CN102956146A - Tool recognizing structure and production method thereof - Google Patents
Tool recognizing structure and production method thereof Download PDFInfo
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- CN102956146A CN102956146A CN2011102356163A CN201110235616A CN102956146A CN 102956146 A CN102956146 A CN 102956146A CN 2011102356163 A CN2011102356163 A CN 2011102356163A CN 201110235616 A CN201110235616 A CN 201110235616A CN 102956146 A CN102956146 A CN 102956146A
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Abstract
The invention relates to a tool recognizing structure which is multi-colored and fine in recognizability and a production method thereof. A sign pattern provided with at least one color layer is formed on the surface of a tool. The surface of the tool is provided with an electroplated layer. A blackened layer is formed around the sign pattern on the surface of the tool. The tool recognizing structure is produced by steps of forming, roll marking, thermal treatment, surface treatment, coloring, electroplating, removing, blackening and the like. Accordingly, rust resistance of the tool can be improved. Due to the facts that the surface of the sign pattern is provide with multiple colors and the blackened layer and the electroplating layer are formed on the surface of the tool, color difference of the sign pattern on the surface of the tool is increased greatly, recognizability of the sign pattern on the surface of the tool can be improved effectively, and convenience for selecting the tool is improved.
Description
Technical field
The present invention relates to a kind of recognition technology field of instrument, particularly refer to a kind of tool construction high and that color is various of identifying, allow the user can be easy to identify the indicia patterns of this instrument, and can improve the texture of instrument.
Background technology
Tool surfaces can be provided with the indicia patterns for identification usually, such as specification, size or trade mark etc.And the recognition structure of conventional tool is to print in the surface of instrument with typing equipment to form, but this practice not only typing equipment is expensive, its recognition effect is not good simultaneously, therefore can't be widely used.Moreover, the dealer is also arranged in the sheathed different colour circle of instrument external diameter, be provided as the usefulness of identification, but colour circle generally is made with elastomeric material, and is easily stained in the occasion of greasy dirt, not only can have influence on its resolution, and serviceable life is not long, and the function of identification facility namely can't be provided after colour circle peels off.
In order to solve aforesaid problem, present more common mode, that sleeve body after moulding is carried out electroplating surface and processed, make the inside and outside periphery of this sleeve body form an electrodeposited coating, but the existing electroplating surface processing mode of this kind, although have antirust function, but, owing to having the electrodeposited coating that is silver color on its mark dimpled grain, with the electrodeposited coating of tool exterior surface be to be same colour system, during use, extremely be difficult for finding out shown instrument specification, the size of mark dimpled grain on this instrument, cause the puzzlement in the use.In addition, a kind of surface treatment method that relies on manganese phosphate to infiltrate tool interior is arranged, although also have aforesaid antirust function, but through the instrument after the manganese phosphate surface treatment, integral body is to be black powder, more so that the font on the mark dimpled grain thicken, unintelligible, aforesaid use disappearance also can't effectively solve.
Because the problems such as the resolution of aforementioned tools is not enough, the life-span is not long, further develop on the market at present multiple different recognition system and forming method are arranged, such as TaiWan, China patent announcement No. 555626 (applying for No. 092101765), disclose No. 200840683 etc., but it is simple silver, black configuration, can't satisfy the demand that the trade mark diversity changes, therefore aforementioned existing surface treatment method still can't effectively solve traditional person's disadvantages, be necessary to do in fact necessity of further improvement.
Edge is, the inventor is the problem further investigated that faces when dimensions is identified for aforementioned tools, and by means of research and development and the manufacturing experience of being engaged in for many years related industry, actively seek the road that solves, research and development through constantly making great efforts, finally success develop a kind of tool identification structure and preparation method thereof, to overcome instrument because of the not good puzzlement that is caused of resolution.
