Automobile logo

Abstract

According to the automobile logo, a background color block and a background frame are arranged on a light-transmitting automobile logo base plate in an attached mode, the background frame is arranged along the plate edge of the automobile logo base plate in an extending mode, a film coating layer is arranged in the area, defined by the background color block and the background frame, of the back face of the automobile logo base plate, and color differences exist between the film coating layer and the background color block and between the film coating layer and the background color block and between the film coating layer and the background frame. When the area, connected with the background color block and the background frame, of the vehicle logo base plate and the area, defined by the background color block and the background frame, of the vehicle logo shape is coated, the back area except the area forming the vehicle logo shape does not need to be shielded, and by means of the shielding effect of the background color block and the background frame, even if the coating layer exceeds the area of the vehicle logo shape, the coating layer can not be damaged. And vehicle logo patterns with clear boundaries can also be formed on the front surface of the vehicle logo substrate, so that the aesthetic design effect of the vehicle logo is ensured, and meanwhile, the processing difficulty is also reduced.

Description

Technical Field

[0001] The utility model relates to auto parts, in particular to an automobile logo. Background Art

[0002] A car logo is an important symbol to understand a car brand. It usually exists on the front and rear of a car. It is not only used for identification, but also requires its aesthetic design effect. At present, there is a kind of car logo on the market. By spraying a background color in a specified area on a substrate, using the color difference, the area outside the background color on the substrate naturally forms a car logo LOGO. Moreover, a bright paint can be sprayed on the car logo LOGO area to improve the visual effect. In the production process of such car logos, the spraying process is usually used to form the car logo LOGO on the car logo substrate. However, during the spraying process, since it is difficult to accurately separate the paint outside the boundary area of the car logo LOGO by the spraying process, the paint surface in the boundary line area of the car logo LOGO usually exists in a gradient and blurred form, making the outline of the car logo LOGO relatively blurred and affecting the beauty.

[0003] The technical solution disclosed in the patent document with the name of "Vacuum Coating Automotive Remote Control Key Car Logo" (document number CN205158794U) includes a substrate layer, a screen printing layer, a vacuum coating layer, and a plastic film protection layer. The substrate layer is a transparent car logo plastic part injection molded from a mold, and its three-dimensional shape is an enterprise logo, a number, or a combination of them. The background color of the car logo is screen printed under the substrate layer (screen printing layer), and the vacuum coating layer is under the screen printing layer. Through vacuum coating, it adheres to the surface of the car logo. By organically combining screen printing and vacuum coating technologies, the beauty of the product is increased.

[0004] In the above technical solution, although a car logo LOGO with clear boundaries can be formed, most car logos are usually formed on a substrate with a certain curvature, and screen printing operations are very inconvenient on a non-planar working surface. In addition, it is also recorded in the literature that when coating, it is necessary to cover the areas on the substrate surface that do not need to be coated, so as to ensure that the boundaries of the car logo LOGO are clear. Such operations are more inconvenient and affect the processing efficiency at the same time. Summary of the Invention

[0005] The utility model provides an automobile logo, which can more conveniently form a car logo LOGO with clear boundaries on the car logo substrate.

[0006] In order to achieve the above purpose, the technical solution adopted is: an automobile logo, on which a background color block and a background border are arranged in a fitting manner on a light-transmitting car logo substrate. The background border extends along the edge of the car logo substrate. A coating layer is provided on the back surface of the car logo substrate in the area enclosed by the background color block and the background border to form the shape of the car logo. There is a color difference between the coating layer and the background color block and the background border.

[0007] Compared with the prior art, the technical effect of the present utility model is as follows: when connecting the background color block and the background border on the logo substrate and coating the area enclosed by the background color block and the background border to form the shape of the logo, there is no need to shield the back area outside the shape of the logo. By utilizing the self-shielding effect of the background color block and the background border, even if the coating layer extends beyond the area of the logo shape, a logo pattern with clear boundaries can be formed on the front of the logo substrate, which not only ensures the aesthetic design effect of the logo but also reduces the processing difficulty. BRIEF DESCRIPTION OF THE DRAWINGS

[0008] Figure 1 FIG. is a front view of the car logo of the present utility model;

[0009] Figure 2 FIG. is a rear view of the car logo of the present utility model;

[0010] Figure 3 FIG. is a three-dimensional structural view of the rear of the car logo;

[0011] Figure 4 FIG. is a schematic view of the separated state of the background color block 20, the background border 30, and the logo substrate 10;

[0012] Figure 5 is Figure 3 a partial schematic view of the A-A cross-sectional view in

[0013] Figure 6 is Figure 5 an enlarged view of part A in DETAILED DESCRIPTION OF THE EMBODIMENTS

[0014] The following further describes the present utility model in detail in conjunction with the attached Figures 1-6 drawings and related content:

[0015] A car logo, a light-transmitting logo substrate 10 is adhered with a background color block 20 and a background border 30. The background border 30 is arranged along the edge of the logo substrate 10. A coating layer 40 is provided on the back of the logo substrate 10 in the area enclosed by the background color block 20 and the background border 30 to form the shape of the logo. There is a color difference between the coating layer 40 and the background color block 20 and the background border 30.

