TR201613826A2 - LIGHTED SEAT BELT ASSEMBLY - Google Patents

Abstract

An illuminated vehicle seat belt assembly is provided here. The vehicle seat belt assembly includes a buckle having a body and a locking mechanism. A light source is located inside the housing. A light guide directs light from the light source to the top of the body. The first photoluminescent structure is placed inside the buckle and configured to illuminate in response to excitation of the light source.

Description

DESCRIPTION ILLUMINATED SAFETY BELT ASSEMBLY Refer to the relevant application The present application is “WITH PHOTOLUMINOUS STRUCTURE” filed on Nov 21, 2013. "VEHICLE LIGHTING SYSTEM" is the origin of the US Patent Application no. 14/086.442 continue_ Up. the respective application mentioned, including reference herein in its entirety, is being done.

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

State of the Art of the Invention (Prior Art) Illumination from photoluminescent materials creates a unique and compelling viewing experience Therefore, this type of construction is used in automotive vehicles for various lighting applications. applications are being reported KEa Description/Purposes of the Invention According to one aspect of the present invention, a luminous seat belt buckle is used. Aydatllîjhlgl seat belt buckle consists of a body and a locking mechanism. First FREQ] the welded rod is placed inside the body. First lgllîl guide, Iglglî first Ella resource directs it towards the surface of the body. Optical to the first photoluminescent water pool It is connected as yapllândlElBraktadlB According to another aspect of the present invention, a vehicle seat belt buckle Opening Hand The seat belt buckle consists of a body and a locking mechanism. First optically connected to the first lglE] guide, which is constructedElanlgl Second beam source it is placed inside the body and the second kEmElßyd .clack is made for throwing the second logged in Elgll warn i.e. Elolarak çllîlglyapan made for Elglljraymak According to another aspect of the present invention, a seat belt is buckled. The belt includes a buckled body. A locking mechanism is located inside the housing.

The first igIEl weld is placed inside the body and optically attached to the first SIKI guide. connectingadlîl The second lgllîlsourceglî is placed inside the body and optically attached to the second Handbook. A diffuser, which is connected as a Diffuser, for directing lglgllîl away from the body builtandlElIBiaktadlHand This and other aspects of the present invention, objects/properties, following description, claims and the accompanying figures will be understood and appreciated after the examination by persons skilled in the art. will be.

How to Open Shapes with Use In the figures: FIGURE 1A, the use of luminescent seat belt @Etertibatiiîbla according to a study Side view of the photoluminescent structure provided as a coating for

FIG. 18, photoluminescent provided as a separate particle ZJ according to a construction structure II is the top view.

FIGURE 1C is an example of multiple components provided as individual particles and included in a split structure. Photoluminescent structure II side view.

FIGURE 2 is the lighting used next to the driver's seat, according to a configuration The seat belt assembly II is a perspective view.

FIG. 3, latchElaclEhlgl using a lighting system according to a construction a passenger seated inside the vehicle cabin, with seat belt assemblies in Perspective side view of the chair.

FIG. 4 shows that the seat belt buckle II is divided into parts according to a construction. is the view.

FIG. 5, the locking mechanism inserted into the buckle, according to a design. top perspective view.

The locking mechanism in FIG. 6, FIG. 5. is a fragmented view.

FIGURE 7, top surface kEinIIElaydatan mounted with buckle, aydınIIatllöîlgltokan top perspective view.

FIG. 8A, according to a construction, is a buckled zipper with a hand guide attached to its inner surface. is the upper klglnII lower perspective view of the forming body.

FIG. 88, according to a structure, who cooperates with the Ella guide in FIG. 8A, locking mechanism with a built-in igIKlsource. top perspective view.

FIG. 9A shows a photoluminescent in the TIGHT tube of guide E according to a construction It is the perspective view of Eliîlkliâvuz, which has a structure.

FIG. 98, according to a construction It is the perspective view of the EJ manual with photoluminescent structure.

FIG. 10 has a diffuser located on the upper surface of the body according to a construction. is the upper part of the body, the lower perspective view.

FIG. 11, a klgl-lock mechanism with multiple LIGHTSsources placed. top plan view.

FIG. 12 shows the first and second [SIK] guides attached to the inner surface of the upper handle II of the body. is the lower perspective view of the upper part of the body with.

FIG. 13A, the upper part of the body with multiple photoluminescent structures in the [SIK1 guideline. kliinII is the bottom perspective view.

FIGURE 13B, to induce multiple photoluminescent structures within the luminous related buckle interlocking ISgE, which contains a lalkl source that emits in more than one wavelength mechanism II is top perspective view.

FIG.14, block diagram of vehicle and ayd IIatllIhltokan Isolating the Invention For the purposes of the exposition here, "base", "bottom", "right, left", "back", "front", Relevant However, the present invention does not involve various alternative It should be accepted that it assumes orientations. Ayrlîla, illustrated in the attached drawings and asag-ki specific devices disclosed in the specification. and transactions, determined only in the attached claims. It is understood that the created concepts can be preceded by precedent. The specific dimensions and other characteristic features of the constructions are contrary to the claims expressly. unless it is specified, it should not be accepted by force.

