TW201410399A - Tool labeling structure and forming method thereof (II) - Google Patents

Abstract

The present invention provides a tool labeling structure and forming method thereof (II), which is first to use an engraving means to form a label block having a label portion and a contrast portion on the surface of a tool; next, an electroplating means is used to form a electroplating layer on the tool surface and on the surfaces of the label portion and the contrast portion of the label block; finally, a coloring means is used to print a color layer on the label portion or the contrast portion, and the bottom of the label portion or the contrast portion having a color layer is made to be provided with an electroplating layer, such that the three of tool surface, label portion and contrast portion can be formed with different color differences. Thus, by providing the label block with label portion or contrast portion having a color layer, the present invention can achieve a better identification effect, and because the bottom is provided with an electroplating layer, the anti-rust effect for the color layer can be ensured even for being worn and peeled off, and the label pattern of the label portion can still be effectively displayed, so as to achieve the practical effect of easy identification.

Description

Tool marking structure and its forming method (2)

In particular, the present invention provides a tool marking structure and a molding method thereof (B) which have better identification effects and can ensure rust prevention and identification effects even if the color layer of the marked block is worn off.

According to the press, many tools (such as sleeve tools and wrench tools) will display the marking pattern of the size number or trademark on the surface, and finally form the plating layer by electroplating. The surface is the same color, which not only appears to be monotonous, but also has poor recognition effect. Therefore, the manufacturer has formed a marking structure with a color layer on the surface of the tool by printing, and the obvious contrast and diversification of the color layer The tool greatly enhances the recognition effect, and the appearance is visually lively and vivid.

Taking the sleeve tool with the color layer marking structure as an example, the molding method can be roughly divided into the following types:

1. Referring to FIG. 1 , the tool 10 is first subjected to a plating process, and a plating layer 11 is formed on the surface, and then a marking pattern 12 having a color layer is printed in a suitable position on the surface of the tool; Forming Method When the marking pattern 12 having the color layer is worn off due to long-term use, the color of the bottom plating layer 11 will appear, and the marking pattern 12 can no longer be displayed, thereby completely losing the recognition effect.

2. Referring to FIG. 2, the tool 20 is first subjected to an imprint process, and a concave mark pattern 21 is formed on the surface, and then printed on the concave mark pattern 21 in a printed manner. The color layer is finally subjected to a plating treatment, and a plating layer 22 is formed on a surface other than the marking pattern 21; the marking pattern 21 of the molding method can exhibit a concave shape even when the color layer is worn off due to long-term use. The mark pattern 21, but since the plating layer cannot be formed on the bottom surface or the surface of the color layer when the plating process is performed, when the color layer is worn off, since the bottom surface does not have the plating layer, the mark pattern 21 causes rust. The situation, and serious embarrassment.

3. Referring to FIG. 3, the tool 30 is first subjected to a plating process, and a plating layer 31 is formed on the surface, and then an imprint process is performed at an appropriate position on the surface of the tool to form a concave mark pattern 32 on the surface. Further, a color layer is printed on the concave mark pattern 32 in a printed manner; the mark pattern 32 of the molding method can exhibit a concave mark even when the color layer is worn off due to long-term use. The pattern 32 and the bottom surface also have a plating layer 31. However, the color of the plating layer on the bottom surface of the marking pattern 32 is the same as that of the plating layer on the circumferential side, resulting in a poor recognition effect.

In view of this, the inventor has been engaged in research and development and production experience of related industries for many years, and has conducted in-depth research on the problems currently faced. After long-term efforts and trials, the inventors have finally developed a not only better identification effect, but also Even if the color layer of the marked block wears off, the tool marking structure of the rust prevention and identification effect can be ensured to effectively improve the shortcomings of the formula, which is the design tenet of the invention.

A first object of the present invention is to provide a tool marking structure and a molding method thereof (2), which are formed on the surface of the tool by engraving means to form a marking block having a marking portion and a contrasting portion, and then electroplating means the surface of the tool and The surface of the marking portion and the contrast portion of the marking block is formed with a plating layer, and finally a color layer is printed on the marking portion or the contrast portion by a coloring means, and the bottom surface of the marking portion or the contrast portion having the color layer is provided with a plating layer. The tool surface, the marking portion and the contrasting portion form different chromatic aberrations, thereby providing a better identification effect.

