Component for a vehicle interior

Abstract

This invention discloses a vehicle interior component configured to provide a user interface. The component may include a composite structure comprising a base / panel and a cover, and an electrical / mechanical interface for connecting the cover to the base. An applied material / ink on the inner surface of the cover may include a conductive and / or light-transmitting material to form a sensor arrangement providing sensors. The user interface may include input devices (e.g., an operator controller / sensor) and output devices (e.g., an illumination / light display area on the cover). The user interface may include images / icons indicating the operator controller / sensor. The interface may include an elastomeric conductor. The component is configured to provide reduced visibility / concealment of the sensor arrangement on the outer surface of the cover in a closed / inactive state. The sensors are configured to detect touch and / or movement. The sensor arrangement may be formed by printing the applied material / ink onto the cover.

Description

Technical Field Cross-references to related applications

[0001] This application claims priority to U.S. Provisional Patent Application No. 63 / 571050, filed March 28, 2024, entitled “Components for Vehicle Interior,” which is incorporated herein by reference. field

[0002] This invention relates to a component for use inside a vehicle. Background Technology

[0003] A component for a vehicle interior is known to include a user interface system, the component being configured to provide a user interface for interacting with vehicle occupants in the vehicle, the vehicle providing at least one vehicle system.

[0004] It would be advantageous to provide components for vehicle interiors with an improved composite structure, the components being configured to provide a user interface with input and / or output devices. Summary of the Invention

[0005] This invention relates to a component for use inside a vehicle, the component being configured to provide a user interface, the component comprising a composite structure; the composite structure may include a base and a cover, and an interface between the cover and the base; the cover may include an outer surface and an inner surface; the composite structure may include a material on the inner surface of the cover; the interface is configured to connect the cover to the base; the interface may include an electrical interface and / or a mechanical interface; the user interface may include input devices on the outer surface of the cover. The material may include material layers; the material may include applied material layers; the material may include conductive materials; the material may contain conductive materials; the material may include generally translucent materials; the material may include generally translucent materials; the material may include ink materials; the ink materials may include conductive inks; the ink materials may include translucent inks; the material may be configured to provide a sensor arrangement. The input device may include the sensor arrangement; the sensor arrangement may include detectors; the sensor arrangement may include sensors; the sensors may be disposed on a portion of the sensor arrangement; the sensor arrangement may include a pattern; the pattern may be disposed on a portion of the sensor arrangement; the sensor arrangement may include an interface; the interface may be disposed on a portion of the sensor arrangement; the material may include ink material constituting the sensor arrangement. The ink material may include applied ink material; the applied ink material may be provided by a printing process; the ink material may include applied light-transmitting ink material; the sensor arrangement may include a translucent sensor arrangement; the sensor arrangement may include a light-transmitting sensor arrangement. The outer surface of the cover may include a generally flat surface; the inner surface of the cover may include a generally flat surface; the outer surface of the cover may include a generally flat surface, and the inner surface of the cover may include a generally flat surface; the outer surface of the cover may include a curved surface; the inner surface of the cover may include a curved surface; the inner surface of the cover may include a recessed portion; the outer surface of the cover may include a generally flat surface, and the inner surface of the cover may include a recessed portion; the cover may include a recessed portion; the sensor arrangement may include protrusions configured to correspond to the recessed portions of the cover; the recessed portions of the cover may include recesses; the protrusions of the sensor arrangement may include projections; the cover may include contoured portions; the sensor arrangement may include contoured portions configured to correspond to the contoured portions of the cover; the contoured portions of the cover may include recesses; the contoured portions of the sensor arrangement may include projections; the composite structure may include circuitry configured to operate the input device; the input device may include the sensor arrangement; the sensor arrangement may include the material.The user interface may include output devices on the outer surface of the cover; the composite structure may include a light source configured to provide illumination to the user interface; the composite structure may include a light source configured to provide illumination to the output devices of the user interface. The composite structure may include components; the base may include a panel; the base may include a plate; the base may include a circuit board; the base may include a circuit panel. The material may include at least one of the following: applied material and / or conductive material and / or conductive material and / or light-transmitting material and / or light-transmitting ink and / or conductive ink and / or sensor and / or sensor grid and / or applied conductive material and / or material and / or pad printing material and / or screen printing material and / or deposited material. The light source may include LEDs and / or LED arrays; the user interface may include input devices and output devices; the input device may include the sensor arrangement; the input device may include sensors in the sensor arrangement; the input device may include icons; the input device may include output devices, the output devices including light sources. The sensors may include capacitive touch sensors. The interface may include a mechanical interface and an electrical interface; the sensor arrangement may include a sensor area and an interface area; the sensor arrangement may include a grounding area and the sensor area; the composite structure may include a conductor between the cover and the base; the composite structure may include a conductor between the sensor arrangement and the circuitry disposed on the base; the conductor may include an elastomer material; the conductor may include a conductive elastomer material; the elastomer material may include a rubber material. The cover may include a light-transmitting material; the cover may include a polycarbonate material; the cover may include a light-transmitting material and a substrate layer; the substrate layer may include an opaque material. The user interface is configurable for facilitating interaction with at least one vehicle system; the user interface may be powered; the cover may include a transparent polycarbonate layer; the cover may include an inner polycarbonate layer; the cover may include a polycarbonate substrate layer; the composite structure may include a component including the conductor; the composite structure may include a structure for separating the cover from the base; the cover may include two layers of polycarbonate.The material may include an applied material containing a fluid; the fluid may include ink; the applied material may include conductive ink containing a metallic element; the applied material may include a layer, the layer including the applied layer; the layer may include a light-transmitting material; the layer may include a conductive material; the cover may include an opaque substrate layer; the opaque substrate layer may include openings; the cover may include a generally transparent material; the cover may include a generally light-transmitting material; the sensor arrangement may include a sensor layer; the sensor layer may include a sensor grid; the sensor layer may include sensor pads; the sensor layer may include sensor regions; the sensor layer may include sensor regions configured to provide sensors; the sensor layer may include a composite of a transparent conductive layer and an intermediate layer; the sensor layer may be configured to display graphics; the sensor layer may be configured to display images; the sensor layer may be configured to provide icons; the sensor layer may include a first conductive layer and a second opaque layer; the sensor layer may include a conductive layer and a diffusion layer; the cover may include a recess; the sensor layer may be configured to fit into the recess; the light source may be configured to provide a backlight effect. The spacer may include a housing for a connector. The circuit board is configurable for processing signals; the circuit board is configurable for controlling at least one vehicle system. The cover may be formed of a resin material; the cover may be a single layer; the cover may be a single material. The component may be formed by a process including the following steps: printing the material on the cover of the composite structure; the component may be formed by a process including the following steps: printing the material on the inner surface of the cover of the composite structure; the component may be formed by a process including the following steps: printing the material on the cover of the composite structure as a sensor arrangement; the component may be formed by a process including the following steps: printing the material on the inner surface of the cover of the composite structure; the component may be formed by a process including the following steps: printing the material on the inner surface of the cover of the composite structure as a sensor arrangement. The component may include at least one of the following: a steering wheel and / or a console and / or (c) a floor console and / or (d) a center console and / or (e) an instrument panel and / or (f) a door panel and / or (g) a dashboard and / or (h) a display area and / or (i) an armrest and / or (j) a cockpit and / or (k) a roof console. The sensor arrangement may include a pattern, which may include gaps configured to facilitate capacitive sensing. The applied material may include a first applied ink layer and a second applied ink layer. The cover may include a plastic material. The cover may include an optical-grade plastic material. The cover may include at least one of the following: polycarbonate (PC), polymethyl methacrylate (PMMA), polycarbonate / acrylonitrile butadiene styrene (PC / ABS), and styrene-acrylonitrile (SAN), etc. The cover may include a polycarbonate material.The input device may include an icon. The input device may include an icon providing a switch. The input device may include a switch. The composite structure may include a component, the component may include a conductor. The composite structure may include a component, the component may include an elastomeric conductor. The elastomeric conductor may be disposed at an interface with the sensor arrangement. The elastomeric conductor may be disposed at an interface with the sensors of the sensor arrangement. The elastomeric conductor may be compressed at an interface with the circuitry of the circuit board. The elastomeric conductor may be compressed at an interface with traces on the circuit board. The elastomeric conductor may be compressed at an interface with traces on the inner surface of the cover. The elastomeric conductor may be compressed at an interface with traces for the sensor arrangement on the inner surface of the cover. The ink may be deposited by printing a translucent pattern on the inner surface of the cover. The ink may be deposited by printing a translucent pattern on a film on the inner surface of the cover. The ink may be deposited by printing a translucent pattern on a thin film on the inner surface of the cover. The ink may be deposited by printing a translucent pattern on a polyethylene dioxythiophene (PEDOT) film on the inner surface of the cover. The film may include a thin plastic sheet. The film may include a polyethylene terephthalate (PET) sheet. The ink may be deposited on the inner surface of the cover by at least one of the following: screen printing and / or inkjet printing and / or pad printing and / or gravure printing and / or offset printing and / or spray printing and / or 3D printing and / or transfer printing and / or stencil printing, etc. The ink material may include an applied translucent ink material. The ink material may include an applied ink that may contain silver. The ink material may include an applied ink that may contain nano-silver particles. The ink material may include an applied ink that may contain indium tin oxide (ITO). The ink material may include an applied ink that may contain metal particles.

