CN100544629C - Method for manufacturing ornaments - Google Patents

Method for manufacturing ornaments Download PDF

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Publication number
CN100544629C
CN100544629C CN 200710005684 CN200710005684A CN100544629C CN 100544629 C CN100544629 C CN 100544629C CN 200710005684 CN200710005684 CN 200710005684 CN 200710005684 A CN200710005684 A CN 200710005684A CN 100544629 C CN100544629 C CN 100544629C
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method
manufacturing
ornaments
manufacturing ornaments
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CN 200710005684
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CN101263950A (en )
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梁逸祥
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梁逸祥
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Abstract

本发明是一种饰品的制造方法,其步骤包括:(1)组件加工:利用模具将金属线材裁切,并加工成型成为饰品的组件;(2)组装:将各组件组装成未经表面处理的雏型加工件;(3)底层处理:将雏型加工件用研磨轮作表面处理,再进行酸洗脱脂作业后,再放入液体电镀设备中,以金元素进行底层镀金处理,以使所述的雏型加工件的各组件其本体的表面具有一镀金底层;(4)镀锗处理:将具有镀金底层的雏型加工件,再进行第二次的含锗元素电镀处理,使表面形成一层锗膜,而制成含锗元素的成品。 The present invention is a method for manufacturing a jewelry, comprising the steps of: (1) processing components: a metal wire using a die cutting and molding process to become jewelry components; (2) Assembly: assembling the components into a not surface-treated the prototype workpiece; (3) the underlying process: the prototype of polishing a workpiece surface treatment with rotation, after degreasing and then pickling operation, and then into the liquid in the plating equipment, the underlying elements of gold plating processing, so that the each prototype assembly of said workpiece which has a gold-plated surface of the body substrate; (4) germanium plating process: the prototype of a workpiece having a plated underlayer, then the germanium element containing a second plating process, the forming surface a layer of germanium film containing germanium element is made of the finished product. 能达成饰品含锗元素的处理效果,以利用锗元素的物理特性,促进人体健康与提升饰品佩戴的附加价值。 To reach a deal with the effect of jewelry containing germanium to take advantage of the physical properties of the element germanium, promote human health and enhance the added value of the jewelry worn.

