CN103806047A - Forming method of tool marking structure - Google Patents
Forming method of tool marking structure Download PDFInfo
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- CN103806047A CN103806047A CN201310163137.4A CN201310163137A CN103806047A CN 103806047 A CN103806047 A CN 103806047A CN 201310163137 A CN201310163137 A CN 201310163137A CN 103806047 A CN103806047 A CN 103806047A
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Abstract
The invention relates to a forming method of a tool marking structure. The forming method is characterized in that a first protective layer is formed on the surface of a tool through a first surface treatment method; then, a marking structure having a colourized layer is formed on the first protective layer through a colourizing method; finally, a second protective layer is formed in the non-marking structure region on the surface of the tool through a second surface treatment method, so that the non-marking structure region and the marking structure region on the surface of the tool form different contrast colour difference. Therefore, the marking structure having the colourized layer is capable of providing better recognition effect; furthermore, because the bottom surface is provided with the first protective layer, after the colourized layer is abraded to fall off, the rust-proof effect still can be ensured; the marking pattern of the marking structure can be effectively displayed by utilizing the colour different or the embossed effect of the first protective layer and the second protective layer, and therefore, practical benefits easy for long-time recognition use are achieved.
Description
Technical field
The present invention relates to one and there is preferably identification effect, even and if the color layer of indicating arrangement wearing and tearing come off, still can guarantee the forming method of the instrument indicating arrangement of its antirust and identification effect.
Background technology
Many instruments (as sleeve barrel tool, Wrench) all can demonstrate in surface the indicia patterns such as its dimension figure or trade mark in the mode of mint-mark, finally make whole surface form electrolytic coating with plating mode again, which is because the whole surface of instrument is same colour system, not only seem comparatively dull, and identification effect is not good, therefore there is dealer to mold the indicating arrangement with color layer in tool surfaces in the mode of printing, and rely on color layer obviously to when variation, make instrument significantly improve identification effect, and outward appearance is visually also comparatively active lively.
Take the sleeve barrel tool at present with color layer indicating arrangement as example, its molding mode can be distinguished into following several generally:
1. refer to shown in Fig. 1, instrument 10 is first imposed electroplating processes by it, and form electrolytic coating 11 in surface, then prints in the mode of printing the indicia patterns 12 of providing colored layer in tool surfaces appropriate location; Only this molding mode, in the time having the indicia patterns 12 of color layer and come off because life-time service weares and teares, will show the color of bottom electrical coating 11, and cannot demonstrate this indicia patterns 12 again, and then lose identification effect completely.
2. refer to shown in Fig. 2, it first imposes impression by instrument 20 and processes, and in the indicia patterns 21 of surface formation inner concavity, in the indicia patterns 21 of this inner concavity, print out color layer in the mode of printing again, finally impose again electroplating processes, and form electrolytic coating 22 in indicia patterns 21 surface in addition; The indicia patterns 21 of this molding mode, although make color layer wearing and tearing come off during at life-time service, still can show the indicia patterns 21 of inner concavity, but because of in the time carrying out electroplating processes, and cannot be in the bottom surface of color layer or surface form electrolytic coating, therefore when color layer weares and teares while coming off, because its bottom surface does not have electrolytic coating, therefore indicia patterns 21 will cause the situation of corrosion, and occurs serious flaw.
3. refer to shown in Fig. 3, instrument 30 is first imposed electroplating processes by it, and in surface formation electrolytic coating 31, then impress processing in tool surfaces appropriate location, and in the indicia patterns 32 of surface formation inner concavity, then print out color layer in the mode of printing in the indicia patterns 32 of this inner concavity; The indicia patterns 32 of this molding mode, although make color layer wearing and tearing come off during at life-time service, still can show the indicia patterns 32 of inner concavity, and bottom surface also has electrolytic coating 31, only the electrolytic coating color of these indicia patterns 32 bottom surfaces is same as the electrolytic coating of all sides, causes the not good situation of identification effect.
