed automatically. According to a yapilândlîilna, the first density is that of the Igllîlsensor. daytime conditions can be emitted from the lighting system (10) in the Ilalg[lâmaslîljurum]. Second If the density is low, the tool of the lSIElsensor(14) is working in the @Club environment It can radiate from the lighting system (10).

As described herein, the color of the Chilîlglyapan Sigil (102) is highly photoluminescent. (62) may depend on certain photoluminescent materials (96) used. Additionally, make photoluminescent.. (62) conversion capacity, greatly photoluminescent. (62) It may depend on the concentration of the photoluminescent material (96) used. Isilil Elaborating density (52) from the source (52) to set the intensity range, discussed here photoluminescent build-in (62) photoluminescent materials (96) concentration, types and proportionsÇIblending of the first emission with the second emissionsZliasitBisEIa spring @gm color nuance It can be used to interleave.

Accordingly, a lighting system equipped with a steering gear, here advantageously supplied Iuminesan @El provides functional and decorative characteristics. In some cases, @IE is able to apply a thin design so that this, traditional @E sourcesIIEi not applicable[g]|31racl small-packet domainsub COMMON] sourceII being assisted in the placement The construction of the opening invention and other components is connected with any particular material. It will be understood by the person with ordinary experience in technics. Other exemplary structures of the present invention are made from a wide variety of materials, unless otherwise stated. can be created.

Existing explanatory purposesExtensively the term "joined" (and merger, consolidation, all other types, such as combined), generally consists of two components (electrical or mechanical) ElanlamlEb means connecting to each other directly or indirectly. This kind of connection It can be stagnant in nature or mobile in nature. With this type of connector two components (electrical or mechanical) and with each other or with two components in a holistic way as a single body It can be provided with any intermediate elements created. In this type of connection naturally established or, unless otherwise stated, may be naturally multipliable or freely blockable.

At the same time, the order of the elements of the present invention, which is shown in the buildings with precedent, and it is important to note that it is for exemplary purposes only. OnlyEiza available Explained in detail in this explanation about innovations to be Despite this explanation, the experts in the art still need to learn from the new teachings. and the advantages of the disclosed subject are materially separatedB—many of the changes (i.e., various workers. in size, size, shape and proportion, parameter values, mounting arrangements, material usage, colors, orientations, etc.) will appreciate that it is possible. The example is shown to be created holistically. Elements can be created from multiple parts or displayed as multiple parts. elements can be created holistically, the interface operation can be reversed, or conversely, the structures and/or elements & or of the connector or system other elementsII length and width may vary, adjustment provided between elements The nature of positionsII or numberIEEl can be changed. Elements of the system and/or assembliesII, providing sufficient resistance and firmness, in a wide variety of colours, textures or It should be taken into account that it can be made of a wide variety of materials in combinations. In addition, all such changes should be included within the scope of existing innovations. It is intended that other changes, modifications, changes and Apart from the working conditions and the spirit of current innovations, desired and other precedents It can be made in the order of yapllândlüinalarl.

Consider any process or forensic within the opened processes. present find with other handled operations or names to create structures within the scope of It will be understood that it can be combined should not be interpreted as draftedIelve silIlaylhandIIB The above-mentioned structures without departing from the concepts of the invention present at the same time It is understood that variations and changes may be made on BialEive, in addition, such concepts, unless their language expressly indicates otherwise. kapsanmasßimaçland@EnlasllîhalIlîi /7 / / /7 11/13 42'“' 132~* 12/13 12 16 /14 100\T. 42/ i / / ` * \ 13/13

Claims (20)

REQUESTS 1. A lighting system for a vehicle comprising: a member extending from the steering column; element having a plurality of illuminable portions surrounding the steering wheel. An &Ekaynaglilve element& placed on top and &El source made to shed a &nIIl]. Warning“ in the first photoluminescent stick made to light up &At least part of the hand source is actively connected to the photoluminescent making in the turn of the steering wheel. 2. Illumination System for a vehicle according to claim 1 incorporating an illuminated source & multiple pressure[l]]LEDs. 3. The lighting system for a vehicle according to Claim Z, wherein the primary photoluminescent structure II &E sources contain at least one photoluminescent material constructed to convert a visible &glow bottom into a visible &glow light entering from at least one light. 4. Illumination system for a vehicle according to claim 3, the element of which is made as a straight-through button controlling at least one function of the vehicle. 5. Lighting system for a vehicle according to claim 1, which additionally includes: The second photoluminescent structure placed on the light source 6. A vehicle lighting system according to claim 1 further comprising a controller for controlling the &E source&activation status as well as the at least one vehicle-related condition. 7. The lighting system for a vehicle according to claim 1, with the manual source of light, by turning the steering wheel, to continuously spread the ornament in the &day predefined location. 8. A lighting system with down-sides: a steering wheel with a seat and a wheel connected to the seat through the spoke; may be illuminated more than once, and surrounded by various concentrations of light. An element that has a first luminescent structure on multiple @Ekaynamoths and was built to be illuminated incorrectly by at least one IglEl source. 9. Illuminated lighting system according to claim 8, which includes infrared welding printing]I[LED. 10. The light source is lighted and [illuminated according to claim 8] to spread the light source continuously to the pre-defined location in the fog by rotating the steering wheel. 11. Illumination system according to claim 8, where the first luminescent structural element is constructed as signs informing the passenger about a function. 12. The first luminescent structure is printed on at least one side of the LED. 13. Illumination system according to claim 8, which additionally includes the following: separate from the steering wheel and warning @hand source. 14. The lighting system according to claim 13, when the first luminescent structure is illuminated in the first color. 15. Lighting system for a vehicle steering gear comprising: a key extending from the vehicle steering column; A hand-welded hand-welded El key placed on the key and the main source of which is at least one clinan spring Egil alert- made to illuminate the first photoluminescent hand-held Ella sourcedEla placed and the main source of at least one clinan spring Egil warning make the third photoluminescent hand 16. A vehicle steering assembly according to claim 15, comprising an ISEE sourced multiple-printEEElLED. related lighting system. 17. The lighting system for a vehicle steering assembly according to claim 16, wherein the first photoluminescent structure II @IE sourcesII contains at least one photoluminescent material constructed to convert a visible light diffused into the visible portion of the light penetrating from at least one light. 18. A vehicle steering assembly according to claim 17, which includes an introductory Sigilrîl, blue @Ki purple @Eve UV igIg]Il. related lighting system. 19. A vehicle steering gear-related lighting system according to claim 15, in which the operating source is lit to continuously radiate to the predefined location by rotating the steering wheel. 20. Illumination of a vehicle steering assembly according to claim 15, where the first photoluminescent structure is illuminated in the first color and the second photoluminescent structure is illuminated in the second color