WO2015172731A1 - 一种使用首饰设计平台设计珠宝首饰的设计方法 - Google Patents

一种使用首饰设计平台设计珠宝首饰的设计方法 Download PDF

Info

Publication number
WO2015172731A1
WO2015172731A1 PCT/CN2015/079008 CN2015079008W WO2015172731A1 WO 2015172731 A1 WO2015172731 A1 WO 2015172731A1 CN 2015079008 W CN2015079008 W CN 2015079008W WO 2015172731 A1 WO2015172731 A1 WO 2015172731A1
Authority
WO
WIPO (PCT)
Prior art keywords
jewelry
ring
design
gemstone
library
Prior art date
Application number
PCT/CN2015/079008
Other languages
English (en)
French (fr)
Inventor
张杜渐
Original Assignee
张杜渐
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 张杜渐 filed Critical 张杜渐
Publication of WO2015172731A1 publication Critical patent/WO2015172731A1/zh

Links

Images

Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F30/00—Computer-aided design [CAD]

Definitions

  • the invention relates to a design platform for jewelry and a method for designing jewelry using the platform, in particular to a design method of a ring, a bracelet, a bracelet, a necklace, a pendant, an earring and an earring.
  • 201210276896.7 discloses a A rapid design and manufacturing method for metal jewelry, which uses the original scanning measurement and reverse design method for consumption After scanning the selected fashion metal jewelry, the point cloud data is quickly extracted and CAD modeled, and the simulation design model of the product is obtained, and then the model is changed according to the requirements of the consumer, such as replacing the gem of the ring, the design method Although it can barely cope with consumer dissatisfaction and shorten the product development cycle, it still can't meet the demand for consumers to participate in the design process of jewelry. It can't let consumers design and customize their favorite personalization quickly. Differentiated jewellery products, the existing design methods have become increasingly unable to meet the needs of consumers, especially in the field of rings and bracelets.
  • the present invention provides a design method for designing jewelry using a jewelry design platform, which comprises using a jewelry design platform including an independent jewelry element data storage system, a display system and an output system.
  • the platform divides jewelry into jewelry rings, gemstone crowns and gemstones, and divides the jewelry ring into top jewelry rings and The bottom of the jewelry ring, while further subdividing the top part of the jewelry ring into the top left and right top, and different classifications for men and women, and based on the various parts of the jewelry to create a number of element libraries, each
  • the element library also contains tens of thousands of optional independent elements, which are combined and matched by class.
  • the interfaces of the various types are consistent with each other.
  • the consumer can arbitrarily match and modify the independent elements of each subdivision from each element library. And in combination to design your favorite jewelry, and design graphics or symbols on the jewelry, you can design a multi-billion-dollar program. After the satisfaction, the model is printed by the output system 3D for the consumer to try on.
  • the invention enables the consumer to quickly and independently carry out the personalized and differentiated design of the jewelry, and realizes the industrial platform after the C2B mode is built.
  • a design method for designing jewelry using a jewelry design platform comprises an independent jewelry element data storage system, a display system and an output system, and the common structural feature is
  • the independent jewelry element data storage system includes a top jewelry ring element library, a bottom jewelry ring element library, a gemstone element library, a gemstone crown element library, and a graphic symbol element library
  • the display system includes a jewelry overall shape element library, material simulation An element library and an aperture specification database
  • the output system includes a 3D model printing module, a data transmission and management module, and a method for designing jewelry using the jewelry design platform, comprising the following steps:
  • Step 1 select a favorite top jewelry ring and a suitable bottom jewelry ring from the top jewelry ring element library and the bottom jewelry ring element library of the independent jewelry element data storage system, and combine the design into a jewelry ring; or Selecting the overall jewellery overall shape element in the jewelry overall shape element library of the display system, and then selecting the top jewelry ring and the bottom jewelry ring element library from the top jewelry ring element library and the bottom jewelry ring element library of the independent jewelry element data storage system respectively. / or a suitable bottom jewelry ring, replacing the corresponding top jewelry ring part and / or bottom jewelry ring part of the overall shape of the jewelry, to form a jewelry ring design;
  • Step 2 Select or input the required graphic or symbol from the graphic symbol element library of the independent jewelry element data storage system, and then match the desired graphic format and style, and then add the graphic or symbol to the selected one.