The second object of the present invention is to provide a tool marking structure and a molding method thereof (2), which are formed on the surface of the tool by engraving means to form a marking block having a marking portion and a contrasting portion, and then electroplating means the surface of the tool and The surface of the marking portion and the contrast portion of the marking block is formed with a plating layer, and finally a color layer is printed on the marking portion or the contrast portion by a coloring means, and the bottom surface of the marking portion or the contrast portion having the color layer is provided with a plating layer. The tool surface, the marking portion and the contrasting portion form different chromatic aberrations, and when the color layer is worn off due to long-term use, since the bottom surface of the color layer has a plating layer, the rust preventing effect can be ensured.

A third object of the present invention is to provide a tool marking structure and a molding method thereof (2) It is formed on the surface of the tool by engraving to form a marked block having a marking portion and a contrasting portion, and then electroplating is used to form a plating layer on the surface of the tool surface and the marking portion of the marking portion and the surface of the contrasting portion. Then, the color layer is printed on the labeling portion or the contrasting portion by means of coloring, and the bottom surface of the marking portion or the contrasting portion having the color layer is provided with a plating layer, so that the tool surface, the marking portion and the contrast portion form different color differences. When the color layer is worn off due to long-term use, the identification portion and the contrast portion having the color difference in the marked block can still ensure the recognition effect.

In order to make the present invention more fully understood by the reviewing committee, a preferred embodiment and a drawing are described in detail as follows: Please refer to Figures 4 and 5, the present invention takes a sleeve tool as an example, the first of which In the embodiment, the engraving means is applied at the position of the surface of the tool 50 at the predetermined marking block 51. In the embodiment, the first aspect of the engraving means is at the position of the predetermined marking block 51 of the tool surface, and the marking pattern is The non-smooth bright contrast portion 512 is engraved in a laser engraving manner to form a marking block 51 on the surface of the tool, and the marking portion 51 has a smooth bright surface marking portion 511 and a non-smooth glossy surface. The contrast portion 512 is then formed with a plating layer 52 on the surface of the tool surface and the marking portion 511 and the contrast portion 512 of the marking block 51 by electroplating; and then printed on the indicator portion 511 having a smooth bright surface by a coloring means. The marking pattern of the color layer is such that the bottom surface of the marking portion 511 having the color layer still has the plating layer 52; since the tool surface has the color of the smooth surface 52, the contrast portion 512 in the marking block 51 is not smooth. Electric The color of the layer 52, the surface of the marking portion 511 is a marking pattern having a color layer, so that the surface of the tool, the surface of the contrast portion 512 and the surface of the marking portion 511 form different chromatic aberrations, thereby providing a better identification effect; more importantly, When the tool 50 is worn over a long period of time to cause the color layer of the indicator portion 511 to wear off, since the bottom surface of the color layer of the indicator portion 511 has the plating layer 52, the rust prevention effect can be ensured; in addition, when the color layer of the indicator portion 511 is When the wear is detached, since the contrast portion 512 having different chromatic aberrations is still spaced between the indicator portion 511 and the tool surface, the mark pattern of the indicator portion 511 can still be effectively exhibited, and a better identification effect can still be provided.