[0006] This invention relates to a component for use inside a vehicle, the component being configured to provide a user interface for interaction with vehicle occupants in the vehicle, the vehicle providing at least one vehicle system, the component comprising a composite structure; the composite structure may include a cover and a sensor arrangement, the cover being configured to present the user interface, the sensor arrangement being configured to detect input at or near the cover; the user interface for the vehicle occupants may include input devices and output devices, the input devices including the sensor arrangement, the output devices including a light display area from a light source. The cover may include an outer surface and an inner surface; the outer surface may include an outer side surface, and the inner surface may include an inner side surface. The user interface may be presented on the outer surface of the cover. The sensor arrangement may be configured to allow light from the light source to be transmitted to the outer surface of the cover to present the user interface. The sensor arrangement may include a light-transmitting conductive material configured to facilitate the detection of output signals, including illumination, and input signals. The user interface provided by the composite structure is configurable to provide a closed / inactive state and an active state; the active state may include illumination by a light display area; the illumination by the light display area may include the presentation of images and / or icons; the presentation of images may include data / information and / or visual effects; the presentation of images may include an output signal, the output signal including illumination. The user interface provided by the composite structure is configurable to provide a default state including the closed / inactive state.The sensor arrangement may include sensors configured to detect touch at the user interface; the sensor arrangement may include sensors configured to detect movement near the user interface; the sensor arrangement may be disposed on the inner surface of the cover; the sensor arrangement may be disposed on the inner surface of the cover; the sensor arrangement may include material on the inner surface; the sensor arrangement may include material on the inner surface; the sensor arrangement may include applied material on the inner surface; the sensor arrangement may include applied material on the inner surface; the sensor arrangement may include ink on the inner surface; the sensor arrangement may include conductive material on the inner surface; the sensor arrangement may include light-transmitting material on the inner surface; the sensor arrangement may include applied conductive material on the inner surface; the sensor arrangement may include applied light-transmitting material on the inner surface; the sensor arrangement may include light-transmitting guide on the inner surface. Electrical material; the sensor arrangement may include a light-transmitting conductive material applied to the inner surface; the sensor arrangement may include a light-transmitting conductive ink material applied to the inner surface; the sensor arrangement may include ink applied to the inner surface; the ink may contain a conductive material; the conductive material may include a light-transmitting material; the conductive material may include a translucent material; the ink may include fluorescent ink; the fluorescent ink may be configured to emit light when exposed to light; the fluorescent ink may be configured to emit light when exposed to UV light; the fluorescent ink may be configured to emit light to facilitate inspection of the sensor arrangement; the ink may be located on the inner surface of the cover; the ink may be located on the inner surface of the cover; the ink may be deposited on the inner surface of the cover by at least one of the following: screen printing and / or inkjet printing and / or (c) pad printing and / or (d) gravure printing and / or (e) offset printing and / or (f) spray printing and / or (g) three-dimensional printing. The sensor arrangement may include a contact area; the sensor arrangement may include an interface area; the sensor arrangement may include a ground grid area; the sensor arrangement may include conductive traces; the sensor arrangement may be configured to detect touch and / or proximity; the sensor arrangement may include the applied material; the applied material may include ink configured to detect touch and / or proximity. The cover may include a light-transmitting material; the cover may include a light-transmitting layer and a generally opaque layer; the generally opaque layer of the cover may include a light-transmitting portion. The composite structure may be configured to present an image at the light-transmitting portion; the image may include an icon; the image may be configured to be illuminated by the light source.The composite structure may be configured to have a detector at the light-transmitting portion; the detector may include a sensor; the composite structure may be configured to have a sensor at the light-transmitting portion; the sensor may include a touch sensor; the sensor may include a capacitive touch sensor; the sensor may include a detector; the sensor may include a region in the sensor arrangement; the sensor may include a portion of an applied material on the inner surface of the cover; the sensor may be configured to be actuated by a control system; the sensor may be coupled to a power source; the sensor may include an input device for a user interface; the sensor may be connected to the base; the sensor may be connected to the base via an interface; the sensor may be connected to the base via a conductor. The interface may include a conductor; the interface may include an electrical interface; the interface may be configured to connect the sensor to the control system. The cover may include a membrane on its lower inner surface; the sensor arrangement may be disposed on the membrane; the composite structure may include an applied material on the inner surface of the cover; the applied material may constitute the sensor arrangement. The composite structure may include an intermediate layer on the inner surface of the cover. The cover may include a curved surface; the inner surface of the cover may include a curved surface; the ink may be deposited on the curved surface by pad printing; the sensor arrangement may include a film, the film including a light-transmitting conductive ink; the film may include a thin plastic sheet; the film may include a PET sheet; the light-transmitting conductive ink may be on the film. The sensor arrangement may include at least one of the following: (a) an array and / or (b) a grid and / or (c) a foil and / or (d) a panel and / or (e) a touch panel and / or (f) a flexible panel and / or (g) a detector and / or (h) a proximity detector and / or (i) a capacitive touch panel and / or (j) a pressure-sensitive panel and / or (k) a sensor arrangement grid and / or (l) a sensor arrangement foil and / or (m) a capacitive sensor arrangement foil and / or (n) a touch sensor arrangement and / or (o) a proximity sensor arrangement. The composite structure may include a base; the base may include a panel; the panel may include circuitry; the panel may include a circuit board; the panel may include a circuit board. The composite structure may include an interface between the cover and the base; the interface may include a mechanical interface; the interface may include an electrical interface; the interface may include both a mechanical interface and an electrical interface; the interface may include a conductor; the conductor may include a connector; the conductor may be configured to electrically connect the sensor array to the circuit board; the conductor may be configured to transmit input at the user interface to the circuit board; the conductor may include a conductive material; the conductor may include a conductive elastomer material.The interface may include a connector configured to electrically connect the sensor array to the circuit board; the connector may be configured to transmit input at the user interface to the circuit board; the connector may include a conductive material; the connector may include a conductive elastomer material; the composite structure may include a structure between the cover and the circuit panel. The composite structure may include a structure between the cover and the base; the composite structure may include a component between the cover and the circuit panel; the component may include a structure between the sensor array of the cover and the circuit panel; the structure may include a component; the structure may include a spacer; the structure may include a component and a conductor; the structure may be coupled to the cover at the interface; the structure may be coupled to the circuit panel at the interface; the structure may include a spacer between the sensor array and the circuit panel; the spacer may include a housing for the conductor. The circuit board may include a system configured for processing signals; the circuit board may be configured for controlling at least one vehicle system. The cover may be formed of polycarbonate; the cover may be formed of a resin material; the cover may be a single layer; the cover may be a single material. The components may include at least one of the following: (a) a steering wheel and / or (b) a console and / or (c) a floor console and / or (d) a center console and / or (e) an instrument panel and / or (f) a door panel and / or (g) a dashboard and / or (h) a display area and / or (i) an armrest and / or (j) a cockpit and / or (k) a roof console.

[0007] This invention relates to a component for use within a vehicle interior, the component being configured to provide a user interface for interaction with vehicle occupants within the vehicle, the vehicle providing at least one vehicle system, the component including a user interface system; the user interface system may include a cover and a sensor / sensor arrangement, the cover being configured to present the user interface for the vehicle occupants, the sensor / sensor arrangement being configured to detect input from the vehicle occupants at or near the cover; the user interface for the vehicle occupants may include a light display area from a light source. The sensors may be configured to allow light from at least one light source to be transmitted to an outer surface of the cover to present the user interface. The sensors may include a transparent conductive material configured to facilitate backlighting and touch sensing. The user interface system may be configured to a default state, a closed / inactive state, and an active state, wherein the light display area includes an image to provide data / information or a visual effect to the vehicle occupants through illumination. The sensors may be configured to sense touches at the user interface. The sensors may be configured to sense gestures near the user interface. The sensors may include ink on an inner surface of the cover. The ink may contain a conductive material. The conductive material may be configured to transmit light. The conductive material may include a transparent material. The ink may include UV fluorescent ink. The UV fluorescent ink is configured to emit light when exposed to UV light. The UV fluorescent ink is configured to emit light to facilitate inspection of the sensor. The ink may be located on the inner surface of the cover. The ink may be deposited on the inner surface of the cover by at least one of the following: (a) screen printing, (b) inkjet printing, (c) pad printing, (d) gravure printing, and (e) offset printing. The ink may form conductive traces configured to sense touch and / or proximity. The inner surface of the cover may include a curved surface. The ink may be deposited on the curved surface by pad printing. The sensor may include a membrane comprising a light-transmitting conductive ink. The membrane may include a thin plastic film. The membrane may include a PET sheet. The light-transmitting conductive ink may be located on the membrane. The sensor may include at least one of the following: (a) an array and / or (b) a grid and / or (c) a foil and / or (d) a panel and / or (e) a touch panel and / or (f) a flexible panel and / or (g) a detector and / or (h) a proximity detector and / or (i) a capacitive touch panel and / or (j) a pressure-sensitive panel and / or (k) a sensor grid and / or (l) a sensor foil and / or (m) a capacitive sensor foil and / or (n) a touch sensor and / or (o) a proximity sensor. The component may include a circuit board. The component may include a connector / conductor. The connector may be configured to electrically connect the sensor to the circuit board. The connector may be configured to transmit input at the user interface to the circuit board. The connector may include a conductive material.The connector may include a conductive rubber material. The component may include a spacer / structure between the sensor and the circuit board. The spacer may include a housing for the connector. The circuit board may be configured to process signals. The circuit board may be configured to control the at least one vehicle system. The cover may be formed of a resin material. The cover may include a single layer. The cover may include a single material. The component may include at least one of the following: (a) a steering wheel; (b) a console; (c) a floor console; (d) a center console; (e) an instrument panel; (f) a door panel; (g) a dashboard; (h) a display area; (i) an armrest; (j) a cockpit.

[0008] This invention relates to a component for use in a vehicle interior, the component being configured to provide a user interface for interaction with vehicle occupants in the vehicle, the vehicle providing at least one vehicle system, the component including a user interface system comprising: (a) a cover configured to present the user interface for vehicle occupants; and (b) a sensor configured to detect input from vehicle occupants at or near the cover. The user interface for vehicle occupants may include a light display area from a light source. The sensor may be configured to allow light from the at least one light source to be transmitted to an outer surface of the cover to present the user interface. The sensor may include a transparent conductive material configured to facilitate backlighting and touch sensing. The user interface system may be configured to (a) a default state or a closed / inactive state and (b) an active state, wherein the light display area includes an image to provide data / information or a visual effect to vehicle occupants through illumination. The sensor may be configured to sense touches at the user interface. The sensor may be configured to sense gestures near the user interface. The sensor may include ink on an inner surface of the cover. The ink may contain a conductive material. The conductive material may be configured to transmit light. The conductive material may include a transparent material. The ink may include UV fluorescent ink. The UV fluorescent ink may be configured to emit light when exposed to UV light. The UV fluorescent ink may be configured to emit light to facilitate inspection of the sensor. The ink may be printed on the inner surface of the cover. The ink may be deposited on the inner surface of the cover by at least one of the following: (a) screen printing, (b) inkjet printing, (c) pad printing, (d) gravure printing, and (e) offset printing. The ink may form conductive traces configured to sense touch and / or proximity. The inner surface of the cover may include a curved surface. The ink may be deposited on the curved surface by pad printing. The sensor may include a membrane comprising a light-transmitting conductive ink. The membrane may include a thin plastic film. The membrane may include a PET sheet. The light-transmitting conductive ink may be printed on the membrane. The sensor may include at least one of the following: (a) an array, (b) a grid, (c) a foil, (d) a panel, (e) a touch panel, (f) a flexible panel, (g) a detector, (h) a proximity detector, (i) a capacitive touch panel, (j) a pressure-sensitive panel, (k) a sensor grid, (l) a sensor foil, (m) a capacitive sensor foil, (n) a touch sensor, and (o) a proximity sensor. The component may include a printed circuit board. The component may include a connector. The connector may be configured to electrically connect the sensor to the printed circuit board. The connector may be configured to transmit input at the user interface to the printed circuit board. The connector may include a conductive material. The connector may include a conductive rubber material.The component may include a spacer between the sensor and the printed circuit board. The spacer may include a housing for the coupling. The printed circuit board may be configured to process signals. The printed circuit board may be configured to control the at least one vehicle system. The cover may be formed of a resin material. The cover may include a single layer. The cover may include a single material. The component may include at least one of the following: (a) a steering wheel; (b) a console; (c) a floor console; (d) a center console; (e) an instrument panel; (f) a door panel; (g) a dashboard; (h) a display area; (i) an armrest; (j) a cockpit. Attached Figure Description

[0009] Figure 1A This is a schematic perspective view of a vehicle according to an exemplary embodiment.

[0010] Figure 1B and 1C This is a schematic cross-sectional view showing the interior of a vehicle according to an exemplary embodiment.

[0011] Figures 2A to 2D This is a schematic perspective view of a component for use inside a vehicle, according to an exemplary embodiment.

[0012] Figure 3A and Figure 3C This is a schematic perspective view of a component for use inside a vehicle, according to an exemplary embodiment.

[0013] Figure 3B This is a schematic exploded view of components for use inside a vehicle according to an exemplary embodiment.

[0014] Figure 3D This is a schematic cross-sectional view of a component for use inside a vehicle, according to an exemplary embodiment.

