TR201606575A2 - LUMINARY SEAT ASSEMBLY - Google Patents

Abstract

An illumination system of a vehicle headrest is provided here. The lighting system includes a support which is connected to a headrest at a first end and is removably connected to a back of a seat at the opposite end. A light source is located in the headrest. A first photoluminescent structure is located within the lighting system and is configured to be irradiated by the light source in response to the excitation. The light source may include a plurality of printed LEDs which implement a slim configuration

Description

DESCRIPTION LUMINANCE SEAT ASSEMBLY Refer to the relevant application This patent application is filed on January 23, 2015 and is "DOOR ILLUMINATION". "VEHICLE LIGHTING SYSTEM WITH PHOTOLUMINESCENT" filed in 2013 US Patent Application No. 14/086,442 is an ongoing is the section. Related references cited above are fully incorporated herein by reference. is being done.

Technical Field of the Invention The present invention generally deals with vehicle lighting systems and is more specifically with vehicle lighting systems using one or more photoluminescent structures. is concerned.

State of the Art of the Invention (Prior Art) Illuminations from photoluminescent structures create a unique and attractive For this reason, for various lighting applications, this It is desired to be applied in automotive vehicles with such structures.

Find out Klgia Açuillamaslîl According to one aspect of the present invention, a lighting system for a vehicle seat head The lighting system is provided with a relevant source IEl placed on the headrest. contains. It is installed in a first photoluminescent building lighting system and lgEElsourcesourceJiarafEUan warp According to another aspect of the present invention, a vehicle seat header is provided. Make a dlg with a titleContains a body part determined by the sides. One of these It is placed in an IglEl weldment structure that has a section. a luminescent structure YapilândlEllEiktadE Controlling an activation state from a controller, Ella Yapliând lElllEnaktadE According to another aspect of the present invention, a vehicle seat assembly system is provided. The lighting system is a @Ki placed inside the seat assembly. It contains the source. A first photoluminescent structure is placed in the source. Second A photoluminescent composite seat assembly is placed on an adjacent component.

The first and second photoluminescent structures are chilîlglyapan from at least a part of Sililkaynaglian. These and other aspects of the present invention, purposes and properties, the following properties, by persons skilled in the art upon examination of the claims and accompanying drawings. will be better understood and appreciated.

Opening Shapes[lilllamal:l In the figures: FIG. 1 illustrates a lighting system with a seat assembly according to a construction. shows a perspective view of the interior of a vehicle using it; FIG. 2, seat assembly showing seat headrest, a cross-section is the view; FIG. 3A is the line III-III of FIG. 2, which shows an @El source according to one of their constructions. a cross-sectional view through aI-n; FIG. 38, line III-III of FIG. 2 showing a @Ekaynagllî according to a yapilândlînha] A cross-section view of the forehead across; FIGURE 3C is an example of FIGURE 2, which shows an alternative source of @Ki according to a build. FIGURE 3D, IgllZlpermeable, placed on a TIGHT welded plate according to a made-to-measure A @Ekaynaglügösteren SEKIL that has a luminescent structure apart from the sections. 2 is an allEian cross-sectional view along the III-III line; FIGURE 3E shows a second wave from a first wavelength according to a construction. made for the conversion of a section of the spring Sigil to its length but welded is a cross-sectional view of the forehead along the line III-III of FIG. FIG. 4 shows the LEDs diagonally across the generating assembly according to a construction. of an @El generating apparatus with various types and concentrations of sourcesII. shows a top view; FIG. 5 shows a @El generating assembly placed on the headrest and side IEElbir. shows a cross-sectional view of the luminaire system with the structure; FIG. 6 shows a bench-producing bench that is attached to an interior surface of the headrest cover II. shows a cross-sectional view of the assembly; FIG. 7 shows a first photoluminescent structure of the ISJKI generating assembly and a second photoluminescent structure inside the vehicle. a vehicle that uses an illuminant system with a second photoluminescent structure in one feature. shows a perspective view of the interior II; and Figure 8 is the block diagram of the vehicle and the lighted delivery system. Distinctive Hand of Invention As required, the comprehensive manuscripts and materials of the present invention are disclosed herein. However, it can be shaped in various and alternative forms, Figures do not need to be to scale and are intended to be examples. some features can be enlarged or minimized to show the extents of certain components can be done. Therefore, certain structural and functional scopes described herein are, in short, should not be perceived, instead, how to apply the concepts describedEIE experience in technique construed as an exemplary basis to show the owner As useful herein, in a list of two or more items any combination of two or more of the listed substances may be used. meaning. is coming. For example, if the composition containing components A, B and/or C is described, composition, A'ylIlela; start C alone; A and B in combination; A and C in combination; B and C in combination; or A, B and C in combination may contain.

Below is the description, a seat with a headrest placed adjacent to a back section. A field Eyd Iatmasulçin yapllândElIân describes an enlightenment system. illumination system is advantageous because it illuminates against predetermined actions. It can use one or more structures in this way. One or more photoluminescent structures Take a @El source for the Iglglî conversion and typically in a visible spectrum It can be made to re-radiate LGG at different wavelengths. BaseHand The tool that may not be able to be used by @Ekaynagügeleneksel ISIKlkaynakIarII small packages. a thin layer to aid in the unification of the source of the work. can be designed.