In view of this, the inventor is engaged in research and development and the making experience of relevant industries then for many years with it, for current faced problem further investigation, pass through the research of long-term endeavour and study, eventually grind and create one and not only there is preferably identification effect, even and if the color layer wearing and tearing that indicate block come off, still can guarantee its instrument indicating arrangement antirust and identification effect, effectively to improve the scarce fraud of habit formula, this is design aim of the present invention.
Summary of the invention
For the deficiencies in the prior art, the object of the invention is to: a kind of forming method of instrument indicating arrangement is provided, makes it not only there is preferably identification effect, even and if the color layer wearing and tearing that indicate block come off, still can guarantee its antirust and identification effect.
For achieving the above object, the technical solution used in the present invention comprises:
A forming method for instrument indicating arrangement, is characterized in that, includes:
First surface is processed means: impose first surface in tool surfaces and process means, to form the first protective layer;
Painted means: pre-position molds the indicating arrangement with color layer on the first protective layer of tool surfaces, and make the bottom surface of the indicating arrangement with color layer there is the first protective layer;
Second surface is processed means: impose second surface at the non-sign structural region of tool surfaces and process means, to form the second protective layer at non-sign structural region.
The forming method of described instrument indicating arrangement, wherein, this first surface process means and second surface processing means be electroplating processes means, electricity processing means or dye black processing means.
The forming method of described instrument indicating arrangement; wherein; these electroplating processes means are that copper facing, chromium plating or nickel plating mode are carried out, and second surface is processed means and adopted different plating modes from first surface processing means, so that the color of the second protective layer differs from the first protective layer color.
The forming method of described instrument indicating arrangement; wherein; these electroplating processes means are that copper facing, chromium plating or nickel plating mode are carried out, and second surface is processed means and adopted identical plating mode with first surface processing means, so that the color of the second protective layer is same as the first protective layer color.
The forming method of described instrument indicating arrangement, wherein, is also included in first surface and processes after means, painted means and second surface processing means, continues and removes look means, to remove the color layer on indicating arrangement.
For achieving the above object, the technical solution used in the present invention also comprises:
A forming method for instrument indicating arrangement, is characterized in that, includes:
First surface is processed means: impose first surface in tool surfaces and process means, to form the first protective layer;
Painted means: pre-position molds the indicating arrangement with color layer on the first protective layer of tool surfaces, this indicating arrangement with color layer includes the second color layer region that the first color layer region and color are different from the first color layer region, and between the first color layer region and the second color layer region, be not have an interval region of color layer, and make the first color layer region of indicating arrangement and the bottom surface in the second color layer region there is the first protective layer;
Second surface is processed means: non-sign structural region and interval region in tool surfaces impose second surface processing means, to form the second protective layer at non-sign structural region and interval region.
The forming method of described instrument indicating arrangement, wherein, this first surface process means and second surface processing means be electroplating processes means, electricity processing means or dye black processing means.
The forming method of described instrument indicating arrangement; wherein; these electroplating processes means are that copper facing, chromium plating or nickel plating mode are carried out, and second surface is processed means and adopted different plating modes from first surface processing means, so that the color of the second protective layer differs from the first protective layer color.
The forming method of described instrument indicating arrangement; wherein; these electroplating processes means are that copper facing, chromium plating or nickel plating mode are carried out, and second surface is processed means and adopted identical plating mode with first surface processing means, so that the color of the second protective layer is same as the first protective layer color.
The forming method of described instrument indicating arrangement, wherein, also be included in first surface and process after means, painted means and second surface processing means, continue and remove look means, to remove the color layer on the first color layer region and the second color layer region of indicating arrangement.
Compared with prior art, the beneficial effect that the present invention has is:
The invention provides a kind of forming method of instrument indicating arrangement; its surface in instrument first forms the first protective layer with first surface processing means; then on the first protective layer, mold the indicating arrangement with color layer with painted means; finally process means with second surface again and form the second protective layer in the non-sign structural region of tool surfaces; and make the non-sign structural region of tool surfaces form different compared colour differences from indicating arrangement, and then provide preferably identification effect.
