CN212322229U - Multifunctional soft interior decoration for realizing touch control and atmosphere lighting - Google Patents

Abstract

The utility model provides a realize multi-functional soft interior trim of touch-control and atmosphere light, including touch-control film, light-blocking groove, PCB circuit board and backlight, optical module assembly and light-blocking groove are installed respectively in the lamp house assembly, the PCB circuit board is installed in light-blocking groove, backlight electricity is connected on PCB circuit board, PCB circuit board and optical module assembly electricity are connected, the end cartridge of pegging graft of touch-control film is on PCB circuit board, the film end of touch-control film pastes the position that corresponds the touch-control at the back of soft interior trim cladding piece, soft interior trim cladding piece lid dress is on lamp house assembly. When the multifunctional soft interior is illuminated by visible light emitted by the light source, the light-transmitting texture patterns and the touch control icons of the pattern layer are displayed on the visible surface of the surface layer, and an interaction interface is displayed, so that human-computer interaction is facilitated. When the soft interior cladding is not illuminated by the visible light emitted by the light source, the visible surface of the skin layer does not display graphics, and the interactive interface is hidden in the interior, so that the self-decoration effect of the visible surface of the soft interior cladding is not damaged. The automobile is suitable for automobiles.

Description

Multifunctional soft interior decoration for realizing touch control and atmosphere lighting

Technical Field

The utility model relates to a soft interior technical field specifically is a realize multi-functional soft interior of touch-control and atmosphere light.

Background

At present, with the continuous improvement of living standard, the requirements of people on the performance, appearance and safety performance of automobiles are continuously improved, and the requirements on the interior trims of the automobiles are also continuously improved. Among them, soft interior is increasingly used in automotive interior. However, the basic functions of the existing soft interior trim are only limited to comfortable tactile experience for the driver, and the decoration effect on the interior of the automobile is also limited to changing the material or color of the soft interior trim or improving the technological sense in the form of an atmosphere lamp, so that the soft interior trim cannot provide fresh feeling, and the interior trim has a single structure.

Disclosure of Invention

Aiming at the problems in the prior art, the utility model aims at providing a multifunctional soft interior for realizing touch control and atmosphere lighting, which has high light transmittance, high pattern definition and better effect, and simultaneously, the lighting effect realized by the soft interior is different from the lighting of the traditional simple atmosphere lamp, thereby realizing patterned lighting, customizing the personalized light theme and making the interior style of the car more diversified; meanwhile, the touch key of the soft interior decoration is different from the traditional mechanical physical key, and the touch is the interior decoration experience of seamlessly integrating soft touch interior decoration materials and information interaction, so that the automobile interior decoration function is more diversified, and the science and technology sense is stronger.

In order to achieve the above object, the utility model provides a following technical scheme: the multifunctional soft interior capable of realizing touch control and atmosphere lighting comprises a soft interior cladding piece, an optical module assembly, a lamp box assembly and a touch control backlight module, wherein the touch control backlight module comprises a touch control film, a light blocking groove, a PCB (printed circuit board) and a backlight source, the optical module assembly and the light blocking groove are respectively arranged in the lamp box assembly, the PCB is arranged in the light blocking groove, the backlight source is electrically connected onto the PCB, the PCB is electrically connected with the optical module assembly, an inserting end of the touch control film is inserted onto the PCB, a film end of the touch control film is attached to a position, corresponding to the touch control, on the back of the soft interior cladding piece, and the soft interior cladding piece is covered on the lamp box assembly.

Further, be equipped with the vibrations motor subassembly in the lamp house assembly, the vibrations motor subassembly includes vibrations motor installing support and vibrations motor, the vibrations motor installing support is installed the back of soft interior trim cladding piece, the vibrations motor is installed on the vibrations motor installing support, the vibrations motor pass through the connector with the optical module assembly electricity is connected.

Further, the backlight source of the optical module assembly is one or a combination of a monochromatic LED lamp, a tricolor LED lamp, a monochromatic LED and a color LED.

Further, soft interior cladding spare includes panel skeleton, and all with panel skeleton matched with pattern layer, soft touch layer and epidermal layer, the pattern layer includes printing opacity texture pattern, touch icon and opaque region.

Further, the soft touch layer set up in the front of panel skeleton, the pattern layer is arranged the panel skeleton with between the soft touch layer, the epidermal layer set up in the front of soft touch layer.

Furthermore, a base cloth is arranged between the skin layer and the soft contact layer, and the base cloth is one or the combination of two of non-woven fabrics and grid cloth.