Referring to FIG. 1, a lighting system (10) an area adjacent to Ela (12) a vehicle (14) seats built in EbydElamasElçin device is placed in EQIZ). As shown, the lighting system (10) (14) A vehicle positioned in the driver's side position can be placed on the seat header[g]|:.

Vehicle seat assembly12), a seat (18) pivotally connected by a seatback (EÜZO) contains. The seat (18) slides with the floor (22) of the car (14) around a rail assembly (24). are combined into one. The rail assembly moves forward and backward relative to the vehicle (14). It is designed to allow the vehicle seat assembly II (12) to be adjusted in the direction of EIIBaktadE Vehicle seat assembly II (12), passenger terrace position, middle sig position and rear seat position at various locations throughout the vehicle (14) rather than the location shown as At the same time, it is understood that the seat (18) can be positioned, a rail assembly (24) alternatively, the vehicle (14) may be fixed with its floor (22). may be considered to be combined. However, from the lighting system 10 described herein, a vehicle (14) in any part of any seat assembly located in use should be appreciated.

Seat assembliesHEL (12)seat-backEQZO) consists of a rear section of the seat (18) and a swivel It may also include side bolsters (26) that engage in such a way that it extends from the seat (18) to the back of the seat (20). The etlog can expand up to the top section. Seatback(20) separates a cushion and seat a floor material placed on a cushion that covers the back(20) substantially. contains. The seat head[g]1:|(16) can be scratched with the upper part of the seatback II (20) and it is assembled in an adjustable manner and is largely centered here. Therefore, as shown, a connection for the seat headerJEüö) rearIEQZO) and more specifically the upper part of the seatback II (20). Seat back II (20), alternatively with various materials, usually as agreed in the art. It is thought that it can be shaped and created. This is wrong, linkIZl/ap-I (28) a rear bulkhead of a vehicle passenger compartment, a rear line of a passenger car II sign, to the other mind for a back wall of a truck cabin or seat head[g]l:(16) It may require the appropriate vehicle connectionUbrIE.

As shown in the structure displayed in FIG. 2, armchair title]E(16) is usually positioned in the above section, and a supported seat supported by a headrest (32) It has body part. Body section 30 substantially fills an injection gap. comprising a coating build-[(34). Overlay(34), overlay-[(34) It consists of panels of cladding material joined to form panels of material, a fabric material, a leather material, a vinyl material, may contain a synthetic material or other vehicle upholstery material, as well as upholstery covering the vehicle seat assembly II (12) the backrest (20) and the seat (28) may contain a material substantially similar to the material. Body section (30), usually a forward-facing bass support surface for the passenger to support their head. (36) has a dlglyface. Separate the hollow surface of the body part (30)Ela.. (34) have reverse side surfaces and a back surface (38) for identifying a dlgl section. has. Coating, cotton, polyester, nylon, metal cable, monofilament or bunules It can be sewn to create seams with a thread elementE containing combinations.

Permeable seams with separate adhesive or other bonded pieces such as an Ellaynakllîl tie may be included in an appropriate manner. panels of covering material, seams can be eliminated or alternatively shaped as it can be made, or creation should be appreciated.

Seat head]1:back support (32) on a first section seat headglull (16) body A second reversed section of the seat headrest gutter (32) extends to the seat body to join with the connector (EyapEIJZS) placed in a section of the rear (20) extending from the section (30) or alternatively, any wiring of the lighting system (10), it can be empty so that it can be placed in the seat headrest support (32).

A @El source Ed40), rear edge underside, usually seat headllgîllllö) on and/or can be placed inside. Isllîl source E640), downstream of the seat head (16) or it is directed towards EgEıaymasE in the direction towards the back. According to a work done, EEK] welded (40) is a flexible circuit board coupled to the seat head body section (30) (e.g. a link, a flexible circuit). In such an arrangement, the flexible circuit board The lighting system (10) should allow the identification of SIIIEIs in the hull section (30). It can flex together with the body section (30) for

A photoluminescent material(62) is on and/or adjacent to the ISlKl source(40) applicable or otherwise regulated. One or more @El sourceEl(40), It can be placed within the illuminated Imagination system (10) and can be deployed to a target location. can be done. More specifically, Igllîl source (40) springs to the target location @El The photoluminescent fiber(62) fibres can be converted and generally differentiated in the visible spectrum. It can re-radiate as Ella, which has a wavelength of one. Shown According to the target location, seatback II (20) is down or in a rearward direction. a field placed in it.] When the enlightenment system (10) is in the illuminated position, such a configuration, the attention of a driver or other passengers in the vehicle (14) may also minimize it. Lighting system (10), for multiple functions As it can be used, the lighting system (10) has a wide range of target locations. Exemplary functions, an input lamp: ambient The lighting can be used for a passenger with a table lampHand/or as a seat pocket lamp contains. Optics (116), vehicle (14) other passengersEE distractionEllgIElto our hand its use should be appreciated. For example, optics 116, from the lighting system (10) spring must keep the vehicle (14) out of sight of any and/or all passengers. It can be a vehicle that can navigate with a water substrate mounted for A portion of the headrest (16) such as a location may be heart-shaped or otherwise can be attached. According to the construction shown in FIG. 2, the coating isEl134) and @IE welding (40) is placed simultaneously on a die and a top die material (66), It is placed on the combination of the coating I and the Ella source (40). top heart In the case where the material (66) is applied on the underside of balely, the upper stay material (66), It can be applied to the coating in an applied condition. In a yapllândlîilnada, the upper die process, The application of the upper heart material (66), the upper heart material (66) followed by seat headgear by spraying, flaming, dipping, printing, laminating or rolling Apply to at least one section on the combination (16) and @El sourceII (40) contains. Such a process is the merging of the coating and the igIKlsource (40) together. In some applications, the upper kalliil material (66), a plastic, silicone, advantageously for placing urethane material or within a head impact zone. may include any material that may be structurally audible.