[0015] Figure 4A This is a schematic perspective view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0016] Figure 4B This is a schematic exploded view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0017] Figure 5A This is a schematic perspective view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0018] Figure 5B This is a schematic exploded view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0019] Figure 6AThis is a schematic plan view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0020] Figure 6B This is a schematic detailed view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0021] Figure 7A and Figure 7B This is a schematic perspective view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0022] Figure 7C This is a schematic detailed view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0023] Figure 8A This is a schematic perspective view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0024] Figure 8B This is a schematic exploded view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0025] Figures 8C to 8E This is a schematic detailed view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0026] Figure 9A This is a schematic perspective view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0027] Figure 9B This is a schematic exploded view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0028] Figure 9C This is a schematic cross-sectional view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0029] Figure 10A This is a schematic perspective view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0030] Figure 10B This is a schematic exploded view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0031] Figure 10C and 10D This is a schematic detailed view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0032] Figures 11A to 11C This is a schematic cross-sectional view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0033] Figure 12A and 12C This is a schematic perspective view of a panel of a composite structure for a component inside a vehicle, according to an exemplary embodiment.

[0034] Figure 12B This is a schematic plan view of a panel of a composite structure for a component inside a vehicle, according to an exemplary embodiment.

[0035] Figure 12D This is a schematic cross-sectional view of a panel of a composite structure for a component inside a vehicle, according to an exemplary embodiment.

[0036] Figure 13A and Figure 13B This is a schematic plan view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0037] Figure 14 This is a schematic perspective view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0038] Figure 15A and 15B This is a schematic plan view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0039] Figure 16A and 16B This is a schematic perspective view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0040] Figure 17 and Figure 18 This is a schematic plan view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0041] Figure 19 This is a schematic cross-sectional view of a composite structure of components for use inside a vehicle, according to an exemplary embodiment.

[0042] Figure 20A and 20B This is a schematic block diagram illustrating the operation of a component for use inside a vehicle according to an exemplary embodiment.

[0043] Figures 21A to 21E This is a schematic perspective view of a process for producing components for use in a vehicle interior, according to an exemplary embodiment.

[0044] Figures 22A to 22G This is a schematic perspective view of a process for producing components for use in a vehicle interior, according to an exemplary embodiment.

[0045] Figures 23A to 23CThis is a schematic perspective view of a process for producing components for use in a vehicle interior, according to an exemplary embodiment.

[0046] Figures 24A to 24C This is a schematic flowchart of a process for producing components for use in a vehicle interior, according to an exemplary embodiment.

[0047] Figures 25A to 25C This is a schematic flowchart of a process for producing components for use in a vehicle interior, according to an exemplary embodiment.

[0048] Figures 26A to 26C This is a schematic flowchart of a process for producing components for use in a vehicle interior, according to an exemplary embodiment. Detailed Implementation

[0049] refer to Figures 1A to 1C and Figures 2A to 2D The image shows a vehicle V and a vehicle interior VI, the vehicle interior including components such as a seat assembly SZ, an instrument panel IP, a door panel DP with armrests AR, a steering wheel SW, a console (shown as a floor console FC and a roof console OHC) and / or other interior trim / panels.

[0050] like Figure 1C , Figures 2A-2D , Figures 3A-3D and Figures 4A-4B As schematically indicated, component C may include a composite structure / user interface system CS configured to provide a user interface UI for providing input devices (e.g., operator controller OC) and / or output devices (e.g., an optical display area LD connected to a control system and power supply, and one or more vehicle systems of the vehicle); as schematically indicated, the composite structure may include a cover (shown as a semi-transparent cover / panel T), a base CB (shown as a circuit panel), and a structural / component SR (shown as a spacer); the input devices of the user interface UI may be configured for detecting a sensor area SNx (which is composed of a sensor arrangement SN at the cover T) via a sensor region SNx. The operator controller OC is actuated by touch / gesture at the image / icon IC indicator at the cover T. The sensor area is connected to the base CB, which includes circuitry, and to the control system via a conductor CD. The output device of the user interface (UI) is configurable to provide illumination from a light source LS to the image / icon IC at the light display area LD at the cover T. The light source includes an LED / LED array and / or light guide LG operated by a light system and / or control system. The cover T, with a sensor arrangement SN, is connected to the circuit panel / base CB at the interface NT (which includes a mechanical interface NTm and an electrical interface NTe) via a structure / component SR with a conductor / connector CD. See also Figures 11A-11C , Figures 13A-13B, Figure 14 , Figures 15A-15B , Figures 16A-16B and Figures 20A-20B .like Figures 3A to 3D and Figures 4A to 4B The diagram schematically indicates that the cover T of the composite structure CS with sensor arrangement SN may include a generally planar shape and / or a contoured / bent shape; the sensor arrangement SN may be formed by applying a conductive and / or light-transmitting material (e.g., ink material NK) to the inner surface of the cover T to conform to the shape / contour of the cover T. See also Figure 1C , Figures 2A-2D , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 21A-21E , Figures 22A-22G and Figures 23A-23C .like Figures 3A-3D , Figures 4A-4B , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16B The diagram illustrates that a composite structure / user interface system CS may include a cover T having a sensor array SN and sensors SNx, the cover being configured to present visual effects for the user interface UI. These visual effects typically conceal the sensor array SN within the cover T in an inactive state (e.g., under environmental conditions without lighting, decorative effects, dead zone effects, etc.), and in an active state (e.g., under illumination from a light source LS having LED lights or light guides LG, via an image / icon IC and / or a light display area LD), expose the sensors SNx at the outer surface of the cover T to display the image / icon IC. See also... Figures 2A-2D , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8E , Figures 9A-9C , Figures 10A-10D , Figure 17 , Figure 18 and Figure 19 .

[0051] like Figures 3A-3D , Figures 4A-4B , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8E , Figures 9A-9C and Figures 10A-10BThe diagram schematically indicates that the composite structure CS includes a cover T attached to the circuit panel / base CB via a structure / component SR; the cover T includes a sensor arrangement SN as an applied material NK on its inner surface, the applied material providing sensor / sensor regions SNx and interface regions SNt, the interface regions for electrical connection to the circuit panel / base CB at interfaces NT / NTe; the sensors / detectors SNx are disposed at a user interface UI on the outer surface of the cover T as: input devices (e.g., operator controller OC (e.g., buttons, switches, detectors, etc.), which may be indicated at an image / icon IC and / or light display area LD); output devices (e.g., an image / icon IC and / or light display area LD of the user interface UI at the cover T, which may be configured to provide interactive and / or communication instrument groups, information, data, markers, etc. (from optical systems and / or control systems for vehicle systems, network connections, etc.)). See also Figure 1C , Figures 2A-2D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16B .like Figures 3A-3D , Figures 4A-4B , Figures 8A-8E , Figures 10A-10D , Figure 17 and Figure 18 The diagram schematically indicates that the composite structure CS may include a cover T, the cover T including a sensor arrangement SN having an integrated sensor region SNx and an interface region SNt formed on the inner surface of the cover T, the cover may include a cover layer TX (e.g., for visual effects, etc.); as Figures 9A-9C and Figure 19 The diagram schematically indicates that the composite structure CS may include a cover T comprising a sensor arrangement SN having a contour / shape, and including a cover substrate layer TL (e.g., a colored / opaque / black layer of the cover T located below a translucent / transparent layer) configured to accommodate an image / icon portion IC, and an intermediate layer NL (e.g., an applied layer, opaque material, etc.) to provide (e.g., for illumination, touch / feel, etc.) visual effects for the image / icon IC to the sensor area SNx of the sensor arrangement SN at the outer surface of the cover. The sensor arrangement may include a light display area LD actuated by a light source LS / LED on a base CB. See also... Figures 12A-12D .like Figures 9A-9C , Figure 14 , Figures 15A-15B and Figures 16A-16BThe diagram illustrates that illumination for the light display area LD and / or the image / icon IC (which serves as the output device for the user interface UI at the outer surface of the cover T of the composite structure CS) can be provided from the base CB via a light source LS (e.g., side lighting, backlighting, etc.), said light source including LEDs / lamps. Figures 9A-9C ) and / or LED arrays / panels ( Figure 14 and Figures 15A-15B ) and / or optical waveguide LG ( Figures 16A-16B See also Figure 2C , Figures 3C-3D , Figure 9C and Figure 19 (Lighting effect).

[0052] like Figures 11A-11C , Figure 17 , Figure 18 and Figure 19 The diagram schematically indicates that the composite structure CS may include an interface NT, which comprises a mechanical interface NTm and an electrical interface NTe. The mechanical interface is used to assemble / attach the cover T to the base CB via a structure / component SR (e.g., using a fastener FS (shown as a bolt)). The electrical interface is used to electrically connect / couple the sensor arrangement SN at the cover T to the circuitry / control system of the base CB or the interface portion NT on the base CB via a conductor CD (shown as a conductive elastomer member). The conductor is compressed at the interface portion SNt of the sensor arrangement SN. As schematically indicated, the conductor CD may be enclosed within the structure / component SR. See also Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8E , Figures 10A-10D , Figures 12A-12D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16B .

[0053] like Figures 21A-21E , Figures 22A-22G , Figures 23A-23C , Figures 24A-24C , Figures 25A-25C and Figures 26A-26CThe diagram illustrates that component C can be formed by a process including the following steps: printing material / ink NK on the cover T of the composite structure CS; component C can be formed by a process including the following steps: printing material NK on the inner surface of the cover T of the composite structure CS; component C can be formed by a process including the following steps: printing material NK on the cover T of the composite structure CS as a sensor arrangement SN; component C can be formed by a process including the following steps: printing material NK on the inner surface of the cover T of the composite structure CS; component C can be formed by a process including the following steps: printing material NK on the inner surface of the cover T of the composite structure CS as a sensor arrangement SN.

[0054] like Figures 21A-21E , Figures 24A-24C , Figures 25A-25C and Figure 26A The diagram illustrates that the sensor arrangement SN at the cover T of component C can be formed using a tool FT through a process including the following steps: using an applicator FTx to screen print material NK onto the inner surface of the cover T of the composite structure via a screen FTz.

[0055] like Figures 22A-22G , Figures 24A-24C , Figures 25A-25C and Figure 26B The diagram illustrates that the sensor arrangement SN at the cover T of component C can be formed using a tool FT through a process including the following steps: using an applicator (shown as a pad printing head FTx) to pad print material NK at a fixture FTz on the inner surface of the cover T of the composite structure; the sensor arrangement SN formed on the cover T by the applied material NK may include the contour / curve shape of the cover T.

[0056] like Figures 23A-23C , Figures 24A-24C , Figures 25A-25C and Figure 26C The diagram schematically indicates that the sensor arrangement SN at the cover T of component C can be formed using a tool FT through a process including the following steps: depositing a printed material NK (e.g., jet printing, deposition material printing, 3D printing, etc.) at a fixture FTz on the inner surface of the cover T of the composite structure using an applicator (shown as a deposition / jet outlet FTx); the sensor arrangement SN formed on the cover T by the applied material NK may include the contour / curve shape of the cover T. like Figures 1B-1C and Figures 2A-2DThe diagram illustrates that component C may include at least one of the following: a steering wheel and / or a console and / or a floor console and / or a center console and / or an instrument panel and / or a door panel and / or a dashboard and / or a display area and / or an armrest and / or a cockpit and / or a roof console and / or a seat assembly and / or a trim panel. See also Figures 20A-20B . Exemplary Example - A

[0057] According to Figure 2A picture- Figure 2D , Figures 3A-3D , Figures 4A-4B , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8D , Figures 9A-9C , Figures 10A-10D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16B The exemplary embodiment shown schematically illustrates that a component C for the interior of a vehicle is configured to provide a user interface (UI). The component may include a composite structure CS; the composite structure CS may include a base CB (shown as a panel / circuit panel) and a cover T, and an interface NT between the cover T and the base CB; the cover T may include an outer surface and an inner surface; the composite structure CS may include material on the inner surface of the cover T; the interface NT may be configured to connect the cover T to the base CB; the interface NT may include an electrical interface NTe and / or a mechanical interface NTm; the user interface (UI) may include input devices on the outer surface TX of the cover T.