  • Step 2 Select or input the required graphic or symbol from the graphic symbol element library of the independent jewelry element data storage system, and then match the desired graphic format and style, and then add the graphic or symbol to the selected one.
  • Step 3 Select an appropriate aperture from the aperture specification database of the display system, match the designed jewelry ring, and select a favorite material from the material simulation element library of the display system to match the designed jewelry.
  • the ring design is formed; when the aperture size is selected, the aperture matching is larger than the wrist diameter and smaller than the human neck diameter specification.
  • the design of the jewelry ring constitutes the design of the bracelet or bracelet; when the aperture size larger than the diameter specification of the human neck is selected from the aperture specification to match the designed jewelry ring, the design of the necklace is formed;
  • Step 4 Use the 3D model printing module in the output system to print the jewelry design pattern with the matching material and aperture specifications into a 3D wax pattern for the user to try on. After the trial is satisfied, the jewelry will be completed using the data transmission and management module. The design pattern is saved and transmitted to the background machining center. Repeat the above steps if you are not satisfied with the trial.
  • the above-mentioned design method for designing jewelry using the jewelry design platform adds the following steps after the first step:
  • a gemstone and/or gemstone crown in the corresponding part of the shaped element forms a jewelry design with a gemstone.
  • top jewelry ring element library includes a left top element library and a right top element library.
  • the left top element library and the right top element library each include a straight arm element and a twist arm element
  • the method of mounting the gemstone crown to the jewelry ring includes designing the gem crown protrusion above the top jewelry ring, or placing the gemstone
  • the crown inlay is designed in the middle of the top left and right top.
  • the top jewelry ring element library and the bottom jewelry ring element library respectively include a men's wide version, a men's narrow version, a women's wide version and a women's narrow version of the four element libraries, each of which has a top jewelry.
  • the interface between the ring and the bottom jewelry ring can be matched with each other.
  • the top jewelry ring and the bottom jewelry ring should be selected in the element library;
  • the gemstone crown library includes a wide gemstone crown element library and a narrow gemstone crown element.
  • the library corresponds to a wide version of the jewelry ring element library and a narrow version of the jewelry ring element library.
  • the above-mentioned design method for designing jewellery using the jewelry design platform, the top jewelry ring element and the bottom jewelry ring element each account for half of the entire jewelry ring, and is equally divided from the diameter of the jewelry ring.
  • the above-mentioned design method for designing jewellery using the jewelry design platform selecting a jewel crown and a gemstone from the gemstone crown element library and the gemstone element library of the independent jewelry element data storage system, respectively, to make a bag or a melon combination, and the combination is hanged
  • the hook constitutes the design of the necklace pendant jewelry
  • the combination of the ear pin constitutes the design of the earring jewelry worn on the ear.
  • the material simulation element library in the display system includes a metal material library simulating the jewelry ring and/or the gemstone crown, and a gem material library simulating the gemstone, wherein the metal material library includes gold and platinum.
  • the metal material library includes gold and platinum.
  • the graphic or symbol element library in the independent jewelry element data storage system includes Chinese and Chinese combination words, English, numbers, constellations, plants, animals, trademark symbols and inclusions. Fingerprints, footprints, and personal life information symbols of the original handwriting are selected to be embossed or indented on the inside or outside of the bottom jewelry ring.
  • the above-mentioned jewellery design platform design jewellery design method, remove step two, constitute a jewellery design method that does not engrave graphics or symbols; and/or remove step four to form a jewellery design method that does not print wax patterns.
