TR201611156A2 - PRINTED LED FLOOR PANEL LAMP - Google Patents

Abstract

A lighting fixture for a vehicle is disclosed. The lighting fixture includes a circuit placed in a floor panel. The illumination assembly includes at least one light source formed by a plurality of LEDs in a semiconductor ink. The lighting assembly further includes at least one proximity sensor located close to a surface of the floor panel and configured to selectively activate the at least one circuit. The floor panel is configured to include at least one edge of a window of the vehicle.

Description

DESCRIPTION PRINTED LED FLOOR PANEL LAMP References to Relevant Application This application is Nov 21! 2013 dated "VEHICLE LIGHTING SYSTEM WITH" United States Patent Application No.

EllZUnited States Patent Application No. 14/603,636 kEinen a continuationIIE The above-mentioned relevant applications are hereby referenced in full and included. is being done.

Technical Field of the Invention This invention relates to vehicle lighting systems in general and more specifically to flexible Vehicle lighting with Operable Slim profile to suit materials and/or surfaces regarding systems.

State of the Art of the Invention (Prior Art) Lighting in vehicles has traditionally been used for reading, entering and operating the vehicle. Applied in providing lighting looking at the vehicle. tool features and can also be applied to the development of systems. Such improvements include safety, visibility, may arise from improvements in aesthetics and/or properties. If this description comes close or a vehicle in response to the detection of a person moving away. about to give a kEinIIEl offers an operable lighting system The Invention Cannot Open to the Klala According to one aspect of the present invention, a lighting device for a vehicle The lighting device contains a circuit located on a floor panel.

Illumination assembly The most powerful semiconductor ink consisting of multiple LEDs. Contains at least one @El resource. One of the floor panel with lighting device to selectively activate at least one circuit located near the surface of the & YaplEndlElllBilgl also includes at least one nearHand sensor. The trim panel tool is a at least one side of the window is made to take the ulser According to another aspect of the present invention, a lighting device for a vehicle is used. being opened.Lighting deviceon a window mullion placed in a door contains a built-in circuit. Lighting equipmentMore than one Ella source at least one It includes a burnElsensor and a controller. The YakIllîlsensor is attached to a surface of the floor panel. is placed approx. The controller has multiple sources of lSlEl.. at least one first @El It communicates with at least one yakIlZJ sensor to control the source. controller a yakllgil perception- as the first @El source Ilîlseçici to illuminate and a To check for a second source of water in response to a status signal with a door madelandlElllBiaktadlE According to another aspect of the present invention, a lighting device is provided for a vehicle. Circuit along the longitudinal extension of the floor panel with manual lighting device being opened a positioning mechanism made to hold a position contains. Multiple numbers placed on the floor panel by arrangement. to the electrode At least one Ella welded placed on a conductively connected circuit assembly contains. Circuit assemblyHandlongextensionto adjust its position along the hand builtandlEllRaktadlB These and other aspects of the present invention are for purposes and features as follows: description, claims and As a result of the examination of the attached figures, this technique will be understood and appreciated by experts in the field. will be.

Unfolding Figures In the figures: FIG. 1 A vehicle with an illuminated lighting assembly. a side-by-side perspective is the view; FIG. 2 A side perspective of a vehicle containing a lighting device. is the view; FIG. 3 is a side sectional view of a luminaire II; FIG. 4 is a detailed side view of a ua generating assembly comprising a photoluminescent layer. is the view; FIG. 5 is a side sectional view of a luminaire II; FIG. 6 is a detailed side view of a lighting device; FIG. 7 with a block diagram of a lighting device according to the present invention. Classification of the Invention Where necessary, the detailed structures of this invention are disclosed here. Unveiled structures and handcrafts are the inventions that can be applied in various and alternative forms. It will be understood that they are only examples. The figures do not belong to a detailed design. is not required and someEchematics are minimized or displayed to show the overall functionality. may be exaggerated. Therefore, the specific structural and functional details disclosed here are klâlfliaylüî. not exclusively, but only to teach this invention in various ways to those skilled in the art. allErnaIIlEl as a representative basis The term “and/or” as used herein is a list containing two or more items. For use, press any of the listed items alone. may be used or two or more of the listed items. any combination can be used meaning. is coming. For example, if a composition contains components A, B, and/or C. If described as containing, the composition is single bass. Start A, start B; single head C; together A and B; together A and C; B and C together; or A, B and C together may contain.

Referring to FIGS. 1 and 2[g], a lighting device Hand(10) for a vehicle (12) DescribedIE Lighting device (10) to illuminate a vehicle It can be made, and in some bazüiapilândünas, an internal @(16) or map lglgilîilslevinin To offer a side-by-side input Lsîlgllîl (14) or vehicle underlight Lsîlgllîl function can be done. Input related (14) or vehicle underlay lighting function (12) (18) can be selectively activated when turned ON. Ext 5112](16) or map EgiERapEalS) can be selectively activated when set to the off position.