Summary of the invention
Therefore, fundamental purpose of the present invention is to provide a kind of preparation method who forms the tool identification structure of various color, can make tool surfaces produce multicolour, make the recognition structure of instrument improve resolution because of its aberration, the further also texture of hoisting tool.
Again, of the present invention time a purpose is to provide a kind of tool identification structure with polychromatic surface, and it can increase the gradation sense of tool surfaces, can be convenient to the user simultaneously and select, and can improve its economic benefit.
For this reason, the present invention mainly is by following technological means, come the aforesaid purpose of specific implementation and usefulness: the indicia patterns that is formed with at least one recess on this tool surfaces, and be coated with again the chromatograph of at least a colorant in the indicia patterns, moreover the surface of this instrument outside indicia patterns be formed with at least one electrodeposited coating and and dye black layer, makes the recognition structure of instrument form the above polychrome structure of at least three kinds of colors.
And its preparation method comprises a moulding, a roll marks, a thermal treatment, a colouring, and electroplates, one removes and one dye the steps such as black;
At first, carry out the step of moulding, it utilizes the existing technology such as car system and forging to form the instrument of correspondingly-shaped;
Then, carry out the step of roll marks, be formed with one or most recess indicia patterns in instrument outer surface precalculated position;
Afterwards, the step of heat-treating utilizes heat treatment technics that the instrument that this has indicia patterns is carried out cure process;
Then, the step of painting is coated with at least one chromatograph on the surface of instrument correspondence markings pattern;
Afterwards, the step of electroplating is again utilized electroplating technology to carry out plate surface in the peripheral edge surface of instrument and is processed;
Next, the step of removing utilizes grinding technique to give around the electrodeposited coating of indicia patterns peripheral edge surface tool link worn, forms one and removes layer;
At last, dye black step, process to dye black technology or manganese phosphate in the removal layer surface of instrument, make the removal layer surface formation one of instrument dye black layer, and form the instrument of polychromatic surface.
So, by representing of aforementioned techniques means, so that the indicia patterns of instrument of the present invention has various color, and the electrodeposited coating on engagement tool surface and the design of dying black layer, more can promote indicia patterns in the aberration of tool surfaces, the effective resolution of hoisting tool surface indicia pattern, the convenience that the enhancement instrument is chosen, make tool identification structure of the present invention can practise at aspects such as resolution and color diversity formula person and have more the effect enhancement, and then the surcharge of increase product, and promote its economic benefit.
Description of drawings
Fig. 1 is the three-dimensional appearance schematic diagram of instrument of the present invention;
Fig. 2 is the preparation method's of tool identification structure of the present invention flow process block schematic diagram;
Fig. 3 is the schematic appearance after the instrument moulding of the present invention;
Fig. 4 is the schematic appearance of instrument of the present invention behind the roll marks mark;
Fig. 5 is the local side-looking diagrammatic cross-section of instrument of the present invention after the indicia patterns colouring;
Fig. 6 is the local side-looking diagrammatic cross-section of instrument of the present invention behind electroplating surface;
Fig. 7 is the local side-looking diagrammatic cross-section of instrument of the present invention after removing electrodeposited coating;
Fig. 8 is that instrument of the present invention is in finishing the local side-looking diagrammatic cross-section of dying after deceiving;
Fig. 9 is the flow process block schematic diagram of another embodiment of tool identification structure preparation method of the present invention.
Description of reference numerals: 10-body; The 11-drive end; 12-fit end; The 13-circular groove; The 15-indicia patterns; 18-removes layer; The 20-chromatograph; The 30-electrodeposited coating; 40-dyes black layer.
Embodiment
The present invention is tool identification structure and preparation method thereof, in the illustrative specific embodiments of the invention of the figure that encloses and the member thereof, all about front and rear, left and right, top and bottom, top and bottom and level and vertical reference, only be used for conveniently being described, and unrestricted the present invention, also non-its member is limited to any position or direction in space.Specified size in graphic and the instructions, when can be in not leaving claim of the present invention, design according to a particular embodiment of the invention and demand and change.
