CN100569535C - Pattern forming method and the notebook computer casing that uses this method to make - Google Patents
Pattern forming method and the notebook computer casing that uses this method to make Download PDFInfo
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- CN100569535C CN100569535C CNB2006101640265A CN200610164026A CN100569535C CN 100569535 C CN100569535 C CN 100569535C CN B2006101640265 A CNB2006101640265 A CN B2006101640265A CN 200610164026 A CN200610164026 A CN 200610164026A CN 100569535 C CN100569535 C CN 100569535C
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Abstract
The notebook computer casing that the present invention relates to a kind of pattern forming method and use this method to make, this method may further comprise the steps: select a base material and a plurality of gadget; Form on this base material with the drawing means and a plurality ofly to put the part position, thereby draw out default pattern; With engagement means described a plurality of gadgets are fixed in described a plurality of part position of putting; And described a plurality of gadgets constitute a 3 D pattern on this base material.Pattern forming method of the present invention can improve the mode of appearance of existing sci-tech product, and improves the value of the product of sci-tech product.
Description
Technical field
The notebook computer casing that the present invention relates to a kind of casing pattern forming method and use this method to make, particularly a kind of notebook computer casing that on the shell of electronic installation, forms the method for 3 D pattern and use this method to make.
Background technology
Mobile phone (Mobile phone), PDA(Personal Digital Assistant), multimedia player (PMP, MP3 Player), palm PC (Hand-held PC, UMPC) or notebook computer sci-tech products such as (Notebook) have powerful memory and calculation function, so that user's storage and deal with data, these products have become at present quite general individual instrument with oneself.Along with the continuous development and the progress of science and technology, volume is littler, memory capacity is bigger, operation efficiency faster sci-tech product also constantly weed out the old and bring forth the new thereupon, on function, the demand that the consumer can have a variety of selections to satisfy to use.Yet, no matter be personal digital assistant, palm PC or notebook computer, because the restriction on internal electron spare part and the volume, its shell mostly is the rectangle moulding, its material then is plastic material or metal material, therefore, these a large amount of electronic data processing equipments of manufacturing present the dull sci-tech product impression of raw food in appearance mostly, can't satisfy the demand for commodity that present consumer's expectation has personalization, differentiation.
There is manufacturer to utilize application techniques to release the shell of different colours or minute surface application, No. the 6327142nd, the U.S. and No. 6775130 patent application disclose the shell that coats with materials such as leathers in addition, these all are to wish to satisfy the demand of consumer to the sci-tech product outward appearance, as if it is dull that yet the change on simple application or the material is still disliked, therefore Intel company (Intel corporation) releases a kind of component switches system (Interchangeability), in component switches system, proposed to provide the manufacturer that makes notebook computer to change customized (the Customizable Notebook Panel) way (http://www.intel.com/cd/channel/reseller/asmo-na/eng/products/m obile/mprod/bb/271562.btm) of notebook computer panel, this way is design one groove on the shell of notebook computer, can dispose a drafting on the groove required pattern is arranged, the panel of image, increase visual entertaining in appearance except the notebook computer that can make raw food like this, also can meet consumer's the personalization and the demand of differentiation.
The customized way of exchangeable panel can satisfy personalized demand really, but removable panel only presents the visual experience on plane, can't present the texture of sci-tech product.Therefore, the consumer group that present still can't meet the demands high texture of present visible sci-tech product on appearance tactile impression.
In sum, existing sci-tech product is in order to solve the dull mode of appearance of raw food, the shell of different colours or minute surface application or the shell of exchangeable panel are provided, but the shell that it presented still is the visual experience on plane, and still reckoning without sci-tech product presenting on texture, is not to be the optimal design of the outer shell morphology of sci-tech product.
Summary of the invention
In view of the above problems, the object of the present invention is to provide a kind of notebook computer casing that the pattern forming method of the 3 D pattern with high texture can be formed and use this method to make on the shell of sci-tech product.
To achieve these goals, the invention provides a kind of pattern forming method, this method is applied to the shell of a sci-tech product, and arranges out pattern by a plurality of gadgets on shell, and this method may further comprise the steps:
On a base material, draw out default pattern with the drawing means as figure, symbol or literal and so on;
With engagement means a plurality of gadgets are arranged on the base material;
A plurality of gadgets that are arranged on the base material constitute a 3 D pattern.