The invention provides a kind of forming method of instrument indicating arrangement, its surface in instrument first forms the first protective layer with first surface processing means, then on the first protective layer, mold the indicating arrangement with color layer with painted means, finally process means with second surface again and form the second protective layer in the non-sign structural region of tool surfaces, and make the non-sign structural region of tool surfaces form different compared colour differences from indicating arrangement, make the color layer of indicating arrangement wear and tear while coming off at life-time service, because the bottom surface of color layer has the first protective layer, and still can guarantee its rust-proof effect.
The invention provides a kind of forming method of instrument indicating arrangement, its surface in instrument first forms the first protective layer with first surface processing means, then on the first protective layer, mold the indicating arrangement with color layer with painted means, last the second protective layer that differs from again the first protective layer color with second surface processing means in the non-sign structural region formation of tool surfaces, and make the non-sign structural region of tool surfaces form different compared colour differences from indicating arrangement, make the color layer of indicating arrangement wear and tear while coming off at life-time service, because the bottom surface of color layer has the first protective layer, and the color of the second protective layer of non-sign structural region differs from the first protective layer color, and still can form different compared colour differences, and then effectively guarantee its long-term identification effect.
The invention provides a kind of forming method of instrument indicating arrangement, its surface in instrument first forms the first protective layer with first surface processing means, then on the first protective layer, mold the indicating arrangement with color layer with painted means, last the second protective layer that is same as again the first protective layer color with second surface processing means in the non-sign structural region formation of tool surfaces, and make the non-sign structural region of tool surfaces form different compared colour differences from indicating arrangement, make the color layer of indicating arrangement wear and tear while coming off at life-time service, because the bottom surface of color layer has the first protective layer, and the thickness of the second protective layer of non-sign structural region is higher than the first protective layer, and still can form the relief contrast effect with thickness difference of height, and then effectively guarantee its long-term identification effect.
Accompanying drawing explanation
Fig. 1 is the schematic diagram of existing the first instrument indicating arrangement forming method;
Fig. 2 is the schematic diagram of existing the second instrument indicating arrangement forming method;
Fig. 3 is the schematic diagram of existing the third instrument indicating arrangement forming method;
Fig. 4 is schematic flow sheet of the present invention;
Fig. 5 is the schematic diagram of first embodiment of the invention;
Fig. 6 is the schematic diagram after first embodiment of the invention life-time service;
Fig. 7 is the schematic diagram of second embodiment of the invention;
Fig. 8 is the schematic diagram after second embodiment of the invention life-time service;
Fig. 9 is the schematic diagram of third embodiment of the invention;
Figure 10 is the schematic diagram after third embodiment of the invention life-time service;
Figure 11 is the schematic diagram of fourth embodiment of the invention;
Figure 12 is the schematic diagram after fourth embodiment of the invention life-time service;
Figure 13 is the schematic flow sheet of fifth embodiment of the invention.
Description of reference numerals:
Prior art part:
10-instrument; 11-electrolytic coating; 12-indicia patterns; 20-instrument; 21-indicia patterns; 22-electrolytic coating; 30-instrument; 31-electrolytic coating; 32-indicia patterns;
Part of the present invention: 40-instrument; 41-the first protective layer; 42-indicating arrangement; 421-the first color layer region; 422-the second color layer region; 423-interval region; 43-the second protective layer.
Embodiment
For make your juror to the present invention do further understand, hereby lift a preferred embodiment and coordinate graphic, describe in detail as rear:
Refer to Fig. 4, Fig. 5, the present invention can be applicable to various tool, take sleeve barrel tool as example, its first embodiment first imposes first surface and processes means in the surface of instrument 40, and be formed with the first protective layer 41, these first surface processing means can be electroplating processes means, electricity (also claiming electrophoresis) processing means, gas dye processing means or dye black processing means, in the present embodiment, these first surface processing means are electroplating processes means, and are formed with the first protective layer 41 in the electroplating surface of instrument 40, then mold the indicating arrangement 42 with color layer with painted means pre-position on the first protective layer 41, these painted means can be the painted means of printing or pasting, in the present embodiment, these painted means mold the indicating arrangement 42 with color layer in the mode of printing, and the bottom surface that makes the indicating arrangement 42 with color layer still has the first protective layer 41, then process means with second surface and form in the non-sign structural region of tool surfaces the second protective layer 43 that differs from the first protective layer 41 colors, these second surface processing means can be electroplating processes means, electricity processing means or dye black processing means, in the present embodiment, these second surface processing means are electroplating processes means, due in the time carrying out these electroplating processes means, the indicating arrangement 42 with color layer can not produce electroplating reaction, and only produce electroplating reaction at non-sign structural region, be formed with the second protective layer 43 and can electroplate in the non-sign structural region of instrument 40, and because electroplating processes means can be copper facing, the mode such as chromium plating or nickel plating is carried out, different plating modes can produce the protective layer of different colours, therefore in the time that second surface processing means adopt the plating mode that is different from first surface processing means, can make the color of the second protective layer 43 differ from the first protective layer 41 colors, certain, the color of the second protective layer 43 also differs from the color of the color layer of indicating arrangement 42, make the color on the surface of instrument 40 with the indicating arrangement 42 of color layer and the second protective layer 43 of non-sign structural region form different compared colour differences, and then provide preferably identification effect.