[0058] like Figures 21A-21E , Figures 22A-22G , Figures 23A-23C , Figures 24A-24C , Figures 25A-25C and Figures 26A-26CThe diagram schematically indicates that the material may include a deposited material NK layer; the material may include an applied material NK layer; the material may include a conductive material; the material may contain a conductive material; the material may include a generally transparent material; the material may include a generally translucent material; the material may include an ink material NK; the ink material NK may include conductive ink; the ink material NK may include translucent ink; the material may be configured to provide a sensor arrangement SN. The material may include at least one of the following: an applied material and / or a conductive material and / or a conductive material and / or a translucent material and / or a translucent ink and / or a conductive ink and / or a sensor SNx and / or a sensor grid SN and / or an applied conductive material and / or a material and / or a pad printing material and / or a screen printing material and / or a deposited material. The material may include an applied material NK containing a fluid; the fluid may include ink; the applied material NK may include conductive ink containing a metallic element; the applied material NK may include a layer, the layer including the applied layer; the layer may include a light-transmitting material; the layer may include a conductive material; the cover T may include an opaque substrate layer; the opaque substrate layer may include an opening; the cover T may include a generally transparent material; the cover T may include a generally light-transmitting material. As schematically indicated, the ink material NK may include an applied ink material NK; the applied ink material NK may be provided by a printing process; the ink material NK may include an applied light-transmitting ink material NK; the sensor arrangement SN may include a semi-transparent sensor arrangement SN; the sensor arrangement SN may include a light-transmitting sensor arrangement SN.

[0059] like Figures 2A-2D , Figures 3A-3D , Figures 4A-4B , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8D , Figures 9A-9C , Figures 10A-10D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16BThe diagram illustrates that the input device may include a sensor array SN; the sensor array SN may include detectors SNx; the sensor array SN may include sensors SNx; sensors SNx may be disposed in a portion of the sensor array SN; the sensor array SN may include a pattern; the pattern may be disposed in a portion of the sensor array SN; the sensor array SN may include an interface NT; the interface NT may be disposed in a portion of the sensor array SN; the material may include ink material NK constituting the sensor array SN. The sensor array SN may include a sensor layer; the sensor layer may include a sensor grid SN; the sensor layer may include sensor pads SNx; the sensor layer may include sensor regions SNx; the sensor layer SN may include sensor regions SNx configured to provide sensors SNx; the sensor layer SN may include a composite of a transparent conductive layer and an intermediate layer; the sensor layer SN may be configured to display graphics; the sensor layer SN may be configured to display an image IC; the sensor layer SN may be configured to provide an icon IC; the sensor layer SN may include a first conductive layer and a second opaque layer; the sensor layer SN may include a conductive layer and a diffusion layer; the cover T may include a recess; the sensor layer SN may be configured to fit into the recess; the light source may be configured to provide a backlight effect.

[0060] like Figures 2A-2D , Figures 3A-3D , Figures 4A-4B , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8D , Figures 9A-9C , Figures 10A-10D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16BThe diagram schematically indicates that the outer surface of the cover T may include a generally flat surface and / or a contoured / curved surface and / or an outer layer TX; the inner surface of the cover T may include a generally flat surface; the outer surface of the cover T may include a generally flat surface, and the inner surface of the cover T may include a generally flat surface; the outer surface of the cover T may include a curved surface; the inner surface of the cover T may include a curved surface; the inner surface of the cover T may include a recessed portion; the outer surface of the cover T may include a generally flat surface, and the inner surface of the cover T may include a recessed portion; the cover T may include a recessed portion; sensor arrangement SN The system may include protrusions configured to correspond to recesses in the cover T; the recesses in the cover T may include recesses; the protrusions in the sensor arrangement SN may include protrusions; the cover T may include contour portions; the sensor arrangement SN may include contour portions configured to correspond to contour portions in the cover T; the contour portions in the cover T may include recesses; the contour portions in the sensor arrangement SN may include protrusions; the composite structure CS may include circuitry configured to operate the input device (e.g., shown on a panel / board CB); the input device may include the sensor arrangement SN; the sensor arrangement SN may include material NK.

[0061] like Figures 2A-2D , Figures 3A-3D , Figures 4A-4B , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8D , Figures 9A-9C , Figures 10A-10D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16B The diagram schematically indicates that the user interface (UI) may include output devices on the outer surface of the cover T; the composite structure CS may include a light source LS configured to provide illumination for the user interface UI; the composite structure CS may include a light source LS configured to provide illumination for the output devices of the user interface UI. The light source may include LEDs and / or LED arrays; the user interface UI may include input devices and output devices; the input devices may include a sensor array SN; the input devices may include sensors SNx in the sensor array SN; the input devices may include an icon IC; the input devices may include output devices, the output devices including the light source. Sensors SNx may include capacitive touch sensors. The user interface UI may be configured to facilitate interaction with at least one vehicle system; the user interface UI may be powered by a power source.

[0062] like Figures 11A-11CThe diagram illustrates that the interface NT may include a mechanical interface NTm and an electrical interface NTe; the sensor arrangement SN may include a sensor area SNx and an interface area NT; the sensor arrangement SN may include a grounding area and a sensor area SNx; the composite structure CS may include a conductor CD between the cover T and the base CB; the composite structure CS may include a conductor CD between the sensor arrangement SN and the circuitry disposed on the base CB; the conductor CD may include an elastomeric material; the conductor CD may include a conductive elastomeric material; the elastomeric material may include a rubber material. The conductor CD may include a connector.

[0063] like Figures 2A-2D , Figures 3A-3D , Figures 4A-4B , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8D , Figures 9A-9C , Figures 10A-10D , Figures 11A-11C , Figures 12A-12D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16B The schematic diagram indicates that the composite structure CS may include components; the base may include a panel CB; the base CB may include a plate; the base CB may include a circuit board; the base CB may include a circuit panel. The structural / spacer SR may include a housing for conductors / connectors CD. The circuit board may be configured to process signals; the circuit board may be configured to control at least one vehicle system. The cover T may include a light-transmitting material; the cover T may include a polycarbonate material; the cover T may include a light-transmitting material and a substrate layer (e.g., an intermediate layer NL); the substrate layer may include an opaque material. The cover T may be formed of a resin material; the cover T may include a single layer; the cover T may include a single material. The cover T may include a transparent polycarbonate layer; the cover T may include a polycarbonate inner layer; the cover T may include a polycarbonate substrate layer (e.g., an intermediate layer NL); the composite structure CS may include a component SR, the component including conductor CD; the composite structure CS may include a structure that separates the cover T from the base CB; the cover T may include a two-layer configuration (e.g., a two-layer polycarbonate construction (e.g., two molded / overmolded material layers for a cover assembly including T and TL)). See Figures 9A-9C and Figure 19 .

[0064] like Figures 9A-9C and Figure 19 The diagram schematically indicates that the sensor arrangement SN may include a pattern, which may include gaps configured to facilitate capacitive sensing; the applied material NK may include a first applied ink layer and a second applied ink layer. See also Figure 25C .

[0065] As schematically indicated in the accompanying drawings, the cover T may include a plastic material. The cover may include an optical-grade plastic material. The cover may include at least one of the following: polycarbonate (PC), polymethyl methacrylate (PMMA), polycarbonate / acrylonitrile butadiene styrene (PC / ABS), and styrene-acrylonitrile (SAN). The cover may include a polycarbonate material.

[0066] like Figures 2A-2D , Figures 3A-3D , Figures 4A-4B , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8D , Figures 9A-9C , Figures 10A-10D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16B The diagram illustrates that the input device may include an icon IC. The input device may include an icon IC configured to provide an operator controller OC (e.g., a switch). The input device may include a switch. The composite structure CS may include a component SR, which may include a conductor CD. The composite structure CS may include a component SR, which may include an elastomeric conductor CD. The elastomeric conductor CD may be disposed at the interface SNe / NT with the sensor arrangement SN. The elastomeric conductor CD may be disposed at the interface SNe / NT with the sensor SNx for the sensor arrangement SN. The elastomeric conductor CD may be compressed at the interface NT with the sensor arrangement SN. The elastomeric conductor CD may be compressed at the interface NT with the circuitry of the circuit board. The elastomeric conductor CD may be compressed at the interface NT with the traces on the circuit board. The elastomeric conductor CD may be compressed at the interface NT with the traces on the inner surface of the cover T. The elastomeric conductor CD may be compressed at the interface NT with the traces for the sensor arrangement SN on the inner surface of the cover T.

[0067] like Figures 13A-13B , Figures 16A-16B , Figures 21A-21E , Figures 22A-22G , Figures 23A-23C , Figures 24A-24C , Figures 25A-25C and Figures 26A-26CThe diagram schematically indicates that the ink / ink material NK can be deposited by printing a light-transmitting pattern for the sensor grid SN on the inner surface of the cover T. The ink can be deposited on the inner surface of the cover T by at least one of the following: screen printing and / or inkjet printing and / or pad printing and / or gravure printing and / or offset printing and / or spray printing and / or 3D printing and / or transfer printing and / or stencil printing, etc. The ink material NK may include an applied light-transmitting ink material NK. The ink material NK may include an applied ink that may contain silver. The ink material NK may include an applied ink that may contain nano-silver particles. The ink material NK may include an applied ink that may contain indium tin oxide (ITO). The ink material NK may include an applied ink that may contain metal particles.

[0068] like Figure 19 , Figures 24A-24C , Figures 25A-25C and Figures 26A-26C The diagram schematically indicates that the material / ink NK used for the sensor arrangement SN can be deposited by printing a light-transmitting pattern on a film TF on the inner surface of the cover T. The ink can be deposited by printing a light-transmitting pattern on a thin film on the inner surface of the cover T. Alternatively, the ink can be deposited by printing a light-transmitting pattern on a polyethylene dioxythiophene (PEDOT) film on the inner surface of the cover T. The film may include a thin plastic sheet. The film may include a polyethylene terephthalate (PET) sheet.

[0069] like Figures 21A-21E , Figures 22A-22G , Figures 23A-23C , Figures 24A-24C , Figures 25A-25C and Figures 26A-26C The diagram schematically indicates that the sensor arrangement SN at the cover T of the composite structure CS of component C can be formed by a process including the following steps: printing the material on the cover T of the composite structure CS; component C can be formed by a process including the following steps: printing the material on the inner surface of the cover T of the composite structure CS; component C can be formed by a process including the following steps: printing the material as the sensor arrangement SN on the cover T of the composite structure CS; component C can be formed by a process including the following steps: printing the material on the inner surface of the cover T of the composite structure CS; component C can be formed by a process including the following steps: printing the material as the sensor arrangement SN on the inner surface of the cover T of the composite structure CS.

[0070] like Figures 21A-21E , Figures 24A-24C , Figures 25A-25C and Figure 26AThe diagram illustrates that the sensor arrangement SN at the cover T of component C can be formed using a tool FT through a process including the following steps: using an applicator FTx to screen print material NK onto the inner surface of the cover T of the composite structure via a screen FTz.

