TWI530228B - Cold light effect manufacturing method - Google Patents

Description

Cold light effect manufacturing method

The present invention belongs to a luminescent effect, and more particularly to a manufacturing method of how to exhibit a luminescent effect on an uneven surface.

With the advancement of technology and the preferences of young people or different groups, each group will have some favorite hobbies or images, so that people from these different groups will add special favorite hobbies or images. In some items, not only increase the personal perception of love, but also increase the willingness to buy each consumer group. For example, some young people will join the popular cartoon characters in the locomotive shell or add some cool images to attract the opposite sex; or some people will add some images in the car shell to increase the look or interest.

Conventional techniques use stickers to attach the images to certain items. As shown in FIG. 1, a sticker 10 is attached to a flat panel 1 in front of the front of the vehicle to increase the visibility of the vehicle body. However, the sticker 10 method is not sufficient in terms of fun and particularity. Therefore, the improvement of the perception of the car body is limited, and it is unsatisfactory for people who are popular in the present. Therefore, in order to enhance the interest and particularity, the conventional technology makes the image appear cold-light effect by printing. However, the current printing method cannot be applied to a non-planar position, thereby wasting physical availability on the solid. In order to make the decoration of all the positions on the solid body have a cold light effect, the method of decorating the image on the uneven surface is also necessary to be improved.

The main object of the present invention is to provide a method for manufacturing a luminescent effect which can produce a luminescent effect on an uneven surface.

According to the foregoing objective, the present invention provides a method for manufacturing a cold light effect, particularly a decoration suitable for an uneven surface, comprising the following steps: Step 1: spraying an image layer on a non-conductive substrate; Step 2: pasting a first The first conductive paint layer is electrically connected to the first conductive sheet; Step 4: spraying at least one luminescent paint layer on the first conductive lacquer layer; Step 5: pasting a second conductive sheet on the edge of the luminescent paint layer; Step 6: spraying at least one second conductive lacquer layer at the illuminating On the lacquer layer and the second conductive sheet, the second conductive lacquer layer is electrically connected to the second conductive sheet; step 7: spraying at least one transparent lacquer layer on the second conductive lacquer layer; and step 8: using a controller The first conductive sheet and the second conductive sheet are electrically connected.

Further, between step 6 and step 7, there is further included a step of spraying at least one aqueous clear coating layer between the second conductive paint layer and the transparent paint layer.

Further, the aqueous clear coating layer is replaced with a transparent conductive coating layer.

Further, the second conductive lacquer layer in step 6 is replaced by a transparent conductive paint layer, and the transparent lacquer layer in step VII is replaced by a two-component gold oil layer.

Further, when the non-conductive substrate is a conductive substrate, the third step is omitted.

Furthermore, the present invention proposes another method for manufacturing a luminescent effect, in particular for a decoration of an uneven surface, which mainly represents a figure in a line, comprising the following steps: Step A: drawing a line layer on a non-conductive substrate; Step B : pasting a first conductive sheet on the line of the line layer; Step C: drawing at least one first conductive paint layer on the line layer and the first conductive sheet, the first conductive paint layer is electrically connected to the first conductive sheet; Step D: drawing at least one light-emitting paint layer at the first a conductive paint layer; step E: pasting a second conductive sheet on the edge of the luminescent paint layer; step F: adhering the copper sheet layer on the luminescent paint layer and the second conductive sheet, the copper sheet layer and the first The second conductive sheet is electrically connected; step G: drawing at least one transparent lacquer layer on the copper sheet layer, the luminescent lacquer layer and the second conductive sheet; and step H: electrically connecting the first conductive sheet with the controller and the Second conductive sheet.

Further, between step F and step G, there is further included a step of drawing at least one aqueous clear coating layer between the copper sheet layer and the transparent lacquer layer.

Further, the aqueous clear coating layer is replaced with a transparent conductive coating layer.

Further, the clear lacquer layer in step G is replaced with a two-component gold oil layer.

Further, when the non-conductive substrate is a conductive substrate, the step C is omitted.

The invention is characterized by:

1. The present invention enables the image layer or the line layer to exhibit a luminescent effect on an uneven surface by the steps.

2. In the present invention, by spraying the image layer on the conductive substrate or the non-conductive substrate, the substrate to which the image is matched and the steps thereof can be selected according to actual needs.

3. The present invention can select the substrate to which the line drawing is matched and the steps thereof by drawing the line layer on the conductive substrate and the non-conductive substrate.

4. The present invention can increase conductivity by adding the aqueous clear coating layer.

5. The transparent lacquer layer of the present invention can be used as a protection or insulation to avoid electric shock hazard to the human body.