Description

饰品的制造方法技术领域本发明涉及一种首饰的制造方法,例如饰品的制造方法;具体来说,涉及含锗元素的饰品的制造方法。 TECHNICAL FIELD The present invention relates to a jewelry method of jewelry, ornaments, for example, the manufacturing method; particularly, relates to jewelry germanium element manufacturing method. 背景技术由于锗元素具有游离与隔离、中和电磁波的物理特性,特别是在32。 BACKGROUND ART germanium element and having a free isolation, physical and electromagnetic characteristics, particularly 32. C时会产生负电子的游离,医学上已知利用此特性以平衡人体体内的正负电子,如此促进人体血液的循环,更是广为人知的事实,因此近年来已有项链、手镯等饰品商家(如图l、图2所示),利用含锗元素的锗粒13镶嵌在饰品1上, 一方面可提升佩戴者的身分与气质外,另一方面更因具有养生效果,而为各界所喜好;上述现有饰品1镶嵌锗粒13的结构,主要是在一饰品1的组件11上设有一嵌入孔12, 利用所述的嵌入孔12嵌入(或粘着)所述的锗粒13,其制造方法2 (如图3所示) 的步骤为-1. 组件加工(步骤21):利用模具将金属线材裁切,并加以成型成饰品1 (如项链、手镯等)的组件11;2. 组装(步骤22):将各组件11组合成雏型加工件;3. 锗粒装设处理(步骤23):将锗粒13嵌入(垂粘着)在所述的雏型加工件其组件11的嵌入孔12,而完成一成品。 C will produce negative electrons free, medically known to take advantage of this feature to balance the electron-positron human body, so to promote blood circulation, but also well-known fact, so in recent years has necklaces, bracelets and other jewelry businesses ( FIG. L, as shown in FIG. 2), using a germanium-containing germanium grain elements 13 embedded in the jewelry 1, one can enhance the wearer's identity and outer qualities, on the other hand because of having more health effects, and the like for all ; mosaic configuration of the conventional jewelry germanium grain 1 13 is mainly provided with a fitting hole 12, the insertion hole 12 with the embedded (or sticking) the germanium particles 13 in a jewelry assembly 11, the manufacturing step 2 method (FIG. 3) of the assembly process to -1 (step 21): using a die cutting a metal wire, and forming them into a jewelry (such as necklaces, bracelets, etc.) of the assembly 11; assembly 2 (step 22): each prototype assembly 11 are combined into a workpiece; 3 germanium tablets provided (step 23): germanium particles 13 embedded (adhered vertical) embedded in the prototype of the work piece assembly 11 which hole 12, a finished product is completed. 上述现有制造方法,虽可使饰品1具有锗元素的效果,但因锗元素的价格十分昂贵,且镶嵌作业耗费人工,不易大量生产;同时又因锗粒分布不均匀,往往会影响到使用效果,而广为使用者所垢病。 The above-described conventional manufacturing method, although the effect can have a germanium jewelry, but the price of germanium is very expensive and labor-intensive operations insert, easy mass production; the same time because of uneven distribution of germanium grain, tends to affect the use of effect, widely criticized for the user. 发明内容针对现有技术的不足,本发明的目的在于:提供一种项链、手镯等饰品的制造法,其具有锗元素处理效果并且成本低。 SUMMARY OF THE INVENTION The deficiencies of the prior art, an object of the present invention is: to provide a necklaces, bracelets and other jewelry production method, a germanium element having the effect of processing and low cost. 为实现上述目的,本发明采用的技术方案是:一种饰品的制造方法,其特征在于:包括以下步骤:(1) 组件加工:利用模具将金属线材裁切,并加工成型成为饰品的各组件;(2) 组装:将各组件组装成未经表面处理的雏型加工件;(3) 底层处理:将雏型加工件用研磨轮作表面处理,再进行酸洗脱脂作业后,再放入液体电镀设备中,以金元素进行底层镀金处理,以使所述的雏型加工件的各组件其本体的表面具有一镀金底层;(4) 镀锗处理:将具有镀金底层的雏型加工件,再进行第二次的含锗元素电镀处理,使表面形成一层锗膜,而制成含锗元素的成品。 To achieve the above object, the present invention adopts the technical solution is: A method for manufacturing a jewelry, characterized by: comprising the steps of: (1) processing components: a metal wire using a die cutting and molding process the various components become jewelry ; (2) assembly: the components are assembled into prototype without surface treatment of the workpiece; (3) the underlying process: after the surface treatment with the prototype workpiece rotation polishing, degreasing and then pickling operation, and then into a liquid electroplating apparatus to the underlying elements of gold plating processing, so that the components of the prototype of the workpiece which has a gold-plated surface of the body substrate; (4) germanium plating process: having a plated underlayer prototype workpiece, then the germanium element containing the second plating process, the surface layer of germanium film is formed, and the finished product is made of germanium-containing element. 其中:所述的镀金底层的电镀厚度为0.1微米。 Wherein: said plated underlayer plating thickness is 0.1 microns. 所述的镀锗处理的过程,是先将经过底层处理后的加工件,放入硫酸液体电镀设备中,该硫酸电镀液中含有:铑、钾、锗;加工件采用滚筒式或吊挂式进行阳极镀锗处理。 Germanium plating process according to the process, is the first post-processed substrate treatment device, into the liquid sulfuric acid plating apparatus, the plating solution contains sulfuric acid: rhodium, potassium, germanium; a workpiece using a drum or hanging germanium anodic plating process. 电镀液酸碱值pHH^2,龟镀液的温度维持在摄氏65度,电流密度为1A/dm2, 电镀时间为IO分钟。 Plating solution pH pHH ^ 2, turtle bath temperature was maintained at 65 ° C, a current density of 1A / dm2, plating time for the IO minutes. 每一公升所述的硫酸电镀液中含有:铑5公克、钾30公克、锗5公克。 Each liter of the electroplating solution containing sulfuric acid: 5 g of rhodium, 30 g of potassium, germanium 5 grams. 所述的饰品是项链或者手镯。 The necklace or bracelet jewelry. 与现有技术相比较,本发明具有的有益效果是:既具有锗元素,且制作成本低。 Compared with the prior art, the present invention has the advantages that: both a germanium element, and the production cost is low. 附图说明图1是现有饰品的立体示意图;图2是现有饰品的剖面示意图;图3是现有饰品其制造方法的流程图;图4是本发明饰品的立体示意图;图5是本发明制造方法的流程图;图6是本发明饰品剖面示意图。 BRIEF DESCRIPTION OF DRAWINGS FIG. 1 is a perspective view of a conventional ornament; FIG. 2 is a schematic cross-sectional view of the conventional jewelry; FIG. 3 is a flowchart of a method of manufacturing the conventional ornaments; FIG. 4 is a perspective view of the present invention, jewelry; FIG. 5 is present the method of manufacturing a flow chart of the present invention; FIG. 6 is a cross-sectional schematic view of the present invention accessories. 附图标记说明:1-饰品;ll-组件;12-嵌入孔;13-锗粒;2-制造方法;21、 22、 23-步骤(现有);3-饰品;31-组件;310-本体;311-镀金底层;312-锗膜; 4-制造方法;41、 42、 43、 44-步骤(本发明)。 REFERENCE SIGNS: 1- accessories; LL- assembly; 12- insertion hole; 13- germanium grain; 2- manufacturing method; 21, 22, 23 in step (prior); 3- accessories; 31- assembly; 310- a body; 311- plated substrate; 312- germanium film; 4- manufacturing method; 41, 42, 43, 44- step (the present invention). 具体实施方式 detailed description