Lighting device Hand (10) is a device for forming a lighting system (20). can be in communication with the controller. Controller can be moved to an open or closed position with the door against one or more of the coating sensors that are activated to detect As a lighting device, you can selectively activate it. As mentioned here, a capping position sensor (kaplsîÜJIS) can be made to detect in closed position. more proximity hand sensors, contact (contact) sensors and/or various other sensors kars[[[It may come. In addition, to activate the controller lighting deviceIE(10), a EllBiE designed to receive an input signal, for example an approximate or it may also be in communication with more input sensors (21). In some/apuandlulnas, one or more input sensors (21) included as lighting assembly II (10) internal components can be done. Lighting deviceII (10) variously constructed, multifunctional (12) illuminated EIatllBwasElçin can offer various useful features that can be exploited. An example of the controller It opens by jumping to FIG. 7 Lighting device (Ele) vehicle & a circuit located near a floor panel (26) It may contain multiple sources of Ella Sila (22) in communication with Floor panel (26) a window with tool& (12) to switch to at least one first window (28) Against the floor panel (26)[[[] can be found. Floor panel (26) a first window (28) and a second window (30). Floor panel (26) about to slide into at least one first window (28) and second window (30). It is configurable and may correspond to a window batten (32). Floor panel (26) first It can be made to connect the window (28) to the second window (30) with a slide. Sample Alternatively, the first window (28) may be configured to slide into the floor panel (26), in this way, the first window (28) can be retracted into the cover.

Multiple saylâiaki @El welds(22) as directional springs with a thin profile it can be done. HeatIZJ sourcesE(22) connect to an inner surface (34) of floor panel (26) and/or it can be made to form the inner surface. @E resourcesE(22) in this configuration The light of the vehicle (12) or of an approximate region placed on the inner surface (34) can create an ElKlyayan layer that is built for. Lighting deviceII (10) @Hand A functional and/or decorative lighting for lighting the tool (12) without welds It can be made to provide.

FIGURES 1 and 2 closed:{18) is in a closed position (36) when the vehicle & (12) reflect[EllIhlSl an interior open the view and the door(18)[When the hand is in a position (38) the tool (12) is biased shows the view. In the open position (38) lighting deviceHand (10), lighting The device (10) is to illuminate a first switch (42) or the first Etigle selectively. can be done. First k-i (42) multiple sayEllaki @lakaynagll (22) one or more May contain lglKlsource. First k-i (42) to provide internal lglEl(16) or map lgll function It can be called as. The lighting device (10) is an additional supplement that explains how to construct an example. details are explained with reference to FIG. 5 The controller consists of one or more input sensors (21) in communication with the controller. aI-n can be operated to activate the internal Eglülö) in response to an input. Additional As a result, the controller means (12) will respond to one or more of the situations (Elating device IIJ10) can be selectively activated. For example, the controller is covered by a communication bus. It may be communicating with the position sensor. In this configuration, the controller means (12) various situations. reciprocating lighting deviceHand (10) first klg(42) or internal lglgJIEl can illuminate. For example, the communication bus to the controller; an agent selects a herd, a Ignition state, a fired or intermittent state, the lighting deviceII (10) a remote activation or other information or emission from the lighting device (10) sending and receiving control signals that can be used to activate or set It can be made to.

see FIG to illuminate the device (10) as a second KEINIEK44) or as a second Sigileselector can be done. second k. (44) multiple sources of Elia Ella (22) one or more may contain more. Provide second k-i (44) input ElgllH) or vehicle underlay function @Elyaymak to dollândlEllâbilir. Input Egian (14) extrinsic (dg) emission from the spring (46) may be referred to as. In relation to internal (internal) emission (40) and external emission (46) Although inexplicable, the input sensor (21) from the lighting-equipped communication bus multiple @Els in response to various states and signals of the position sensor and/or vehicle. Source II (22) can be configured to selectively illuminate one or more of them. This In the figure, the various functions of the lighting device II (10) can be explained with specific control schemes. For the purpose of giving examples, and the invention should not be evaluated as klîlfllaylîlîlî.

Input Egiull4) and internal Egil (16) can each be advantageously read out or map lglglElve introduction and vehicle underwriting Ethics orientated to serve. As shown in FIG. 1, at closure (36), the first k-idan (42) in the spring @(16) is mostly a passenger seat (48) working area. (50) a kîln that reciprocates. or while sitting in the passenger seat (48) towards an area where the passenger can comfortably hold a book or map to read can be directed. In this configuration, the internal @E (16) vehicle (12) has a passenger compartment. (52) from among the springs @güâlflken to the passenger bustle(50) to illuminate the selective can be activated.