Referring to FIGS. 3A-3E, a vehicle (14) with an external photoluminescent structure (62) A cross-sectional view of @Ki source (40), which can be used on shown according to the date of construction. As shown in FIG. 3A, ISUZI source(40), SIK] generating assembly (60), a photoluminescent rendering), an imageable portion (64), and may have a stacked arrangement comprising a top kalylyl material 66. viewable The section (64) and the upper callous material (66) may be two separate components or be a single component. It should be appreciated that it can be created in an integrated manner as a whole. may correspond to and include a substrate E(68) as the bottommost layer. The substrate 68 is a polycarbonate (polymethyl methacrylate, PMMA) or 0.005 to 0.060 inch cal-[glia polyethylene terephthalate (PET) material and a source of light (40) absorber. coating done (34)) is arranged on the surface of the intended vehicle (14). Alternatively, cost savings As a measure, the substrate 68 is a pre-existing vehicle build (eg coating (34) may correspond directly to dlglpanels and/or interior panels. the electrode (70). Positive electrode (70), immaturely silver-containing or a conductive epoxy such as a bean containing epoxy. Positive electrode (70), half arranged in a conductive ink 74 and applied on the positive electrode 70 a plurality of LED sources (72) are electrically connected to at least a portion of it. somehow, the negative electrode 76 is also LED sources. The negative electrode (76) is attached to a semiconductor ink. It is regulated and is non-transparent or semi-transparent such as indium tin oxide. It contains a transparent conductive material. In addition, each positive and negative electrode (70, electrically connected to a power source (80) and negative electrodes (70, 76) opposable edges (82, 84) and conductive ends (86, 88) to collect the points of connection Duze akli dagiiîllîiilljirttiüinaslîbn can be in the opposite corners of each collection mutoday (82, 84).

In alternative constructions, the components in the @El generating assembly (60) It is appreciated that the guidance may be changed to depart from the concepts of the present invention. should be done. For example, the negative electrode 76 may be placed underneath the semiconductor ink 74 and the positive electrode (76) is on the above-mentioned semiconductor ink (74). editable. Similarly, additional components such as collectibles (82, 84) can be added to @Büreten in such a way that the device (60) can radiate light]l:l(100) towards a desired location. can be placed in the orientation.

LED sources li72), a random or controlled flash in the semiconductor ink 74 can be diffused in the model and focused or unfocused related to the photoluminescent structure (62) it can be done to spread it correctly. with LED sources (d72), approx. to UZJ in size It can correspond to micro LEDs of gallium nitride elements with around 400 microns and half] conductive ink (74), indefinably one or more gallium, indium, Various bonds containing silicon carbide, phosphorus and/or translucent polymeric bonds. May contain lubricating material.

Semiconductive ink (74) ink on selected portions of the positive electrode (70). Thanks to various printing processes, including spraying and screen printing processes applicable. More specifically, LED sources 72 have a large amount of semiconductor. the ink (74) aligns with the positive and negative electrodes (70, 76) during deposition In the figure, the LED sources (72) are dispersed in semiconductor ink (74) and It is shaped and sized, it is predicted to be Ellizhak. As a result, electrical LED sources IlEl (72), which are connected to the positive and negative electrodes (70, 76), 88) can be clarified. According to one construction, power supply80), 12 to 16 A power supply 80 may correspond to devices operating in the VDC range. manual producing Additional information regarding the build-in assemblies is included herein by reference in the completeness of the invention. “ULTRA-THIN PRINTED LED LAYER REMOVED” filed on March 12, 2014. FROM SUBSTRATE,” (with ultra-fine prints from the bottom layer, with the title of the DLED layer Referring to FIG. 3A, photoluminescent E(62) is a coating, layer, film or a another suitable coating is arranged on the negative electrode 76. currently available photoluminescent structureEQ62), an energy conversion layerIE1190), according to the world of structures shown Multilayer with optional Stable layerE(92) and optional protection layerIE(94) It can be edited by making layers.

Energy conversion layerE(90), energy conversion with phosphorescent or fluorescent properties workers. having at least one photoluminescent material (96). For example, photoluminescent material (96), organic containing rylenes, xanthansuporphyrins, phthalocyanines or inorganic fluorescent dyes. Additionally or alternatively, photoluminescent material 96 may contain phosphors from the group of Ce-added HJD garnets, such as YAG:Ce. Energy transformation layer90), an alternative to create a homogeneous slab using various methods. do most of the mom. It can be prepared separately from the photoluminescent material found. This style methods, energy conversion layer II from a formulation contained in an abstract description. (90) the energy conversion layer (90) to the negative electrode (76) or to the desired may include coating with another substrate 68. Energy conversion layerE(90), dyeing, template printingHandZlexography, spray, slot coating, subaldunal coating, rolled dyeing, bar to the negative electrode by coating/e/or any other method known in the art. (76) may be applied. Alternatively, the energy conversion layerZ(90), leasMEEan environmentEI methods that do not use it can be prepared manually. For example, energy conversion stratification(90), freckle peeling, injection molding, head holding, calendula treatment, shaping and Most master builds that can be created with like. layer of photoluminescent material that can be incorporated Expression with EIIBiasE separate to a solution in a dry state (with homogeneous squares in a dry state) can be done.