[study]

1‧‧‧flat board

10‧‧‧ sticker

〔this invention〕

2‧‧‧Image layer

3‧‧‧ Non-conductive substrate

30‧‧‧First conductive sheet

31‧‧‧First conductive paint layer

32‧‧‧Lighting paint layer

33‧‧‧Second conductive sheet

34‧‧‧Second conductive paint layer

35‧‧‧Transparent paint layer

35‧‧‧Transparent paint layer

4‧‧‧ Controller

5‧‧‧Line layer

6‧‧‧copper layer

Figure 1: A perspective view of a conventional image decoration.

Figure 2 is a flow chart showing the steps of the first embodiment of the present invention.

Figure 3: A perspective view of the entity applied to Figure 2.

Fig. 4-1 is a partially enlarged perspective view of Fig. 3.

Fig. 4-2: Fig. 4-1 is a cross-sectional view taken at the A-A position.

Figure 5 is a flow chart showing the steps of the second embodiment of the present invention.

Figure 6-1: A perspective view of the physical image used in Figure 5.

Fig. 6-2 is a partially enlarged plan view of Fig. 6-1.

Figure 7-1: A partial perspective view of Figure 6-1.

Figure 7-2 is a cross-sectional view taken at position B-B in Figure 7-1.

In the following, in conjunction with the accompanying drawings, how to combine and use the structure of the present invention, it should be easier to understand the object, technical content, features and effects achieved by the present invention, which should be noted before describing the present invention in detail. In the following description, the implementation of different aspects of the same elements is denoted by the same reference numerals.

Referring to Figures 2 to 4-2, the present invention provides a method for manufacturing a luminescent effect, particularly for an uneven surface, comprising the following steps: Step 1: Spraying the image layer 2 on a non-conductive substrate 3; Step 2: pasting a first conductive sheet 30 on the edge of the image layer 2; Step 3: spraying the first conductive lacquer layer 31 on the image layer 2 and the first conductive sheet 30 at least once, the first conductive lacquer layer 31 is electrically connected to the first conductive sheet 30, wherein the first conductive layer Before the lacquer layer 31 is sprayed, the first conductive lacquer layer 31 is diluted to an appropriate viscosity and uniformly sprayed on the image layer 2 and the first conductive sheet 30 is adhered to one end of the image layer 2, A conductive lacquer layer 31 is dried and then subjected to the next step; Step 4: spraying at least one luminescent lacquer layer 32 on the first conductive lacquer layer 31, and uniformly spraying the luminescent lacquer layer 32 on the first conductive lacquer layer 31, After the luminescent paint layer 32 is dried, the next step is performed; Step 5: pasting a second conductive sheet 33 on the edge of the luminescent paint layer 32, the second conductive sheet 33 and the first conductive sheet 30 are staggered to Preventing the first conductive sheet 30 from contacting the second conductive sheet 33 to cause short circuit, thereby causing accidents such as sparks; Step 6: spraying at least one second conductive paint layer 34 on the luminescent paint layer 32 and the second conductive The second conductive lacquer layer 34 is electrically connected to the second conductive sheet 33 on the sheet 33. Before the second conductive lacquer layer 34 is sprayed, the second conductive lacquer layer 34 is diluted to an appropriate viscosity and the second conductive lacquer layer 34 is uniformly sprayed on the luminescent lacquer layer 32 and the second conductive sheet according to a pattern. 33 is adhered to one end of the luminescent paint layer 32, and after the second conductive lacquer layer 34 is dried, the next step is performed; Step 7: spraying at least one transparent lacquer layer 36 on the second conductive lacquer layer 34, the transparent lacquer The layer 36 is evenly sprayed on the second conductive lacquer layer 34 to serve as a protective layer or an insulating layer to prevent human touch and electric shock. After the transparent lacquer layer 36 is dried, the next step is performed; Step 8: using the controller 4 The first conductive sheet 30 and the second conductive sheet 33 are connected to the first conductive sheet 30 and the second conductive sheet 33 by the controller 4, so that the image layer 2 has a cold light effect and enhances viewing. degree. In addition, the output power of the controller 4 is matched to the image size, and the larger the illustrated area of the image layer 2, the greater the output power demand of the controller 4.

Further, in order to increase the conductivity of the second conductive lacquer layer 34, between step 6 and step 7, there is further included a step of spraying at least one water between the second conductive lacquer layer 34 and the transparent lacquer layer 36. Clear coating layer 35. In other words, the aqueous clear coating layer 35 is first sprayed onto the second conductive lacquer layer 34, after which the clear lacquer layer 36 is sprayed onto the aqueous clear coating layer 35. In addition, in order to enable the operator to select a suitable material according to the consumer or the actual situation, the present invention can further replace the aqueous clear coating layer 35 with a transparent conductive coating layer, or the second conductive paint layer 34 in step 6 can be It is replaced by a transparent conductive paint layer, or the transparent paint layer 36 in step 7 is replaced by a two-component gold oil layer to meet the needs of different consumers.