Still further, the soft touch layer is disposed on the front surface of the panel skeleton, the skin layer is disposed on the front surface of the soft touch layer, and the pattern layer is disposed between the soft touch layer and the skin layer.

Still further, a skin layer base coat is arranged between the pattern layer and the soft contact layer, and the skin layer base coat is any one or combination of PVC, PU, TPO, TPU, TPV and TPE.

Further, a base cloth is arranged between the pattern layer and the skin layer, and the base cloth is one or a combination of two of non-woven fabrics and grid cloth.

Still further, the panel skeleton is made of a transparent material or a translucent material.

And furthermore, the pattern layer is any one or a combination of a plurality of transparent films, coatings, printing ink, adhesive tapes and adhesive films.

Further, the soft touch layer is a fabric layer or a foam layer, wherein the fabric layer is one or a combination of non-woven fabric, mesh fabric and 3Dmesh (three-dimensional stereo fabric), and the foam layer is one or a combination of pu foam, pp foam and pe foam.

Further, the skin layer is one or a combination of PVC, PU, TPO, TPU, TPV and TPE.

Compared with the prior art, the beneficial effects of the utility model are that: when the multifunctional soft interior decoration realizing touch control and atmosphere lamplight is lightened by visible light emitted by the light source, the light-transmitting texture patterns and the touch control icons of the pattern layer are displayed on the visible surface of the surface layer, the interactive interface is displayed, and human-computer interaction is facilitated. When the soft interior cladding is not illuminated by the visible light emitted by the light source, the visible surface of the skin layer does not display graphics, and the interactive interface is hidden in the interior, so that the self-decoration effect of the visible surface of the soft interior cladding is not damaged.

Drawings

Fig. 1 is a schematic structural view of a scheme of the soft interior trim covering of the present invention.

Fig. 2 is a schematic structural view of another embodiment of the soft interior trim cover of the present invention.

Fig. 3 is a schematic structural view of another embodiment of the soft interior trim cover of the present invention.

Fig. 4 is a schematic diagram of the structure of the pattern layer of the present invention.

Fig. 5 is a schematic view of the explosion structure when the light of the present invention is turned off.

Fig. 6 is a schematic view of the explosion structure when the light of the utility model is turned on.

Fig. 7 is a schematic structural view of the touch backlight module of the present invention.

Fig. 8 is a schematic structural diagram of the vibration motor assembly of the present invention.

As shown in the figure: the flexible interior cladding component comprises a flexible interior cladding component 1, an optical module assembly 2, a connector 201, a touch backlight module 3, a touch film 301, a light blocking groove 302, a PCB circuit board 303, a backlight source 304, a lamp box assembly 4, an epidermal layer 501, an epidermal layer base coat 502, a base cloth 503, a panel framework 6, a pattern layer 7, a light-transmitting texture pattern 701, a touch icon 702, an opaque area 703, a flexible touch layer 8, a vibration motor component 9, a vibration motor mounting support 901 and a vibration motor 902.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

As shown in fig. 5 and fig. 6, in the embodiment of the present invention, a multifunctional soft interior for realizing touch control and atmosphere lighting comprises a soft interior cladding member 1, a light module assembly 2, a light box assembly 4, and a touch control backlight module 3, the touch backlight module 3 comprises a touch film 301, a light blocking groove 302, a PCB circuit board 303 and a backlight source 304, the light module assembly 2 and the light blocking groove 302 are respectively installed in the light box assembly 4, the PCB circuit board 303 is mounted in the light-blocking groove 302, the backlight 304 is electrically connected to the PCB circuit board 303, the PCB 303 is further electrically connected to the optical module assembly 2, the insertion end of the touch film 301 is inserted into the PCB 303, the film end of the touch film 301 is attached to the back surface of the soft interior cladding 1 at a position corresponding to touch, and the soft interior cladding 1 is covered on the lamp box assembly 4.

A vibration motor component 9 is arranged in the lamp box assembly 4, the vibration motor component 9 comprises a vibration motor mounting support 901 and a vibration motor 902, the vibration motor mounting support 901 is mounted on the back face of the soft interior cladding part 1, the vibration motor 902 is mounted on the vibration motor mounting support 901, and the vibration motor 902 is electrically connected with the optical module assembly 2 through a connector 201. The vibration motor mounting bracket 901 is fastened on the reverse side of the soft interior cladding 1 through screws, the vibration motor 902 is mounted in the vibration motor mounting bracket 901, the vibration motor 902 provides vibration feedback and transmits vibration to the surface of the soft interior cladding 1, and people can perceive obvious vibration and brand-new user operation experience. The backlight source of the optical module assembly 2 adopts one or a combination of a plurality of monochromatic LED lamps, tricolor LED lamps, monochromatic LEDs and color LEDs. The backlight source of the optical module assembly 2 is composed of an LED lamp, a light guide plate and a reflective film, or composed of an LED lamp and a light barrier (light-blocking groove), or composed of an LED and a light barrier (light-blocking groove).