  • the invention has the beneficial effects that the design method of designing jewelry using the jewelry design platform proposed by the invention divides the jewelry into several parts of the jewelry ring, the gemstone crown and the gemstone, and the jewelry ring Divided into top and bottom,
  • the top jewelry ring element and the bottom jewelry ring element each account for half of the entire jewelry ring, divided equally from the diameter of the jewelry ring, and are classified into different categories for men and women, divided into men's wide version, men's narrow version, women's style.
  • the beneficial effect is that consumers can select their own favorite accessories by arbitrarily matching, modifying and combining the independent elements of each sub-region according to their own characteristics and preferences, such as consumers.
  • Asians are suitable for narrow editions
  • Europeans and Americans are suitable for wide editions
  • consumers can be in the top jewelry ring library corresponding to the category.
  • the ring, and then the upper and lower parts of the jewelry ring are stitched together to complete the design of the jewelry ring.
  • the gemstone crown library of the invention is also divided into a wide gemstone crown element library and a narrow gemstone crown element library.
  • Asians are suitable for narrow editions
  • Europeans and Americans are suitable for wide editions.
  • Good jewelry ring when you need to choose a gemstone crown, you usually choose your favorite gemstone crown from the corresponding wide gemstone crown element library or narrow gemstone crown element library according to the determined jewelry ring, and then choose your favorite in the gem library.
  • the gemstones, and in the way you like, inlay the gemstones in a gemstone or a veneer to complete the preliminary design of the jewelry such as rings, bracelets or necklaces.
  • the design method determined by the invention is divided into a plurality of components according to the structure of the jewelry, and tens of thousands of possible various shapes are set in advance for each component, and the consumer designs independently using the platform.
  • jewelry such as rings, bracelets or necklaces
  • it greatly improves the design efficiency of the consumer and does not require the consumer to have professional design or drawing knowledge, suitable for all types of consumers to participate, enhance interactivity, and allow consumption.
  • the benefit of setting up a graphic or symbolic element library is that consumers can select or enter images or symbols they like or need from the library of elements, such as Chinese, English, numbers, fingerprints, horoscopes, plants, animals, and trademark symbols. And the personal life information symbol including the fingerprint, the footprint, and the original handwriting, and then matching the desired format and style from the graphic symbol element library, and designing the graphic or symbol in the bottom jewelry in a convex or concave manner The inside or outside of the ring enhances the personalization and differentiation of its jewellery design.
  • elements such as Chinese, English, numbers, fingerprints, horoscopes, plants, animals, and trademark symbols.
  • the personal life information symbol including the fingerprint, the footprint, and the original handwriting, and then matching the desired format and style from the graphic symbol element library, and designing the graphic or symbol in the bottom jewelry in a convex or concave manner
  • the inside or outside of the ring enhances the personalization and differentiation of its jewellery design.
  • the invention further subdivides the top jewelry ring element library into the left top element library and the right top element library, and the beneficial effect is that the gemstone crown can be set in the center of the left top and the right top, and the consumer can choose not to each other.
  • the same or mutually asymmetrical left and right tops enhance their individualized and differentiated design features.
  • the invention divides the top jewelry ring element library and the bottom jewelry ring element library into men's wide version, men's narrow version, female
  • the wide-format version and the women's narrow-cut four-element library can overlap similar jewelry ring elements and different jewelry ring elements, and the beneficial effects are suitable for different needs of different genders, different regions, different heights, and different fat and thin people.
  • the invention divides the jewelry ring into two parts: a top jewelry ring element and a bottom jewelry ring element, and the top jewelry ring and the bottom jewelry ring each occupy half of the entire jewelry ring, and are equally divided from the diameter of the jewelry ring, and the beneficial effect is the above combination
  • the splicing method is designed to facilitate the rapid design of individualized and inferior jewellery rings.
  • the number of design schemes formed after the combination is greatly increased, which is conducive to consumers designing more suitable rings, bracelets, necklaces and other jewelry.
  • the upper and lower parts are each half, and the averaging is from the diameter of the jewelry ring.