Refer to Fig. 6; make the color layer of indicating arrangement 42 wear and tear while coming off when life-time service; because the bottom surface of the color layer of indicating arrangement 42 is electroplate with the first protective layer 41, even if therefore the wearing and tearing of the color layer of indicating arrangement 42 come off, still can utilize the first protective layer 41 to guarantee its rust-proof effect.In addition; after coming off, the color layer wearing and tearing of indicating arrangement 42 show the color of the first protective layer 41; because the color of the first protective layer 41 differs from the color of the second protective layer 43 of non-sign structural region, and still can form different compared colour differences, and then effectively guarantee its long-term identification effect.
Refer to Fig. 4, Fig. 7, its second embodiment of the present invention first imposes first surface and processes means in the surface of instrument 40, and be formed with the first protective layer 41, these first surface processing means can be electroplating processes means, electricity processing means, gas dye processing means or dye black processing means, in the present embodiment, these first surface processing means are electroplating processes means, and are formed with the first protective layer 41 in the electroplating surface of instrument 40, then mold the indicating arrangement 42 with color layer with painted means pre-position on the first protective layer 41, these painted means can be the painted means of printing or pasting, in the present embodiment, these painted means mold the indicating arrangement 42 with color layer in the mode of printing, and the bottom surface that makes the indicating arrangement 42 with color layer still has the first protective layer 41, in the present embodiment, this indicating arrangement 42 with color layer includes the second color layer region 422 that the first color layer region 421 and color are different from the first color layer region 421, and between the first color layer region 421 and the second color layer region 422, be not have an interval region 423 of color layer, then process means with second surface and form in non-sign structural region and the interval region 423 of tool surfaces the second protective layer 43 that differs from the first protective layer 41 colors, these second surface processing means can be electroplating processes means, electricity processing means or dye black processing means, in the present embodiment, these second surface processing means are electroplating processes means, due in the time carrying out these electroplating processes means, the first color layer region 421 and the second color layer region 422 of indicating arrangement 42 can not produce electroplating reaction, and only produce electroplating reaction at non-sign structural region and interval region 423, and can be formed with the second protective layer 43 in the non-sign structural region of instrument 40 and interval region 423 plating, and because electroplating processes means can be copper facing, the mode such as chromium plating or nickel plating is carried out, different plating modes can produce the protective layer of different colours, therefore in the time that second surface processing means adopt the plating mode that is different from first surface processing means, can make the color of the second protective layer 43 differ from the first protective layer 41 colors, certain, the color of the second protective layer 43 also differs from the first color layer region 421 of indicating arrangement 42 and the color in the second color layer region 422, make on instrument 40 surfaces the first color layer region 421 of indicating arrangement 42 and the color in the second color layer region 422 to form three kinds of different compared colour differences from the color of the second protective layer 43 of non-sign structural region and interval region 423, and then provide preferably identification effect.