As shown in FIG. 2, the inlet Elg11M) is substantially at least one of the inlet region 54 . klglnülüiyd Grab to throw (18) oriented towards an entrance zone (54) near it can be radiated from the second side (44). The second k-i (44) is an upper part of the floor panel (26) - (56) While it may correspond, the first k-i (42) lighting assembly II (10) is a sub-clutch. (58) karsSUJEL may come. In this embodiment, an arc-shaped configuration 60 of the floor panel 26 It can be configured to direct the external emission (46) downwards towards the input zone (54).

The arc configuration external emission (46) moves the vehicle (12) horizontally with respect to gravity. It can orientate largely parallel to its vector. This configuration, including lighting fixtureEülO) input Sigilîu14) and internal @1804) It can be configured to offer a combination of lighting functions.

Referring to FIG. 3, the illuminator IE (10) an Illuminator EÜ70) a Fine- film or printing-emitting diode (LED) devices may be encountered. Is[lZl generating device (70) It may correspond to the reference [Fifty, as described in FIG. 1 and Z]. IslEl generating device 70 may include circuit 24 comprising a substrate 72 . Substrate (72) opaque, transparent or semi-transparent It can be transparent or it can be Thin. The heat generating device 70 can be used in various applications and may have a fine general kallEIigb. Substrate 72, for example polycarbonate, polymethyl methacrylate (PMMA), polyethylene terephthalate (PET) etc. may be a polymer. In bazlîl/apllândlîilnas, The substrate (72) producing device (70) is made from a roll so that it can be integrated into the assembly processes. can be given and can be approximately 0.1 mm to 1.5 mm thickness.

A first electrode 74 or conductive layer may be placed on the substrate 71.

The first electrode (74) mentioned herein and/or the various electrodes or conductive layers may contain a conductive epoxy, such as silver-containing or legume-containing epoxies. First electrode (74) may be connected conductively to a first bus 76. The first bus (76) mentioned herein and other data paths are started by screen printing on electrodes or conductive layers may be metallic and/or conductive materials. Data pathsEtlan LGL-generating device (70) controller vasuly multiple count-ki lglKl emitting diode (LED) springElBrII (78) a power It can be utilized by connecting the source as a conductor. This way, the @Ki generating assembly The first bus (76) and other busses utilized in the handheld generating device (70) is a to provide intelligence as a uniform distribution along and/or over its surface. it can be done.

LED springsEUS) a non-conductive ink (80) valeis Manually to the first electrode (74) baslIJBaylliîlSlor otherwise may be applied. Spread in semi-active ink It can be compared to a slurry containing a concentration of LED springII (78). LED springElErlZUS) concentration @Ki generating device (70) to a desired spring density. It may vary depending on the context. LED springEllarlZUS) into semiconductor ink (80) It can spread randomly or in a controlled manner. The surface of the first electrode (74) of the LED springs ELL78) The approximate[1Zl] is substantially aligned with the width of 5 microns to 400 microns. It can be compared to micro-LEDs from the element gallium nitride, which can be [[[] Semiconductive ink (80) including gallium, indium, silicon carbide, phosphorous and/or clear polymeric binders however, it may contain various bonds and dielectric materials not related to them. This In configuration, semiconductive ink (80) LED springs (78) surface densities various LED springs in various concentrations that can be adjusted for applications may contain.