本发明是一种饰品的制造方法(请参阅图4、图5、图6所示),其中所述的制造方法4的步骤包括: The present invention is a method for manufacturing a jewelry (see FIG. 4, FIG. 5, FIG. 6), wherein the manufacturing method comprises the step 4:

(1) 组件加工(步骤41):利用模具将金属线材(如钛、不锈钢等线材) 裁切,并加工成型成为饰品3 (如项链、手镯等)的组件31; (1) Component processing (step 41): a die using a metal wire (e.g., titanium, stainless steel wire) cutting and molding process to become ornamentation element 3 (such as necklaces, bracelets, etc.) 31;

(2) 组装(步骤42):将各组件31组装成未经表面处理的雏型加工件; (2) assembling (step 42): 31 The various components are assembled into prototype without surface treatment of the workpiece;

(3) 底层处理(步骤43):将雏型加工件用研磨轮作表面处理,再进行酸 (3) the underlying process (Step 43): The prototype of a workpiece treated with the polishing surface of rotation, then the acid

洗脱脂作业后,再放入液体电镀设备中,以金元素进行底层镀金处理,以使所述 After washing degreasing operations, and then into the liquid in the plating equipment, the underlying elements of gold plating processing, so that the

的雏型加工件的各组件31其本体310的表面具有一镀金底层311,所述的镀金底层的电镀厚度为0.1微米; The surface of each workpiece prototype assembly 31 has a body 310 which is plated underlayer 311, a plated underlayer plating thickness is 0.1 microns;

(4) 镀锗处理(步骤44),将具有镀金底层311的雏型加工件,再进行第二次的含锗元素电镀处理,使表面形成一层锗膜312,而制成含锗元素的成品。 (4) Germanium plating process (step 44), the prototype having a plated underlayer 311 of the workpiece, then germanium element containing the second plating process, the surface layer of germanium film 312 is formed, is made of germanium element finished.

所述的镀锗处理的过程,是先将经过底层处理后的加工件,放入硫酸液体电镀设备中,该硫酸电镀液中每一公升(L)中含有:铑(Rh)5公克、钾(K)^e》克、 锗(Ge)5公克; The plating process germanium processing member is first processed after the primer treatment, sulfuric acid plating liquid into the apparatus, the sulfuric acid in the plating solution for each liter (L) comprising: rhodium (Rh) 5 grams, potassium (K) ^ e "g, germanium (Ge) 5 grams;

加工件可以滚筒式或吊挂式进行阳极镀锗处理A电镀液酸碱值pH〗筋2,电镀液的温度维持在摄氏65度,电流密度为1A/dm2,电镀时间为10分钟。 Workpiece may be drum type or germanium hanging anodic plating process the plating solution pH A pH〗 ribs 2, the bath temperature was maintained at 65 ° C, a current density of 1A / dm2, plating time of 10 minutes.

利用上述步骤所制成的饰品3,不但成本低且可大量快速生产,且因所述的饰品3其表面的锗膜312含有锗元素,当人体佩戴时其负电子会在32'C时,产生游离的物理特性,可调和人体体内的正、负电子的平衡,而能有效促进人体血液循环。 With the above steps 3 jewelry made of not only low cost and can be mass produced quickly, and because the jewelry surface 3 which germanium film containing germanium element 312, when the body carrying the negative electrons will 32'C, generating the physical properties of the free, adjustable and positive human body, the negative balance of electrons, and can effectively promote blood circulation.

综上所述,本发明的制造方法,可使项链、手镯饰品能以低成本的制造方式, 获得较佳且分布均匀的锗元素处理效果,凭借其含锗元素的物理特性,以达到人体体内正、负电子的平衡,有效提升饰品附加价值。 In summary, the manufacturing method of the present invention, can necklaces, bracelets jewelry at low cost manufacturing methods to obtain a better and uniform distribution of the germanium treatment effect, by virtue of its physical characteristics germanium-containing element, the human body in order to achieve positive, negative balance of electrons, effectively raising the value-added accessories.