As required, the details of the present invention are disclosed here. However, Opening Hands, Hands, Openings, which can be made in various and alternative ways The figures do not need to show a detailed design and can be functional. Some drawings can be enlarged or reduced to show an overview.

Indirectness, certain structural and functional details explained here. sIlBtaylEEbb, not that rather than 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” is used for one or more parts, of any of the listed items or of 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'yÇlyalnlîlza 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.

The following description describes the lighting for a vehicle using a lighting system. seat belt assemblyElDdescribes. Pre-defined with seat belt assembly advantageously one or more photoluminescent structure can be added. Associated with one or more photoluminescent structures STYLISH! originating from aI-n Elgllitransform and Sigil, which are typically found in the visible spectrum It can be made to re-radiate at different wavelengths.

Referring to FIG. 1A-1C, one vehicle equipment each. or vehicle related equipment a photoluminescent structure that can be connected to the substrate (12), the part of which can be matched. (10) miscellaneous It is shown that precedent has been made. In FIG. 1A, photoluminescent.. (10) usually lower as a coating (ie film) that can be applied to the surface of the layer (12) In FIG. 1B, the photoluminescent structure: {10) is usually separated by a support element (12). a particle]. In FIG. 1C, however, the photoluminescent structure(10) is usually a support that can be applied (as shown) or integrated with sheet 12 (14) is shown as a set of separate pieces that can be included (ie, in a movie).

At the most basic level, the current photoluminescent structure), for example kEIZl in FIGS. 1A and IB an energy conversion layer that may contain one or more substrates, indicated by lines (IEdlö) contains. Energy conversion layer(16) each substrate is phosphorescent or fluorescent energy-converting elements with the properties of one or more photoluminescent material 22. Each photoluminescent material (22) It can be adapted after Egiualdllîtan, thus causing it to enter a relevant transformation process. Comprehensive Under-conversion principle, introduced by @El fotoluminansan made (10) ÇiZlan Covering the principle, entering [51151 photoluminescent (10) operating ElEIan & a darker wave Elgia with its height is being transformed. Make photoluminescent (10) multiple in separation different wavelengths çlEtlglia, Elgll wavelengths can mix with each other and are multicolored @El In BazEl/apllândunas, Ella, which has undergone a downconversion or an upconversion, energy transformation to stimulate other photoluminescent material(s) (22) contained in the layer (16) can be used. Sigil transformed from a photoluminescent material cascaded energy used to excite photoluminescent material (22) It is known as a color and serves as an alternative for obtaining various color expressions. can do. @El-transformed SIK that warns about each conversion policy] The wavelength difference between the ÇlStokes shift is known as a change in the relevant wavelength. Kars[[[It serves as the basic working mechanism of the incoming energy conversion process. In the various applications discussed here, each photoluminescent structure (10), each transformation principle can work in scope.

Energy conversion layer (EQIG), to create a homogeneous correlation using various methods vasßslîla distillation of photoluminescent material (22) in polymer matrix can be prepared. Such methods extract energy from a slîutaslîclîlîloitamiaki formulation. transformation layerII (16) preparationZlve energy transformation layerII (16) desired lower It may contain layers. Energy conversion layer II (16), painting, template A substrate made of printed spraying, semi-coating, roller coating and bar coating can be applied to the layer. Alternatively, energy transformation layerüllö), slîEllaslîLIElîcbrtamEl Methods that do not use vaslühsljila can be prepared. For example, energy conversion layeredlö), photoluminescent material (22) extrusion, injection molding, compression callilation, calendering, Elîle forming etc. included in the polymer matrix that can be formed disperse into a solid solution (dry homogeneous karlgülli) that can be can be provided. The energy conversion layer Hand(16) is then known to the person skilled in the art. It can be integrated with the substrate using any method. energy conversion layerHand (16) contain sublayers, each sublayer generate energy conversion layerIE(16) For the purpose, it can be coated with slB. Alternatively, it can be prepared by separating the substrates. and can then be laminated with each other to form the energy conversion layer IE(16). or embossed. Still alternatively, the energy conversion layerE(16), sublayers. kalliitan can also be formed with vasltîâislı.

Referring again to FIGURES 1A and IB, make photoluminescent(10) Optional photoluminescent material (22) containing energy conversion layer IEI(16) from @ to klEE and thermal It may include at least one stability layer E(18) to protect it from deterioration. stability layer EülB), optically combined with energy conversion layer (16) or glued together It can be made as a layer. Alternatively, stability layers:[18), energy conversion layer (16) can be integrated. AyrEla photoluminescent make EKIO), optionally photoluminescent EUO) from physical and chemical damage resulting from environmental exposure. with stability layer (18) or other layer (i.e. stability layer (18)) to protect In the absence of the conversion layer, the EI(16)) is an optically bonded or fabricated protection. layer EI (20). Stability layer Hand (18) and/or protective layer (20) by wet coating or printing of the layer or by slulamination or embossed or by any suitable means of energy conversion layer (16) can be combined.