The photoluminescent material (96) incorporated in the energy conversion layer (90) to protect from photolytic and thermal degradation, make photoluminescent EQ62), stable (92) may be included. Stable sheet (92), energy conversion layer (90) optically Combined and constructed may be made as a separate layer or otherwise made here can be integrated. make photoluminescentEQGZ), make photoluminescentEJöZ), environmental conditions Optically stable, in order to protect it from physical and chemical damage caused by energy conversion to layer (92) or other layer (eg, in the absence of stable layer (92) layer E (90)) may include a protection layer (94) that engages and bonds. StableLayer (92) and/or protective layer (94), heat coating or printing with each layer energy by lamination or embossing or any other suitable method. the transformation layer 90 may be combined. Appendix on the formation of photoluminescent structures information, filed Nov 8, 2011, herein fully incorporated by reference. PHOTOLIC AND ENVIRONMENTALLY STABLE MULTILAYER STRUCTURE” basiiEiDLxBD Patent no. Opening at 8,232,533 ÇalEna craftsman, photoluminescent material (96), Elîl Producer assembly (60) LED Egill input of a certain wavelength from at least part of the sources (72) It is formulated to act on allElnasE. As a result of this, Entered EK) undergo an energy conversion process and repeat at a different wavelength YaylliB According to a structuredAna, photoluminescent material (96), entered Egiualt transformation It can be formulated for a longer wavelength Egi-conversion, also known as

Alternatively, the photoluminescent material 96, also known as the input EgiCupconversion A wavelength of more kEa can be formulated to convert EglEa. both approximations With the substrate, manually converted EE by photoluminescent material (96) photoluminescent fabric (62) can be freckled or otherwise, the next converted Egil Then, the photoluminescent (62) can be switched on or the Eiîlve entered in this way. can be used valeasEa, converted EglE, in energy conversion layerl(90) to activate another formulation of the placed photoluminescent material (96). It can be used with an energy step where it acts as the entered EK. The energy described here wave between entered Ella (100) and transformed @E (102) according to conversion processes The difference found in the length of IEIJEL Stock slipE is named as EIEnaktadlE and Sigil wave the basic operation of an energy conversion process associated with a change in length It moves by mechanism.

Referring to FIG. 3A, on the viewable portion (64), photoluminescent 62) are held. On the basefibers, the viewable part (64) is a plastic, silicone or urethane material and may contain a photoluminescent structure: (62) and [mesh producing apparatus (60) Preferably the viewable part (64), which can be used at least In this way, the viewable portion 64 is in operation of the energy conversion process. In addition, the viewable part (64) by rendering aslîl3lîljlîilnaz, the apparatus producing photoluminescent EE (62) and @El (60) may act for protection. The viewable portion (64) is in a luminescent condition. in a planar and/or curved shape to develop imaging potential when can be arranged in a row. Similar to the photoluminescent structure 62 and the E generating apparatus 60 In the figure, the viewable partition (64) is separated by Ela Ella sourced (40), mediated (14) small package fields. can benefit from a thin design to help it unify.

On the baseElyapllândIEs, a decorative layer (98), a viewable section (64) and can be placed between the photoluminescent structure (62). The decorative layer 98 is a polymeric may contain material or other suitable material and can be viewed @El resourceII (40) made to control or change a view of partition (64)EllBaktadlB For example, when the viewable portion 64 is in an illuminated position, the decorative layer 98 can be made to provide a metallic appearance to the viewable portion 64.

In other yapllândlîilnas, decorative layer (98), ISIKI welding (40) alicagElaraç yap-El It can be any dyed color to complement it. For example, the decorative layer (98), In order for the lighting system to be largely concealed when the illuminated BIAm is in position, it may be of a similar color to the seat head[g]Il(16). In any case, the energy conversion decorative layer (98), photoluminescent film (62), The viewable part (64) is illuminated at least as long as it is not blocked] should be reflected. Top kalljil material (66), @El generating apparatus (60), and photoluminescent material (62) are organized around. The upper kalliil material (66) contains physical and protect the El generating assembly 60 from chemical damage. Upper stay material (66), viscoelasticity (e.g., having viscosity or elasticity), with a low Young's modulus and/or the upper core material 66, where contact is made, producing two (60) to high-hewn shape deformation, which is tempered with other materials to protect it. may have. For example, upper thickness material (66) is used when passengers enter the vehicle (14) and It can protect the lglKlüreten mechanism (60) from repetitive impacts that may occur with çiIZt[g]Ia.

In some EyapilândlEinas, the photoluminescent structure(62) is produced from the apparatus that produces the Igilîl (60) can be used remotely. For example, make photoluminescent(62), asaglîzlia more comprehensively a vehicle with the Ella generating apparatus (60) in such a way that it is not in physical contact with the It can be positioned on the component or near the surface. Photoluminescent fabric(62), @Ki @El source (40) has the same/or similar structure as @E weld (40) described with reference to FIG. It's understandable.] Referring to FIG. 3B, an energy conversion for producing monochromatic luminescent The process 104 is shown according to a world of construction. For the purpose of opening, energy conversion process (104) is described below using IglKIsourceJ40 shown in FIG. 3A.