Refer to Fig. 8; make the first color layer region 421 of indicating arrangement 42 and the wearing and tearing of the color layer in the second color layer region 422 come off during when life-time service; because the bottom surface of the color layer in the first color layer region 421 and the second color layer region 422 is electroplate with the first protective layer 41; even if therefore the first color layer region 421 of indicating arrangement 42 and the wearing and tearing of the color layer in the second color layer region 422 come off, still can utilize the first protective layer 41 to guarantee its rust-proof effect.In addition; after coming off, the first color layer region 421 of indicating arrangement 42 and the wearing and tearing of the color layer in the second color layer region 422 show the color of the first protective layer 41; and the interval region 423 between the first color layer region 421 and the second color layer region 422 is colors of the second protective layer 43; because the color of the first protective layer 41 differs from the color of the second protective layer 43 of non-sign structural region and interval region 423; and still can form different compared colour differences, and then effectively guarantee its long-term identification effect.
Refer to Fig. 4, Fig. 9, the third embodiment of the present invention is compared to the first embodiment, and its difference is that the color of the second protective layer is same as the color of the first protective layer, its surface in instrument 40 first imposes first surface and processes means, and be formed with the first protective layer 41, these first surface processing means can be electroplating processes means, electricity processing means, gas dye processing means or dye black processing means, in the present embodiment, these first surface processing means are electroplating processes means, and are formed with the first protective layer 41 in the electroplating surface of instrument 40, then mold the indicating arrangement 42 with color layer with painted means pre-position on the first protective layer 41, these painted means can be the painted means of printing or pasting, in the present embodiment, these painted means mold the indicating arrangement 42 with color layer in the mode of printing, and the bottom surface that makes the indicating arrangement 42 with color layer still has the first protective layer 41, then process means with second surface and form in the non-sign structural region of tool surfaces the second protective layer 43 that is same as the first protective layer 41 colors, these second surface processing means can be electroplating processes means, electricity processing means or dye black processing means, in the present embodiment, these second surface processing means are electroplating processes means, due in the time carrying out these electroplating processes means, the indicating arrangement 42 with color layer can not produce electroplating reaction, and only produce electroplating reaction at non-sign structural region, be formed with the second protective layer 43 and can electroplate in the non-sign structural region of instrument 40, because the color of the second protective layer 43 differs from the color of the color layer of indicating arrangement 42, make the color on the surface of instrument 40 with the indicating arrangement 42 of color layer and the second protective layer 43 of non-sign structural region form different compared colour differences, and then preferably identification effect is provided.
Refer to Figure 10; make the color layer of indicating arrangement 42 wear and tear while coming off when life-time service; because the bottom surface of the color layer of indicating arrangement 42 is electroplate with the first protective layer 41, even if therefore the wearing and tearing of the color layer of indicating arrangement 42 come off, still can utilize the first protective layer 41 to guarantee its rust-proof effect.In addition; after coming off, the color layer wearing and tearing of indicating arrangement 42 show the color of the first protective layer 41; although the color of the first protective layer 41 is same as the color of the second protective layer 43 of non-sign structural region; but because the thickness of the second protective layer 43 is higher than the first protective layer 41; and can form the relief contrast effect with thickness difference of height, and then effectively guarantee its long-term identification effect.
Refer to Fig. 4, Figure 11, the fourth embodiment of the present invention is compared to the second embodiment, and its difference is that the color of the second protective layer is same as the color of the first protective layer, its surface in instrument 40 first imposes first surface and processes means, and be formed with the first protective layer 41, these first surface processing means can be electroplating processes means, electricity processing means, gas dye processing means or dye black processing means, in the present embodiment, these first surface processing means are electroplating processes means, and are formed with the first protective layer 41 in the electroplating surface of instrument 40, then mold the indicating arrangement 42 with color layer with painted means pre-position on the first protective layer 41, these painted means can be the painted means of printing or pasting, in the present embodiment, these painted means mold the indicating arrangement 42 with color layer in the mode of printing, and the bottom surface that makes the indicating arrangement 42 with color layer still has the first protective layer 41, in the present embodiment, this indicating arrangement 42 with color layer includes the second color layer region 422 that the first color layer region 421 and color are different from the first color layer region 421, and between the first color layer region 421 and the second color layer region 422, be not have an interval region 423 of color layer, then process means with second surface and form in non-sign structural region and the interval region 423 of tool surfaces the second protective layer 43 that is same as the first protective layer 41 colors, these second surface processing means can be electroplating processes means, electricity processing means or dye black processing means, in the present embodiment, these second surface processing means are electroplating processes means, due in the time carrying out these electroplating processes means, the first color layer region 421 and the second color layer region 422 of indicating arrangement 42 can not produce electroplating reaction, and only produce electroplating reaction at non-sign structural region and interval region 423, and can be formed with the second protective layer 43 in the non-sign structural region of instrument 40 and interval region 423 plating, because the color of the second protective layer 43 differs from the first color layer region 421 of indicating arrangement 42 and the color in the second color layer region 422, make on instrument 40 surfaces the first color layer region 421 of indicating arrangement 42 and the color in the second color layer region 422 to form three kinds of different compared colour differences from the color of the second protective layer 43 of non-sign structural region and interval region 423, and then provide preferably identification effect.