In addition, use the shell of the notebook computer of pattern forming method disclosed according to the present invention to comprise a housing, surface of shell is provided with a plurality of graininess gadgets as diamond and so on, a plurality of graininess gadgets constitute the pattern of a figure, symbol or literal, so that the case surface of notebook computer has the pattern of arranging out with gadgets such as diamonds.
Particularly, the invention provides a kind of pattern forming method, this method may further comprise the steps: select a base material and a plurality of gadget; Form on this base material with the drawing means and a plurality ofly to put the part position, thereby draw out a default pattern; With engagement means described a plurality of gadgets are fixed in described a plurality of part position of putting; And described a plurality of gadgets constitute a 3 D pattern on this base material.
Preferably, these drawing means are the numerically-controlled machine tool processing method.
Preferably, this numerically-controlled machine tool processing method comprises draws a digital figure in advance on computers as digital pattern file, and this digital pattern file input digit is controlled the step of lathe, and then forms described a plurality of part positions of putting on this base material.
Preferably, form groove or perforation by this numerically-controlled machine tool processing method in the described part position of putting.
Preferably, these drawing means are the decompressor processing method.
Preferably, this decompressor processing method comprises draws a digital figure in advance on computers as digital pattern file, produces a template by this digital pattern file, and a punching press forms described a plurality of step of putting the part position.
Preferably, form groove or perforation by this decompressor processing method in the described part position of putting.
Preferably, these drawing means are plastics ejection formation processing method.
Preferably, this plastics ejection formation processing method comprises draws a digital figure in advance on computers as digital pattern file, produces an ejection formation module by this digital pattern file, and one-body molded described a plurality of steps of putting the part position.
Preferably, form groove or perforation by this plastics ejection formation processing method in the described part position of putting.
Preferably, this engagement means is for pasting processing method, and comprises following steps: to described a plurality of part position coating adhesives of putting; Described a plurality of gadgets are arranged at described a plurality of part position of putting; And adhesive is solidified with the curing means.
The present invention also provides a kind of pattern forming method, and this method may further comprise the steps: select a base material and a plurality of gadget; Form on this base material with the drawing means and a plurality ofly to put the part position, thereby draw out a default pattern; Measure described a plurality of coordinate data of putting the part position with measurement means; According to described coordinate data, described a plurality of gadgets are fixed in the described part position of putting with engagement means; And described a plurality of gadgets constitute a 3 D pattern on this base material.
Preferably, these drawing means are the laser engraving processing method.
Preferably, form groove or perforation by this laser engraving processing method in the described part position of putting.
Preferably, these drawing means are the chemical etching processing method.
Preferably, form groove by this chemical etching processing method in the described part position of putting.
Preferably, this measurement means adopts each described coordinate data of putting the part position of measurement of coordinates computer.
Preferably, this engagement means is for pasting processing method, and comprises following steps: to described a plurality of part position coating adhesives of putting; Described a plurality of gadgets are arranged at described a plurality of part position of putting; And adhesive is solidified with the curing means.
Preferably, these curing means are spontaneous curing or baking and curing.
Preferably, this engagement means is the damascene process method, and this damascene process method comprises described gadget is embedded in describedly puts the part position and constitute friction tight step.
Preferably, this engagement means is metallurgical bond processing method, and this metallurgy bond processing method comprises described gadget is embedded in describedly puts the part position and apply high heat, thereby makes the step of this base material and described gadget generation alloying.
The present invention also provides a kind of notebook computer casing that forms by above-mentioned pattern forming method.
Pattern forming method disclosed according to the present invention, the means of wherein charting and engagement means all can utilize automatic machinery to carry out, adopt the automatic or semi-automatic mode of production to inlay diamond at the shell of sci-tech product, a plurality of diamonds can be arranged out 3 D patterns such as figure, symbol or literal, think the visual experience of giving high texture on the dull sci-tech product of raw food, improve the value of the product of sci-tech product outside the function performance.