The present invention is a kind of tool identification structure and preparation method thereof, wherein instrument can be selected from sleeve, various spanner etc., the present invention is take sleeve as main embodiment, such as Fig. 1, shown in Figure 2, this instrument 10 is to be cylinder, instrument 10 two ends have respectively drive end 11 and the fit end 12 for socket screw piece bolt or nut for the driven tool grafting, can be formed with at least one recess circular groove 13 on the fit end 12 of instrument 10 again, moreover be formed with the indicia patterns 15 of at least one recess on instrument 10 outside surfaces, this indicia patterns 15 can be selected from specification, size or trade mark etc., the chromatograph 20 that is coated with again at least a colorant in the indicia patterns 15 is redness such as trade mark, be of a size of green etc., moreover this instrument 10 surface outside indicia patterns 15 is formed with at least one electrodeposited coating 30 and and dyes black layer 40, make the recognition structure of instrument 10 form the above polychrome structure of at least three kinds of colors, further improve its resolution, and the appearance tactile impression that can promote product.As for the preparation method of this tool identification structure, then see also shown in Figure 2ly, it includes at least a moulding, a roll marks, a thermal treatment, a surface treatment, a colouring, and electroplates, one removes and one dye the steps such as black; Wherein
At first, carry out the step of moulding, cooperate shown in Figure 3, it utilizes the existing technology such as car system and forging to form the instrument 10 of correspondingly-shaped, the present invention is take sleeve as example, this instrument 10 has the fit end 12 and the drive end 11 of tool for wrenching bar intercalation driving of the nuts that unloads for corresponding wish lock, and further is formed with the circular groove 13 of twice recess on instrument 10 fit ends 12;
Then, carry out the step of roll marks, cooperation is consulted shown in Figure 4, both utilize just like technology such as roll marks, cloudy quarters, die castings and be formed with one or the recess indicia patterns 15 of majority in instrument 10 outer surface precalculated positions, the present invention is that roll marks is in instrument 10 fit ends 12 surfaces, this indicia patterns 15 can be selected from corresponding specification, size or trade mark literal or the numeral etc. dimpled grain, include a trade mark and a dimension figure such as indicia patterns 15 of the present invention;
Afterwards, the step of heat-treating behind indicia patterns 15 roll marks of finishing instrument 10 surfaces, utilizes heat treatment technics that the instrument 10 that this has indicia patterns 15 is carried out cure process, with the hardness of hoisting tool 10, the probability that the indicia patterns 15 on minimizing instrument 10 surfaces is worn;
And then, carry out the surface-treated step, after finishing thermal treatment, then with the technology of sandblast or grinding instrument 10 and the burr of indicia patterns 15 are removed, and made the surface roughening of indicia patterns 15, the colorant after the order can effectively be attached in the indicia patterns 15;
Then, the step of painting, as shown in Figure 5, after finishing surface treatment, be coated with a chromatograph 20 on the surface of instrument 10 correspondence markings patterns 15, this chromatograph 20 can be the colorant of various different colors, and can according to trade mark and dimension figure apply different colors such as trade mark for red, dimension figure for green, and because process through coarse surface on the surface of indicia patterns 15, therefore chromatograph 20 can effectively be snapped at the surface of indicia patterns 15, fill up simultaneously the dimpled grain of this indicia patterns 15;
Afterwards, the step of electroplating again, it is as shown in Figure 6, utilizing electroplating technology to comprise inside and outside surface in the peripheral edge surface of instrument 10 carries out plate surface and processes, make instrument 10 covering surfaces that the silver color electrodeposited coating 30 of one light be arranged, and because the colorant of chromatograph 20 is insulating material, therefore the surperficial unlikely generation plating action of chromatograph 20;
Next, the step of removing, it is as shown in Figure 7, in order to increase the aberration of indicia patterns 15, will instrument 10 to utilize grinding technique to give around the electrodeposited coating 30 of indicia patterns 15 peripheral edge surface worn, form one and remove layer 18, it is worn that the present invention is that the electrodeposited coating 30 with instrument 10 fit ends 12 gives, and can synchronously chromatograph 20 flashes of indicia patterns 15 be removed;
At last, dye black step, it is as shown in Figure 8, after the removal step of finishing instrument 10 surfaces, further process to dye black technology or manganese phosphate such as Fig. 7 in the removal layer 18 of instrument 10, make removal layer 18 surface of instrument 10 thereby form the black layer 40 of dying of black powder, this color that dyes black layer 40 is different from chromatograph 20 color with electrodeposited coating 30 silver color such as red, green, make indicia patterns 15 and dye black layer 40 surface with the electrodeposited coating 30 of instrument 10 and produce obviously contrast, has splendid identity, at last, formation instrument 10 outward appearances as shown in Figure 1.