In this structure, energy conversion layer (90) with photoluminescent structure (62), LED resources (72) aIlEan, entered ElglEl (100) differs from that associated with the entered job (100) A single wave is made to convert the freckles with wavelengths to an ISIgb (102). photoluminescent material (96). More specifically, photoluminescent material (96) indicates the input wavelength @I (100) supplied from the LED sources (72). It is formulated to have an absorption spectrum containing photoluminescent material (96) separate & lighting application Ebas - a desired transformed visible @Ela (102) with an emission spectrum synthesized in color resulting in a Stock shift. It is formulated to have Converted appears EEK] (102) allows the viewable portion (64) to illuminate in the desired color. Iglig source thanks to the viewable section (64) to provide [Edan (40) FrecklesBiaktadB In a structure, the energy conversion process, entered ml (100), blue, violet, Thanks to the low end of the visible spectrum, it contains light, such as ultraviolet (UV) light. handled by the conversion method. If this is done, the desired by the use of colored LEDs and the above-mentioned energy conversion, the relative Cost-effective LED sourcesIZl(72) as blue, violet or UV LEDs makes it possible to use. Further, the viewable partition (64) is provided by illumination, unique, largely uniform and/or non-photoluminescent means It can offer an attractive display experience that can be copied over.

Referring to FIG. 3C, a second energy is used to create a large number of related colors. The transformation process 106 is shown according to a structure. Tutarliülîl purpose, second The energy conversion process (106) is also lowered using EEsourceEd40 shown in FIG. 3A. is described. In this structure, energy transformation layerlil(90), energy transformation first and second photoluminescent materials (96, 108) of karlistillan in layerEl(90) contains. Alternatively, photoluminescent materials (96, 108) can be optionally can be isolated from each other. If this is wrong, energy conversion layers (90), down Two different Ephotoluminescent materials (96, 108) It should be appreciated that it can contain more. In a construction, the second energy transformation process (106), down-conversion using blue, violet and/or UV Ethics as the adaptive source thanks to IE According to the currently shown construction, photoluminescent materials (96, 108) Excluded by Adaptive Equilibrium In other words, photoluminescent materials (96, 108), non-overlapping absorption spectra with differential emission spectrab and It is formulated to have Ela with Stoke shifts. This is wrong, photoluminescent lglgil (102), which is converted from one of them into springs, can act on another unless requested in this way. Care should be taken in selecting the relevant Stoke shifts as it does not exemplary as LED sources:(72a) A first part of the LED sources II (72) shown, only photoluminescent material (96) @Ela entered that activates and a first color (e.g. white) is visible Sigi- (102) converted (100) to emit an input radiation that has an emission wavelength resulting in (100) Yapllândlüllüaktadlü Similarly, an exemplary LED source (EUZb) A second section with LED sources 72 shown in the figure, only the second photoluminescent that activates the material (108) and a second color (e.g. künlîm appears Elglub (102)) The input that has an emission wavelength that results in the converted input ISlEla (100) EllEiktadlE The first and second colors are optionally displayed visually. are separated from each other. In this way, LED sources (EUZa and 72b), photoluminescent make.. (62) to allow lighting in various colors, the controller (78) can be selectively activated using For example, controller 78 can be displayed selectively photoluminescent, resulting in a first color illumination in section (64) only LED sourcesIE(72a) can activate to activate material 96.

Alternatively, the controller 78 may be illuminated in the second color in the viewable portion 64. selectively mobilize the second photoluminescent material (108), resulting in can only activate LED sources (IEG72b) to pass

Alternatively, the controller 78 may indicate in the viewable portion 64 that the first and second color A mixed (eg, pinkish) color will result in an illuminated third color, a combination of photoluminescent materials (96, 108) that enables both activation. can activate the harmonious LED sources (IlZUZa and 72b). Each IglKl source (40) The Sigil (100) intensities entered in the spring are interconnected so that additional colors can be obtained. may vary proportionally. More than two separateEphotoluminescent materialsIEI A greater variety of colors can be achieved for energy conversion layers containing

The designed colors, each of them, the selection of suitable photoluminescent materials and the corresponding LED resourcesII (72) that he can reach thanks to the correct manipulation as a member of KIELn, blue and these. combinations.

Referring to FIG. 3D, a third energy conversion process (110) is referenced to FIG. 3A. It comprises an isria generating apparatus 60 as described and may be constructed as an alternative. According to this, a photoluminescent structure E(62) placed is shown here. Make photoluminescent (62), LED sources (72) allEthane, entered lagülûû than that associated with the entered lglEl(100) for a visible Elgh (102) conversion with a different wavelength madeIllmakdlB More specifically, photoluminescent (62), LED sources (72) an absorption spectrum containing the emission wavelength of the entered Sigil (100) supplied It is formulated to have Photoluminescent material (96) separating lighting applicationElbaslEia is an emission that can vary and is synthesized in a desired color. A Stock shift that results in a transformed visible @Ela (102) It is formulated to have.

Photoluminescent structure62), for example, in a simplified form of the luminescent apparatus (60) It can only be applied to a part of it. Among the photoluminescent structures (62), from LED sources (72) radiate, enter Ethics & (100) pass through here at the first wavelength - There may be @Epermeable partitions (112) that allow Heat-permeable sections (112), It can be a clear] area, or it can be a transparent or translucent material. heat-permeable a second photoluminescent 140 positioned adjacent the assembly 60 can be directed. Make the second photoluminescent El(140), over the lalkl permeable sections (112) It can be configured to illuminate against the forwarded, entered light (100).