In addition, in the method step of how the image layer 2 of the present invention exhibits a luminescent effect on the non-conductive substrate 3, the non-conductive substrate 3 can be further configured as a conductive substrate, since the conductive substrate itself has conductive properties. In the spraying sequence, the first conductive paint layer 31 is not required to be additionally sprayed. For this, the action of the third step can be omitted, and the image layer 2 can be presented on the conductive substrate by other steps. Cold light effect.

Furthermore, the present invention proposes another method for manufacturing a luminescent effect suitable for an uneven surface, which is mainly characterized by lines, as shown in Figures 5 to 7-2, which comprises the following steps: Step A: Drawing a line layer 5 on the non-conductive substrate 3; step B: pasting the first conductive sheet 30 on the line of the line layer 5; step C: drawing at least one first conductive paint layer 31 on the line layer 5 and the first The first conductive lacquer layer 31 is electrically connected to the first conductive slab 30 on a conductive sheet 30, wherein the first conductive lacquer layer 31 is diluted to a proper viscosity before spraying. Evenly spraying on the line layer 5 and the first conductive sheet 30 is adhered to one end of the line layer 5, and after the first conductive paint layer 31 is dried, the next step is performed; Step D: drawing at least one luminescent lacquer layer 32 on the first conductive lacquer layer 31, uniformly spraying the luminescent lacquer layer 32 on the first conductive lacquer layer 31, and after the luminescent lacquer layer 32 is dried, proceeding to the next step. Step E: pasting the second conductive sheet 33 on the edge of the luminescent paint layer 32, the second conductive sheet 33 is offset from the first conductive sheet 30 to avoid the first conductive sheet 30 and the second conductive The contact of the sheet 33 causes a short circuit of the line, thereby causing an accident such as a spark; Step F: bonding the copper sheet layer 6 on the luminescent paint layer 32 and the second conductive sheet 33, the copper sheet layer 6 and the second conductive sheet 33 Electrical connection; in the embodiment of the present invention, all the lines of the line layer 5 have the line distribution of the copper layer 6 and the lines of the copper layer 6 are pasted into a form as shown in FIG. 6-2. In order to prevent the line of the copper layer 6 from being filled on the line of the line layer 5, the cold light effect of the line layer 5 is not exhibited, and the width of the line of the copper layer 6 of the present invention is set to Less than the line width of the line layer 5, and in a preferred embodiment, when the line of the copper layer 6 The width of the line layer 5 is smaller than the line width of the line layer 5, and the range of the luminescent effect that the line layer 5 can exhibit is larger; Step G: drawing at least one transparent lacquer layer 36 on the copper sheet layer 6, the lacquer layer 32 And the second conductive sheet 33, the transparent lacquer layer 36 is used as a protective layer or an insulating layer to prevent electric shock from being touched by a person. After the transparent lacquer layer 36 is dried, the next step is performed; Step H: electrically connecting by the controller 4 The first conductive sheet 30 and the second conductive sheet 33 are electrically connected to the first conductive sheet 30 and the second conductive sheet 33 by the controller 4, so that the line layer 5 exhibits a cold light effect and enhances the viewing degree. In addition, the output power of the controller 4 is matched to the illustrated size of the line layer 5. When the graphical area of the line layer 5 is large, the output power demand of the controller 4 is larger.

Similarly, in order to increase the conductivity of the copper sheet layer 5, between step F and step G, there is further included a step of drawing at least one aqueous clear coating layer 35 between the copper sheet layer 5 and the transparent lacquer layer 36. . In other words, the aqueous clear coating layer 35 is first sprayed on the copper sheet layer 5, and thereafter the water-based transparent layer The clear lacquer layer 36 is sprayed onto the coating layer 35. Moreover, in order to enable the operator to select a suitable material according to the consumer or the actual situation, the present invention may further replace the aqueous clear coating layer 35 with a transparent conductive coating layer, or replace the transparent lacquer layer 36 in step H with two. Liquid gold oil layer to meet the needs of consumers. Similarly, in the method step of how the line layer 5 of the present invention exhibits a luminescent effect on the non-conductive substrate 3, the non-conductive substrate 3 can be used as a conductive substrate, since the conductive substrate itself has conductive properties, The first conductive paint layer 31 is not required to be sprayed in the spraying sequence. For this reason, the action of the step C can be omitted, and the line layer 5 can also exhibit a cold light effect on the conductive substrate by other steps.