So, form one and have high resolution and the diversified tool identification of color structure person concurrently.
By aforesaid forming method, instrument 10 of the present invention has following advantage and practical value; Such as:
1, instrument of the present invention 10 surfaces are formed with the indicia patterns 15 of recess, and the chromatograph 20 that has insulation on the indicia patterns 15, this chromatograph 20 not only can be attached to the rough surface of indicia patterns 15 fully, and have incrust characteristics, and because chromatograph 20 can have different color, more can utilize it to have the characteristic of gorgeous color, and with the electrodeposited coating 30 of other part coatings of instrument 10 surface and dye black layer 40 and produce obvious aberration contrast, and then improve its identity, allow the user be easy to see clearly by indicia patterns 15 literal, numeral or the figure of its sign.
2, instrument 10 of the present invention has chromatograph 20, the electrodeposited coating 30 of indicia patterns 15 and dyes black layer 40, makes instrument 10 form the polychrome structure, and the variability that can promote its color, and can promote its whole texture, therefore can increase the surcharge of product.
Tool identification structure preparation method of the present invention has an embodiment in addition again, and it is as shown in Figure 9, and it includes at least that a moulding, a roll marks, a thermal treatment, a surface treatment, one are electroplated, a colouring, is removed and one dyes the steps such as black; Wherein
At first, carry out the step of moulding, cooperate shown in Figure 3, it utilizes the existing technology such as car system and forging to form the instrument 10 of correspondingly-shaped, the present invention is take sleeve as example, this instrument 10 has the fit end 12 and the drive end 11 of tool for wrenching bar intercalation driving of the nuts that unloads for corresponding wish lock, and further is formed with the circular groove 13 of twice recess on instrument 10 fit ends 12;
Then, carry out the step of roll marks, cooperation is consulted shown in Figure 4, both utilize just like technology such as roll marks, cloudy quarters, die castings and be formed with one or the recess indicia patterns 15 of majority in instrument 10 outer surface precalculated positions, the present invention is that roll marks is in instrument 10 fit ends 12 surfaces, this indicia patterns 15 can be selected from corresponding specification, size or trade mark literal or the numeral etc. dimpled grain, include a trade mark and a dimension figure such as indicia patterns 15 of the present invention;
Afterwards, the step of heat-treating behind indicia patterns 15 roll marks of finishing instrument 10 surfaces, utilizes heat treatment technics that the instrument 10 that this has indicia patterns 15 is carried out cure process, with the hardness of hoisting tool 10, the probability that the indicia patterns 15 on minimizing instrument 10 surfaces is worn;
And then, carry out the surface-treated step, after finishing thermal treatment, then with the technology of sandblast or grinding instrument 10 and the burr of indicia patterns 15 are removed, and made the surface roughening of indicia patterns 15, the colorant after the order can effectively be attached in the indicia patterns 15;
Then, the step of electroplating again, it is as shown in Figure 6, after finishing surface treatment, utilizes electroplating technology to comprise inside and outside surface in the peripheral edge surface of instrument 10 and carries out plate surface and process, and makes instrument 10 covering surfaces that the silver color electrodeposited coating 30 of one light be arranged;
Afterwards, the step of painting, as shown in Figure 5, after finishing plating step, instrument 10 is coated with a chromatograph 20 in the surface of correspondence markings pattern 15, this chromatograph 20 can be the colorant of various different colors, and can according to trade mark and dimension figure apply different colors such as trade mark for red, dimension figure for green, this chromatograph 20 can effectively be snapped at the surface of electrodeposited coating 30, fills up simultaneously the dimpled grain of this indicia patterns 15;