Existing conjunction with figs. adopts preferred embodiment to being described in detail as follows about feature of the present invention and preferred embodiment.
Description of drawings
Fig. 1 is the schematic flow sheet of the step of first embodiment of the invention;
Fig. 2 A～Fig. 2 C is the enforcement schematic diagram of the concrete steps of first embodiment of the invention;
Fig. 3 is the structure applications illustration of second embodiment of the invention;
Fig. 4 is the schematic flow sheet of the step of second embodiment of the invention;
Fig. 5 A and Fig. 5 B are the enforcement schematic diagram of the concrete steps of third embodiment of the invention.
Wherein, description of reference numerals is as follows:
10 base materials, 101 outer surfaces, 102 inner surfaces, 11 grooves
12 perforation, 121 commissures, 20 gadgets, 30 default patterns
31 3 D patterns, 40 adhesives
Many gadgets of step 700 are fixed on the base material, thereby constitute a 3 D pattern
The specific embodiment
Pattern forming method disclosed in this invention is to form 3 D pattern by a plurality of gadgets on the shell of a sci-tech product, and wherein the sci-tech product of indication is including, but not limited to electronic data processing equipments such as mobile phone, personal digital assistant, multimedia player, palm PC or notebook computers; Wherein the material of the shell of indication is including, but not limited to macromolecule material (acrylonitrile-styrene-butadiene copolymer, Acrylonitrile Butadiene Styre (ABS)), magnadure material (Magnesium), titanium alloy material (Titanium) or carbon fiber material plastics, alloy or carbon fibre materials such as (Carbon-Fiber); Wherein the gadget of indication is including, but not limited to ornament materials identical or inequality with enclosure material such as jewelry, diamond, heavy metal, alloy, crystal, glass, acryl or Chinese juniper wood, and gadget has but is not limited to irregular or geometry such as rule particle shape, spherical, square shape, strip.Following specific embodiments of the invention are for using the notebook computer of inlaying diamond and adopting the magnadure shell.
Pattern forming method disclosed according to the present invention, this method comprises drawing means step and engagement means step at least, wherein drawing means be by laser engraving, transfer printing, brill mill, etching, numerically-controlled machine tool (Computer Numerical Control, CNC), processing method such as punching press forms a predetermined pattern on a base material, engagement means be by paste (Adhesive), surface mount (Surface MountTechnology, SMT), inlay (Mosaicking), metallurgical bond processing methods such as (Bonding) is fixed in gadget on the base material.In concrete enforcement, according to the Material Selection of base material and gadget, and various different processing methods, implementation step has multiple variation, or increases other step, or carries out in full-automatic or automanual mode.
First embodiment:
As shown in Figure 1, according to the disclosed pattern forming method of first embodiment of the invention, choose a base material 10 and a plurality of gadget 20 (step 100) at first earlier, base material 10 is the magnadure material, and a plurality of gadgets 20 are diamond; Adopt the drawing means of laser engraving to form a plurality of grooves 11 then on the upper surface of base material 10, thereby draw out a default pattern 30 (step 200, and consult Fig. 2 A), default pattern can be figure, symbol or literal, such as the flowers form shown in Fig. 2 A; Each groove 11 all can be provided with a gadget 20, and definition groove 11 is to put the part position; Measure the coordinate data (step 300) that each puts the part position with measurement means, measurement means adopts the measurement of coordinates computer; To paste mode as engagement means, utilize the automatically dropping glue machine coordinate data obtained according to step 300, each is put part position coating adhesive 40 (steps 400, and consult Fig. 2 B), further obtained coordinate data according to step 300, with automatism card machine absorption gadget 20, gadget 20 is arranged at respectively puts part position (step 500), adopt the curing means that adhesive is solidified (step 600), the curing means can be spontaneous curing or baking and curing, make each gadget 20 be fixed in groove 11 on the base material 10, each gadget 20 protrudes from the surface of base material 10, on base material 10, constitute a 3 D pattern 31 (step 700, and consult Fig. 2 C) by each gadget 20.