In some/apilândlulnas, LED springs and semiconductor ink (80) Nth Degree Technologies Worldwide Inc. It can be obtained from the company. Non-conductive ink (80) substrate (72) including selected k-i(s) inkjet and screen printing processes It can be applied with various printing processes. More specifically, LED spring-hands (78) semiconductor during deposition of the semiconductor ink 80 big part. preferably aligned with the first electrode (74) and the second electrode (84). shaped and dimensioned The first electrode (74) and the second electrode are electrically connected to the electrodes (74, 84). It can be illuminated by a voltage source applied through (84). Similar to the device (70) generating Is[lZJ Additional information regarding the construction of an Ella generating apparatus is included herein in its entirety. "SUBSTRA'I'I HAVE BEEN SEPARATED", dated March 21, 2014, by Lowenthal et al. document [opened in LED springs for fixing and/or maintaining positions At least one dielectric layer (86) can be printed on the spring II (78). at least one The dielectric layer 86 is a first dielectric which may be of substantially transparent material. layer 86a and a second dielectric layer 86b. Second electrode (84) mounted on the dielectric layer 86 to be electrically coupled to the electrodes 74, 84 may come against an upper transparent conductive layer. The second electrode (84) is connected to a second bus (88). can be connected as conductor. BussElclan (76, 88) @E generating device (70) count a lot. Power supply via the LED springEllarII (78) controller is conductive. Utilize connecting powerllBiaktadE Although multiple numbers of LED springs(78) Although it is opened connected to the controller via busses (76, 88), some When built, the controller LED spring_ (78) connects the controller to the first electrode (74) and the second conductive ends in various forms made to connect to the electrode (84) as a conductor, and It can provide the mind through the roads. Reference to FIGURE 7, a sample construction of the controller being opened by being found In bazüapllândlülnas, the first electrode (74) and the second electrode (84) are attached to an anode electrode and a cathode electrode may be opposed. The Islla generating device 70 is used as an anode and a cathode. Although aÇEElanmLîtl, the first electrode (74) and the second electrode (84) the second electrode (84) (cathode) at least one dielectric layer placed on the substrate and the first electrode (74) (anode) (86) can be arranged as placed on it. In addition, Egilism from the cathode the substrate (72) for reflecting the dlglarlite log from the substrate (72) through the electrode (84) and between the first electrode (74) and the metallic side, which can be made of a material A (reflective) layer can be placed. Data pathslid76, 88) electrodes (74, 84) squared-edgesHand It can be started throughout and electrically freeze at the anode and cathode terminals. Data pathsHand (76, 88) and the two connection points between the power supply and the power supply flow smoothly through each bus! For dagUJEiEî, it can be in the carcelles of each bus (76, 88).

Again, look at FIG. 3-[gilütla, baslZl/apilândulnas, the ISIKI generating device (70) from the back A photoluminescent lamp is attached to the second electrode 84 to create a luminescent configuration. layer 92 may be applied. In some projects, the photoluminescent layer (92) is an alternative It can be made in a front-lit configuration either separately or additionally.

The photoluminescent layer 92 is for example an internal (Internal) emission (40) or external (dlS) emission. Any a coating, layer, film, and/or photoluminescent can be applied as a substrate. Processing (90) is shown in FIG. photoluminescent layer (92) can be applied to the second electrode (84) by screen-printed flexography and/or otherwise otherwise it can be done. In various applications, the LED springEllârE(78) blue @ga karslIJE is an incoming first wave. It can be constructed to emit a stimulus emission containing its length. LED spring (ELBRUUS) photoluminescent material to excite excited emission photoluminescent layer (92) It can be made to spread inside. AlEmaskars[l]]Zl of stimulus emission photoluminescent material stimulated emission from the first wavelength, from the first wavelength converts it to a radio transmission 90 containing at least a second longer wavelength. Additional As a result, the photoluminescent layer E(92) and the lglK1 generating device (70) are damaged and To protect against the original @Ki generating device (70) one or more coating or slîtllElnainlZJlayerIll be applied.

Now look at FIG. 4, Ella generating device (70) photoluminescent layer II (92) A detailed view is shown in a backlit configuration. IsilZl producing the device (70) shall have the same function and structure as the similar numbered items, Although it is not shown in FIG. 4, its structure is similar to the light-producing device shown in FIG. The LED springs(78) transmit data via the controller(76, 88) and electrically with a power supply. and thus the controller receives a warning from the LED arc (78). It can selectively activate its emission (96). In a sample application, be warned! emission (96) is a blue, violet and/or ultraviolet (violet (beyond) spectral color range[g]- karslülg contains an incoming first wavelength. blue spectral color rangeglgl, a wavelength range commonly expressed as blue lglKl(~440-500 nm) contains. In some applications, first wavelength ultraviolet and yak & ultraviolet color The range may include a wavelength of Etla (~100-450 nm). In an exemplary embodiment, the first wavelength approach[lZ| may be equal to 470 nm. Although certain wavelengths are Elve wavelength Although the interval is opened with reference to the first wavelength, the first wavelength is generally it can be constructed to excite any photoluminescent material. During operation, the excitation emission (96) is minimized by the photoluminescent layer (92). Kemen Ella is transmitted into a permeable material. Warning emission LED emit-an (78) and first wavelength photoluminescent layer (92) at least one absorption of one or more embedded photoluminescent materials It can be made in a way that corresponds to the wavelength. For example, the photoluminescent layer (92) excitation emission at the first wavelength (96) differs from the first wavelength an energy that can be constructed to convert it into a çiESI emission with a wavelength of transformation layer98). lElgemission (90) one longer than the first wavelength may contain one or more wavelengths. Energy conversion of stimulus emission (96) Conversion of stratified(98) sides to TRIELSIL emission (90) as Stokes shift namedlEllIhaktadlB In some/apuandlulnas, çlElgmission (36) is against more than one wavelength. may come. Each of the multiple wavelengths has substantially different pectral color ranges. may come across. For example, the second least wavelength of freckle emission 90 is more than may correspond to too many wavelengths (eg second, third, etc.). Some] In applications, multiple wavelengths appear mostly white. emission (90). Count more than one. wavelength approx[lZl 620-750 nm a wave by a photoluminescent material with a wavelength of approximately El 526-606 nm. by a green-emitting photoluminescent material with a wavelength of 430-525 A blue color with a wavelength of 1 nm and a wavelength longer than the first wavelength. or by the photoluminescent material emitting blue green. In some applications, stimulus combined with a blue or blue green wavelength of radiation (90) It may come against the emissions. As explained here, a photoluminescent material concentration; To add a blue tint to the jelly emission (90) Spread with a decreasing mass of lily (90). in a way that will allow it can be done. Count more than one of the two wavelengths, from the first wavelength A wide range of colors from each of the converted photoluminescent channels @Elüqusturmak may be utilized. Specifically, the colors green and blue are mentioned here. a wide color range to control the appearance of freckle emission 90 Various photoluminescent materials can be used to create combinations.