Referring to FIG. 3E, from the E1 generating apparatus as described with reference to FIG. 3A. (60) a fourth energy transformation of Elçin, the creation of the Egil multi-number color utilizing process ( is shown. This On a top of the lsilig generating assembly 60, the photoluminescent fabric EQ62 is placed. Photoluminescent material (96) fits LED sources (72) emitted, photoluminescence of a portion of the entered EEI (100) at the first wavelength(62) as it passes over (eg EKI source-an (40) spring, entered EKI (100), photoluminescent structure (not converted by E(62)) is formulated. spring Egil (100) density, without converting to a second çilZbrilan (102) wavelength Emitting the LED sources (72) that pass over the photoluminescent madelglgl (62), the input With pulse-width modulation or intelligent control for the amount of tilt (100) replaceable. For example, EiZl sourceEE (40) to emit EgiEl(100) at low level In the case of yapliândlîligiaslîl, Egil (100) largely all, to the second wavelength (102) can be converted. In this configuration, Egilgl (102), which corresponds to photoluminescence (62), is a color may be emitted from the EKI generating assembly 60 . Is[lZJ source (40) entered at a high level Egil (100) egilgia is made of sulcin and Eigias in hand, only a part of the first wavelength, photoluminescent (62) biases can be transformed. In this configuration, the spreading Egil (100) a first part, photoluminescent:(162) can be transformed by bias, and Egil (100) the second a part of it, at the first wavelength, from the Eilureten assembly (60), from the EKlsource (40) to an adjacent It can diffuse towards additional photoluminescent structures 140 positioned in this manner. Additional photoluminescent Buildings (can illuminate accordingly. According to an exemplary construction, exemplary with LED sources (72a) A first section with LED sources 72, shown in the figure below, is photoluminescent (62) which activates the photoluminescent material (96) and a primary color (e.g. white) visible EgiEa (102) has a wavelength resulting in the entered EEla (100) converted EgiElJiOO) emissivity is made of IEEhaktadlEI Similarly, with LED sources A second part of the LED sourcesEE (72), illustrated as exemplary make photoluminescent El(62) will pass over and illuminate in a second color In the figure, additional photoluminescent structures E(140) placed adjacent to the lighting system (10) for emitting an entered EgiEl(100) with a wavelength that triggers The first and second colors can be visually separated from each other. This In the figure, the LED sources q72a and 72c illuminate the lighting system (10) in various colors. selectively activated using the controller 78 to allow can be brought. make photoluminescent (62) diffuse EEEI (102) to predetermined locations It may include Ellan optics (116) made for orientation. For example, LED sources (72a, 72c) and photoluminescent (62) spring Ella (adjacent, It can be directed and/or focused towards a desired feature and/or location.

Referring to FIG. 4, an assembly (60) that generates [SIK] according to a construction LED sources II (72a, 72d) located diagonally across assembly 60 types and concentrations are shown in a top view.

As shown, the @E generating apparatus 60 has a first portion 118, a first color (eg, white) to emit an entered ElgülOO) with an emission wavelength in the spectrum YapliândIEliân LED sources (IEUZd). Similarly, the ISIIKl generating apparatus (60) a second part (120), a second color (eg, an emission waveform in the klüinlim spectrum). made to emit an input lalg]l:(100), having a length of (72d). The first and second segments of the IsleI generating apparatus (60) are divided into sections (118, 120) as it can be lit independently from any other section (118, 120) adjoining sections by any method known in the art. It can be separated from its placement by the insulating or non-conductive obstacles (112). moreover It can be done to illuminate the section (118, 120).

The first and second colors are preferably visually separated from each other. In this way, LED sourcesEl(72a and 72d), LED sourcesII (72a, 72d) lighting in various colors selectively activated using the controller 78 to allow can be brought. For example, the controller 78 may represent a portion 118 of the apparatus 60 that produces EEE in the first color. Only LED sourcesEl(72a) can be activated for selective lighting. Only LED sources (EU'Zd) can be activated to illuminate somehow. IsllZl generating the assembly (60), LED sources that can illuminate in any desired color.. (72a, 72d) may include any numbered section (118, 120) that has the replacement. should be done. More various LED sources. (72a, 72d) it needs to be oriented in the form of application and placed adjacently. It should be appreciated that it is not heard.

As described above, apparatus (60) producing a photoluminescent structure (62), ISIE can be placed in a section. Optionally, from LED sources (72a, 72d (any from someone, Ella source (40) adjacent and/or @El sourceEl(40) for activating any photoluminescent material (92) placed can be used.

Semiconductor ink (72) separate LED sourcesII (72a, 72d) density or unit AlanEbas- LED sources.. (72a, 72d) intensity, for various lighting applications adjustable. In base-built Elnas, the intensity of LED sources II (72a, 72d) sourceII (40) may vary throughout its length. For example, the @Ki generating setup (60) a central portion (120) at a greater density or completeness than the peripheral portions. otherwise, it may have LED sources (72). Do this styleHândlElnada, @Ekaynaglîl (40), predetermined locations are brighter to illuminate somehow depending on preference may appear one or have a greater luminescence. In other constructions, LED sourcesII (72a, 72d) density, with increasing distance from a preselected point may increase or decrease. On BazEl/apilandlunas, LED sourcesE(72a, 72d) and semiconductor ink (74), available from Nth Degree Technologies Worldwide Inc.