Additional information on making photoluminescent structures, filed November 8, 2011 8.232.533 numberJD “HIGH EFFICIENCY ELECTROMAGNETIC ENERGY CONVERSION AND PHOTOLIC AND ENVIRONMENTALLY STABLE SOFTWARE FOR SUSTAINABLE SECONDARY EMISSIONS LAYER STRUCTURE” titled in the IÜÄBD Patent (Kingsley et al. The entire opening is included here for reference. For additional information on the manufacture and use of photoluminescent materials, all in their entirety. PHOTOLUMINESCENT SIGNS WITH TOP LAYERS” in the US Patent (Agrawal et al. FOR ELECTROMAGNETIC ENERGY CONVERSION AND SUSTAINABLE SECONDARY EMISSIONS PHOTOLIC AND ENVIRONMENTALLY STABLE MULTI-LAYER STRUCTURE”, titled US Patent spring no.]]]] "PHOTOLUMINESANC COMPOSITIONS, MANUFACTURING METHODS AND INNOVATIVE USES” titled ZIElUS Patent (Agrawal et al., issued October 23, 2012) Now, throw it into FIG. Z, and according to a construction, a vehicle (28) seat belt an area near the seat assembly (EBO) and/or its components placed in the device (26) A lighting system (24) made to illuminate is shown. Seat assembly q30) a seat 32 which is pivotally connected to the seat back 34. Seat (32), one rail assembly 38) can be attached to the vehicle (28) floor (36) by sliding around it. rail assemblyll38), vehicle seat assembly II (30), allowing for forward and reverse adjustment with respect to the vehicle (28). It can be made for. Seat assemblyIEl (30), position shown dlSIEUa, passenger side miscellaneous inside the vehicle (28), such as location, center seat location, and rear seat location. device (Eü38) and can be movably attached to the vehicle (28) or alternatively It is considered that it can be fixedly attached to the vehicle (28) floor (36). In addition, here Any seat of the described lighting system (24) inside the vehicle (28) It will be appreciated that the device II (30) may be used in any use.

Seat assembly II (30) seatbackE(34) is pivotally connected to the rear air-conditioning of the seat (32) the side supports that connect and extend from the seat (32) upwards to the upper corner of the seat back (34). (40). seatbackEa34), a cushion and seatback at the same timeIlîq34) large It consists of an upholstery material placed on a cushion that covers a large amount. a seat head[g]l:l (42), seatbackII (34) can be locked with the upper arm and can be adjusted in an adjustable way. and the seat back can be centered to a large extent. Accordingly, the seat a link to headlgll(42), laplgll44), seatbackIE(34), and more specifically, seat ArkasII (34) may contain upper language. The seat belt assembly II (26) described herein not to be erased by this, bi-coated sports cars, passenger cars (sedans), trucks, sports It is appreciated that it can be used on any vehicle (28) such as off-road vehicles, hand trucks and the like. will be. In addition, any vehicle located elsewhere in the vehicle (28) at the same time It will be appreciated that the lighting system 24 can be manufactured according to the principles of the present invention.

As shown in FIG. 3, the seat belt assembly EQZG is attached to the vehicle (28) or seat at one end. assembly (30) connected and additionally placed in the B-pillar (50) of the intermediary (28) in Karsuliçta. The retractor 48 includes a fastened belt KayEIEIIZ (46). Rewind mechanism EK48), the intermediary (28) can be inserted into the B-pillar (50) dlSlEb at the same time and In addition, using the double rewind mechanism (second rewind mechanism in a system) It is thought that the separate seat belt (46) can be attached to the vehicle seat (32) or to the vehicle (28).

This column (50) is generally located between a front passenger seat and rear passenger side door. The belt strap (46) connected to the retractor mechanism (48) can be retracted and thus seat belt assembly for vehicle occupantIE(26) seat belt assemblyZlI26) The lighting system described here allows (24) it is appreciated that any other seat belt orientation can be used to apply will be.

In the structure shown in FIG. 3, belt strap(46), various vehicle passengers A vertically adjustable D-ring along the B-pillar (50) for mounting. (52) or attached to the turning ring Along the belt strap (46) fastens to the strap (46) and for adjustable movement along the belt it contains a language element IE(54) which is floating. tongue elementJ54), a buckle kliinIlJSG) and a The assembly includes klglnIEl(58). Mounting handle(58), a handle with belt strap (46) connects and can slide along this k-i. Buckle klîlnlîi56), passenger in the vehicle (28) seat belt buckle- (60) for freely detachable fastening builtandlElIBiaktadlHand Referring to FIG. 4, seat belt buckle60), creating a space between one who has an upper kîrna (64) and a power kis- (66) made to unite with each other. includes the body (62). However, the body 62 differs from the teachings provided here. It will be appreciated that any number of things can be done. A lock mechanism is placed inside. Lock mechanismE(68), seat belt buckleII (60) seat belt tongue clasp - (56) made to connect freely mechanismE(68), allEIZi/uvasIEUO) used or completely encircling and buckle kElnII (56) with a channeling feature 72 that acts as a guide for the delivery of allEE to the socket 70 includes a surrounding language (aIleIZl/uvayEUO). Buckle body (62) and channeling feature The assembly (72) may consist of a rigid polymeric material. Seat belt assemblyIE(26) use a seat belt buckle (IEQ60) to latch and hold the seat belt buckleID (60) retractable belt strap to contact tongue element (54) can pull. In this way, the seat belt buckle(60) and tongue element(54) are latched. situation and latchIlZlaçllEilgl situation are dynamically associated with each other.