  • the beneficial effect is that it is convenient to set the upper and lower interfaces as standard interfaces, which is convenient for interchange and quick matching. And match.
  • the invention sets a material simulation element library in the display system, and uses the elements in the material library to perform rendering simulation after the jewelry design is completed, and the beneficial effect is that the final design forming effect can be displayed more realistically and intuitively.
  • the design method described in the first step of the design method of the present invention is divided into two different design methods, a forward design and a reverse design, wherein the top jewelry ring element library and the bottom jewelry ring element from the independent jewelry element data storage system
  • the library selects the top jewelry ring elements and the appropriate bottom jewelry ring elements respectively, and combines them into a jewelry ring design.
  • This is a forward design method, which is a design method that first designs the part and then forms the whole part. The effect is that the design is more efficient; in addition, the preliminary jewellery overall shape element is selected from the jewelry overall shape element library of the display system, and the top jewelry ring element library and the bottom jewelry ring from the independent jewelry element data storage system.
  • the reverse design method is a design method that has a holistic and redesigned part.
  • the beneficial effect is that it is specifically designed. Before, consumers can first see a whole profile, better visual effect.
  • FIG. 1 is a block diagram showing the system structure of a jewelry design platform in the present invention
  • FIG. 2 is a block diagram showing the design flow of the forward-designed jewelry of the present invention.
  • Figure 3 is a block diagram showing the design flow of the reverse design jewelry of the present invention.
  • Figure 4 is a structural view of a ring with a gemstone crown and a gemstone crown set in the center of the left top and right top using the design method of the present invention
  • Figure 5 is a structural view of a bracelet without gems designed using the design method of the present invention.
  • 1 is the top jewelry ring
  • 2 is the bottom jewelry ring
  • 3 is the gemstone crown
  • 4 is the gemstone
  • 5 is the jewelry symbol designed for the jewelry ring
  • 6 is the left top
  • 7 is the right top
  • a first embodiment of the present invention is a design method for designing a ring jewelry using a jewelry design platform, which includes an independent jewelry element data storage system, a display system, and The output system, the independent jewelry element data storage system comprises a top jewelry ring element library, a bottom jewelry ring element library, a gemstone crown element library, a gemstone element library and a graphic symbol element library;
  • the display system comprises a jewelry overall shape element library, a material simulation element Library and aperture specification database;
  • output system includes 3D model printing module, data transmission and management module; its top jewelry ring element library is divided into three categories: semi-circular top jewelry ring element library, left top element library, right top element library
  • the semi-circular top jewelry ring element occupies half of the entire jewelry ring, and the bottom jewelry ring elements are equally divided from the jewelry ring diameter, and the semi-circular top jewelry ring element library is mainly used to design the gemstone crown 3 and the gemstone 4 is convex.
  • the left top element library and the right top element library are used to design a ring in which the gemstone crown 3 and the gemstone 4 are inlaid in the middle of the left top 6 and the right top 7.
  • the left top element library and the right top element library are each included. There are straight arm elements and twist arm elements to meet different needs.
  • the semi-circular top jewelry ring element library, the left top element library and the right top element library are three types of top jewelry ring element libraries, and the bottom.
  • the jewelry ring element library each contains a four-element library of men's wide version, men's narrow version, women's wide version and women's narrow version.
  • the jewelry ring is divided into four categories and four total sixteen element libraries.
  • Each part of the jewelry ring is designed in advance into tens of thousands of styles and stored in the form of a library of elements in an independent jewelry element data storage system.
  • European and American people are suitable for a wider model
  • Asians are suitable for narrower models.
  • the model is suitable for men's thicker models, women's for smaller models, the same type of left top 6, right top 7 or semi-circular top jewelry ring 1 and all bottom jewelry rings in this category 2 Interface width Activated, to ensure that the part of the width and thickness of the composition can be matched with each other; i.e., the interface can match with each other and the upper portion of the bottom ring jewelry jewelry ring each element within the library.