Energy conversion layer II (98) photoluminescent layer. (92) kars[l]hand converting photoluminescent materials stimulus emission (96) to lilgae emission (90) May contain organic or inorganic fluorescent dyes made to For example photoluminescent layer (92) a photoluminescent layer of rylenes, xanthans, porphyrins, phthalocyanines Build-in an absorption range/emission fluorescence may contain other materials suitable for a Stokes slip. In basic constructions, photoluminescent layer (92) at least one inorganic luminescent selected from the group of phosphors (shining) material. Inorganic luminescent material more specifically like YAG:Ce Ce-add may be from the IJDgarnets group. In this way, each of the photoluminescent beams one or more of them to emit a cellulite emission having a color AllElan from the adaptive emission (96) made to excite the photoluminescent material A wide wavelength range can selectively activate.

Referring also to FIG. 4], the related assembly (70) energy conversion layer: (98) protect the photoluminescent material contained in it from photolytic and/or thermal degradation. It may also include coating (94) as at least one stability layer (100).

Stability layerEl(100) energy conversion layer. (98) optically coupled and YaplgtlEllüilSl can be made as a separate layer. Stability layerE(100) separate energy It can also be integrated with the transform layerjl98). Separate the photoluminescent layer (92) optionally In connection with this, the photoluminescent layer 92 conditions the environment. exposure due to allelic] Stability layer to protect it from physical and chemical damage. (100) or optically bonded and adhesive protection to any layer or coating layered IQ10Z).

Stability layerEl(100) and/or protection layer(102), each layer. slsl Integrated with coating/e or basllînasEl/asüâslî or with sullilamination and embossing vaslIâs with energy conversion layer: 1(98) to form a photoluminescent structure(104) can be combined. In addition, various layers are slurry-coated to form a substructure, can be combined with lamination or embossing. Infrastructure later integrated It may be laminated or embossed to form a photoluminescent fabric (104).

Once formed, at least one of the photoluminescent (104) electrodes (74, 84) can be applied on the surface, thereby stimulating the forehead induced emission of the LED sources (78). (96) can be converted to the emission (90) of CLIZISl. Use at least one photoluminescent blade Additional information on the creation of photoluminescent structures that can be used in July 2012, Kingsley et al., “HIGH EFFICIENCY ELECTROMAGNETIC PHOTOLIC AND ENVIRONMENTAL FOR ENERGY CONVERSION AND SUSTAINABLE SECONDARY EMISSIONS STABIL MULTI-LAYER STRUCTURE” is included herein by reference. disclosed in United States Patent No. 8,232,533, issued Now look at FIG. 5 [gla, lighting assembly II (10) is an example of how to build A detailed section view is shown. The specific structure shown in FIG. 5 lighting device II (110) originating from at least one first clan (42) or first fifty] With a built-in directional lighting device (110) designed to emit ciEISI emission (90) karsll]K| may come. The first k-i (42) and the second portion (44) each have a printed circuit board Yapllândlîllü'ilgl as a dlgrlsîb @Eyayan assembly (112) on the circuit (24) in the form it is constructed to radiate its emission (90) in a projection (scattering) direction. In this way, the chi & emission (90) dgrlîla & Ki emitting device (112) is a emission (projection) It is oriented in a normal curve approaching its surface (116).

Lighting device&& (110) Luminaires &Ki-emitting devicesII (112) each additional as an optical device ( may contain. Optical device (118) is a &Ki placed on the &El generating device& (70). []]]Z] against the permeable polymeric material. Connect optical device &Fixed surface (116) and can be constructed to direct the emission (90) through it. wronghand layer 120 is a reflection applied to the optical device by a polymeric stay process. may correspond to the material. YansßîElîl'material thickness is a reflective polycarbonate may come against the material. Surface layer (EQlZZ) reflects[lîIEellayer (120) can stay on and to form an end surface (123) or touch surface of the floor panel (26) It may correspond to a yapllând&li1&opaque polymeric material.

