An interior self-luminous decorative modeling structure for vehicle lamps

Abstract

The utility model relates to vehicle parts technical field, specifically disclose a car light inside self -luminous decoration modeling structure, including lamp shade (1), car light (2), lamp shell (3), decoration frame (4), accessory strip (41), transparent strip (42), decoration lamp (421) and fluorescent layer, the utility model conceives novel, and the structure design is scientific, and the self -luminous decoration modeling fluorescent coating is flexible on the whole car appearance layout, is rich in artistic sense, when car light is not lit, also can keep certain brightness, keep the effect of modeling, satisfy the realization similar function of reply reflector simultaneously, realize the creative nimble, when car light is lit, fluorescent coating luminous can form certain interactive effect with LED light source, the safe and reliable effect, be convenient for maintenance and maintenance, long -lasting and durable.

Description

Technical Field

[0001] This utility model relates to the field of vehicle parts technology, and in particular to a self-illuminating decorative structure inside a vehicle headlight. Background Technology

[0002] The headlights currently installed on vehicles typically have simple lighting effects. Although some are equipped with fluorescent layers to enhance the lighting effect, they still have many shortcomings: First, they use a single fluorescent layer material, resulting in a single color; second, the fluorescent coating is applied to the transparent inner surface, which weakens the transmittance of the LED light source and increases the power consumption required by the LED; third, the fluorescent coating is applied to the transparent inner surface, which interferes with the color of the LED light source and interferes with the original function of the headlight; fourth, apart from black and transparent, the visible surface design mainly relies on non-self-luminous surface treatments such as aluminum plating and chrome plating to create a reflective effect, resulting in simple patterns. Summary of the Invention

[0003] In view of the shortcomings of the prior art, the purpose of this utility model is to provide an improved self-illuminating decorative structure inside a vehicle headlight.

[0004] The technical solution adopted in this utility model is as follows: A self-illuminating decorative design structure for an internal part of a vehicle headlight includes a lampshade, a headlight, a headlight housing, a decorative frame, an auxiliary strip, a transparent strip, a decorative light, and a fluorescent layer. The lampshade is fixed to the headlight housing to form a headlight cavity. Within the headlight cavity, the headlight and the decorative frame are fixed to the headlight housing. The decorative frame has a light hole in its central functional area corresponding to the headlight. The front end of the headlight extends from the rear of the decorative frame, revealing its light hole. The decorative frame has a transparent strip hole in its edge non-functional area corresponding to the transparent strip. The transparent strip is transparent and fixed within the transparent strip hole of the decorative frame. The decorative light is fixed to the rear of the transparent strip on the headlight housing. The auxiliary strip is fixed to the surface of the edge non-functional area of ​​the decorative frame. The front surface of the decorative frame and / or the auxiliary strip and / or the transparent strip is coated with a fluorescent layer containing text and / or patterns. The fluorescent layer is made of a phosphorescent material.

[0005] A self-illuminating decorative structure for an internal part of a vehicle headlight includes a lampshade, a headlight, a headlight housing, a decorative frame, an auxiliary strip, a transparent strip, a decorative light, and a fluorescent layer. The lampshade is fixed to the headlight housing, and the decorative frame is also fixed to the headlight housing, forming a headlight cavity. Within the headlight cavity, the headlight is fixed to the headlight housing. The decorative frame has a light hole in its central functional area corresponding to the headlight. The front end of the headlight extends from the rear of the decorative frame, revealing its light hole. The decorative frame has a transparent strip hole in its edge non-functional area corresponding to the transparent strip. The transparent strip is a transparent hollow structure, forming a hollow cavity, and is fixed within the transparent strip hole of the decorative frame. The decorative light is fixed to the rear of the transparent strip on the headlight housing. The auxiliary strip is a transparent hollow structure, forming a hollow cavity, and is fixed to the surface of the edge non-functional area of ​​the decorative frame. The hollow cavities of the transparent strip and / or the auxiliary strip are filled with fluorescent quicksand made of phosphorescent material.

[0006] The self-illuminating decorative structure inside the vehicle headlight is characterized in that the transparent hollow structure of the attached strip is divided into two or more transparent hollow cavities and fixed to the surface of the non-functional area of ​​the decorative frame edge, and all or part of the two or more hollow cavities are filled with quicksand with fluorescent effect.

[0007] The self-illuminating decorative structure inside a vehicle headlight is characterized in that the transparent hollow structure of the transparent strip is divided into two or more transparent hollow cavities and fixed in the transparent strip hole of the decorative frame, and all or part of the two or more hollow cavities are filled with quicksand with fluorescent effect.

[0008] The self-illuminating decorative structure inside a vehicle headlight is characterized in that the phosphor material includes zinc copper sulfide, or / and zinc silver sulfide, or / and yttrium europium vanadate.