The soft interior cladding piece 1 comprises a panel framework 6, and a pattern layer 7, a soft touch layer 8 and an epidermal layer 501 which are matched with the panel framework 6, wherein the pattern layer 7 comprises a light-transmitting texture pattern 701, a touch icon 702 and a light-tight area 703. The light module assembly 2 provides a light source of the light-transmitting texture pattern 701, when the light source irradiates on the light-transmitting texture pattern 701 and the light-tight region 703, only the light-transmitting texture pattern 701 can transmit light to form a light pattern, and the visible region on the surface of the interior trim part presents a pattern light-emitting effect, so that patterned illumination is realized. The touch backlight module 3 provides a light source for the touch icon 702. The touch film 301 faces the touch icon 702 to provide a capacitive touch function for the touch icon 702, and the touch film 301 is adhered and fastened to the back surface of the panel frame 6 by using OCA glue. The touch film 301 is inserted into the PCB 303 in a row to form an electrical path.

One solution of the soft trim cover 1 as shown in fig. 1 is: soft touch layer 8 set up in panel skeleton 6's front, pattern layer 7 arranges panel skeleton 6 with between the soft touch layer 8, epidermal layer 501 set up in the front of soft touch layer 8. Meanwhile, a base cloth 503 may be additionally disposed between the skin layer 501 and the soft touch layer 8, wherein the base cloth 503 is one or a combination of two of a non-woven fabric and a mesh fabric.

Another solution of the soft trim cover 1 as shown in fig. 2 is: soft touch layer 8 set up in the front of panel skeleton 6, epidermis layer 501 set up in soft touch layer 8's front, pattern layer 7 arranges soft touch layer 8 with between the epidermis layer 501. Meanwhile, a skin layer primer 502 may be disposed between the pattern layer 7 and the soft contact layer 8, where the skin layer primer 502 is any one or a combination of PVC, PU, TPO, TPU, TPV, and TPE.

Another solution of the soft trim cover 1 as shown in fig. 3 is: soft touch layer 8 set up in the front of panel skeleton 6, epidermis layer 501 set up in soft touch layer 8's front, pattern layer 7 arranges soft touch layer 8 with between the epidermis layer 501. Meanwhile, a base cloth 503 may be disposed between the pattern layer 7 and the skin layer 501, wherein the base cloth 503 is one or a combination of a non-woven fabric and a mesh fabric.

The panel frame 6 is made of a transparent material or a translucent material. The pattern layer 7 is any one or combination of a plurality of transparent films, coatings, printing ink, adhesive tapes and adhesive films, and is generally processed by any one of the processes of common jet printing, UV jet printing, silk screen printing, hot stamping, transfer printing, spraying and pasting. Wherein the opaque region 703 is filled with black ink and paint to ensure that the opaque region 703 cannot transmit light or transmits light less; wherein the light-transmitting texture pattern 701 is used for realizing patterned illumination and providing atmosphere light patterns; the light-transmitting texture patterns 701 can transmit light to form patterns to be luminous without filling or filling a small amount of light-colored or low-concentration ink and paint; wherein the touch icon 702 provides a touch icon for a touch function; the touch icon 702 is not filled with ink or paint with light color or low concentration, so as to ensure that the touch icon 702 can transmit light to form an icon required by a touch function. The light-transmitting texture pattern and the touch icon in the pattern layer are an interactive interface (see fig. 4).

The soft touch layer 8 is a fabric layer or a foam layer, wherein the fabric layer is one or a combination of a plurality of non-woven fabrics, mesh fabrics and 3Dmesh (three-dimensional fabric), and the foam layer is one or a combination of a plurality of pu foam, pp foam and pe foam. The skin layer 501 is one or a combination of several of PVC, PU, TPO, TPU, TPV and TPE.