Dlgbrlýla &Klyayan assemblies (112) illumination assemblyII (110) first klgmEq42) and the second k&nII (44) can come up against each of them. For example, the first k. (42) multiple the source la& (22) may contain one or more sources of &KI. first k. (42) It can be made to spread &El to present the internal (inner) &Ki (16) or map &glll function.

Internal &Etane (16) spring &Ethane (internal) emission (40) may be countered. In this configuration, A terminal of a controller vehicle (12) in communication with the directional lighting device (ElJ10). To activate at least &:lan as internal &gllîl(16) selection to light-throw it can work.

The controller consists of one or more input sensors (21) in communication with the controller. Against an input that is aIIE, it can be executed to activate the]]]Z]internal. In addition, the controller Against one or more of the vehicle& (12) conditions, the HJKI lighting deviceIE(110) is selectively can activate. For example, the controller is covered by a communication bus. It may be communicating with the sensor. In this configuration, the controller tool (12) situations. KarsHJEl lighting deviceII (110) first wire:(42) or internal lglgl&l:(16) ayd-at. For example, a communication bus tool& select a swarm, an ignition state, the state of a door, or a range, the lighting device II (110) from a remote activation or activation of an emission from the lighting device (110), or receive to the controller any other information or control signal that may be exploited by setting] It can be done in a way that will give.

One or more input sensors (21) detect an object, for example the assembly (110) is a dlgl. its surface is designed to detect a nearby used hand. against the sensors]]]. Input sensors (21) resistive, infrared, capacitive and other sensors Detection devices in various forms, including but not in use with forms. it may come across. In an exemplary build, the input sensor (21) assembly (110) is placed on the dlSl surface. (128) a capacitive proximity sensor (130) formed with a near conductive ink head. KarslElEl is coming. The capacitive proximity sensor (130) each generates an electric field (132) an alEIEI electrode and a driver electrode with interlocking fingers for may contain. The driver electrode receives the square wave driver pulses. It has a power to generate voltage. Addition that opens the capacitive proximity sensor (130) dated 11 April 2012, the details of which are at least incorporated herein by reference, "PROXIMITY SWITCH WITH ADAPTIVE TIME DELAY" by Buttolo et al. ITS INSTRUMENT AND METHOD”, titled "United States Patent No. 9,065,447 82 documentsEla can be found.

Detection of the object in the voltage from the capacitive light sensor (130) can be identified by the controller parties for In this configuration, the controller internal Sigil (16) selector object close to one or more of the input sensors (21) to activate can detect. Although the internal Elgia (16) is explained by reference, the controller input ElglEIJM) selectively activate and/or a level of internal @Ki (16) and input @gill (14) It can detect an object close to one or more of the input sensors (21) to control it. This In this way, it can be applied flexibly to various floor panels on the invention vehicle. presents lighting fixtures and nozzle systems In shutdown (36) lighting deviceE(110), lighting deviceEE (110) second a klîmIEil44) or a second Egillîsl can be made to illuminate selectively. second k. (44) multiple lSlKl sources (22) may contain one or more lSlKl sources. Second k-i (44) entry lglgllîll14) or to display Igllö to present the vehicle underglow function it can be done. Input luminescent (14) can be termed as spring related non-radiation emission (46).

Against one or more states of the controller (12) and/or one or more inputs selectively selects external emission (46) against an aI-n input from sensor (21) ayd-at. In the form of external emission, freckle emission (90) means (12) YakIHaki can be made to illuminate the entrance area.

Entry EgiülH) and the built-in SlgEl (16), each advantageously reading or mapping ElglElie login and vehicle subordinate Wart& counter lateral right shape from the dlghrügliîl projection surface (116) to serve substantially one blade of a passenger seat (48). can be properly directed. Traveller said cabin (48) of the passenger seat (50) or in the passenger seat (48) A place where a passenger can comfortably read a book or a map while sitting. comes to the area. In this configuration, the internal @El (16) vehicle (12) Iglglîl springing through the compartments (52) passenger work areaIEl(50) It can be selectively activated to illuminate.

Referring to FIG. Z again, in some IZ-builds, entrance 551114) door opens to emit an excitation (134) in response to its orientation towards position (38) as well as can be done. For example, input WHM) is one of the least input region (54) To a large extent to accommodate the clinic (18), a nearby entrance area (54) the second k-idan 44, which is oriented correctly, can be sprung. In addition, its stimulation (134) A warningElggEUan located along a third channel (138) of the floor panel (26) (136) can also be spread. In this configuration, the warning emission (134) means (12) forward. According to its movement, the warning 136 can be directed in a backward direction.