In addition, in another method for manufacturing a cold light effect in which the line is represented by a line in the present invention, a plurality of individual patterns such as a circle and a symbol 8 shown in FIG. 6-1 can be separately drawn on the same substrate, and the above steps are performed. The program from A to step H causes each of the graphics to be individually presented with a luminosity effect, and the multiplex light controller such as a microprocessor can be further used to separately control the luminescence effect of each of the graphics, so that the luminescence effect of each of the graphics is simultaneously presented or Individually presenting, even controlling the time each of the graphics exhibits a luminescent effect, so that the luminescence effect of each of the graphics can be presented at a set time. In other possible embodiments, the graphics are electrically connected to each other, and the luminescence effect of each of the graphics may be controlled by only one controller or a microprocessor, but not limited to the implementation manners. .

In summary, the present invention causes the image layer 2 or the line layer 5 to exhibit a luminescent effect by these steps. And through the substrate is the conductive substrate or the non-conductive substrate 3, the user can select the image layer 2 or the line layer 5 and the matched substrate and steps according to actual needs. The transparent paint layer 36 is protected or insulated by the present invention to avoid electric shock hazard to the human body. In addition, the present invention can increase the conductivity of the second conductive lacquer layer 34 by adding the aqueous clear coating layer 35.

The foregoing is only a preferred embodiment of the present invention, which is intended to be understood by those skilled in the art and is not intended to limit the scope of the present invention. Equivalent variations or modifications of the shapes, configurations and features are intended to be included within the scope of the present invention.

2‧‧‧Image layer

3‧‧‧ Non-conductive substrate

30‧‧‧First conductive sheet

31‧‧‧First conductive paint layer

32‧‧‧Lighting paint layer

33‧‧‧Second conductive sheet

34‧‧‧Second conductive paint layer

35‧‧‧Transparent paint layer

36‧‧‧Transparent paint layer

4‧‧‧ Controller

Claims (8)

A method for manufacturing a luminescent effect, in particular for a decorative surface, comprising the following steps: Step 1: spraying an image layer on a non-conductive substrate; and step 2: pasting a first conductive sheet in the image layer Step 3: spraying at least one first conductive paint layer on the image layer and the first conductive sheet, the first conductive paint layer is electrically connected to the first conductive sheet; Step 4: spraying at least one varnish The layer is on the first conductive lacquer layer; step 5: pasting a second conductive sheet on the edge of the luminescent lacquer layer; step 6: spraying at least one second conductive lacquer layer on the luminescent lacquer layer and the second conductive sheet The second conductive lacquer layer is electrically connected to the second conductive sheet; spraying at least one aqueous clear coating layer on the second conductive lacquer layer; and step 7: spraying at least one transparent lacquer layer on the aqueous transparent coating layer; And step 8: electrically connecting the first conductive sheet and the second conductive sheet by using a controller. The luminescent effect manufacturing method according to claim 1, wherein the aqueous clear coating layer is replaced with a transparent conductive coating layer. The luminescent effect manufacturing method according to claim 1, wherein the second conductive lacquer layer in the step 6 is replaced with a transparent conductive paint layer, and the transparent lacquer layer in the step VII is replaced with a two-component gold oil layer. The method of manufacturing a luminescent effect according to any one of the items 1 to 3, wherein the step 3 is omitted when the non-conductive substrate is a conductive substrate. The invention relates to a method for manufacturing a cold light effect, in particular to a decoration suitable for an uneven surface, which mainly expresses a figure in a line, comprising the following steps: Step A: drawing a line layer on a non-conductive substrate; Step B: pasting a first conductive sheet On the line of the line layer; Step C: drawing at least one first conductive paint layer on the line layer and the first conductive sheet, the first conductive paint layer is electrically connected to the first conductive sheet; Step D: drawing At least one varnish layer is on the first conductive lacquer layer; step E: pasting a second conductive sheet on the edge of the luminescent lacquer layer; step F: adhering the copper sheet layer on the luminescent lacquer layer and the second conductive sheet The copper sheet layer is electrically connected to the second conductive sheet; at least one aqueous clear coating layer is drawn on the copper sheet layer; Step G: drawing at least one transparent lacquer layer on the aqueous clear paint layer, the luminescent paint layer and The second conductive sheet; and step H: electrically connecting the first conductive sheet and the second conductive sheet by a controller. The luminescent effect manufacturing method according to claim 5, wherein the aqueous clear coating layer is replaced with a transparent conductive coating layer. The luminescent effect manufacturing method according to claim 5, wherein the transparent lacquer layer in the step G is replaced with a two-component gold oil layer. The method of manufacturing a cold light effect according to any one of the items 5 to 7, wherein the step C is omitted when the non-conductive substrate is a conductive substrate.