The free snap button (76), which can be pressed by hand, is placed on the top surface (78) of the buckle (60). and seat belt buckleIE(60) seat belt tongue buckle (56) for releasing builtandlEllBiaktadIB Now, referring to FIGURES 5-6, a lock is created according to an exemplary construction. mechanism68) is shown. with locking mechanism68), with a free-clamping button (76) remotely actuated together manually or alternatively by any device known in the art. can be passed. The lock mechanism shown is EQ68), the free-twist button (76) (82) and a button spring (84) and a lock pin (80) connected together. a slider (86), bolt spring (90) are connected together to lock bar (88) Bolt (86), tongue element II (54) buckle handle II (56) with lock mechanism (68) fastening, that is, latching Locking, The bolt (86) is held under the locking pin (80) of the lock pin (80). When held down, it blocks the movement of the lock bar (88) and buckles against it. (56) lock mechanism. (68) held in it. An ejector (92), contact with buckle kîlnlîla (56) and the buckle kîlnII (56) is fastened with the locking mechanism (68), while the ejector (92) is connected to the lock. The rod (88) is pushed inwards by the ejector spring (94) with the interface.

The locking mechanism (68) is freed by pressing the button (76) by hand. The movement of the button (76) moves the button spring (84) sllZIStlîiln and contacts the slider (86) and moves the slider (86) to the bottom of the lock pin (80). Slider (86), slide springIE(90) It is in the beam and allows the ejector (92) to push the lock bar (88) up. When this occurs, the unlimited lock pin (80) is in the corresponding “lock” position. the non-retained bolt (86) rotates upwards and releases the lock bar (88) After the lock bar (88) turns away from the buckle klîh'il (56), the buckle klîlnE(56), ejector spring II (94) assisted ejector (92) side locking mechanism II (68) dISIEb being pushed.

Referring to FIG. 7, the lighting system (24), the pre-defined position of the belt (60) the Egbody 62 and/or the locking mechanism, depending on circumstances or criteria. (68) most ElIBiaktadlEl (24) contains an ISlK1 source (96) and a photoluminescent structure within the buckle (60). business weldE[96], a handle of the seat belt assembly II (26) such as the inner surface of the buckle body (62). It can be multi-called or connected in another way. As described above, photoluminescent material(10) contains at least one photoluminescent material (22) and is sourced from @El. (96) to spread lâ'gb (98) who entered the spring (98) ElglDüOO, who accidentally made çlKlS YapllândlîllBaktadlEl Wet Heat source- (96) power using vehicle power supply (102) can be given.

Currently, according to FIG. 7, photoluminescent structure: 1(10), according to a made can be applied or otherwise disposed with the angle of the body (62) at (104) can be achieved. More specifically, @Ekaynagian (96) emits ISlEl at the first wavelength It can be converted by photoluminescent (10) and typically in the visible spectrum. The difference found can be re-radiated as Fifty] with a second wavelength. This kind of configuration, lighting system (24) illuminated It can be helped by fastening the belt to the appropriate place. Isis sourceEI96), logging in (98) built to emit the first wavelength Eli BiaktadB Sigil (98) allElnalela yan[Photoluminescent as ELO), illuminated and described above As stated, çllîlî maker SigiEO100) emits at least in the second wavelength Input 5115198) and @El (100), who makes a freckle, can show a difference in wavelength. illumination system (24) and in particular @El source (96), lighting system (24) multiple functions It can direct attention towards a wide variety of target locations that can be used for is being considered. Use sampler functions by starting the input to illuminate the environment seat belt assemblyII (26) assists functions such as fastening])Imayl3/or safety belt assembly II (26) warns that it is not in the locked position.

In BazEl/apllândlElnas, multiple photoluminescent structures(10, 128), lighting system (24) can be inserted into it. Make multiple photoluminescent.. (10, 128) each, Fifty] source (96) spread @ga yan[Llglgllîl in a specific color in response to the stimulus formed as a hand It may contain one or more photoluminescent materials 22 which are made to diffuse.

In some apliândluinas, combination of photoluminescent material (22) versus different IIEIiZJ colors] in photoluminescent structures (10,128) to emit various wavelengths from can be used.

According to FIGS. 8A-8B, seat belt assembly II according to a construction The lighting system 24 used in (26) is shown. As shown in FIG. 8B, [FREQUENTLY] source(96), a print Handheld circuit board (PCB) (, to PCB) (106) so that the ISIElsource II (96) placed will be correctly positioned to the desired target location. buckle (60) any khiln. can be attached. PCB (106), lighting on It may contain a white Iehim mask to reflect its status. Conductive cables (108, 110), It connects to the PCB (106) and the seat belt harness (112) is fused inside the vehicle (28). any power supply (102) can be placed As shown in FIG. 8B, the LIGHT] source (96) is inside the body (62) and the lock The mechanism II (68) is located in the middle of the PCB (106) in a lower position. business sourceEI(96) eg fluorescent lighting, @Ki emitting diodes (LEDs), organic LEDs (OLEDs) polymer LEDs (PLEDs), solid-state lighting/or any other lighting It can contain any SOLID resource(96) format, such as More was doneEinaya According to EEKaynagE96), blue @K1 purple @Have/or UV igigißpektrumlaria freckle igigiü (98) can spread.