Be embroidered with the shell (as shown in Figure 3) of the base material 10 of gadget 20 as notebook computer with point, gadget 20 is for diamond and be arranged in a flowers form, can present the visual experience of three-dimensional and high texture, and then increases the value of the product of notebook computer.
In addition, laser engraving uses laser engraving machine to preset the drafting of pattern 30 in the mode of craftsman's semi-automation, and the default pattern of being finished each time 30 will be slightly variant, and it is applicable to customized mode.Adopt mass-produced mode as needs, then can on base material 10, utilize drawing means earlier as transfer printing, China inks such as pattern, symbol or literal are imprinted on the base material 10, carry out for example laser engraving again, or bore as semiautomatic machines such as milling machines and to mill, or as modes such as chemical etchings, these all belong to the alleged drawing means of first embodiment.
Second embodiment:
As shown in Figure 4, according to the disclosed pattern forming method of second embodiment of the invention, choose a base material 10 and a plurality of gadget 20 (step 100) at first earlier, base material 10 is the magnadure material, and a plurality of gadgets 20 are diamond; Adopt the drawing means of numerically-controlled machine tool on the upper surface of base material 10, to form a plurality of grooves 11 then, thereby draw out a default pattern 30 (step 200), wherein adopt the drawing means of numerically-controlled machine tool (CNC) to comprise the digital pattern file of drawing digital figure in advance on computers, step with digital pattern file input digit control lathe, make the data of numerically-controlled machine tool according to digital pattern file, utilize workpiece on base material 10, to process groove 11 as milling cutter and so on, each groove 11 all can be provided with a gadget 20, and definition groove 11 is to put the part position; The engagement means of mode is pasted in selection, utilize the data of automatically dropping glue machine according to digital pattern file, each is put part position coating adhesive 40 (steps 400), further according to the data of digital pattern file, with automatism card machine absorption gadget 20, gadget 20 is arranged at respectively puts part position (step 501), adopt the curing means that adhesive is solidified (step 600), the curing means can be spontaneous curing or baking and curing, make each gadget 20 be fixed in groove 11 on the base material 10, each gadget 20 protrudes from the surface of base material 10, constitutes a 3 D pattern (step 700) by each gadget 20 on base material 10.
According to the disclosed pattern forming method of second embodiment of the invention, it adopts the digital pattern file of drawing digital figure in advance on computers, therefore each to put the part position coordinates definite when computer drawing, thereby can omit the measurement means of first embodiment, adopt full-automatic mode, can accelerate to make flow process like this.And, also can produce a template by digital pattern file, adopt the action of punching presses of decompressor such as punch press can form whole groove 11, also can further shorten required Production Time.
In addition, base material 10 adopts macromolecular material (acrylonitrile-styrene-butadiene copolymer), and makes with plastics ejection formation machine, and is same, can utilize digital pattern file to produce ejection shaping die, adopt the base material 10 one-body molded fluted 11 of macromolecular material.Therefore, processing methods such as numerically-controlled machine tool, decompressor or plastics ejection formation machine can obtain the data of putting the part position by digital pattern file, and these all belong to the drawing means of second embodiment of the invention.
The 3rd embodiment:
As Fig. 5 A, shown in Fig. 5 B, the method step that is adopted according to the disclosed pattern forming method of third embodiment of the invention is identical with first embodiment or second embodiment, the promptly same laser engraving that adopts, semiautomatic machine bores and mills, numerically-controlled machine tool, drawing means such as decompressor or plastics ejection formation machine, according to the drawing means that third embodiment of the invention adopted is to form perforation 12 to draw out a default pattern 30 on base material 10, the inner hole wall of perforation 12 is formed a commissure 121, can adopt different engagement means with the characteristic of gadget 20 materials according to different substrate materials 10.For example paste the engagement means of mode, promptly, adhesive 40 is coated on the commissure 121 as described in first embodiment and second embodiment.Or will bore a hole and 12 be made as not isometrical hole, the place, small-bore of base material 10 corresponding perforation 12 is defined as outer surface 101.The place, large aperture of correspondence perforation 12 is defined as inner surface 102, the size of gadget 20 is slightly larger than the size of perforation 12, adopt as the inner surface 102 of machines such as automatism card machine absorption gadget 20 and be embedded in the perforation 12 from base material 10, thereby formation tight fit, and gadget 20 protrudes from outer surface 101, to constitute 3 D pattern 31.