[0071] like Figures 22A-22G , Figures 24A-24C , Figures 25A-25C and Figure 26B The diagram illustrates that the sensor arrangement SN at the cover T of component C can be formed using a tool FT through a process including the following steps: using an applicator (shown as a pad printing head FTx) to pad print the printing material NK at the fixing member FTz on the inner surface of the cover T of the composite structure.

[0072] like Figures 23A-23C , Figures 24A-24C , Figures 25A-25C and Figure 26C The diagram illustrates that the sensor arrangement SN at the cover T of component C can be formed using a tool FT through a process including the following steps: depositing printed (e.g., 3D printing) material NK at the fixture FTz using an applicator (shown as a deposition / jet outlet FTx) on the inner surface of the cover T of the composite structure.

[0073] Component C may include at least one of the following: (a) a steering wheel and / or (b) a console and / or (c) a floor console and / or (d) a center console and / or (e) an instrument panel and / or (f) a door panel and / or (g) a dashboard and / or (h) a display area and / or (i) an armrest and / or (j) a cockpit and / or (k) a roof console. Exemplary Example-B

[0074] According to Figures 2A-2D , Figures 3A-3D , Figures 4A-4B , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8D , Figures 9A-9C , Figures 10A-10D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16BIn the exemplary embodiment illustrated, a component C for a vehicle interior VI is configured to provide a user interface (UI) for interaction with vehicle occupants in the vehicle, which provides at least one vehicle system. The component may include a composite structure CS; the composite structure CS may include a cover T and a sensor arrangement SN, the cover configured to present the UI, and the sensor arrangement configured to detect input at or near the cover T; the UI for the vehicle occupants may include input devices and output devices, the input devices including the sensor arrangement SN, and the output devices including a light display area LD from a light source. The cover T may include an outer surface and an inner surface; the outer surface may include an outer side surface, and the inner surface may include an inner side surface. The UI may be presented on the outer surface of the cover T. The sensor arrangement SN may be configured to allow light from a light source to be transmitted to the outer surface of the cover T to present the UI. The sensor arrangement SN may include a light-transmitting conductive material configured to facilitate the detection of output signals, including illumination, and input signals.

[0075] like Figure 1C and Figures 2A-2D The diagram illustrates that the user interface (UI) provided by the composite structure CS is configurable to provide both a closed / inactive state and an active state; the active state may include illumination by the light display area LD; the illumination by the light display area LD may include the rendering of an image IC and / or icons; the rendering of the image IC may include data / information and / or visual effects; the rendering of the image IC may include output signals, the output signals including illumination. See also... Figures 3A-3D , Figures 4A-4B , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8D , Figures 9A-9C , Figures 10A-10D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16BThe user interface (UI) provided by the composite structure CS is configurable to provide a default state including a closed / inactive state. The sensor arrangement SN may include sensors SNx configured to detect touch at the user interface UI; the sensor arrangement SN may include sensors SNx configured to detect movement near the user interface UI; the sensor arrangement SN may be disposed on the inner surface of the cover T; the sensor arrangement SN may be disposed on the inner surface of the cover T; the sensor arrangement SN may include material on the inner surface; the sensor arrangement SN may include material on the inner surface; the sensor arrangement SN may include applied material on the inner surface; the sensor arrangement SN may include applied material NK on the inner surface; the sensor arrangement SN may include ink on the inner surface; the sensor arrangement SN may include conductive material on the inner surface; the sensor arrangement SN may include light-transmitting material on the inner surface; the sensor arrangement SN may include applied conductive material NK on the inner surface; the sensor arrangement SN may include applied light-transmitting material NK on the inner surface; the sensor arrangement SN may include on the inner surface... A light-transmitting conductive material; the sensor arrangement SN may include a light-transmitting conductive material NK applied to the inner surface; the sensor arrangement SN may include a light-transmitting conductive ink material NK applied to the inner surface; the sensor arrangement SN may include an ink applied to the inner surface; the ink may contain a conductive material; the conductive material may include a light-transmitting material; the conductive material may include a translucent material; the ink may include fluorescent ink; the fluorescent ink may be configured to emit light when exposed to light; the fluorescent ink may be configured to emit light when exposed to ultraviolet / UV light; the fluorescent ink may be configured to emit light to facilitate inspection of the sensor arrangement SN; the ink may be located on the inner surface of the cover T; the ink may be located on the inner surface of the cover T; the ink may be deposited on the inner surface of the cover T by at least one of the following: screen printing and / or inkjet printing and / or (c) pad printing and / or (d) gravure printing and / or (e) offset printing and / or (f) spray printing and / or (g) three-dimensional printing.

[0076] like Figures 3A-3D and Figures 4A-4B , Figures 9A-9C , Figures 13A-13B and Figures 16A-16BThe diagram schematically indicates that the sensor arrangement SN may include contact areas SNx for detection; the sensor arrangement SN may include interface areas SNx / NT for interconnection; the sensor arrangement SN may include ground grid areas; the sensor arrangement SN may include conductive traces; the sensor arrangement SN may be configured to detect touch and / or proximity; the sensor arrangement SN may include an applied material NK; the applied material may include ink configured to facilitate the detection of touch and / or proximity. The cover T may include a light-transmitting material; the cover T may include a light-transmitting layer and a generally opaque layer; the generally opaque layer of the cover T may include a light-transmitting portion.

[0077] like Figures 2A-2D , Figures 3A-3D , Figures 4A-4B , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8D , Figures 9A-9C , Figures 10A-10D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16B The diagram illustrates that the composite structure CS can be configured to present an image IC at the light-transmitting portion; the image IC may include an icon IC; the image IC can be configured to be illuminated by a light source LS. The composite structure CS can be configured to have a detector at the light-transmitting portion; the detector may include a sensor SNx; the composite structure CS can be configured to have a sensor SNx at the light-transmitting portion; the sensor SNx may include a touch sensor; the sensor SNx may include a capacitive touch sensor; the sensor SNx may include a detector; the sensor SNx may include a region in a sensor arrangement SN; the sensor SNx may include a portion of an applied material NK on the inner surface of the cover T; the sensor SNx can be configured to be actuated by a control system; the sensor SNx can be coupled to a power supply; the sensor SNx may include an input device for a user interface UI; the sensor SNx can be connected to a base CB; the sensor SNx can be connected to the base CB via an interface NT; the sensor SNx can be connected to the base CB via a conductor CD.

[0078] like Figures 11A-11C The diagram illustrates that the interface NT may include a conductor CD; the interface NT may include an electrical interface NTe; and the interface NT may be configured to connect a sensor SNx to the control system.

[0079] like Figure 18The diagram schematically indicates that a cover T may include a membrane TF on its lower inner surface; a sensor arrangement SN may be disposed on the membrane TF; a composite structure CS may include an applied material NK on the inner surface of the cover T; the applied material NK may constitute the sensor arrangement SN. The composite structure CS may include an intermediate layer NL on the inner surface of the cover T. The cover T may include a curved surface; the inner surface of the cover T may include a curved surface; ink NK may be deposited on the curved surface by pad printing; the sensor arrangement SN may include a membrane comprising a light-transmitting conductive ink TF; the membrane may include a thin plastic sheet; the membrane may include a PET sheet; the light-transmitting conductive ink may be applied to / on the membrane.

[0080] As schematically indicated in the accompanying drawings, the sensor arrangement SN may include at least one of the following: (a) an array and / or (b) a grid and / or (c) a foil and / or (d) a panel and / or (e) a touch panel and / or (f) a flexible panel and / or (g) a detector and / or (h) a proximity detector and / or (i) a capacitive touch panel and / or (j) a pressure-sensitive panel and / or (k) a sensor arrangement grid and / or (l) a sensor arrangement SN foil and / or (m) a capacitive sensor arrangement foil and / or (n) a touch sensor arrangement and / or (o) a proximity sensor arrangement.

[0081] As schematically indicated in the accompanying drawings, the composite structure CS may include a base CB; the base may include a panel CB; the panel may include circuitry; the panel may include a circuit panel CB; the panel may include a circuit board; the circuit board may include a system (e.g., a controller configured for processing signals); the circuit board may be configured to control the at least one vehicle system. The composite structure CS may include an interface NT between a cover T and the base CB; the interface NT may include a mechanical interface NTm; the interface NT may include an electrical interface NTe; the interface NT may include both the mechanical interface NTm and the electrical interface NTe; the interface NT may include a conductor CD; the conductor CD may include connectors; the conductor CD may be configured to electrically connect a sensor array SN to the circuit board; the conductor CD may be configured to transmit input at a user interface UI to the circuit board; the conductor CD may include a conductive material; the conductor CD may include a conductive elastomer material.

[0082] like Figures 11A-11C The diagram illustrates that the interface NT may include a conductor CD, the conductor including a connector; the connector may be configured to electrically connect a sensor array SN to a circuit board CB; the conductor / connector CD may be configured to transmit input at the user interface UI to the circuit board CB; the connector CD may include a conductive material NK; the connector CD may include a conductive elastomer material; the composite structure CS may include a structure between the cover T and the circuit panel CB.

[0083] like Figures 11A-11C The diagram schematically indicates that the composite structure CS may include a structure between the cover T and the base CB; the composite structure CS may include a component SR between the cover T and the circuit panel CB; component C may include a structure SR between the sensor arrangement SN of the cover T and the circuit panel CB; the structure may include the component SR; the structure may include a spacer SR; the structure may include the component SR and the conductor CD; the structure SR may surround the conductor CD; the structure SR may be coupled to the cover T at the interface NT; the structure may be coupled to the circuit panel CB at the interface NT (which includes a mechanical interface NTm and / or an electrical interface NTe) using fasteners FS (shown as bolts); the structure may include the spacer SR between the sensor arrangement SN and the circuit panel CB; the spacer SR may include a housing for the conductor CD. The cover T may be formed of polycarbonate; the cover T may be formed of a resin material; the cover T may be a single layer; the cover T may be a single material.

[0084] As schematically indicated in the accompanying drawings, a vehicle interior component configured to provide a user interface may include a composite structure comprising a base / panel and a cover, and an electrical / mechanical interface for connecting the cover to the base. An applied material / ink on the inner surface of the cover may contain conductive and / or light-transmitting materials to form a sensor arrangement providing sensors. The user interface may include input devices (e.g., an operator controller / sensor) and output devices (e.g., an illumination / light display area on the cover). The user interface may include images / icons indicating the operator controller / sensor. The interface may include an elastomeric conductor. The component may be configured to provide reduced visibility / concealment of the sensor arrangement on the outer surface of the cover in a closed / inactive state. The sensors may be configured to detect touch and / or movement. The sensor arrangement may be formed by printing the applied material / ink onto the cover. Exemplary Example - C

[0085] According to Figures 2A-2D , Figures 3A-3D , Figures 4A-4B , Figures 5A-5B , Figures 6A-6B , Figures 7A-7C , Figures 8A-8D , Figures 9A-9C , Figures 10A-10D , Figures 13A-13B , Figure 14 , Figures 15A-15B and Figures 16A-16BThe exemplary embodiment shown schematically illustrates that a component C for the interior of a vehicle is configured to provide a user interface (UI) for interacting with vehicle occupants in the vehicle. The vehicle provides at least one vehicle system. The component may include a user interface system UI / CS. The user interface system UI / CS may include a cover T and sensors SNx / sensor arrangement SN. The cover is configured to present the user interface UI for vehicle occupants, and the sensors / sensor arrangement is configured to detect input from vehicle occupants at or near the cover T. The user interface UI for vehicle occupants may include a light display area LD from a light source of a light system as an output device.