As shown in FIG. 8A, the upper klglnEQ64 of the body 62 according to a construction contains the pool (114). As shown in FIG. 8A, @handlead(114),lhandle sourceII (96) the first cylindrical coil(116) and optical syllabic encircling and covering the upper blade includes the tube (118). As shown, a pair of Ella pipes (118) with a double angle (104) directs it in the right direction. Thermal lighting for any function can be used.

According to a construction, the photoluminescent structure (10) is inserted into the @handpipe (118). can be placed. Related to this, @El source (96) posted a sprawling entry Ella (98), During the passage of the Sigil IgilZlpipe (118), the first, the second from the incoming wavelength, It can be converted to the emitting wavelength. The locksmith ISJE(100), the buckle (60) is a klglnEl dlgrlîclloggru can be directed through it.

Photoluminescent material(10), Ella sourced (96) allen input Egiü98), input lSJKJa (98) lggh making çlklgl with a different wavelength than the associated wavelength It may contain a single photoluminescent material 22 made to transform (100). More Specifically, the photoluminescent material (22) is the penetrating Egil provided from 51121 (96). (98) formulated to have an absorption spectrum containing the emission wavelength is being done. At the same time, photoluminescent material (22) is connected to the lighting application. having an emission spectrum that can vary, expressed in the desired color Formulated to have Stokes kayleb leading to the transformed visible Iglgh (100) the welded (96) springs and thus the upper surface (78) of the body (62) is in the desired color. enlightenment. energy conversion process, sub-conversion through it, and thus the entering @(98), blue, violet or ultraviolet (UV) It can be used as a source of UV LEDs (EG96). provides the opportunity and this is only desired. up-conversion of colored LEDs and used with the process In addition, the upper surface (78) of the body (62) sides The lighting provided is a unique, non-photoluminescent vehicle that can be copied to a vehicle It offers a largely uniform and/or attractive viewing experience. (10), that the temperature tube (118) can be placed on top of or in other It should be appreciated that conduit 118 may be attached both above and inside.

Photoluminescent in and/or on its ornament, with attribution to FIGS. 9A-9B examples with structure are shown in the IglE] manuals (EK114). As shown in FIG. 9A, photoluminescent yaplllû) is placed in Ellaborusu (118) of @ßkuavuzunu (114). SHAPE As shown in 9B, the photoluminescent fabric EI (10), [5. is placed.

As shown in FIG. 9A, the Ella pipe 118 is a desired one, such as the Egil angles (104). Eigb (100) making çllZlgl integrated with photoluminescent structure to be transformed can be created. Photoluminescent hand (10) to the inner surface of the 5113 tube (118). can be placed. Or alternatively, photoluminescent: 1(10), @Handtube (118) can be inserted into the forming material.

As shown in FIG. 9B, the photoluminescent structure(10) is the end cap of the beam tube (118). can be placed. Heat source(96) towards a desired location such as OPENINGS (104) Eglliîl (98) entering at the directed first wavelength emits Iglgilî(98) Lgilîl (98), which enters the end kElnlEblan çllîmaslîlesnaslukja of the SIKI pipe (118), is a different wave. The çlKlgl-making Elgia (100) tall is being transformed. A partialHandMaterial (144), Elgll SIK] To assist in guiding the pipe (118) towards the end blade, the SLIa lglKl pipe (118) can be applied to any surface.

Referring now to FIGURES 9A-9B, the first, cylindrical km (116) and Ella pipe (118) both originating from (96) are largely transparent or Translucent dlEl Cylindrical k-i (116) and Elli] tube (118), polymerizable compound, rigid containing a hardenable substrate such as angular clay (MIC) material or can be formed from the material. Acrylates and glass at the same time. known substitute polymethyl methacrylate (PMMA), widely used for forming rigid 151121 pipesII (118) A polycarbonate material to form the hard [5112] pipe (118), which is used It can be used in the injection molding process. In addition, cylindrical k-i (116) and It can be guide 5113 (114). Such flexible materials, urethanes, silicone, thermoplastic polyurethane (TPU), and other similar optical solid flexible materials. cylindrical k-i 116 and/or Elli] tube 118, whether flexible or rigid, when formed, the cylinder k-i (116) and tube (118) are substantially optically transparent and/or semi-transparent being transparent made of material can be expressed as @Etaslýlîßubstrat.

In FIG. 10, a diffuser (120) placed close to its upper surface (78) The upper part (64) of the body (62) having the same is shown. The Isllîl diffuser (120) is located at the top of the body (62). between its surface (78) and SIKI kavuzlîl (114). can be installed or alternatively installed can be achieved. For example, @Eldiffuser (120), klglni vacuum deposition vasl'gisula top surface 78 may be a batch-applied layer. Diffuser (120), transparent or translucent @El sourcegIan (114) performs the function of spreading the incoming Iglglî. Additionally or alternatively, the diffuser 120, lgllZl A klîlnlâia of @Ekilâvuzunu (114) can be applied to optimize the spreading effect.