For example base material 10 is the magnadure material again, gadget 20 also is magnadure material or other metal material (as the titanium alloy material), after gadget 20 is embedded in perforation 12, can adopt the engagement means of metallurgical bond, metallurgical bond makes base material 10 produce counterdiffusion or alloying mutually with gadget 20 by applying high heat, and gadget 20 is fixed in the perforation 12 of base material 10.
Though the present invention with aforesaid preferred embodiment openly as above; but it is not in order to limit the present invention; those skilled in the art without departing from the spirit and scope of the present invention; can carry out various modifications and modification, therefore claimed scope of the present invention should be as the criterion with the scope that this specification appending claims is defined.
Claims (11)
1. pattern forming method, this method may further comprise the steps:
Select a base material and a plurality of gadget;
Form on this base material with the drawing means and a plurality ofly to put the part position, thereby draw out a default pattern;
Measure described a plurality of coordinate data of putting the part position with measurement means;
According to described coordinate data, described a plurality of gadgets are fixed in the described part position of putting with engagement means; And
Described a plurality of gadget constitutes a 3 D pattern on this base material.
2. pattern forming method as claimed in claim 1 should the drawing means be the laser engraving processing method wherein.
3. pattern forming method as claimed in claim 2 wherein forms groove or perforation by this laser engraving processing method in the described part position of putting.
4. pattern forming method as claimed in claim 1 should the drawing means be the chemical etching processing method wherein.
5. pattern forming method as claimed in claim 4 wherein forms groove by this chemical etching processing method in the described part position of putting.
6. pattern forming method as claimed in claim 1, wherein this measurement means adopts each described coordinate data of putting the part position of measurement of coordinates computer.
7. pattern forming method as claimed in claim 1, wherein this engagement means is for pasting processing method, and comprises following steps:
To described a plurality of part position coating adhesives of putting;
Described a plurality of gadgets are arranged at described a plurality of part position of putting; And
With the curing means adhesive is solidified.
8. pattern forming method as claimed in claim 7 should the curing means be spontaneous curing or baking and curing wherein.
9. pattern forming method as claimed in claim 1, wherein this engagement means is the damascene process method, this damascene process method comprises described gadget is embedded in describedly puts the part position and constitutes friction tight step.
10. pattern forming method as claimed in claim 1, wherein this engagement means is metallurgical bond processing method, this metallurgy bond processing method comprises described gadget is embedded in describedly puts the part position and applies high heat, thereby makes the step of this base material and described gadget generation alloying.
11. notebook computer casing that the method for claim 1 is made.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CNB2006101640265A CN100569535C (en) | 2006-12-05 | 2006-12-05 | Pattern forming method and the notebook computer casing that uses this method to make |
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| Application Number | Priority Date | Filing Date | Title |
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| CNB2006101640265A CN100569535C (en) | 2006-12-05 | 2006-12-05 | Pattern forming method and the notebook computer casing that uses this method to make |
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| CN101195320A CN101195320A (en) | 2008-06-11 |
| CN100569535C true CN100569535C (en) | 2009-12-16 |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| HK1144146A2 (en) * | 2010-10-13 | 2011-01-28 | Work Internat Ltd | Method for inlaying crystals on the surface of mobile phone housing |
| KR101803871B1 (en) * | 2010-11-16 | 2017-12-04 | 엘지전자 주식회사 | Potable terminal method for manufacturing potable terminal |
| CN103770551A (en) * | 2012-10-19 | 2014-05-07 | 天品研发有限公司 | Lattice type imaging method of mold |
| CN106413320A (en) * | 2016-12-16 | 2017-02-15 | 广东美晨通讯有限公司 | Electronic device |
| CN107813518A (en) * | 2017-11-02 | 2018-03-20 | 珠海市魅族科技有限公司 | Mobile phone bottom and its processing method and mobile phone |
| CN111014789B (en) * | 2019-12-25 | 2021-05-18 | 联想(北京)有限公司 | Preparation method of equipment shell and equipment shell |
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