CN103005795A - Small diamond matching and inlaying process and auxiliary tools thereof - Google Patents
Small diamond matching and inlaying process and auxiliary tools thereof Download PDFInfo
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- CN103005795A CN103005795A CN201210566778XA CN201210566778A CN103005795A CN 103005795 A CN103005795 A CN 103005795A CN 201210566778X A CN201210566778X A CN 201210566778XA CN 201210566778 A CN201210566778 A CN 201210566778A CN 103005795 A CN103005795 A CN 103005795A
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Abstract
The invention discloses a small diamond matching and inlaying process and auxiliary tools of the small diamond matching and inlaying process. The matching and inlaying process comprises 7 steps of wax pattern manufacturing, matching and inlaying of small diamonds on the wax pattern, small diamond stripping, parison manufacturing, formation of metal jewelry with diamond hole sites, polishing as well as hole site cleaning treatment and small diamond fixation; and the auxiliary tools of the matching and inlaying process comprise a wax pattern, a parison formation chamber, a parison and a bonding layer, wherein the wax pattern is a jewelry mould without small diamonds being matched and inlaid yet; the wax pattern is accommodated in the parison formation chamber; the parison is manufactured by the parison formation chamber accommodating the wax pattern; and the bonding layer covers the surface of the wax pattern fixed with small diamonds, and is provided with viscous force with the small diamonds. According to the small diamond matching and inlaying process and auxiliary tools thereof disclosed by the invention, the matching and inlaying effect of the small diamonds is very conveniently ensured via using the wax pattern and the parison; and at the same time, the production efficiency is improved greatly.
Description
Technical field
The present invention relates to a kind of mosaic technology and aid thereof, relate in particular to a kind of broken brill and piece together edge technique and aid thereof.
Background technology
Since ancient times, diamond is considered as power, prestige, status and rich and honour symbol by the mankind always.Its indestructible, all-conquering, faithful eternal and firm and persistent manly quality is the human target of forever pursuing.It has potential, huge cultureal value.Glittering and translucent, the very beautiful noble quality of bitellos in the diamond, however bitellos is often also expensive, is not that the ordinary people can bear.And meanwhile, broken brill mostly is greatly the leftover pieces of diamond, and the market price is very cheap; These are broken be drilled in through fiery coloured silk and the gorgeous color that not only can set off out other jewel after designer's the design and style is more, visually very dazzling, give luxurious sense, the product that therefore this broken brill is pieced together edge on market now is gradually popular.Yet the technology of at present piecing together edge about broken brill exists problems, such as because broken brill is not of uniform size, how will brokenly creeps into efficiently row and piece together edge, realizes that when guaranteeing brightness broken brill pieces together the smooth of the rear whole surface of edge.
Summary of the invention
The object of the invention is to piece together for existing broken brill the deficiency of edge technique, provide a kind of efficient broken brill to piece together edge technique.
In order to achieve the above object, the present invention has adopted following technical scheme:
A kind of broken brill is pieced together edge technique, comprises following 7 steps:
S1, making and the wax-pattern that the inlaid diamond jewellery are not identical;
S2, broken the pressure of the drill is entered wax-pattern surface and make the wax-pattern surface keep smooth, the broken the pressure of the drill of difference is entered the wax-pattern surface keep afterwards whole broken the smooth of surface that bore;
S3, be pressed into all broken brills after, being fixed with wax-pattern surface coverage one adhered layer of broken brill, by the stickup of adhered layer and diamond bizet all broken brills are peeled off the wax-pattern surface;
S4, utilize the wax-pattern that diamond has been stripped from after the S3 step process to make parison;
S5, utilize parison to carry out the metal jewelry that pressure injection obtains existing position, diamond hole;
S6, the metal jewelry of the position, existing diamond hole that obtained by described S5 step is polished and position, hole cleaning;
S7, the broken brill that will be bonded on the described adhered layer embed the position, corresponding diamond hole of described metal jewelry and fix corresponding broken brill.