以上说明对本发明而言只是说明性的,而非限制性的,本领域普通技术人员理解,在不脱离权利要求所限定的精神和范围的情况下,可作出许多修改、变化或等效,但都将落入本发明的权利要求可限定的范围之内。 For the present invention described above is illustrative only, and not restrictive, those of ordinary skill in the art understand that in the claims without departing from the spirit and scope defined, many modifications, variations, or equivalent, but will be defined by the scope of the claims fall within the requirements of the present invention.

Claims (6)

  1. 1.一种饰品的制造方法,其特征在于,包括以下步骤: (1)组件加工:利用模具将金属线材裁切,并加工成型成为饰品的各组件; (2)组装:将各组件组装成未经表面处理的雏型加工件; (3)底层处理:将雏型加工件用研磨轮作表面处理,再进行酸洗脱脂作业后,再放入液体电镀设备中,以金元素进行底层镀金处理,以使所述的雏型加工件的各组件其本体的表面具有一镀金底层; (4)镀锗处理:将具有镀金底层的雏型加工件,再进行第二次的含锗元素电镀处理,使表面形成一层锗膜,而制成含锗元素的成品。 1. A method for manufacturing jewelry, characterized by comprising the steps of: (1) processing components: a metal wire using a die cutting and molding process the various components become jewelry; (2) assembly: The components are assembled into without a prototype surface-treated workpiece; (3) the underlying process: the prototype of polishing a workpiece surface treatment with rotation, after degreasing and then pickling operation, and then into the liquid in the plating equipment, the underlying gold plating treatment elements , so that the components of the prototype of the workpiece which has a gold-plated surface of the body substrate; (4) germanium plating process: the prototype of a workpiece having a plated underlayer, and then a plating treatment containing germanium element in the second the surface layer of germanium film, the finished product is made of germanium-containing element.
  2. 2、 根据权利要求l所述的一种饰品的制造方法,其特征在于:所述的镀金底层的电镀厚度为0.1微米。 2. The method for manufacturing a jewelry according to claim l, wherein: said plated underlayer plating thickness was 0.1 m.
  3. 3、 根据权利要求l所述的一种饰品的制造方法,其特征在于:所述的镀锗处理的过程,是先将经过底层处理后的加工件,放入硫酸液体电镀设备中,该硫酸电镀液中含有:铑、钾和锗;加工件采用滚筒式或吊挂式进行阳极镀锗处理。 3. The method of manufacturing a jewelry according to claim l, wherein: the process of plating treatment germanium, is the first post-processed substrate treatment member, sulfuric acid plating liquid into the apparatus, the sulfuric acid plating solution contains: rhodium, germanium and potassium; workpiece using drum plating or germanium hanging anodic process.
  4. 4、 根据权利要求3所述的一种饰品的制造方法,其特征在于:所述的硫酸电镀液酸碱值pH为2,所述的硫酸电镀液的温度维持在摄氏65度,电流密度为1A/dm2,电镀时间为10分钟。 4. The method for manufacturing a jewelry according to claim 3, wherein: sulfuric acid plating solution the pH is pH 2, the temperature of the sulfuric acid plating solution was maintained at 65 ° C, current density 1A / dm2, plating time of 10 minutes.
  5. 5、 根据权利要求3所述的一种饰品的制造方法,其特征在于:每一公升所述的硫酸电镀液中含有:铑5公克、钾30公克和锗5公克。 5. The method for manufacturing a jewelry as claimed in claim 3, wherein: each liter of the plating solution containing sulfuric acid: 5 g of rhodium, germanium and potassium 5 grams 30 grams.
  6. 6、 根据权利要求l所述的一种饰品的制造方法,其特征在于:所述的饰品是项链或者手镯。 6. A method of manufacturing a jewelry according to claim l, wherein: said jewelry bracelets or necklaces.
CN 200710005684 2007-03-13 2007-03-13 Method for manufacturing ornaments CN100544629C (en)

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CN102051588B (en) 2009-10-27 2013-01-02 梁逸祥 Germanium-containing vacuum plating method for noble metal assembly
WO2013153544A3 (en) * 2012-04-13 2013-12-05 周大福珠宝金行有限公司 Gold ornament

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CN1651267A (en) 2004-02-02 2005-08-10 精工爱普生株式会社 Ornament, its mfg.method and timepiece

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1651267A (en) 2004-02-02 2005-08-10 精工爱普生株式会社 Ornament, its mfg.method and timepiece

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