Referring to Figures 4 and 6, the second embodiment of the present invention is preceded by engraving means at the position of the predetermined marking block 51 on the surface of the tool 50. In this embodiment, the engraving means is to mark the marking with a laser. In the manner of engraving, the non-smooth bright surface marking portion 511 is engraved in the position of the predetermined marking block 51, and the smoothing surface contrast portion 512 is formed on the circumferential side of the marking portion 511 in the position of the predetermined marking block 51, and then electroplating is performed. The surface of the tool and the surface of the predetermined marking block 51 are formed with a plating layer 52; then, a contrasting portion 512 having a color layer is printed on the circumferential side of the marking portion 511 in the position of the predetermined marking block 51 by a coloring means, so that the surface of the tool is formed. A marking block 51 is provided, and the marking portion 51 has a contrasting portion 512 of a color layer and a marking portion 511 of a non-smooth glossy surface, and the bottom surface of the contrasting portion 512 having the color layer still has the plating layer 52; The color of the plating layer 52 having a smooth glossy surface, the contrast portion 512 in the marking block 51 has a color layer, and the marking pattern on the surface of the marking portion 511 is the color of the non-smooth bright surface plating layer 52, so that the tool surface and contrast The portion 512 and the marking portion 511 form different chromatic aberrations to provide a better identification effect; more importantly, when the tool 50 is worn over a long period of time and the color layer of the contrast portion 512 is worn off, the color of the contrast portion 512 is The bottom surface of the layer has a plating layer 52, and still can ensure its rust-preventing effect; in addition, when the color layer of the contrast portion 512 is worn off, since the marking portion 511 is still the color of the non-smooth bright surface plating layer 52, and has smoothness There are still different chromatic aberrations between the tool surfaces of the bright surface plating layer 52, so that the marking pattern of the marking portion 511 can still be effectively exhibited, and a better identification effect can still be provided.

Accordingly, the present invention not only has a better recognition effect under normal conditions, but also ensures the rust prevention and identification effect even if the color layer of the marked block is worn off, which is practical and progressive. Design, but did not see the same products and publications open, thus allowing the invention patent application requirements, 提出 apply in accordance with the law.

Conventional part:

10‧‧‧ Tools

11‧‧‧Electroplating

12‧‧‧ mark pattern

20‧‧‧ Tools

21‧‧‧ mark pattern

22‧‧‧Electroplating

30‧‧‧ Tools

31‧‧‧Electroplating

32‧‧‧ mark pattern

Part of the invention:

50‧‧‧ Tools

51‧‧‧ marked blocks

511‧‧‧Marking Department

512‧‧‧Comparative Department

52‧‧‧Electroplating

Figure 1: Schematic diagram of the first method of forming a tool marking structure.

Figure 2: A schematic diagram of a conventional second tool marking structure forming method.

Figure 3: Schematic diagram of a third method for forming a tool marking structure.

Figure 4: Schematic diagram of the process of the present invention.

Figure 5 is a schematic view showing a first embodiment of the present invention.

Figure 6 is a schematic view showing a second embodiment of the present invention.

50‧‧‧ Tools

51‧‧‧ marked blocks

511‧‧‧Marking Department

512‧‧‧Comparative Department

52‧‧‧Electroplating

Claims (5)

A tool marking structure (2), the surface of the tool has a marking block, and the surface of the tool is plated with a smooth bright surface in the area of the non-labeled block, and has a marking portion and a contrasting portion in the marking block. The surface of the marking portion is a marking pattern having a color layer, and the bottom surface of the color layer is plated, and the surface of the contrast portion in the marking block is a plating layer having a non-smooth bright surface. A tool marking structure (2), the surface of the tool has a marking block, and the surface of the tool is plated with a smooth bright surface in the area of the non-labeled block, and has a marking portion and a contrasting portion in the marking block. The surface of the marking portion is a plating layer having a non-smooth glossy marking pattern, and the contrast portion in the marking portion has a color layer and a plating layer on the bottom surface of the color layer. A tool marking structure forming method (2) includes: engraving means: engraving a marking portion and a contrasting portion at a position on a surface of the tool; electroplating means: marking the surface of the tool and the marking portion of the marking block and The surface of the contrast portion is formed with a plating layer; the coloring means: the color layer is printed on the marking portion or the contrast portion of the marking block, and the bottom surface of the color layer is provided with a plating layer. According to the tool marking structure forming method (2) described in claim 3, wherein the engraving means is on the marking block on the surface of the tool, and the peripheral side area of the marking pattern is engraved by laser engraving. Smoothing the contrast of the bright surface, the marking block has a smooth bright surface marking portion and a non-smooth bright surface contrast portion, and the coloring means prints the color layer on the marking portion having the smooth bright surface. According to the tool marking structure forming method (2) described in claim 3, wherein the engraving means is on the marking block on the surface of the tool, and the marking pattern is engraved by the laser engraving to form a non-smooth bright surface. The marking portion has a contrasting portion with a smooth bright surface and a marking portion of the non-smooth bright surface in the marking block, and the coloring means prints a color layer on the contrast portion having a smooth bright surface.