Refer to Figure 12; make the first color layer region 421 of indicating arrangement 42 and the wearing and tearing of the color layer in the second color layer region 422 come off during when life-time service; because the bottom surface of the color layer in the first color layer region 421 and the second color layer region 422 is electroplate with the first protective layer 41; even if therefore the first color layer region 421 of indicating arrangement 42 and the wearing and tearing of the color layer in the second color layer region 422 come off, still can utilize the first protective layer 41 to guarantee its rust-proof effect.In addition; after coming off, the first color layer region 421 of indicating arrangement 42 and the wearing and tearing of the color layer in the second color layer region 422 show the color of the first protective layer 41; although the color of the first protective layer 41 is same as the color of the second protective layer 43; but because the thickness of the second protective layer 43 of non-sign structural region and interval region 423 is higher than the first protective layer 41; and can form the relief contrast effect with thickness difference of height, and then effectively guarantee its long-term identification effect.
Refer to Figure 13, its the 5th embodiment of the present invention works as instrument and is used in special occasions, and must guarantee that tool surfaces must not colored layer may be worn and torn the situation coming off time, the present invention processes means in carrying out first surface, after painted means and second surface processing means, can continue again and remove look means, to remove the color layer on indicating arrangement, as shown in Figure 6, when removing after the color layer on indicating arrangement 42 except look means, the bottom surface of the color layer of indicating arrangement 42 is electroplate with the first protective layer 41, even if therefore remove the color layer of indicating arrangement 42, still can utilize the first protective layer 41 to guarantee its rust-proof effect, and after the color layer of removal indicating arrangement 42, show the color of the first protective layer 41, because the color of the first protective layer 41 differs from the color of the second protective layer 43 of non-sign structural region, and still can form different compared colour differences, and then effectively guarantee its long-term identification effect.Please coordinate again shown in Fig. 8, when removing after the color layer on indicating arrangement 42 except look means, because the bottom surface of the color layer in the first color layer region 421 and the second color layer region 422 is electroplate with the first protective layer 41, even if therefore remove the first color layer region 421 of indicating arrangement 42 and the color layer in the second color layer region 422, still can utilize the first protective layer 41 to guarantee its rust-proof effect, and after removal the first color layer region 421 of indicating arrangement 42 and the color layer in the second color layer region 422, show the color of the first protective layer 41, because the color of the first protective layer 41 differs from the color of the second protective layer 43 of non-sign structural region and interval region 423, and still can form different compared colour differences, and then effectively guarantee its long-term identification effect.Please coordinate again shown in Figure 10, when removing after the color layer on indicating arrangement 42 except look means, the bottom surface of the color layer of indicating arrangement 42 is electroplate with the first protective layer 41, even if therefore remove the color layer of indicating arrangement 42, still can utilize the first protective layer 41 to guarantee its rust-proof effect, and after the color layer of removal indicating arrangement 42, show the color of the first protective layer 41, although the color of the first protective layer 41 is same as the color of the second protective layer 43 of non-sign structural region, but because the thickness of the second protective layer 43 is higher than the first protective layer 41, and can form the relief contrast effect with thickness difference of height, and then effectively guarantee its long-term identification effect.Please coordinate again shown in Figure 12, when removing after the color layer on indicating arrangement 42 except look means, because the bottom surface of the color layer in the first color layer region 421 and the second color layer region 422 is electroplate with the first protective layer 41, even if therefore remove the first color layer region 421 of indicating arrangement 42 and the color layer in the second color layer region 422, still can utilize the first protective layer 41 to guarantee its rust-proof effect, and after removal the first color layer region 421 of indicating arrangement 42 and the color layer in the second color layer region 422, show the color of the first protective layer 41, although the color of the first protective layer 41 is same as the color of the second protective layer 43, but because the thickness of the second protective layer 43 of non-sign structural region and interval region 423 is higher than the first protective layer 41, and can form the relief contrast effect with thickness difference of height, and then effectively guarantee its long-term identification effect.