Next, the step of removing, it is as shown in Figure 7, in order to increase the aberration of indicia patterns 15, will instrument 10 to utilize grinding technique to give around the electrodeposited coating 30 of indicia patterns 15 peripheral edge surface worn, form one and remove layer 18, it is worn that the present invention is that the electrodeposited coating 30 with instrument 10 fit ends 12 gives, and can synchronously chromatograph 20 flashes of indicia patterns 15 be removed;
At last, dye black step, it is as shown in Figure 8, after the removal step of finishing instrument 10 surfaces, further process to dye black technology or manganese phosphate such as Fig. 7 in the removal layer 18 of instrument 10, make removal layer 18 surface of instrument 10 thereby form the black layer 40 of dying of black powder, this color that dyes black layer 40 is different from chromatograph 20 color with electrodeposited coating 30 silver color such as red, green, make indicia patterns 15 and dye black layer 40 surface with the electrodeposited coating 30 of instrument 10 and produce obviously contrast, has splendid identity, at last, formation instrument 10 outward appearances as shown in Figure 1.
Form one and have high resolution and the diversified tool identification structure of color concurrently.
Above explanation is just illustrative for the purpose of the present invention; and nonrestrictive, those of ordinary skills understand, in the situation that does not break away from the spirit and scope that claim limits; can make many modifications, variation or equivalence, but all will fall within protection scope of the present invention.
Claims (10)
1. tool identification structure, be formed with the indicia patterns of at least one recess on this tool surfaces, and be coated with again the chromatograph of at least a colorant in the indicia patterns, the surface of this instrument outside indicia patterns is formed with at least one electrodeposited coating and and dyes black layer, makes the recognition structure of instrument form the above polychrome structure of at least three kinds of colors.
2. tool identification structure according to claim 1, it is characterized in that: this instrument is sleeve, and the instrument two ends have respectively drive end and the fit end for the socket screw piece for the driven tool grafting, and indicia patterns is formed at the outer surface of fit end, and instrument is formed with at least one recess circular groove on the surface of contiguous indicia patterns, and the circular groove surface has electrodeposited coating.
3. tool identification structure according to claim 1, it is characterized in that: the chromatograph of the indicia patterns of this instrument is selected from different color.
4. tool identification structure according to claim 1 is characterized in that: this tool surfaces dye black layer be surrounded on indicia patterns around.
5. the preparation method of a tool identification structure is characterized in that, it includes at least a moulding, a roll marks, a thermal treatment, a colouring, and electroplates, one removes and one dye black step;
At first, carry out the step of moulding, it utilizes the existing technology of car system and forging to form the instrument of correspondingly-shaped;
Then, carry out the step of roll marks, be formed with one or most recess indicia patterns in instrument outer surface precalculated position;
Afterwards, the step of heat-treating utilizes heat treatment technics that the instrument that this has indicia patterns is carried out cure process;
Then, the step of painting is coated with at least one chromatograph on the surface of instrument correspondence markings pattern;
Afterwards, the step of electroplating is again utilized electroplating technology to carry out plate surface in the peripheral edge surface of instrument and is processed;
Next, the step of removing utilizes grinding technique to give around the electrodeposited coating of indicia patterns peripheral edge surface tool link worn, forms one and removes layer;
At last, dye black step, process to dye black technology or manganese phosphate on the removal layer surface of instrument, make the removal layer surface formation one of instrument dye black layer, and form the instrument of polychromatic surface.