The surface of the soft interior decoration has a skin effect; when the light is turned off, the pattern is perfectly hidden in the soft interior cladding piece, and the appearance of the surface of the cladding piece is only the surface effect; when the light is turned on, the pattern is displayed and is integrated with the surface effect of the original cladding piece; the expression form of the soft interior cladding and the atmosphere lamp can create unique atmosphere of science, technology, romance or luxury, and is important decoration for showing difference and enhancing interior texture in the automobile interior, particularly at night! Meanwhile, the touch control icon is hidden and invisible when the touch control function is not used; touching the button awakening state, and displaying a button prompt on the surface of the soft interior cladding piece in a lighting mode; the touch key is activated by touch, the touch icon on the surface of the soft interior cladding part changes color, and meanwhile, people can perceive obvious vibration and sound (ringing) feedback, so that a brand-new user operation experience is realized; touch control is an interior decoration experience of seamlessly integrating skin materials and information interaction; the expression form of the surface skin and capacitance touch technology enables the automobile interior decoration function to be more diversified and the science and technology sense to be stronger.

Although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that modifications may be made to the embodiments or portions thereof without departing from the spirit and scope of the invention, and the following claims are therefore to be read in this light of the appended claims.

Claims (10)

1. The utility model provides a realize touch-control and multi-functional soft interior trim of atmosphere light, includes soft interior trim cladding piece (1), optical module assembly (2) and lamp house assembly (4), its characterized in that: the touch control backlight module (3) comprises a touch control film (301), a light blocking groove (302), a PCB (printed circuit board) (303) and a backlight source (304), wherein the light module assembly (2) and the light blocking groove (302) are respectively installed in the light box assembly (4), the PCB (303) is installed in the light blocking groove (302), the backlight source (304) is electrically connected to the PCB (303), the PCB (303) is also electrically connected with the light module assembly (2), the inserting end of the touch control film (301) is inserted into the PCB (303), the film end of the touch control film (301) is attached to the position, corresponding to touch control, of the back face of the soft interior cladding piece (1), and the soft interior cladding piece (1) is covered on the light box assembly (4).

2. The multifunctional soft interior decoration capable of realizing touch control and atmosphere lighting according to claim 1, wherein: the soft interior decoration coating piece is characterized in that a vibration motor assembly (9) is arranged in the lamp box assembly (4), the vibration motor assembly (9) comprises a vibration motor mounting support (901) and a vibration motor (902), the vibration motor mounting support (901) is mounted on the back face of the soft interior decoration coating piece (1), the vibration motor (902) is mounted on the vibration motor mounting support (901), and the vibration motor (902) is electrically connected with the optical module assembly (2) through a connector (201).

3. The multifunctional soft interior decoration capable of realizing touch control and atmosphere lighting according to claim 1, wherein: the backlight source of the light module assembly (2) adopts one or a combination of a plurality of monochromatic LED lamps, tricolor LED lamps, monochromatic light emitting diodes and color light emitting diodes.

4. The multifunctional soft interior decoration capable of realizing touch control and atmosphere lighting according to claim 1, wherein: the soft interior cladding piece (1) comprises a panel framework (6), and a pattern layer (7), a soft touch layer (8) and an epidermal layer (501) which are all matched with the panel framework (6), wherein the pattern layer (7) comprises a light-transmitting texture pattern (701), a touch icon (702) and a light-tight area (703).

5. The multifunctional soft interior decoration capable of realizing touch control and atmosphere lighting according to claim 4, wherein: soft layer (8) of touching set up in the front of panel skeleton (6), pattern layer (7) are arranged panel skeleton (6) with soft layer (8) of touching between, epidermis (501) set up in the front of soft layer (8) of touching.

6. The multifunctional soft interior decoration capable of realizing touch control and atmosphere lighting according to claim 5, wherein: a base cloth (503) is arranged between the skin layer (501) and the soft contact layer (8), and the base cloth (503) is one or the combination of two of non-woven fabrics and grid cloth.

7. The multifunctional soft interior decoration capable of realizing touch control and atmosphere lighting according to claim 4, wherein: soft layer (8) of touching set up in the front of panel skeleton (6), epidermal layer (501) set up in the front of soft layer (8) of touching, pattern layer (7) are arranged soft layer (8) of touching with between epidermal layer (501).

8. The multifunctional soft interior decoration capable of realizing touch control and atmosphere lighting according to claim 7, wherein: and a skin layer base coat (502) is arranged between the pattern layer (7) and the soft contact layer (8), and the skin layer base coat (502) is any one or combination of PVC, PU, TPO, TPU, TPV and TPE.

9. The multifunctional soft interior decoration capable of realizing touch control and atmosphere lighting according to claim 7, wherein: a base cloth (503) is arranged between the pattern layer (7) and the skin layer (501), and the base cloth (503) is one or the combination of two of non-woven fabric and grid cloth.

10. The multifunctional soft interior capable of realizing touch control and atmosphere lighting according to any one of claims 4-6, wherein: the pattern layer (7) is any one or a combination of a plurality of transparent films, coatings, printing ink, adhesive tapes and adhesive films.

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