Adopting above-mentioned 7 steps to carry out broken brill pieces together when inlaying, although broken brill is not of uniform size, but at first carrying out ranking at wax-pattern fixes, only need by boring by crushing and simple instrument is modified and can be finished the arranging and obtain wax-pattern with position, diamond hole of broken brill, guaranteed that very simply and easily broken brill pieces together the edge effect; Adopt adhered layer that all broken brills are directly peeled away from wax-pattern, not only convenient and swift but also can not upset the broken brill position of having arranged; Polishing and the cleaning of position, diamond hole has been guaranteed to treat the quality of the metal jewelry of diamond setting stone; Finish once the making of waiting to inlay broken brill metal jewelry with all positions, diamond hole by making parison, improved production efficiency.
Particularly, the adhered layer of S3 step adopts an adhesive band; The S7 step embeds the broken brill on the adhered layer and is fixed in the position, corresponding diamond hole of metal jewelry one by one.
Preferably, the adhered layer of S3 step is the hard adhered layer; The adhered layer that the S7 step will be stained with all broken brills directly overlays on the metal jewelry that is obtained by the S6 step and embeds position, corresponding diamond hole, then carries out diamond and fixes.
Particularly, the S6 step adopt shovel out at edge, position, hole that ailhead pushes again or directly extruded hole position edge metal fix broken brill.That is, by adopting the mode fixed diamonds of nail edge and little edge, this fixed form does not show metal, more can give full play to the gloss of whole diamond.
Particularly, the S4 step is inserted the parison formation chamber with mould, pours into gypsum in the parison formation chamber, again wax-pattern is melted, thereby makes parison.
Simultaneously, the present invention also discloses simultaneously a kind of broken brill and has pieced together the aid of edge technique, comprises a wax-pattern, a parison formation chamber, a parison and an adhered layer; Wax-pattern is not piece together the jewellery die of inlaying broken brill; The indoor accommodating wax-pattern of parison formation, and be provided with at least one conduit, conduit contact wax-pattern; Parison is made by the parison formation chamber that is equipped with wax-pattern; Adhered layer covers the wax-pattern surface be fixed with broken brill, and with the broken viscous force that is drilled with.
Particularly, parison is the gypsum parison.
Particularly, adhered layer adopts an adhesive band, is preferably the hard adhered layer.
The invention discloses a kind of broken brill and piece together edge technique and aid thereof.This kind assembly edge technique and aid thereof have guaranteed the assembly edge effect of broken brill very easily by the use of wax-pattern, parison, also greatly improved production efficiency simultaneously.
Description of drawings
Fig. 1 is that broken brill is pieced together edge technique aid schematic diagram;
Fig. 2 is the schematic diagram after broken brill is pieced together edge technique S3 step process;
Fig. 3 is the schematic cross-section that wax-pattern is inserted the parison formation chamber;
The parison sectional view of Fig. 4 for producing according to the S4 step;
Number in the figure: wax-pattern 1 is fixed with the wax-pattern 1` of broken brill, the wax-pattern 1`` that diamond has been stripped from, adhesive band 2, parison formation chamber 3, parison 4, conduit 5.
The specific embodiment
Below in conjunction with specific embodiment technical scheme of the present invention is done further clearly and completely explanation.