UyarElSlgiüjBG) is larger than the floor panel (26) when the door is brought to the position (38) can be directed backwards. Warning to print the direction of its emission (134)] lglgiul134) may include at least one optical device substantially similar to optical device 118.

Adaptation to the third use (138) of the optical device floor panel (26) Highly permeable, shaped and/or curable to guide may be made of a polymeric material. The first k of the third km (138) floor panel! and/or a second klg'n- (44) corresponding klg'n- karsllllö may come and multiple @El resource (22) may contain one or more @El resources that are similar or related. This in the configuration, the warnEla-mission (134) is about to open the door (18) to an approaching vehicle. can radiate from the hood (18) and floor panel (26) to alert a Messenger.

WarnEIlSlgiEU36) here[lîland[g]l:containing a photoluminescent material in the form lSIKl generating device E(70). In this configuration, the alertEmission (134) will be detected by an approaching vehicle. A skilful device made to warn that the door (18) is in the angled position (38) @En karsHJEl at wavelengths or more may come. Fits Elamission to an approaching vehicle klEilnlîlIJorange or klün-isElluruncu to signal potential damage may correspond to a color.

Similarly with internal lg[g]a (16) and input Egl- (14), controller alertEIglg]:(136) may be in contact. In this configuration, the controller is powered by one or more input sensors. (21) against an all-encompassing input and/or gateII (18) oriented towards the angled position (38) adaptZlElgllülBö) can selectively activate. Controller separate tool (12) one or more It can selectively activate it (ElglglIlZüBG). Sample As a result, the controller is in communication with a communication bus vasilisyla cape-distortion sensor. it could be. In this configuration, the controller is the vehicle. (12) tiling in response to various situations panel (26) third user EEG138).

Referring to FIG. 6, JEUa is an example of an adjustable lighting assembly II (140). shown in practice. Adjustable lighting deviceEü140) @Bureten device (70) A circuit assembly (144) constructed to form the exemplary (90) may contain at least one @El resourceIEI(142). The lighting device(140) a housing (146) comprising a positioning mechanism (148). positioned MechanismEl(148)tool (12) connection with window mullion (32) or trim panel (26)[l]]:| it could be. An example of a built-in hand-held, positioning mechanism(148) circuit assemblies Fixing a position (144) along a longitudinal extension of the floor panel (26) It may contain a movable device made to fit.

A locking latchEll156) of the floor panel (26) cap on a gripping surface (154) with vasllîîlislî; a fixation made to apply It may include a spring loaded assembly with spring 152 . Locking latchEla (156) basllEllgIa circuit assemblies]144) can slide freely along the floor panel 26 . locationlElna with mechanism148) locking latch. (156) Lighting device when not in use (140) can fix its position. In this configuration, adjustable lighting devices A position of the circuit assembly (144) (144) can be adjusted along the floor panel (26).

Position, a lighting emission (157) door (18) and lighting devices (140) it can be directed to various positions along the longitudinal extension 150 depending on its position. can be adjusted in sequence.

A first terminal 158 and a second terminal 160 are located at the top of the floor panel 26. It may extend across an affixed kE, and the floor panel 26 may have a first side 1164 and a second one side. 166 may be located in a channel 162 extending through each of them.

Terminals (158 and 160) are conductive by connecting with the circuit assemblyE (144) and with the controller. can be attached as Adjustable release assembly II (140) terminals (158 and 160) Adjusting the position of the mounting device II (140) along the floor panel (26). It can correspond to a slidable interface (168). in FIG. 6 as the first party (164) and the second party (166) Although the first terminal (158) and the second terminal (160) are opened, the floor panel (26) It can extend across any room, thus making a conductive connection with the circuit assembly. can be protected.

Sliding interface (168) along the mounting assemblyII longitudinal extension 150 Terminals (158) with circuit assemblyE(144) configured to set and 160) while maintaining conductive contact, adjustment can be made. In this configuration, the controller can selectively activate the adjustable release device (140). in FIG. 6 cut out the floor panel (26) the first window (28) and the second window (30) as shown. It may correspond to the window batten (32) and the first window (28) and the second It can be made to slide into at least one of the windows (30).

Referring to FIG. 7, the adjustment assembly. (10) A block diagram from the karSIDKJ hand is shown. The controller 180 is equipped with electrical supply paths mentioned herein. It is in communication with the setting deviceE(10). The controller (180) means the means (12) a communication data The path 184 may be in communication with the vehicle control module 182 with the characteristics. communication bus (184) can handle various vehicle states by providing signals to the controller. For example, The communication bus (184) transmits a swarm selection, an ignition state, a A remote activation of the unlocking or gapping state, a remote activation of the adjusting device II (10) or Any tool that can be exploited by activating or adjusting the IlEmission 90 It can be made to send other information or control signal allTil. Controller (180) Although it is explained here, in some Handmade Handnas, the lighting deviceEl(10) tool is a A hood (eg a hood, trunk lock, etc.) It can be activated against an electrical or electro-mechanical switch.