[0086] As schematically indicated in the accompanying drawings, a sensor arrangement SN with sensors SNx can be configured to allow light to be transmitted from at least one light source LS to the outer surface and / or outer surface TX of the cover T (e.g., an additional layer for the cover assembly) to present a user interface UI; the sensor arrangement SN with sensors SNx may include a transparent conductive material configured to facilitate backlighting and / or touch sensing. The user interface system UI / CS can be configured to a default state, an off / inactive state, and an active state, wherein the light display area LD includes an image IC to provide data / information or visual effects to vehicle occupants through illumination. The sensor arrangement SN may include sensors at sensor areas SNx configured to provide an operator controller OC (e.g., a switch, detector, button, etc.) as an input device at an icon / image IC for the user interface UI. Sensors SNx may be configured to sense touches at the user interface UI; sensors SNx may be configured to sense gestures near the user interface UI. Sensors SNx may include ink NK on or on the inner surface of the cover T. The ink may contain a conductive material. The conductive material is configured to transmit light from the light source LS for the light display area LD. The conductive material may include a transparent material. The ink may include ultraviolet / UV fluorescent ink. The UV fluorescent ink is configured to emit light when exposed to UV light. The UV fluorescent ink is configured to emit light to facilitate inspection of the sensor SNx. The ink may be located on the inner surface of the cover T.

[0087] like Figures 21A-21E , Figures 22A-22G , Figures 23A-23C , Figures 24A-24C , Figures 25A-25C and Figures 26A-26CThe diagram schematically indicates that ink / material NK can be deposited on the inner surface of the cover by at least one of the following: (a) screen printing, (b) inkjet printing, (c) pad printing, (d) gravure printing, and (e) offset printing. The ink can form conductive traces configured for sensing touch and / or proximity. The inner surface of the cover T may include a curved surface. The ink can be deposited on the curved surface by pad printing. Figure 18 , Figures 24A-24C , Figures 25A-25C and Figures 26A-26C The diagram schematically indicates that a sensor arrangement SN having a sensor SNx may include a membrane TF, the membrane comprising a light-transmitting conductive ink NK; the membrane may include a thin plastic sheet; the membrane may include a PET sheet. The light-transmitting conductive ink may be on the membrane. The sensor SNx may include at least one of the following: (a) an array and / or (b) a grid and / or (c) a foil and / or (d) a panel and / or (e) a touch panel and / or (f) a flexible panel and / or (g) a detector and / or (h) a proximity detector and / or (i) a capacitive touch panel and / or (j) a pressure-sensitive panel and / or (k) a sensor grid SN and / or (l) a sensor SNx foil and / or (m) a capacitive sensor SNx foil and / or (n) a touch sensor SNx and / or (o) a proximity sensor SNx.

[0088] As schematically indicated in the accompanying drawings, component C may include a circuit board CB. Component C may include a connector / conductor CD. The connector CD is configured to electrically connect a sensor SNx to the circuit board CB. The connector CD is configured to transmit input at the user interface (UI) to the circuit board CB. Component C may include a spacer SR / structure between the sensor SNx and the circuit board. The spacer SR may include a housing for the connector CD. The circuit board is configured to process signals. The circuit board is configured to control at least one vehicle system.

[0089] As schematically indicated in the accompanying drawings, the cover T may be formed of a resin material. The cover T may be a single layer. The cover T may be made of a single material.

[0090] like Figures 1B-1C , Figures 2A-2D and Figures 20A-20B The schematic indication is that component C may include at least one of the following: (a) steering wheel; (b) console; (c) floor console; (d) center console; (e) instrument panel; (f) door panel; (g) dashboard; (h) display area; (i) armrest; (j) cockpit. Exemplary Example-D

[0091] According to an exemplary embodiment shown, the component for vehicle interior is configured to provide a user interface for interaction with vehicle occupants in the vehicle, the vehicle providing at least one vehicle system, the component may include a user interface system comprising: (a) a cover configured to present the user interface for vehicle occupants; and (b) a sensor configured to detect input from vehicle occupants at or near the cover. The user interface for vehicle occupants may include a light display area from a light source. The sensor may be configured to allow light from at least one light source to be transmitted to an outer surface of the cover to present the user interface. The sensor may include a transparent conductive material configured to facilitate backlighting and touch sensing. The user interface system may be configured to (a) a default state or a closed / inactive state and (b) an active state, wherein the light display area includes an image to provide data / information or a visual effect to vehicle occupants through illumination. The sensor may be configured to sense touches at the user interface. The sensor may be configured to sense gestures near the user interface. The sensor may include ink on an inner surface of the cover. The ink may contain a conductive material. The conductive material may be configured to transmit light. The conductive material may include a transparent material. The ink may include UV fluorescent ink. The UV fluorescent ink may be configured to emit light when exposed to UV light. The UV fluorescent ink may be configured to emit light to facilitate inspection of the sensor. The ink may be printed on the inner surface of the cover. The ink may be deposited on the inner surface of the cover by at least one of the following: (a) screen printing, (b) inkjet printing, (c) pad printing, (d) gravure printing, and (e) offset printing. The ink may form conductive traces configured to sense touch and / or proximity. The inner surface of the cover may include a curved surface. The ink may be deposited on the curved surface by pad printing. The sensor may include a membrane comprising a light-transmitting conductive ink. The membrane may include a thin plastic film. The membrane may include a PET sheet. The light-transmitting conductive ink may be printed on the membrane. The sensor may include at least one of the following: (a) an array, (b) a grid, (c) a foil, (d) a panel, (e) a touch panel, (f) a flexible panel, (g) a detector, (h) a proximity detector, (i) a capacitive touch panel, (j) a pressure-sensitive panel, (k) a sensor grid, (l) a sensor foil, (m) a capacitive sensor foil, (n) a touch sensor, and (o) a proximity sensor. The component may include a printed circuit board. The component may include a connector. The connector may be configured to electrically connect the sensor to the printed circuit board. The connector may be configured to transmit input at the user interface to the printed circuit board. The connector may include a conductive material. The connector may include a conductive rubber material.The component may include a spacer between the sensor and the printed circuit board. The spacer may include a housing for the coupling. The printed circuit board may be configured to process signals. The printed circuit board may be configured to control the at least one vehicle system. The cover may be formed of a resin material. The cover may include a single layer. The cover may include a single material. The component may include at least one of the following: (a) a steering wheel; (b) a console; (c) a floor console; (d) a center console; (e) an instrument panel; (f) a door panel; (g) a dashboard; (h) a display area; (i) an armrest; (j) a cockpit.

[0092] The components for the vehicle interior are configured to provide a user interface for interaction with vehicle occupants. The components may include a user interface system comprising a cover and sensors. The cover is used to present the user interface, and the sensors are used to detect input from vehicle occupants at or near the cover. The user interface may include a light display area from a light source. The sensors may allow light to be transmitted from the at least one light source to an outer surface of the cover to present the user interface. The sensors may include a transparent conductive material configured to facilitate backlighting and touch sensing. The sensors may be configured to sense touches and / or gestures at or near the user interface. The sensors may include ink on an inner surface of the cover. The ink may contain a conductive material configured to transmit light. The ink may include UV fluorescent ink.

[0093] It is important to note that the invention (e.g., inventive concepts, etc.) has been described in the specification and / or illustrated in the drawings of this patent document according to exemplary embodiments; embodiments of the invention are presented by way of example only and are not intended to limit the scope of the invention. The construction and / or arrangement of elements embodying the inventive concepts of the invention as described in the specification and / or illustrated in the drawings are merely illustrative. Although exemplary embodiments of the invention have been described in detail in this patent document, it will be readily understood by those skilled in the art that equivalents, modifications, variations, etc., of the subject matter of the exemplary and alternative embodiments are possible and are considered to be within the scope of the invention; all such subject matter (e.g., modifications, variations, embodiments, combinations, equivalents, etc.) is intended to be covered within the scope of the invention. It should also be noted that various modifications, variations, substitutions, equivalents, alterations, omissions, etc., may be made in the configuration and / or arrangement of exemplary embodiments (e.g., in terms of concept, design, structure, instrumentation, form, component, construction, part, function, system, process / method, step, sequence of process / method steps, operation, operating conditions, performance, materials, composition, combination, etc.) without departing from the scope of the invention; all such subject matter (e.g., modifications, variations, embodiments, combinations, equivalents, etc.) is intended to be covered within the scope of the invention. The scope of the invention is not intended to be limited to the subject matter described in the specification and / or shown in the drawings of this patent document (e.g., details, structure, function, materials, action, steps, sequence, system, result, etc.). It is contemplated that the claims of this patent document will be appropriately interpreted to cover the full scope of the subject matter of the invention (e.g., including any and all such modifications, variations, embodiments, combinations, equivalents, etc.); it should be understood that the terminology used in this patent document is for providing a description of the subject matter of exemplary embodiments and is not intended to limit the scope of the invention.

[0094] It is equally important to note that, according to exemplary embodiments, the invention may include conventional techniques (e.g., conventional techniques implemented and / or integrated in exemplary embodiments, modifications, variations, combinations, equivalents, etc.), or may include any other applicable techniques (currently and / or in the future) that are suitable and / or capable of performing the functions and processes / operations described in the specification and / or shown in the drawings. All such techniques (e.g., techniques implemented in embodiments, modifications, variations, combinations, equivalents, etc.) are considered to be within the scope of the invention described in this patent document.

Claims

1. A component for use inside a vehicle, the component being configured to provide a user interface, the component comprising: A composite structure, the composite structure including a base and a cover and an interface between the cover and the base; The cover includes an outer surface and an inner surface; The composite structure includes a material on the inner surface of the cover; The interface is configured to connect the cover to the base; The interface includes an electrical interface and / or a mechanical interface; The user interface includes an input device on the outer surface of the cover; The material mentioned includes a conductive material.

2. The component according to claim 1, wherein, The material constitutes an applied material layer.

3. The component according to claim 1, wherein, The material includes conductive materials.

4. The component according to claim 1, wherein, The material includes generally light-transmitting materials.

5. The component according to claim 4, wherein, The material includes a generally translucent material.

6. The component according to claim 2, wherein, The material includes ink material.

7. The component according to claim 6, wherein, The ink material includes conductive ink.

8. The component according to claim 6, wherein, The ink material includes translucent ink.

9. The component according to claim 1, wherein, The material configuration is used to provide sensor arrangement.

10. The component according to claim 9, wherein, The input device includes the sensor arrangement.

11. The component according to claim 9, wherein, The sensor array includes detectors.

12. The component according to claim 9, wherein, The sensor arrangement includes sensors.

13. The component according to claim 12, wherein, The sensor is located at a portion of the sensor array.

14. The component according to claim 9, wherein, The sensor arrangement includes a pattern.

15. The component according to claim 14, wherein, The pattern includes gaps configured to facilitate capacitive sensing.

16. The component according to claim 14, wherein, The pattern is set on a portion of the sensor array.

17. The component according to claim 9, wherein, The sensor arrangement includes interfaces.

18. The component according to claim 17, wherein, The interface is located at a portion of the sensor array.

19. The component according to claim 6, wherein, The material includes the ink material that constitutes the sensor arrangement.

20. The component according to claim 6, wherein, The ink material includes an applied ink material.

21. The component according to claim 6, wherein, The ink material includes a light-transmitting ink material that has been applied.

22. The component according to claim 7, wherein, The ink material includes silver-containing applied ink.

23. The component according to claim 22, wherein, The ink material includes an applied ink containing nano-silver particles.