Embodiment
Embodiment discloses a kind of broken brill and has pieced together edge technique, and the present embodiment is inlayed on the bracelet as example so that broken brill is pieced together, and this assembly edge technique comprises following 7 steps:
S1, making and the wax-pattern 1 that the inlaid diamond jewellery are not identical;
S2, broken the pressure of the drill is entered wax-pattern 1 surface and makes the wax-pattern surface keep smooth, keep whole broken the smooth of surface that bore after the broken the pressure of the drill of difference is entered wax-pattern 1 surface;
S3, be pressed into all broken brills after, be fixed with wax-pattern 1` surface coverage one deck adhesive band 2 of broken brill, by adhesive band 2 and the stickup of diamond bizet all broken brills are peeled off the wax-pattern surface;
S4, utilize the wax-pattern 1`` that diamond has been stripped from after the S3 step process to make parison 4; Be about to mould and insert parison formation chamber 3, in parison formation chamber 3, pour into gypsum, more above-mentioned wax-pattern 1`` is melted, and its conduit that passes through parison formation chamber 35 is flowed out, thereby make parison 4;
S5, in the parison 4 the pressure injection metal liquid, after metal liquid solidifies, parison 4 is broken, thereby is obtained the metal jewelry of existing position, diamond hole;
S6, this metal jewelry is polished and position, hole cleaning;
S7, will be bonded at the position, corresponding diamond hole that broken brill on the adhesive band 2 embedded and be fixed in metal jewelry one by one, (also can adopt the hard adhered layer in other embodiments, after directly overlaying the adhered layer that is stained with all broken brills on the metal jewelry that is obtained by the S6 step and embedding position, corresponding diamond hole, carrying out diamond fixes again), fixed form adopts and to shovel out ailhead at edge, position, hole, the mode of extruded hole position edge metal fixes corresponding broken brill (in other embodiments also directly extruded hole position edge metal fix broken brill) again.
Adopting above-mentioned 7 steps to carry out broken brill pieces together when inlaying, although broken brill is not of uniform size, but at first carrying out ranking at wax-pattern fixes, only need by boring by crushing and simple instrument is modified and can be finished the arranging and obtain wax-pattern with position, diamond hole of broken brill, guaranteed that very simply and easily broken brill pieces together the edge effect; Adopt adhesive band that all broken brills are directly peeled away from wax-pattern, not only convenient and swift but also can not upset the broken brill position of having arranged; Polishing and the cleaning of position, diamond hole has been guaranteed to treat the quality of the metal jewelry of diamond setting stone; Finish once the making of waiting to inlay broken brill metal jewelry with all positions, diamond hole by making parison, improved production efficiency.
Piece together the aid that has related to assembly edge technique in the edge technique at broken brill, comprise a wax-pattern 1, a parison formation chamber 3, a parison 4 and an adhesive band 2; Wax-pattern 1 is not piece together the jewellery die of inlaying broken brill; Parison formation chamber 3 interior accommodating wax-patterns 1, and be provided with a conduit 5, these conduit 5 contact wax-patterns 1; Parison 4 is made by the parison formation chamber 3 that is equipped with wax-pattern 1, adopts gypsum material; Adhesive band 2 covers wax-pattern 1 surface that is fixed with broken brill, and with the broken viscous force that is drilled with.
By above-described embodiment as can be known, the invention discloses a kind of broken brill and piece together edge technique and aid thereof.This kind assembly edge technique and aid thereof have guaranteed the assembly edge effect of broken brill very easily by the use of wax-pattern, parison, also greatly improved production efficiency simultaneously.
It should be noted that; above-described embodiment only is specifying technical scheme of the present invention; and this is practical to be not used in restriction; broken brill assembly edge bracelet is an example in numerous broken brills assembly frosting product; everyly the present invention is done being equal to of same design replace or conversion, all belong to protection scope of the present invention.
Claims (9)
1. a broken brill is pieced together edge technique, and it is characterized in that: described assembly edge technique comprises following 7 steps:
S1, making and the wax-pattern (1) that the inlaid diamond jewellery are not identical;
S2, broken the pressure of the drill is entered wax-pattern (1) surface and make the wax-pattern surface keep smooth, keep whole broken the smooth of surface that bore after the broken the pressure of the drill of difference is entered wax-pattern (1) surface;
S3, be pressed into all broken brills after, being fixed with the wax-pattern of broken brill (1`) surface coverage one adhered layer, by the stickup of adhered layer and diamond bizet all broken brills are peeled off the wax-pattern surface;
S4, utilize wax-pattern (1``) and parison formation chamber (3) that diamond has been stripped from after the described S3 step process to make parison (4);
S5, utilize parison (4) to carry out the metal jewelry that pressure injection obtains existing position, diamond hole;
S6, the metal jewelry of the position, existing diamond hole that obtained by described S5 step is polished and position, hole cleaning;
S7, the broken brill that will be bonded on the described adhered layer embed the position, corresponding diamond hole of described metal jewelry and fix corresponding broken brill.