Accordingly, the present invention not only provides preferably identification effect under normal condition, even and if the color layer of indicating arrangement wearing and tearing come off, also still can guarantee its antirust and identification effect, be the design of a dark tool practicality and progressive in fact.
Claims (10)
1. a forming method for instrument indicating arrangement, is characterized in that, includes:
First surface is processed means: impose first surface in tool surfaces and process means, to form the first protective layer;
Painted means: pre-position molds the indicating arrangement with color layer on the first protective layer of tool surfaces, and make the bottom surface of the indicating arrangement with color layer there is the first protective layer;
Second surface is processed means: impose second surface at the non-sign structural region of tool surfaces and process means, to form the second protective layer at non-sign structural region.
2. the forming method of instrument indicating arrangement according to claim 1, wherein, this first surface process means and second surface processing means be electroplating processes means, electricity processing means or dye black processing means.
3. the forming method of instrument indicating arrangement according to claim 2; wherein; these electroplating processes means are that copper facing, chromium plating or nickel plating mode are carried out; second surface is processed means and is adopted different plating modes from first surface processing means, so that the color of the second protective layer differs from the first protective layer color.
4. the forming method of instrument indicating arrangement according to claim 2; wherein; these electroplating processes means are that copper facing, chromium plating or nickel plating mode are carried out; second surface is processed means and is adopted identical plating mode with first surface processing means, so that the color of the second protective layer is same as the first protective layer color.
5. the forming method of instrument indicating arrangement according to claim 1, wherein, is also included in first surface and processes after means, painted means and second surface processing means, continues and removes look means, to remove the color layer on indicating arrangement.
6. a forming method for instrument indicating arrangement, is characterized in that, includes:
First surface is processed means: impose first surface in tool surfaces and process means, to form the first protective layer;
Painted means: pre-position molds the indicating arrangement with color layer on the first protective layer of tool surfaces, this indicating arrangement with color layer includes the second color layer region that the first color layer region and color are different from the first color layer region, and between the first color layer region and the second color layer region, be not have an interval region of color layer, and make the first color layer region of indicating arrangement and the bottom surface in the second color layer region there is the first protective layer;
Second surface is processed means: non-sign structural region and interval region in tool surfaces impose second surface processing means, to form the second protective layer at non-sign structural region and interval region.
7. the forming method of instrument indicating arrangement according to claim 6, wherein, this first surface process means and second surface processing means be electroplating processes means, electricity processing means or dye black processing means.
8. the forming method of instrument indicating arrangement according to claim 7; wherein; these electroplating processes means are that copper facing, chromium plating or nickel plating mode are carried out; second surface is processed means and is adopted different plating modes from first surface processing means, so that the color of the second protective layer differs from the first protective layer color.
9. the forming method of instrument indicating arrangement according to claim 7; wherein; these electroplating processes means are that copper facing, chromium plating or nickel plating mode are carried out; second surface is processed means and is adopted identical plating mode with first surface processing means, so that the color of the second protective layer is same as the first protective layer color.
10. the forming method of instrument indicating arrangement according to claim 6, wherein, also being included in first surface processes after means, painted means and second surface processing means, continue and remove look means, to remove the color layer on the first color layer region and the second color layer region of indicating arrangement.
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| CN201310163137.4A CN103806047B (en) | 2012-11-01 | 2013-05-06 | The forming method of instrument indicating arrangement |
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