Diffuser (large) It has an off-white color that hides it considerably.

Still referring to FIG. 10, according to a construction, the polymeric structure of the body (62) material mold[plandlgllîshown in addition to the body (62), @El weigian (96) springs (SIK) will not pass through the matt cellar of the body (62) and will not pass through the desired and It is usually matte, streaked from the trunk (62) at pre-defined locations. Depending on this, the lighting system (24), the lighting system was weak. The belt assembly II 26 may provide an aid for fastening.

Dollândlîllân in the form of FIGURES Alternative configuration of the lighting system (24) with the lSlKl source (96) is shown.

First LED (122) is in the first color spectrum such as blue @K1 purple @Eve/or UV lgllaspectrum The second LED (124) is illuminated in the second color spectrum, such as the source Çlülnlîüglß spectrum AydIantükdlEl Similarly, the first lgllîl guide ( yayllân Egil: it directs it towards the predefined glocations on the upper surface (78) of the body (62).

The second @Hand guide ( yayllân Sigilîiserfree bending button (76) to direct it towards the upper surface (78) of the body (62) such as tongue alEElyuvasElÜO yapllândlElBaktadlEl Second HandElklâvuzu (126), the second @Rikaynaglüklginen knitting first end klEinlEia and the second end khiln positioned near the upper surface (78) of the body (62). may have.

As shown, the second SIKI guide (126) has the shape of a triangle, but the second LIGHT] It will be appreciated that the guideline (126) may be formulated in any practicable way.

Furthermore, guide 126 can illuminate multiple components within the clasp 60. Sampler components include the release button (76), tongue allEEIslot(70), and/or lock. mechanism II (68) includes other components.

As shown, the first LED 122 is the welcome/greeting sequence in the tool 28 such as the Hand. independently lit by any desired lighting sequence It can be illuminated by synchronously with the second LED (. For example, a The first LED (122) can be illuminated while the passenger enters the vehicle (28). Sofa (32) The seat buckle (60) remains unlocked for a predetermined period of time, such as six milliseconds. The second LED (124) can be illuminated after it is kept in p02operation. It's a made according to the first LED ( kLElnlZelcolor illuminated Second LED ( a larger For example, the second LED ( 20 times more powerful It can be made in such a way that it will be. In alternative configurations, the second LED (124) is connected to the second LED. ( electric energy fifty times more can receive.

As discussed above, the second LED ( the first surface so that the upper surface (78) of the buckle (60) is almost completely It can be illuminated simultaneously with the LED (122). This type of configuration is not locked the buckle (60) can draw attention. In addition, the release button (76) Free parting of the release button (76) with a cloth of another color in the form of an optical filter that allows better illumination with the use of the button (76) free bending knob (76) to move, kiEinlZîJyar made of transparent material can be created.

Referring to FIGS. 13A-13B, the clasp (60) has a knl such as the handpipes (JIIS) in it. between multiplexes with interspersed first and second photoluminescent materials (22, 130) photoluminescent film, 128). Alternatively, photoluminescent materials (22, 130), can be isolated from each other if desired. Aynlîtamanda, tokanl (60), more than two may contain different photoluminescent material (22, 130) and in this case, the It will be appreciated that the teachings are equally valid.

As shown in the construction shown in FIGS. 13A-13B, the photoluminescent Note that the materials (22, 130): they exchange each other. That is, the photoluminescent materials (22, 130), different emission spectra and non-overlapping absorption spectra. and It is formulated to have Stoke shifts. At the same time, photoluminescent A transformed EKI(100) emitted from one is associated without warning the other, unless otherwise requested. Care should be taken in the selection of the Stoke slip. According to DândlElna, EKI sourceE(96), EgE, made to propagate in multiple wavelengths. However, alternative In yapllândEmas, multiple EKI sources(96) emitting at Eglilegical wavelengths, alternative can be used as a supplement or as an add-on. As shown in FIGS. 13A-13B, source EE (96), Egil (98), which only stimulates and enters the photoluminescent material (22) in the first color (i.e. white) visible Egb(100) to the first penetrating wavelength causing the conversion (98) owner logged in Eglü98) structure to disseminate similarly, EKJ source (96), Egil (98), which only stimulates and enters the second photoluminescent material (130) having the second wavelength that leads to the conversion of the color (i.e., the visible Egb(100) made to emit EglE(98) entering EglE(98) Preferably, primary and secondary colors, visual can be separated from each other. In this way, EKIsourceEllQö), photoluminescent (10) illumination in various colors. selectively using the controller (132) to cause can be activated.

Still alternatively, the EKI source (96) can emit primary and secondary emissions together. and thus the adaptation of both photoluminescent materials (22, 130) is caused and buckled. (60) a kEnll of the first and second colors is a color square (EEailZQi.e. pinkish) in the third color IsllZJ source Ian (96) entering spring Egil (98) their intensities are aligned with each other in terms of wavelength so that additional colors can be obtained at the same time. can be changed proportionally]]]). Containing more than two different photoluminescent materials (22) Because of the energy conversion layers, more various colors can be obtained. Considered colors, It contains combinations of green, blue and white, and all these colors are suitable. Selecting the photoluminescent material (22) and correctly identifying the corresponding [SIK] source Manipulating vasßlea can be achieved.