2. assembly edge technique according to claim 1, it is characterized in that: the adhered layer of described S3 step adopts an adhesive band (2); Described S7 step embeds the broken brill on the adhered layer and is fixed in the position, corresponding diamond hole of described metal jewelry one by one.
3. assembly edge technique according to claim 1, it is characterized in that: the adhered layer of described S3 step is the hard adhered layer; The adhered layer that described S7 step will be stained with all broken brills directly overlays by on the described metal jewelry of S6 step and embed position, corresponding diamond hole, then carries out diamond and fixes.
4. arbitrary described assembly edge technique according to claim 1-3 is characterized in that: described S7 step adopts and shovels out ailhead at edge, position, described hole and push or directly push position, described hole edge metal and fix described broken brill.
5. assembly edge technique according to claim 1, it is characterized in that: described S4 step is inserted parison formation chamber (3) with mould, to described parison formation chamber (3) in the perfusion gypsum, more described wax-pattern (1``) is melted, thereby makes described parison (4).
6. a broken brill is pieced together the aid of edge technique, it is characterized in that: comprise a wax-pattern (1), a parison formation chamber (3), a parison (4) and an adhered layer; Described wax-pattern (1) is not piece together the jewellery die of inlaying broken brill; Accommodating described wax-pattern (1) in the described parison formation chamber (3), and be provided with at least one conduit (5), described conduit (5) contacts described wax-pattern (1); Described parison (4) is made by the described parison formation chamber (3) that is equipped with described wax-pattern (1); Described adhered layer covers described wax-pattern (1) surface that is fixed with broken brill, and with the broken viscous force that is drilled with.
7. aid according to claim 6, it is characterized in that: described parison (4) is the gypsum parison.
8. aid according to claim 6, it is characterized in that: described adhered layer adopts an adhesive band (2).
9. aid according to claim 6 is characterized in that: described adhered layer employing hard adhered layer.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210566778.XA CN103005795B (en) | 2012-12-24 | 2012-12-24 | Small diamond matching and inlaying process and auxiliary tools thereof |
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| CN201210566778.XA CN103005795B (en) | 2012-12-24 | 2012-12-24 | Small diamond matching and inlaying process and auxiliary tools thereof |
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| CN103005795A true CN103005795A (en) | 2013-04-03 |
| CN103005795B CN103005795B (en) | 2014-10-08 |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005088076A (en) * | 2003-09-19 | 2005-04-07 | Yuuko Furuno | Method for producing noble metal ornament |
| CN2770426Y (en) * | 2005-03-11 | 2006-04-12 | 罗炳山 | Wax-inlaid headgear gypsum mould |
| CN1887134A (en) * | 2005-06-28 | 2007-01-03 | 陈文英 | Making process of jewellery of customized style and optional patterns |
| CN202999560U (en) * | 2012-12-24 | 2013-06-19 | 广东潮宏基实业股份有限公司 | Auxiliary tool for splicing and inlaying broken diamonds |
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2012
- 2012-12-24 CN CN201210566778.XA patent/CN103005795B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005088076A (en) * | 2003-09-19 | 2005-04-07 | Yuuko Furuno | Method for producing noble metal ornament |
| CN2770426Y (en) * | 2005-03-11 | 2006-04-12 | 罗炳山 | Wax-inlaid headgear gypsum mould |
| CN1887134A (en) * | 2005-06-28 | 2007-01-03 | 陈文英 | Making process of jewellery of customized style and optional patterns |
| CN202999560U (en) * | 2012-12-24 | 2013-06-19 | 广东潮宏基实业股份有限公司 | Auxiliary tool for splicing and inlaying broken diamonds |
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| CN103005795B (en) | 2014-10-08 |
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