The controller (180) receives signals from the communication bus (184) and performs the processing (90) lighting devices to control) to send signals to control The builtIllIhE may include a processor 186 comprising one or more circuits. Processor (186) to store commands to control the activation of the lighting device II (10) yapllândIEllB1E can communicate with a haflîla (188). An environment with a controller (180) It can also communicate with the EgiElsensor 190. Ambient EglElsensor (190) as an example tool (12) Approximate environment Egill a brightness level or intensity It can work to send and receive the lighting status. [l]]Zl vs. ambient EglII level As a result, the controller (180) lighting devices (10) should be set to an ELI density. It can be done for. EglE intensity controller (180) A duty cycle, intelligent or voltage control device fed by the sided lighting device (10) can be adjusted by

The controller 180 may also be in communication with at least one input sensor 21 separately.

Input sensors (21) including resistive, infrared, capacitive and other sensor forms, but sensing devices in various forms that are not connected with them. it may come across. an example When built, conductive ink is applied to the surface (128) with the inlet sensor (21) device (110). It corresponds to a capacitive approximate sensor (130) formed with a header. A a hand or limb of the object, for example a passenger near the vehicle (12) To be detected, the controller (180) must be powered by an all-in-one voltage from the biased input sensor. perceptible. In this configuration, the controller 180 has the lighting mentioned here. object close to one or more of the input sensors (21) to activate can detect.

For the disclosure of existing teachings and the identification of the participants, “largely” Care should be taken in specifying the inherent degree of uncertainty attributed to representations.

AyrEa the terms "largely" and "approximately" are herein the basic subject of a quantitative representation. The change it can point to from a specified reference without causing a change in its function used to express the degree of On the above mentioned structure without departing from the concepts of this invention It will be understood that changes and modifications can be made. The claims should be covered by the following claims, unless otherwise stated in the claims. intended 136,138 26.32 ,110 ,140 .I ...Q 6 1 all 1 4 ::ww Egea AI m 025:.? H ai: m:

Claims (1)

REQUESTS A lighting device for a vehicle is equipped and includes the following: a circuit located on a floor panel comprising at least one @El source containing more than one number of LEDs in a semiconductor ink; and at least one approximate EI sensor disposed near a surface of the floor panel and configured to selectively activate at least one circuit; The device according to claim 1, where the floor panel is constructed to engage at least one side of a first window of the floor panel. The device according to claim Z, wherein the floor panel is constructed to close the first window slitly to the second window, which corresponds to an informed mullion. The device of claim 1, further comprising a controller constructed to control the heat source, wherein the controller selectively activates the El source to emit a first emission. The apparatus according to claim 4, wherein it comprises a photoluminescent layer made to convert the emission to the EIândIellIhgl. The device according to claim 5, wherein the first emission corresponds to a first color and the second emission differs from the first color to the second color. The device according to claim S, wherein the photoluminescent layer contains an organic photoluminescent dye. A lighting fixture for a vehicle includes the following: at least one burner sensor located near one surface of a floor panel placed on a tiled window slat; and multiple count-ki @Ki sources to check at least one first @Ekaynagllîl source and to illuminate[l]Icllîl state signal[l]lhki @El source to illuminate against detection of a yak [g].. en. A controller in communication with at least one fuelKlsensor to control at least a second @El source IEI. Illumination device according to claim 8, where the window batten forms an arc-shaped configuration angled towards a vehicle ceiling beam. A vehicle (doorDJ sub-Elayd Lighting device [Heat fired according to the first glKl source II k-ida positioned lower than window batten Sayühki @El that at least one of the source is printed in a semiconductor ink. ok say. Illumination assembly according to claim 8, comprising LED A lighting assembly for a vehicle comprising: A circuit assembly along a longitudinal extension of a floor panel II constructed to maintain one positionElna mechanismElve assemblyadjustable across a longitudinal extension of a floor panel. electrically coupled circuit assembly The device according to claim 15, wherein at least one IgIKl source placed on the hand can be operated to pulse at least one Ella welded light at multiple positions along the longitudinal extension of the circuit. Circuit assembly. Assembly according to claim 15, connected with the floor panel along a sliding interface. The device according to claim 17, wherein the slidable interface includes a two-hand locking latch made to fix the positioning mechanism of the hand floor panel in a desired position. The assembly according to claim 15, wherein the floor panel is configured to engage at least one of its medial windows against a window batten. 20. The arrangement according to claim 19, wherein the window batten is to divide the first window and the second window in two and to slide into at least one of the first window and the second window.