24. The component according to claim 7, wherein, The ink material includes an applied ink containing indium tin oxide (ITO).

25. The component according to claim 7, wherein, The ink material includes applied ink containing metal particles.

26. The component according to claim 9, wherein, The sensor arrangement includes a semi-transparent sensor arrangement.

27. The component according to claim 9, wherein, The sensor arrangement includes a light-transmitting sensor arrangement.

28. The component according to claim 1, wherein, The outer surface of the cover includes a generally flat surface.

29. The component according to claim 1, wherein, The inner surface of the cover includes a generally flat surface.

30. The component according to claim 1, wherein, The outer surface of the cover includes a curved surface.

31. The component according to claim 1, wherein, The inner surface of the cover includes a curved surface.

32. The component according to claim 1, wherein, The inner surface of the cover includes a recessed portion.

33. The component according to claim 28, wherein, The inner surface of the cover includes a recessed portion.

34. The component according to claim 1, wherein, The cover includes a recessed portion.

35. The component according to claim 34, wherein, The sensor arrangement includes raised portions that are configured to correspond to recessed portions of the cover.

36. The component according to claim 34, wherein, The recessed portion of the cover includes a recess.

37. The component according to claim 35, wherein, The raised portion of the sensor arrangement includes protrusions.

38. The component according to claim 1, wherein, The cover includes a contoured portion.

39. The component according to claim 38, wherein, The sensor arrangement includes a contour portion, which is configured to correspond to the contour portion of the cover.

40. The component according to claim 38, wherein, The outline portion of the cover includes a recess.

41. The component according to claim 39, wherein, The outline of the sensor arrangement includes protrusions.

42. The component according to claim 1, wherein, The composite structure includes circuitry configured for operating the input device.

43. The component according to claim 10, wherein, The input device includes a sensor array.

44. The component according to claim 9, wherein, The sensor arrangement includes the material.

45. The component according to claim 1, wherein, The user interface includes an output device located on the outer surface of the cover.

46. ​​The component according to claim 45, wherein, The composite structure includes a light source configured to provide illumination to the user interface.

47. The component according to claim 1, wherein, The composite structure includes components.

48. The component according to claim 1, wherein, The base includes a panel.

49. The component according to claim 1, wherein, The base includes a circuit board.

50. The component according to claim 1, wherein, The material includes at least one of the following: applied material and / or conductive material and / or light-transmitting material and / or light-transmitting ink and / or conductive ink and / or sensor and / or sensor grid and / or applied conductive material and / or printed material and / or pad printing material and / or screen printing material and / or deposited material.

51. The component according to claim 46, wherein, The light source includes LEDs and / or LED arrays.

52. The component according to claim 1, wherein, The user interface includes the input device and the output device.

53. The component according to claim 10, wherein, The input device includes the sensors in the sensor arrangement.

54. The component according to claim 1, wherein, The input device includes icons.

55. The component according to claim 54, wherein, The input device includes an icon for providing a switch.

56. The component according to claim 1, wherein, The input device includes a switch.

57. The component according to claim 45, wherein, The input device includes an output device, and the output device includes a light source.

58. The component according to claim 12, wherein, The sensor includes a capacitive touch sensor.

59. The component according to claim 1, wherein, The interface includes a mechanical interface and an electrical interface.

60. The component according to claim 9, wherein, The sensor layout includes a sensor area and an interface area.

61. The component according to claim 60, wherein, The sensor arrangement includes a grounding area and the sensor area.

62. The component according to claim 1, wherein, The composite structure includes a conductor between the cover and the base.

63. The component according to claim 62, wherein, The composite structure includes a conductor between the sensor arrangement and the circuitry disposed on the base.

64. The component according to claim 62, wherein, The conductor comprises an elastomer material.

65. The component according to claim 64, wherein, The conductor comprises a conductive elastomer material.

66. The component according to claim 65, wherein, The elastomeric material includes rubber.

67. The component according to claim 1, wherein, The covering includes a light-transmitting material.

68. The component according to claim 1, wherein, The cover is made of plastic material.

69. The component according to claim 68, wherein, The cover material comprises optical-grade plastic material.

70. The component according to claim 68, wherein, The cover includes at least one of the following: polycarbonate (PC); polymethyl methacrylate (PMMA); polycarbonate / acrylonitrile butadiene styrene (PC / ABS); styrene acrylonitrile (SAN).

71. The component according to claim 70, wherein, The cover is made of polycarbonate material.

72. The component according to claim 67, wherein, The cover includes a light-transmitting material and a substrate layer.

73. The component according to claim 72, wherein, The substrate layer comprises an opaque material.

74. The component according to claim 1, wherein, The user interface configuration is designed to facilitate interaction with at least one vehicle system.

75. The component according to claim 1, wherein, The user interface is powered by a power source.

76. The component according to claim 71, wherein, The cover includes a transparent polycarbonate layer.

77. The component according to claim 76, wherein, The cover includes an inner polycarbonate layer.

78. The component according to claim 76, wherein, The cover includes a polycarbonate substrate layer.

79. The component according to claim 62, wherein, The composite structure includes components, and the components include conductors.

80. The component according to claim 79, wherein, The composite structure includes a component, the component including an elastomer conductor.

81. The component according to claim 80, wherein, The elastomeric conductor is disposed at the interface with the sensor arrangement.

82. The component according to claim 81, wherein, The elastomeric conductor is disposed at the interface of the sensor used for the sensor arrangement.

83. The component according to claim 81, wherein, The elastomeric conductor is compressed at the interface with the sensor arrangement.

84. The component according to claim 83, wherein, The elastomeric conductor is compressed at the interface with the circuitry of the circuit board.

85. The component according to claim 84, wherein, The elastomeric conductor is compressed at its interface with the traces on the circuit board.

86. The component according to claim 85, wherein, The elastomeric conductor is compressed at the interface of the traces on the inner surface of the cover.

87. The component according to claim 1, wherein, The composite structure includes a structure that separates the cover from the base.

88. The component according to claim 2, wherein, The material includes an applied material containing a fluid.

89. The component according to claim 88, wherein, The fluid includes ink.

90. The component according to claim 89, wherein, The applied material includes conductive ink containing metallic elements.

91. The component according to claim 2, wherein, The applied material includes a layer, and the layer includes an applied layer.

92. The component according to claim 91, wherein, The applied material includes a first applied ink layer and a second applied ink layer.

93. The component according to claim 91, wherein, The layer includes a light-transmitting material.

94. The component according to claim 91, wherein, The layer comprises a conductive material.

95. The component according to claim 72, wherein, The cover includes an opaque substrate layer.

96. The component according to claim 95, wherein, The opaque substrate layer includes openings.

97. The component according to claim 1, wherein, The cover comprises a generally transparent material.

98. The component according to claim 1, wherein, The covering comprises a generally light-transmitting material.

99. The component according to claim 9, wherein, The sensor arrangement includes a sensor layer.

100. The component according to claim 99, wherein, The sensor layer includes a sensor grid.

101. The component according to claim 99, wherein, The sensor layer includes a sensor pad.

102. The component according to claim 99, wherein, The sensor layer includes sensor regions configured to provide sensors.

103. The component according to claim 99, wherein, The sensor layer comprises a composite of a transparent conductive layer and an intermediate layer.

104. The component according to claim 99, wherein, The sensor layer is configured to display graphics.

105. The component according to claim 104, wherein, The sensor layer is configured to render images.

106. The component according to claim 104, wherein, The sensor layer is configured to provide icons.

107. The component according to claim 99, wherein, The sensor layer includes a first conductive layer and a second opaque layer.

108. The component according to claim 99, wherein, The sensor layer includes a conductive layer and a diffusion layer.

109. The component according to claim 34, wherein, The cover includes a recess.

110. The component according to claim 109, wherein, The sensor layer is configured to fit into the recess.

111. The component according to claim 46, wherein, The composite structure includes a light system configured to provide illumination at the user interface.

112. The component according to claim 111, wherein, The optical system includes a light guide between the cover and the light source.

113. The component according to claim 112, wherein, The optical system includes a light guide adjacent to the conductor between the cover and the light source.

114. The component according to claim 111, wherein, The lighting includes backlighting.

115. The component according to claim 111, wherein, The lighting includes edge lighting.

116. The component according to claim 115, wherein, The lighting includes edge lighting through the cover.

117. The component according to claim 111, wherein, The light source is configured to provide a backlight effect.

118. The component according to claim 87, wherein, The spacer includes a housing for the coupling.

119. The component according to claim 49, wherein, The circuit board is configured to process signals.

120. The component according to claim 119, wherein, The circuit board is configured to control the at least one vehicle system.

121. The component according to claim 68, wherein, The cover is made of resin material.

122. The component according to claim 1, wherein, The cover consists of a single layer.

123. The component according to claim 122, wherein, The cover is made of a single material.

124. The component according to claim 2, wherein the component is formed by a process comprising the step of printing the material on the cover of the composite structure.

125. The component of claim 124, wherein the component is formed by a process comprising the step of printing the material on the inner surface of the cover of the composite structure.

126. The component of claim 124, wherein the component is formed by a process comprising the step of printing the material as a sensor arrangement on the cover of the composite structure.

127. The component of claim 125, wherein the component is formed by a process comprising the step of printing the material on the inner surface of the cover of the composite structure.

128. The component of claim 127, wherein the component is formed by a process comprising the step of printing the material as a sensor arrangement on the inner surface of the cover of the composite structure.

129. The component of claim 1, wherein the component comprises at least one of the following: (a) a steering wheel and / or (b) a console and / or (c) a floor console and / or (d) a center console and / or (e) an instrument panel and / or (f) a door panel and / or (g) a dashboard and / or (h) a display area and / or (i) an armrest and / or (j) a cockpit and / or (k) a roof console.

130. A component for use inside a vehicle, the component configured to provide a user interface for interacting with vehicle occupants in the vehicle, the vehicle providing at least one vehicle system, the component comprising: Composite structure, the composite structure comprising: (a) An overlay configured to present the user interface; (b) A sensor arrangement configured to detect input at or near the cover; The user interface for vehicle occupants includes an input device and an output device. The input device includes the sensor arrangement, and the output device includes a light display area from a light source.

131. The component according to claim 130, wherein, The cover includes an outer surface and an inner surface.

132. The component according to claim 131, wherein, The outer surface includes an outer surface, and the inner surface includes an inner surface.

133. The component according to claim 131, wherein, The user interface is presented on the outer surface of the cover.

134. The component according to claim 130, wherein, The sensor arrangement is configured to allow light to travel from the light source to the outer surface of the cover to present the user interface.

135. The component according to claim 134, wherein, The sensor array includes a light-transmitting and conductive material configured to facilitate the detection of output signals, including illumination, as well as input signals.

136. The component according to claim 130, wherein, The user interface configuration provided by the composite structure is used to provide (a) a closed / inactive state and (b) an active state.

137. The component according to claim 136, wherein, The activity state includes illumination by the light display area.

138. The component according to claim 137, wherein, The illumination of the light display area includes the presentation of the image.

139. The component according to claim 138, wherein, The presentation of the image includes data / information and / or visual effects.

140. The component according to claim 138, wherein, The presentation of the image includes an output signal, which includes illumination.

141. The component according to claim 136, wherein, The user interface configuration provided by the composite structure is used to provide a default state including a closed / inactive state.

142. The component according to claim 130, wherein, The sensor array includes sensors configured to detect touches at the user interface.