6. the preparation method of tool identification structure according to claim 5, it is characterized in that: have a surface-treated step between this heat treatment step and the colouring step, be with the technology of sandblast or grinding the burr of instrument and indicia patterns to be removed, and make the surface roughening of indicia patterns.
7. the preparation method of tool identification structure according to claim 5 is characterized in that: the step of this colouring applies the colorant of different color at different indicia patterns places.
8. the preparation method of a tool identification structure is characterized in that: it includes at least that a moulding, a roll marks, a thermal treatment, one are electroplated, a colouring, is removed and one dyes black step;
At first, carry out the step of moulding, it utilizes the existing technology of car system and forging to form the instrument of correspondingly-shaped;
Then, carry out the step of roll marks, be formed with one or most recess indicia patterns in instrument outer surface precalculated position;
Afterwards, the step of heat-treating utilizes heat treatment technics that the instrument that this has indicia patterns is carried out cure process;
Then, the step of electroplating is again utilized electroplating technology to carry out plate surface in the peripheral edge surface of instrument and is processed;
Afterwards, the step of painting is coated with at least one chromatograph on the surface of instrument correspondence markings pattern;
Next, the step of removing utilizes grinding technique to give around the electrodeposited coating of indicia patterns peripheral edge surface tool link worn, forms one and removes layer;
At last, dye black step, process to dye black technology or manganese phosphate on the removal layer surface of instrument, make the removal layer surface formation one of instrument dye black layer, and form the instrument of polychromatic surface.
9. the preparation method of tool identification structure according to claim 8, it is characterized in that: have a surface-treated step between this heat treatment step and the plating step, be with the technology of sandblast or grinding the burr of instrument and indicia patterns to be removed, and make the surface roughening of indicia patterns.
10. the preparation method of tool identification structure according to claim 8 is characterized in that: on this
The step of look applies the colorant of different color in different indicia patterns.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201110235616.3A CN102956146B (en) | 2011-08-17 | 2011-08-17 | Tool recognizing structure and production method thereof |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201110235616.3A CN102956146B (en) | 2011-08-17 | 2011-08-17 | Tool recognizing structure and production method thereof |
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| CN102956146A true CN102956146A (en) | 2013-03-06 |
| CN102956146B CN102956146B (en) | 2015-06-24 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104005067A (en) * | 2013-02-27 | 2014-08-27 | 景祥凯工业股份有限公司 | Tool and manufacturing method thereof |
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| CN2597147Y (en) * | 2003-02-14 | 2004-01-07 | 长辰国际股份有限公司 | Socket |
| CN1618576A (en) * | 2004-11-08 | 2005-05-25 | 长辰国际股份有限公司 | Structure capable of displaying hand tool size indication |
| US20060027054A1 (en) * | 2004-08-03 | 2006-02-09 | Yao-Hung Wang | Identification structure for a sleeve tool |
| CN101376237A (en) * | 2008-10-13 | 2009-03-04 | 谢淑媛 | Sleeve structure |
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Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2062679U (en) * | 1990-01-30 | 1990-09-26 | 林村田 | Easily recognized jacket set suitable for metric and imperial systems |
| CN1451520A (en) * | 2002-04-17 | 2003-10-29 | 张珍财 | Impact wrench and method for making same |
| CN2597147Y (en) * | 2003-02-14 | 2004-01-07 | 长辰国际股份有限公司 | Socket |
| US20060027054A1 (en) * | 2004-08-03 | 2006-02-09 | Yao-Hung Wang | Identification structure for a sleeve tool |
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| CN104005067A (en) * | 2013-02-27 | 2014-08-27 | 景祥凯工业股份有限公司 | Tool and manufacturing method thereof |
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| CN102956146B (en) | 2015-06-24 |
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