[0009] This utility model features a novel and scientifically designed self-illuminating decorative structure inside the vehicle headlight. The fluorescent coating for the self-illuminating decorative shape allows for flexible and artistic placement on the overall vehicle exterior. Even when the headlight is not illuminated, it maintains a certain level of brightness, preserving the aesthetic effect. Simultaneously, it fulfills a function similar to a retroreflector, achieving creative dynamism. When the headlight is illuminated, the fluorescent coating emits light, creating a certain interactive effect with the LED light source. It is safe, reliable, easy to maintain, and durable. Attached Figure Description

[0010] The accompanying drawings, which are included to provide a further understanding of the present invention and form part of this invention, are used to explain the present invention in conjunction with illustrative embodiments and their description, and do not constitute an undue limitation of the present invention. In the drawings: Figure 1 This is a schematic diagram of the self-illuminating decorative structure inside the vehicle headlight of this utility model; Figure 2 for Figure 1 A schematic diagram of the AA-direction section; In the diagram: 1-lamp cover; 2-vehicle lamp; 3-lamp housing; 4-decorative frame; 41-attached strip; 42-transparent strip; 421-decorative light. Detailed Implementation

[0011] To make the objectives, technical solutions, and advantages of this utility model clearer, the following detailed description is provided in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described below are merely illustrative of this utility model. Key terms that need attention in these descriptions, including "decorative frame," "attached strip," "transparent strip," "phosphorescent material," "functional area," "non-functional area," and "quicksand," are only for the purpose of facilitating a concise and clear description of this utility model and should not be construed as limiting its scope. Example

[0012] like Figure 1-2As shown, the self-illuminating decorative structure inside the vehicle headlight of this utility model includes a lampshade 1, a headlight 2, a headlight housing 3, a decorative frame 4, an auxiliary strip 41, a transparent strip 42, a decorative light 421, and a fluorescent layer. The lampshade 1 is fixed on the headlight housing 3 to form a headlight cavity. In the headlight cavity, the headlight 2 and the decorative frame 4 are fixed on the headlight housing 3. The decorative frame 4 has a light hole in the central functional area corresponding to the headlight 2. The front end of the headlight 2 extends out of the rear of the decorative frame 4 to reveal its light hole. The decorative frame 4 has a transparent strip hole in the non-functional area corresponding to the transparent strip 42. The transparent strip 42 is transparent and fixed in the transparent strip hole of the decorative frame 4. The decorative light 421 is fixed to the rear of the transparent strip 42 on the headlight housing 3. The auxiliary strip 41 is fixed to the surface of the non-functional area on the edge of the decorative frame 4. In this embodiment, the front surface of the decorative frame 4 and / or the attached strip 41 and / or the transparent strip 42 is coated with a fluorescent layer containing text and / or patterns. This fluorescent layer is made of a special phosphor material (e.g., the common zinc sulfide ZnS). By selecting and formulating different phosphor formulations, they can emit light of specific colors, such as green zinc copper sulfide (ZnS:Cu), blue zinc silver sulfide (ZnS:Ag), and red yttrium europium vanadate (YVO4:Eu). Different colors of fluorescence enrich the design. Different types of phosphors, and the trace impurities added to them (called "activators"), form unique energy level structures. When an electron jumps from the excited state back to the ground state, the energy level difference it crosses is fixed. This energy level difference determines the color, resulting in different colors of fluorescence. The fluorescent layer's design allows for flexible placement within the vehicle's exterior, enhancing its artistic appeal. Even when the headlights are off, they maintain a certain level of brightness. Upon exposure to sunlight, they are activated and emit light, ensuring the headlights retain a degree of brightness at night, preserving their aesthetic appeal. Simultaneously, they function similarly to a retroreflector, achieving a degree of creative dynamism. When the headlights are on, the fluorescent layer's emission can interact with the headlight's light source. Example

[0013] This embodiment is basically similar to Embodiment 1, except that the attached strip 41 is a transparent hollow structure, forming a hollow cavity. The hollow cavity is filled with fluorescent quicksand, which is fixed to the non-functional area on the side of the decorative frame 4. The quicksand is made of phosphor material. When the vehicle is moving and bumping, the quicksand is suspended in the hollow structure of the attached strip 41, producing a special fluorescent decorative effect. Example

[0014] This embodiment is basically similar to Embodiment 1, except that the transparent strip 42 is a transparent hollow structure, forming a hollow cavity. The hollow cavity is filled with fluorescent quicksand, which is fixed to the surface of the non-functional area on the side of the decorative frame 4. The quicksand is made of phosphor material. When the vehicle is moving and bumping, the quicksand is suspended in the hollow structure of the transparent strip 42, producing a special fluorescent decorative effect. Example