Referring to FIG. 14, the applicable means (28) of the lighting system (24) block diagramÜ is shown. Ayd ülatllhwgemniyet belt buckleEll60), @KI source lila (96) contact It may contain a memory 134 for the instructions executed by the parties. Controller (132), power supply integrated in the vehicle (28) vasltâslîla Ella source. (96) can supply electrical power. In addition, the controller 132, not to be removed by this, body control module, engine control module, steering control module, brake control module from one or more vehicle control modules, such as and the like or a combination thereof. 140 Controlling the EIgII of springs (96) sources of each beam based on allElan feedback It can be done for. AydIatllBilS seat belt buckle(60), SIKI welder (96) Yayllân Eglil is controlled in various colors to provide an aesthetic appearance. and/or patterns, or vehicle (28) information for the target observer. can provide. For example, an unlocked seat belt is fastened (60) to the seat (32) when seated, the buckle (60) can be illuminated in a clinically desired color. Make photoluminescent(10), fixed monochrome or multicolor lighting during operation can exhibit. For example, controller 132, photoluminescent structure II(10) in first color (eg. white) illumination. LED vaslßlıla lgl'gll only first wavelength to cause can activate @El sourcegIE(96) to propagate as Alternatively the controller (132), photoluminescent structures (10, 128) in the second color (for example, in-use lighting. cause LED vaslüslîla Sigil only to periodically emit the second wavelength lSlKl can activate the sourceIEl(96). Alternatively, the controller 132, Photoluminescent structures (10, 128) of the first and second colors additionally described by @El karlgînllý third color (i.e. pinkish) light to cause lglgll first and second The wavelengths can activate the @El source(96) to spread out over time.

Further, the source of ÇllglIZJ (96) is the additional photoluminescent that converts the emitted IglglIlGir to a different wavelength. Structures (10, 128), illuminated seat belt buckle. (60) can be added. Alternative yet as the controller (132), photoluminescent. (10) change between the first and second colors Egil spreads periodically in order to cause actuate the EE source(96) to switch between the first and second wavelengths. can pass. Controller 132, regular time interval and/or irregular time interval EE source to emit Egil first and/or second wavelengths eberiomatically: 1(96) can activate.

In other applications, the seat belt buckle(60) and/or to control the EgIEl wavelength emitted by the LEDs (122, 124) it can be done. This type of configuration can be used to locate the desired feature. It allows the helper to decide which features will be illuminated. The user interface (142) can be placed inside the vehicle (28) cabin or with the illuminated safety described herein. belt with buckle (60) can be placed on the surface. Use the face (142), so as not to be sllhanded with it, burn-[E Any device known in the art regarding the use of EE source 96, such as sensors can use the control type.

Referring to the above examples, the controller (or Egil yayllân in mind control vasltiislî shows the density of the first and second wavelengths. can change. Controller (132) on baseZl/apllandlīlnas, EE source (96) energize Egil spread by sending control signals to adjust its level or intensity. (100) can be made to adjust its color. For example, EE resource (96) is low Egil (98), which entered the first emission at the first level, immediately almost okHandmaker, visible Egb can be converted. Heat source (96) high Egil (98) alone, who entered in yapliândlîllfhasüii to spread Egla (100) which makes freckles can be transformed by a kenCulphotoluminescent structure (ZQIO). This in the configuration, incoming EEa (98) çlEE incoming Egil (100) karEEli-karsliiE its color can work as spring EE (100). In this way, each of the controllers 132 Egil (100) can control the color of the freckle.

Addressing low-level and high-level density with reference to the introductory Egb (98) Despite the cost, the seat belt is illuminated by the density of the incoming Egil (98) tokaletlan (60) yayllân Egb (98, 100) various color nuances to adjust It will be understood that this can vary between intensity levels. As described herein, The color of Egil (100), which causes freckles, is largely made of photoluminescence, and the specific color (10) is used. may be attached to photoluminescent materials (22). Plus photoluminescent (10) converting capacity, make photoluminescent. (10) photoluminescent materials used (22) Emissible density (96) from heat source (96) Adjusting the intervals, with the help of the photoluminescent structure described here (10) Concentration and proportions of photoluminescent materials (22)Zl and photoluminescent materials (10) (22) types of photoluminescent materials used, input Egil (98) who work (100) EEla Egil can be played to make the color nuance arallglülîr.

Simultaneously or any other it is thought that it may change depending on the EKlsource Ian (96).

Accordingly, a seat belt is made to be buckled and illuminated. The lighting system is advantageously described herein. Illumination system, style attribute Simple and cost-effective tools for creating various lightings that can be used as and/or assisting the passenger in the use of equipped seat arrangements. can provide benefits.

Slihandy with any particular material from which the disclosed invention and other components are made It will be understood by a person with ordinary experience in engineering. Other exemplary structures of the present invention are made from a wide variety of materials, unless otherwise stated. can be created.