[0016] In the above solution, the background color patch 20 and the background border 30 are connected to the vehicle logo substrate 10. When coating the area enclosed by the background color patch 20 and the background border 30 to form the shape of the vehicle logo, vacuum coating is performed from the back side of the vehicle logo substrate 10 towards the area forming the vehicle logo shape, without the need to shield the back area outside the shape of the vehicle logo. By utilizing the self-shielding effect of the background color patch 20 and the background border 30, even when coating, the boundary of the coating layer 40 exceeds the area of the vehicle logo shape (the film layer exceeding the area forming the vehicle logo shape is shielded by the background color patch 20 and the background border 30 and cannot be displayed on the front side of the vehicle logo substrate 10). With the limitation of the boundaries of the background color patch 20 and the background border 30, a vehicle logo pattern with clear boundaries can be formed on the front side of the vehicle logo substrate 10, which not only ensures the aesthetic design effect of the vehicle logo but also reduces the processing difficulty.

[0017] It should be noted that in this solution, the background color patch 20 and the background border 30 can be arranged on the front side of the vehicle logo substrate 10 or on the back side of the vehicle logo substrate 10. The vehicle logo substrate 10 is preferably a colorless transparent plate, which will not affect the formation of the vehicle logo pattern when coating the back side of the vehicle logo substrate 10. Additionally, after coating the coating layer 40 on the area of the vehicle logo shape on the back side of the vehicle logo substrate 10, a protective layer can be further laid on the back side of the coating layer 40. The arrangement of the protective layer can protect the coating layer 40 and prevent the coating layer 40 from directly contacting the air and experiencing oxidation, wear, etc. Moreover, since pure electric vehicles are currently favored by consumers, the so-called engine, turbocharger, transmission, etc. that make up the powertrain no longer need to be arranged in the engine compartment at all. Therefore, pure electric vehicles no longer need to adopt the traditional front face with a grille structure for air intake. To reduce wind resistance and wind noise, the vehicle logo substrate 10 involved in this application is selected to be in the shape of a complete plate surface, without the need to set or reserve a hollow part on the plate surface for air flow. The vehicle logo substrate 10 with a complete plate surface also has the advantage of simple processing and improves the cost advantage.

[0018] As a preferred solution, to enhance the aesthetics of the overall vehicle logo, the background color patch 20 and the background border 30 are attached to the back side of the vehicle logo substrate 10. The front side of the vehicle logo substrate 10 is a smooth surface, and the side directly observed by people will not appear uneven and affect the aesthetics, while also having a certain gloss.

[0019] As a preferred solution, the peripheral plate body of the vehicle logo substrate 10 extends backward in the vehicle length direction to form a ring-shaped edge wrapping 11, and the edge wrapping 11 surrounds the outer peripheral surface of the background frame 30 and is arranged in contact with each other. In this solution, by setting the edge wrapping 11, the connection between the edge position of the vehicle logo substrate 10 and the background frame 30 is covered, and the peripheral end surface of the vehicle logo substrate 10 can be hidden. Compared with the solution without the edge wrapping 11, the connection between the peripheral end surface of the vehicle logo substrate 10 and the background frame 30 will not appear too abrupt due to sharp corners or excessive color stratification, which is beneficial to improving the aesthetic feeling after the vehicle logo is assembled with the whole vehicle.

[0020] Furthermore, as shown in combination with Figure 5 、 6 , the outer peripheral surface of the edge wrapping 11 is arranged flush along the peripheral end surface of the vehicle logo substrate 10, which can make the transition of the edge wrapping 11 at the edge position of the vehicle logo substrate 10 smoother. The edge wrapping 11 extends backward from the edge position of the vehicle logo substrate 10 to surround, and the edge of the edge wrapping 11 at the rear position is located in the mounting hole of the vehicle logo fixing seat. The matching position of the edge wrapping 11 and the mounting hole is in the dark light slit area for visual observation, ensuring the integrity of the edge contour of the vehicle logo substrate 10.

[0021] In addition, as shown in Figure 6 , the middle part of the edge body of the edge wrapping 11 in the vehicle length direction is provided with a bending part 111 that converges towards the core of the edge wrapping 11. The edge body of the edge wrapping 11 at the inner end of the bending part 111 forms a pressing edge ring 112, so as to form an edge wrapping 11 with a closed mouth shape. The background frame 30 is restricted by the bending part 111 and is difficult to separate from the vehicle logo substrate 10, improving the connection stability between the background frame 30 and the vehicle logo substrate 10.

Claims

1. A car logo, characterized in that: A light-transmitting vehicle logo substrate (10) is adhesively arranged with a background color patch (20) and a background border (30). The background border (30) is arranged along the edge of the vehicle logo substrate (10). A coating layer (40) is provided in the area on the back surface of the vehicle logo substrate (10) that is enclosed by the background color patch (20) and the background border (30) to form the shape of the vehicle logo. There is a color difference between the coating layer (40) and the background color patch (20) and the background border (30).

2. The car logo according to claim 1, characterized in that: The background color patch (20) and the background border (30) are attached to the back surface of the vehicle logo substrate (10), and the front surface of the vehicle logo substrate (10) is a smooth surface.

3. The car logo according to claim 2, characterized in that: The peripheral plate body of the vehicle logo substrate (10) extends backward in the vehicle length direction to form an annular edge wrap (11). The edge wrap (11) surrounds the outer peripheral surface of the background border (30) and is adhesively arranged with each other.

4. The car logo according to claim 3, characterized in that: The outer peripheral surface of the edge wrap (11) is arranged flush along the peripheral end surface of the vehicle logo substrate (10).

5. The car logo according to claim 4, characterized in that: In the middle of the side body of the edge wrap (11) in the vehicle length direction, there is a bending portion (111) that converges towards the core of the edge wrap (11). The side body of the edge wrap (11) at the inner end of the bending portion (111) forms a pressing ring (112).

6. The car logo according to claim 1, characterized in that: A protective layer is laid on the back surface of the coating layer (40).

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