[0015] This embodiment is basically similar to Embodiment 2, except that Embodiment 2 has only one hollow cavity, while the transparent hollow structure of the auxiliary strip 41 in this embodiment is divided into two or more (independent and non-interconnected) transparent hollow cavities, which are fixed to the surface of the non-functional area on the side of the decorative frame 4. Each transparent hollow cavity is filled with fluorescent quicksand, either entirely or partially. In this embodiment, the auxiliary strip 41 is specifically divided into three transparent hollow cavities along its height, and the middle hollow cavity is filled with fluorescent quicksand. Example

[0016] This embodiment is basically similar to Embodiment 3, except that Embodiment 3 has only one hollow cavity, while the transparent hollow structure of the transparent strip 42 in this embodiment is divided into two or more (independent and non-interconnected) transparent hollow cavities, which are fixed in the transparent strip holes of the decorative frame 4. Each transparent hollow cavity is filled with fluorescent quicksand, either wholly or partially. In this embodiment, the transparent strip 42 is specifically divided into three transparent hollow cavities along its height, and the middle hollow cavity is filled with fluorescent quicksand.

[0017] The above description is only a partial embodiment of this utility model. For those skilled in the art, this utility model can have various modifications and variations, and these will not be elaborated here. Any modifications, equivalent substitutions, improvements, etc., made within the spirit and principle of this utility model should be included within the protection scope claimed by this utility model.

Claims

1. A self-illuminating decorative structure for an internal part of a vehicle headlight, comprising a lampshade (1), a headlight (2), a lamp housing (3), a decorative frame (4), an auxiliary strip (41), a transparent strip (42), a decorative light (421), and a fluorescent layer, characterized in that, The lamp cover is fixed on the lamp housing to form a lamp cavity. In the lamp cavity, the vehicle lamp (2) and the decorative frame (4) are fixed on the lamp housing (3). The decorative frame (4) has a lamp hole in the central functional area corresponding to the vehicle lamp (2). The front end of the vehicle lamp (2) extends out of the lamp hole from the rear of the decorative frame (4). The decorative frame (4) has a transparent strip hole in the non-functional area corresponding to the transparent strip (42). The transparent strip (42) is a transparent body and is fixed in the transparent strip hole of the decorative frame (4). The decorative lamp (421) is fixed on the rear of the transparent strip (42) on the lamp housing (3). The auxiliary strip (41) is fixed on the surface of the non-functional area of ​​the edge of the decorative frame (4). The front surface of the decorative frame (4) and / or the auxiliary strip (41) and / or the transparent strip (42) is fixedly coated with a fluorescent layer of text and / or pattern. The fluorescent layer is made of phosphor material.

2. A self-illuminating decorative structure for an internal part of a vehicle headlight, comprising a lampshade (1), a headlight (2), a lamp housing (3), a decorative frame (4), an auxiliary strip (41), a transparent strip (42), a decorative light (421), and a fluorescent layer, characterized in that, The lamp cover is fixed on the lamp housing to form a lamp cavity. In the lamp cavity, the vehicle lamp (2) and the decorative frame (4) are fixed on the lamp housing (3). The decorative frame (4) has a lamp hole in the central functional area corresponding to the vehicle lamp (2). The front end of the vehicle lamp (2) extends out of the lamp hole from the rear of the decorative frame (4). The decorative frame (4) has a transparent strip hole in the non-functional area corresponding to the transparent strip (42). The transparent strip (42) is a transparent hollow structure, forming a hollow cavity, and is fixed in the transparent strip hole of the decorative frame (4). The decorative lamp (421) is fixed on the rear of the transparent strip (42) on the lamp housing (3). The auxiliary strip (41) is a transparent hollow structure, forming a hollow cavity. The auxiliary strip (41) is fixed on the surface of the non-functional area on the side of the decorative frame (4). The hollow cavity of the transparent strip (42) or / and the auxiliary strip (41) is filled with quicksand with fluorescent effect. The quicksand is made of phosphor material.

3. The self-illuminating decorative structure inside a vehicle headlight according to claim 2, characterized in that, The transparent hollow structure of the attached strip (41) is divided into two or more transparent hollow cavities and fixed to the surface of the non-functional area on the side of the decorative frame (4). All or part of the two or more hollow cavities are filled with quicksand with fluorescent effect.

4. The self-illuminating decorative structure inside a vehicle headlight according to claim 2, characterized in that, The transparent hollow structure of the transparent strip (42) is divided into two or more transparent hollow cavities and fixed in the transparent strip hole of the decorative frame (4). All or part of the two or more hollow cavities are filled with quicksand with fluorescent effect.

5. The self-illuminating decorative structure inside a vehicle headlight according to claim 1 or 2, characterized in that, The phosphor material includes zinc copper sulfide, and / or zinc silver sulfide, and / or yttrium europium vanadate.

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