Referring to FIG. 5, the lighting system included in the headrest (16) a mechanism that generates @Ki placed in the seat title]1:(16) according to the structure (60) and is shown to have a reflective structure (132). As shown, @El the generating mechanism (60) may be involved in forward steering in a vehicle. But spread Egil& headrest II (16) depending on the construction and packaging of the headrest II) in It is designed to be directed in any desired direction. On the other hand, IEEmakE(132), according to one structure, are five to sixty five from each other. (60) is balanced. Mirrors (132) over a section (134) of the headrest (16) Reflected by the name of lglgE to direct it backwards and/or downwards structure(132), seat basllglliîtlan (16) çllîlarüan lglglül of a passenger in the vehicle (14) Count as many as you can control. can be rotated by position.

Alternatively, the photoluminescent fiber EG62) can be placed on the reflective sheet (EQ132).

Lighting system (10), lighting system (10) or inside a vehicle (14) a user-friendly face (136) placed adjacent to any other desired position. may contain. User's face (and/or Ethics emitted by LED sourcesE(72d). the way it can control the wavelength can be done. The user interface 136 is non-personally identifiable by keys 138 (eg. Any method known in the art to control @IE source(40) such as approx. type of control can be used.

Referring to FIGS. 6 and 7, a first photoluminescent structureJ62), IgIKlureten assembly (60) and a second photoluminescent fabric 140), such as a seat belt (142) The agent & (14) is placed on an inner property. IsilZl generating apparatus (60), a first here photoluminescent Ea (62) into a first segment (144) and the entered Egil (100) at the first wavelength Make the seat head (16) spring to have a second section (146)EndlElgiaktadE As described herein, the EE generating apparatus (60) having photoluminescent structures (62) section (144), EgElüOO entered in Egil (102) of different wavelengths is converting. A second portion (146) of the ISE generating assembly (60) is the seat belt (142) make a second photoluminescent in Ell140) a result of a different wavelength Egi- (102) converted seat titleEtian (16) entered EEE emitted (102), a table lamp can be viewed by lighting a map and/or in low EEE conditions. The agent (14), whose level may be low, can be used to illuminate any of its internal features.

Using a second photoluminescent (140) adjacent to the lighting system (10), It can be placed in any desired position and cannot be attached to the seat belt (142). In addition, the second photoluminescent structure (140) is designed for certain parts of the device (14). can provide secure benefits for features to notify an arriving passenger.

Referring to FIG. 6, the EE generating assembly (60), the seat head EE (16) cover construction-l (34) can be joined, bonded and/or glued to an inner surface. This In the figure, the EE producing apparatus (60), the EE producing apparatus (60), resulting from environmental conditions while protecting it from physical and chemical damage, the headrest(16) The covering that forms part of the headrest (16) will hide it.. (34) interior It can be mounted flush to its surface.

Referring to FIG. 8, a block diagram of a vehicle (14) is usually of the lighting system. (10) is shown as applicable. Lighting system (10) with EE source(54) a controller (78) in communication. The controller 78 is a part of the controller 78. A processor with the instructions included here to perform the processor (148) can contain haflEayE(150). The controller (78) is a power supply (80) located in the vehicle (14). electrical power to the EE source (40) or a corresponding EEI rod (82, 84) can provide. In addition, the controller 78 is unmistakably a fuselage control module, engine control module, steering control module, brake control module, etc. from one or more vehicle control modules (148), such as or a combination thereof. Depending on the received feedback, each EEsource (40) spread (100) EgiEl checks It can be done for. By controlling IsEkaynagll (40) EEçiIZEElEQIOO), the lighting system (10), lighting in various colors and/or patterns to provide an aesthetic appearance. or provide vehicle information for the observer. For example, lighting system (10) aydEatligiEtla, E-generating mechanism (60), a part of the headrest (16), The headrest (16) may enable it to illuminate an adjacent area/or feature. During operation, with photoluminescent(62), periodic monochrome or multicolor It may exhibit illuminance. For example, the controller (78) is photoluminescent in the first color. (62) Thanks to the LED sources (72), which are intended to illuminate, the relevant (100) is only the first wave. Elçin [Ella sourceIE(40)] can activate. Alternative Secondly, the controller 78 is photoluminescent in the second color, so as to illuminate (36) Thanks to the LED sourcesE(72), ml (100) can only periodically monitor the second wavelength. STRAIGHT source IE(40) can activate. Alternatively, the controller 78 in the third color determined by the hand, corresponding to an additional color added to the second colors photoluminescent (62) lightening, silllil (100) first and second wave @El sourceglEllIMO) to move its length simultaneously and periodically can pass. Alternatively, the controller 78 uses the change between the first and second colors. photoluminescent constructionEI (62) periodically lighting up by @El yayüîllk and EJKIsource (EJKIsourceIelHO) to change the second wavelengths quickly.

The controller 78 is the first and/or at regular time intervals and/or irregular time intervals. second wavelengths may activate the ulleriodium emissivity (Sügin Ellîlkaynag IEG40).

On the other hand, the lighting system (10) may contain. user face ( and/or The LED sources EI(72) can control the wavelength of ElglEl (100) propagated by it can be done in this way. This kind of configuration is a use-IEI, properties are lightIIatlg1El (eg table Iambasuseat pocket Iambasu etc.).