Present DefinitionElementary PurposesThe term "joined" (and combination, unification, all other types, such as combined), generally consists of two components (electrical or mechanical) It means directly or indirectly linked to each other. This kind of connection It can be naturally stagnant or naturally mobile. With this type of connection 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. This kind of connection established or, unless otherwise stated, may be naturally recyclable or freely recyclable.10 At the same time, the arrangement of the elements II of the present invention shown in the precedents and it is important to note that the build-I is for illustrative purposes only. Only available Explained in detail in this explanation about innovations. to be Despite the fact that experts in the art who have studied this explanation, it is still necessary to learn from new teachings. and the material separation of the advantages of the disclosed subject-many changes (i.e., various workers. with their lengths, dimensions, shapes and proportions, parameter values, mounting patterns, 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 can be reversed by operation, or Conversely, it can be diversified, constructed and/or elements, or other components of the connector or system. elements-I length and width can be changed, the adjustment provided between elements positions.. can be changed naturally or numerically. Elements of the system II and/or assembliesII provide sufficient resistance and strength[g]l: a wide variety of colours, textures or take into account that it can be made of a wide variety of materials in combinations. As a result, all such changes should be considered to the full extent of existing innovations. intended. Other changes, modifications, changes and Apart from the working conditions and the spirit of the existing innovations, the right-desired and other precedent It can be made in the order of yapllândlünalarl.

Consider any transaction or find its name within the opened transactions with other handled operations or names to create structures within the scope of It will be understood that it can be combined taliaktad should not be interpreted as a hand The concepts of the present invention with Ayrlîla above without breaking the aforementioned structureOn the Although it is understood that variations and changes may be made, in addition, such concepts, The following claims should be covered by the parties, unless their language expressly states otherwise. intended

Claims (20)

REQUESTS 1. A body with an illuminated slack belt buckle placed inside the vehicle and the first SIK] guide that directs the Sigil from the first SIKI weld into the body with a locking mechanism, which directs it towards the surface of the body; and the lglKl guide, the first lglKl source warning was made to illuminate incorrectly, and the first photoluminescent structure placed inside the lglKl pool 2. Photoluminescent structureII @Luminated according to claim 1 where the hand guide is inserted into the seat belt buckle 3. Illuminated according to Claim Z, where the first photoluminescent material contains at least one photoluminescent material made to transform the first photoluminescent source, at least one kliinian aliEbn-entering Egü surface-emitted visible Elgla 4. Entry Elgllrîl, ayd Iatilîhlglemniyet belt buckle according to claim 3, which includes one of the blue @El purple [first] and UV Elglian 5. AydIatilB'ilSlemniyet belt buckle according to Claim 1, where the is[lzl guideline contains the first klginlîl covering the first Es'llîl weld and a work pipe connected to the first bone. 6. A photoluminescent tongue element II tongue allEE illuminated the upper surface of the buckle to assist in placement of the tongue, illuminated according to claim 1 7. Luminous belt according to claim 1, additionally containing the following: the second SiKl weldment placed near the second hand guide made to illuminate the free release button on the buckle. 8. A body with a seat belt buckle for a vehicle, including the following; First EE! the source is the first APPENDIX source the source of the annexed language is a pair of open-edge and the source of the source is a pair of open-edge and the source of the first affixed-edge The second ATTACHMENT that is optically connected to the second EEI guide and placed inside the body, which is made to use the buckled second kEnllEbydat! source Eve first SUPPLEMENT source Elia was made to Egilize the Egil who entered radiated by mistakenly made a luminescent 9. Seat belt buckle for a vehicle according to claim 8, wherein the body is formed of a matte material. 10. The seat belt buckle for a vehicle according to claim 9, where at least one side of the first EKI sourced with luminescent structure, the penetrating EgiEl can be seen and the Egla is constructed to convert the bottom Ellan contains at least one luminescent material. 11. The first EE] sourcedEJ, the incoming EgiEI spring containing one of the blue EE, the purple Eiil and the UV Eglian seat belt buckle for a vehicle according to claim 10 12. A body having a locking mechanism in a seat belt buckle comprising fasteners; A photoluminescent EE grid is optically connected to the first EE guide and is not visible inside the body. 13. Seat belt buckle according to claim 14, additionally containing the following: A photoluminescent structure made for @Baymak 14. Seat belt buckle according to claim 15, in which the photoluminescent structure is placed in the first related manual. 15. Seat belt buckle according to claim 15, wherein the guide of photoluminescent structureII first SIK] is placed on an end air conditioner 16. The seat belt buckle according to claim 15, where the photoluminescent structure contains at least one photoluminescent material. 17. The upper part of the body is illuminated simultaneously with the first and second hand weldings, the first light source and the second hand welding, as per claim 14, seat belt buckleLîl 18. Seat belt buckle according to claim 14, where the second Ella source is more mind fed than the first @Hand source 19. Second @Ekaynagll klElnlîElEilZlyayd seat belt buckle according to l'glülstem 14 20. The seat belt buckle according to claim 14 further comprising a controller for controlling the activation status of the first and second !5115 sourcesII by at least one vehicle-related condition.