143. The component according to claim 130, wherein, The sensor array includes sensors configured to detect movement in the vicinity of the user interface.

144. The component according to claim 131, wherein, The sensors are arranged on the inner surface of the cover.

145. The component according to claim 144, wherein, The sensors are arranged on the inner surface of the cover.

146. The component according to claim 144, wherein, The sensor arrangement includes the material on the inner surface.

147. The component according to claim 145, wherein, The sensor arrangement includes material on the inner surface.

148. The component according to claim 144, wherein, The sensor arrangement includes an applied material on the inner surface.

149. The component according to claim 145, wherein, The sensor arrangement includes an applied material on the inner surface.

150. The component according to claim 149, wherein, The sensor arrangement includes ink on the inner surface.

151. The component according to claim 150, wherein, The sensor arrangement includes conductive material on the inner surface.

152. The component according to claim 150, wherein, The sensor arrangement includes a light-transmitting material on the inner surface.

153. The component according to claim 151, wherein, The sensor arrangement includes conductive material applied to the inner surface.

154. The component according to claim 152, wherein, The sensor arrangement includes a light-transmitting material applied to the inner surface.

155. The component according to claim 153, wherein, The sensor arrangement includes a light-transmitting and conductive material on the inner surface.

156. The component according to claim 154, wherein, The sensor arrangement includes a light-transmitting and conductive material applied to the inner surface.

157. The component according to claim 156, wherein, The sensor arrangement includes a light-transmitting conductive ink material applied to the inner surface.

158. The component according to claim 148, wherein, The sensor arrangement includes an ink-applied area on the inner surface.

159. The component according to claim 158, wherein, The ink contains a conductive material.

160. The component according to claim 159, wherein, The conductive material includes a light-transmitting material.

161. The component according to claim 160, wherein, The conductive material includes a semi-transparent material.

162. The component according to claim 158, wherein, The ink includes fluorescent ink.

163. The component according to claim 162, wherein, The fluorescent ink is configured to emit light when exposed to UV light, facilitating the inspection of the sensor arrangement.

164. The component according to claim 158, wherein, The ink is printed on the inner surface of the cover.

165. The component according to claim 164, wherein, The ink is deposited on the inner surface of the cover by at least one of the following: (a) screen printing and / or (b) inkjet printing and / or (c) pad printing and / or (d) gravure printing and / or (e) offset printing and / or (f) spray printing and / or (g) 3D printing and / or (i) transfer printing and / or (j) stencil printing.

166. The component according to claim 130, wherein, The sensor arrangement includes a contact area.

167. The component according to claim 130, wherein, The sensor arrangement includes an interface area.

168. The component according to claim 130, wherein, The sensor arrangement includes a grounded grid area.

169. The component according to claim 130, wherein, The sensor arrangement includes conductive traces.

170. The component according to claim 130, wherein, The sensor array is configured to detect touch and / or proximity.

171. The component according to claim 149, wherein, The sensor arrangement includes the applied material.

172. The component according to claim 171, wherein, The applied material includes ink configured to detect touch and / or proximity.

173. The component according to claim 130, wherein, The covering includes a light-transmitting material.

174. The component according to claim 173, wherein, The cover includes a light-transmitting layer and a generally opaque layer.

175. The component according to claim 174, wherein, The generally opaque layer of the cover includes a light-transmitting portion.

176. The component according to claim 175, wherein, The composite structure is configured to present an image at the light-transmitting portion.

177. The component according to claim 176, wherein, The image includes icons.

178. The component according to claim 176, wherein, The image is configured to be illuminated by the light source.

179. The component according to claim 175, wherein, The composite structure is configured to have a detector at the light-transmitting portion.

180. The component according to claim 179, wherein, The detector includes a sensor.

181. The component according to claim 175, wherein, The composite structure is configured to have a sensor located at the light-transmitting portion.

182. The component according to claim 181, wherein, The sensors include touch sensors.

183. The component according to claim 182, wherein, The sensor includes a capacitive touch sensor.

184. The component according to claim 181, wherein, The sensor is included in the area of ​​the sensor arrangement.

185. The component according to claim 184, wherein, The sensor includes a portion of the applied material on the inner surface of the cover.

186. The component according to claim 181, wherein, The sensor is configured to be actuated by the control system.

187. The component according to claim 181, wherein, The sensor is connected to a power source.

188. The component according to claim 181, wherein, The sensor includes an input device for the user interface.

189. The component according to claim 181, wherein, The sensor is connected to the base.

190. The component according to claim 189, wherein, The sensor is connected to the base via an interface.

191. The component according to claim 189, wherein, The sensor is connected to the base via a conductor.

192. The component according to claim 190, wherein, The interface includes a conductor.

193. The component according to claim 190, wherein, The interface includes an electrical interface.

194. The component according to claim 190, wherein, The interface is configured to connect the sensor to the control system.

195. The component according to claim 131, wherein, The cover includes a membrane on the lower inner surface.

196. The component according to claim 195, wherein, The sensors are arranged on the membrane.

197. The component according to claim 131, wherein, The composite structure includes an applied material on the inner surface of the cover.

198. The component according to claim 197, wherein, The applied material forms the sensor arrangement.

199. The component according to claim 131, wherein, The composite structure includes an intermediate layer on the inner surface of the cover.

200. The component according to claim 131, wherein, The cover includes a curved surface.

201. The component according to claim 200, wherein, The inner surface of the cover includes a curved surface.

202. The component according to claim 201, wherein, The ink is deposited on the curved surface by pad printing.

203. The component according to claim 196, wherein, The sensor array includes a membrane, and the membrane includes a light-transmitting conductive ink.

204. The component according to claim 203, wherein, The ink is deposited by printing a light-transmitting pattern on the inner surface of the cover.

205. The component according to claim 203, wherein, The ink is deposited by printing a light-transmitting pattern on a film on the inner surface of the cover.

206. The component according to claim 205, wherein, The ink is deposited by printing a light-transmitting pattern on a thin film on the inner surface of the cover.

207. The component according to claim 206, wherein, The membrane comprises a thin plastic film.

208. The component of claim 207, wherein, The film comprises polyethylene terephthalate (PET) sheet.

209. The component according to claim 208, wherein, The light-transmitting conductive ink is printed on the film.

210. The component according to claim 130, wherein, The sensor arrangement includes at least one of the following: (a) array and / or (b) grid and / or (c) foil and / or (d) panel and / or (e) touch panel and / or (f) flexible panel and / or (g) detector and / or (h) proximity detector and / or (i) capacitive touch panel and / or (j) pressure-sensitive panel and / or (k) sensor arrangement grid and / or (l) sensor arrangement foil and / or (m) capacitive sensor arrangement foil and / or (n) touch sensor arrangement and / or (o) proximity sensor arrangement.

211. The component according to claim 130, wherein, The composite structure includes a base.

212. The component according to claim 211, wherein, The base includes a panel.

213. The component according to claim 212, wherein, The panel includes a circuit board.

214. The component according to claim 211, wherein, The composite structure includes an interface between the cover and the base.

215. The component according to claim 214, wherein, The interface includes a mechanical interface.

216. The component according to claim 214, wherein, The interface includes an electrical interface.

217. The component according to claim 214, wherein, The interface includes a mechanical interface and an electrical interface.

218. The component according to claim 214, wherein, The interface includes a conductor.

219. The component according to claim 218, wherein, The conductors are configured to electrically connect the sensor array to the circuit board.

220. The component according to claim 219, wherein, The conductor is configured to transmit input from the user interface to the circuit board.

221. The component according to claim 218, wherein, The conductor comprises a conductive material.

222. The component according to claim 221, wherein, The conductor comprises a conductive elastomer material.

223. The component according to claim 214, wherein, The interface includes a connector.

224. The component according to claim 223, wherein, The connector is configured to electrically connect the sensor array to the circuit board.

225. The component according to claim 224, wherein, The connector is configured to transmit input from the user interface to the circuit board.

226. The component according to claim 223, wherein, The connector includes a conductive material.

227. The component according to claim 226, wherein, The connector comprises a conductive elastomer material.

228. The component according to claim 211, wherein, The composite structure includes a structure between the cover and the circuit panel.

229. The component according to claim 228, wherein, The composite structure includes a component between the cover and the circuit panel.

230. The component according to claim 228, wherein, The composite structure also includes a structure between the sensor arrangement on the cover and the circuit panel.

231. The component according to claim 230, wherein, The structure includes spacers.

232. The component according to claim 231, wherein, The structure includes components and conductors.

233. The component according to claim 231, wherein, The structure is connected to the cover at the interface.

234. The component according to claim 231, wherein, The structure is connected to the circuit panel at the interface.

235. The component according to claim 231, wherein, The structure includes a spacer between the sensor arrangement and the circuit panel.

236. The component according to claim 235, wherein, The spacer includes a housing for the conductor.

237. The component according to claim 213, wherein, The circuit board includes a system configured for processing signals.

238. The component according to claim 130, wherein, The cover is made of resin material.

239. A component for use inside a vehicle, the component configured to provide a user interface for interacting with vehicle occupants in the vehicle, the vehicle providing at least one vehicle system, the component comprising: User interface system, the user interface system comprising: (a) A cover configured to present a user interface for vehicle occupants; and (b) A sensor configured to detect input from a vehicle occupant at or near the cover; The user interface for vehicle occupants includes a light display area from a light source.

240. The component according to claim 239, wherein, The sensor includes a transparent conductive material configured to facilitate backlighting and touch sensing.

241. The component according to claim 239, wherein, The user interface system is configured to (a) a default state or a closed / inactive state and (b) an active state, wherein the light display area includes an image to provide data / information or visual effects to vehicle occupants through illumination.

242. The component according to claim 239, wherein, The sensor is configured to sense touch at the user interface.

243. The component according to claim 239, wherein, The sensor is configured to sense gestures near the user interface.

244. The component according to claim 239, wherein, The sensor includes ink on the inner surface of the cover.

245. The component according to claim 244, wherein, The ink contains a conductive material, wherein the conductive material is configured to transmit light.

246. The component according to claim 244, wherein, The ink is printed on the inner surface of the cover.

247. The component according to claim 244, wherein, The inner surface of the cover includes a curved surface.

248. The component according to claim 247, wherein, The ink is deposited on the curved surface by pad printing.

249. The component according to claim 239, wherein, The sensor includes a membrane, and the membrane includes a light-transmitting conductive ink.

250. The component according to claim 249, wherein, The membrane comprises a thin plastic film.

251. The component according to claim 249, wherein, The light-transmitting conductive ink is printed on the film.

252. The component according to claim 239, wherein, The sensor includes at least one of the following: (a) an array and / or (b) a grid and / or (c) a foil and / or (d) a panel and / or (e) a touch panel and / or (f) a flexible panel and / or (g) a detector and / or (h) a proximity detector and / or (i) a capacitive touch panel and / or (j) a pressure-sensitive panel and / or (k) a sensor grid and / or (l) a sensor foil and / or (m) a capacitive sensor foil and / or (n) a touch sensor and / or (o) a proximity sensor.

253. The component of claim 239, further comprising a printed circuit board and a connector.

254. The component according to claim 253, wherein, The connector is configured to electrically connect the sensor to the printed circuit board.

255. The component according to claim 253, wherein, The connector is configured to transmit input at the user interface to the printed circuit board.

256. The component according to claim 253, wherein, The connector includes a conductive material.

257. The component of claim 253, further comprising a spacer between the sensor and the printed circuit board.

258. The component according to claim 257, wherein, The spacer includes a housing for the coupling.

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