Regarding the examples given above, the controller 78 is pulse width modulation or the intensity of the first and second wavelengths II of the lglgIEl emitted by mental control can change. In bazEl/apllândlîilnas, the controller (78) controls a density of the IglEl source (40). or by sending control signals to adjust the energy level. it can be configured to adjust its color. For example, if @El sourceEI(40) is a low Levels of the first emission are made for the LBAs, the first emission is mostly all, the second converted to emissions. In this configuration, an @El color related to the second emission, It can correspond to the color of the spring @El from the lighting system (10). For example, if Fifty! sourceglîll40) at a high level, the first emission is made of chilibrlluiasuccine, the first emission only part of it is converted to the second emission. In this configuration, the first emission and the second An EE color that is related to a snowflake of emission can be generated by making a spring EEIZ. In this way, each controller 78 may control a string Egil color.

A low-level and high-level density should be opened with reference to the first emission. Despite the fact that the intensity of the initial emission corresponds to the spring light from the lighting system (10). Among the various intensity levels for adjusting a color tone It is understood that it can vary, and here is the color of the second emission, make it photoluminescent. (96) certain photoluminescent materials used (96) are substantially it can be bagged. In addition, a conversion capacity of the photoluminescent portion 62 is greatly increased. photoluminescent structure Ella (62) to a concentration of photoluminescent material (96) used bagIE can be. By adjusting the rangeJIE, the concentration of photoluminescent fibers (96) present in the photoluminescent section (36) and chambers and the photoluminescent section (62) disclosed herein. the types of materials, the first emission with the second emission karlgtlîlllüiaslîl spring Elgllil color It can be functional to create a range of tonesII.

Thus, a lighting system using a headrest can be advantageously presented heredB Headrest, which has both functional and decorative features. For the purposes of describing and identifying existing teachings, any Contribution to classifications, value, measurement, or other representations. the uncertainty that can be found here to represent the natural degree "substantially" and "approximately" make use of the terms "to a large extent" and "approximately" terms here with a change in the basic function related to the subject in question. where a cyclical representation varies from a reference specified in a way that does not result in used to represent the degree Variations and modifications differ from the concept of the present invention. do mentioned. It is clear that the following prompts can be created and in their own language Unless otherwise stated in its own language, such concepts are protected by the following claims. intended to be covered [gllânlasllüiaktad lü

Claims (20)

REQUESTS 1. It is a lighting system for a vehicle seat head; Contains the following: A lgllîl source and a first photoluminescent structure placed on the armchair head 2. A vehicle seat headlight lighting system according to claim 1 comprising thermally sourced, multi-printed LEDs. 3. A vehicle seat headrest system according to claim Z, where the photoluminescent structure is made to convert a visible Iglgh downlink into the viewable portion of an input, taken from at least one portion of the hand sourcesII. It contains at least one photoluminescent material. 4. A vehicle seat header delivery system according to claim 3, wherein the inserted Egin includes one of the blue mantle, violet SIK-tan and UV Elgluts. 5. A vehicle seat headlight lighting system according to claim 1 further comprising: a second photoluminescent structure placed adjacent 6. A vehicle seat head lighting system according to claim 1, comprising a controller for checking a source activation state as per at least one vehicle-related condition. 7. Each lglEI source of the controller. A vehicle seat headlight illumination system according to claim 6, where it determines at least one of an @KI emission intensity and an @El emission length. 8. A seat head for a vehicle, comprising: a body section with a tongue structure, the parts of which are defined; These are the ones placed inside the building. a luminescent handheld handpiece controller. 9. A device according to claim 8, wherein the light source comprises an LED. seat headHand 10. A device according to claim 9, wherein the photoluminescent structure contains at least one photoluminescent material, constructed to directly convert an input from a portion of the bask[l]LED, into a visible light drawn down into the viewable portion. armchair 11. A car seat head[g]|3 according to claim 10, where the entered Egin contains one of the blue ElK, violet IglEthane and UV Lights. 12. It is separated by a highly luminescent structure by the highly luminescent Egil section in such a way that a first segment of Egil radiating from IsilZl is converted to a second wavelength, and a second segment of Egil emanating from @E is traversed over a hand-permeable segment[g]Ei According to a vehicle headrest 13. A vehicle according to claim 8, wherein the controller determines at least one of an @El emission intensity from an EE source and an emission length of TIGHT. headrest 14. A vehicle seat assembly is an illuminating system and includes the following recommendations: The first and second photoluminescent structures placed in the seat assembly, & the assembly made by @Eltarafian, which is made by Eb[IJKIlilild] a second photoluminescent structure placed in an adjacent component 15. Heat sourcesHandHand, lots of them. A device according to claim 14 comprising LEDs. illumination 16. An instrument lighting system according to claim 15, of photoluminescent construction, constructed to convert an entered Egin from at least part of at least a portion of El sources, into a visible Iggia downlink block, in which Ellan contains at least one photoluminescent material. 17. A vehicle delivery system according to claim 16, wherein the inserted Egin comprises one of blue IglEthane, violet IglEthane and UV Eglßhan. 18. A vehicle according to claim 14, where the first photoluminescent structure illuminates in a first color and a second photoluminescent structure illuminates in a second color. lighting system. 19.6. An lglEl resource with minimal vehicle-related conditions. A device according to claim 14, comprising a controller for controlling an activation state. illumination 20. Controller, but source. A vehicle according to claim 19 wherein it determines at least one of an IglEl emission intensity and an @El emission length. illumination system.