  • the gemstone crown element library in the independent jewelry element data storage system includes a wide gemstone crown element library and a narrow gemstone crown element library, and the design corresponds to a wide version of the jewelry ring element library and the narrow version of the jewelry.
  • each gemstone crown element library contains a melon-set gemstone crown and a gem-set gemstone crown to meet different needs.
  • the gemstone material library in the independent jewelry element data storage system only has a library of elements, including gemstones of various shapes, colors and materials matching the gemstone crown, such as rubies, sapphires, and yellow stones. White gems and diamonds.
  • the graphic symbol element library in the independent jewelry element data storage system also only sets up an element library, which includes Chinese, English, numbers, fingerprints, constellations, flowers, zodiac images, common animals, Plants, insects, planets, landscapes and trademark symbols and graphic symbols such as fingerprints, footprints, original handwriting, and other life information symbols.
  • the graphic symbol library in this embodiment adopts an open design, which can be added by consumers at any time. Or write new other graphic symbols.
  • the graphic symbol 5 After the graphic symbol 5 is selected, it can be designed in the convex or concave manner on the inner side or the outer side of the bottom jewelry ring.
  • the overall shape element library of the jewelry in the display system of the present embodiment is also divided into four types: a men's wide version, a men's narrow version, a women's wide version, and a women's narrow version, for the consumer to initially select the reverse design.
  • the overall outline of the ring is used;
  • the material simulation element library in the display system of the embodiment includes two types of metal material library and gem material element library, wherein the metal
  • the material element library is mainly used to simulate the metal material of jewelry ring and/or gemstone crown, including 18K gold, 18K rose gold, 18K platinum, palladium, 24K gold, 24K platinum, PT990 silver, PT950 silver and many other material elements.
  • the main method is to design jewelry ring and gemstone crown with 18K gold alloy material.
  • the design of the jewelry ring is 60kg pressure for women and 90kg for men.
  • the gem material library includes material elements such as ruby, sapphire, yellow gemstone, white gemstone and diamond.
  • the aperture specification database in the display system is divided into 32 specifications according to the size of the jewelry ring aperture, which corresponds to 32 specifications.
  • the ring ring diameter is 14 mm to 23.9 mm, respectively. The corresponding relationship is shown in the following table:
  • the design method of designing a ring using the jewelry design platform includes the following steps:
  • Step 1 a), using the forward design method, select the top jewelry ring element and the appropriate bottom jewelry ring element from the top jewelry ring element library and the bottom jewelry ring element library of the independent jewelry element data storage system, and combine them into Jewelry ring design
  • the top jewelry ring element can be selected from the semi-circular top jewelry ring element library, the left top element library, the right top element library three types of element library, such as directly from the semi-circular top jewelry ring element library Semi-circular top jewelry ring 1, or select left top 6 and right top 7 from the left and right top element libraries to form a top jewelry ring, and then from the same bottom jewelry ring element Selecting the favorite bottom jewelry ring 2 in the library; or adopting the reverse design method, selecting the preliminary intentional overall shape element from the jewelry overall shape element library of the display system, and then selecting the top jewelry from the independent jewelry element data storage system Select the favorite top jewelry ring and/or the appropriate bottom jewelry ring in the ring element library and the bottom jewelry ring element library, replacing the corresponding top jewelry ring part
  • the jewelry ring itself can constitute a closed ring; when the top left 6 and the right top 7 are combined to form the top jewelry ring, then the gemstone crown 3 and the gemstone 4 should be inlaid and stitched in the left top 6 And the right top 7; or use the reverse design method to select the desired gemstone element and/or the appropriate gemstone element from the gemstone element library and the gemstone element library of the independent jewelry element data storage system, respectively, replacing step a) a gemstone element and/or a gemstone element corresponding to a corresponding part of the overall shape element selected from the jewelry overall shape element library of the display system, forming a gemstone Ring design;
  • Step 2 selecting or inputting the required graphic symbol 5 from the graphic symbol element library of the independent jewelry element data storage system, and then matching the desired format and style from the graphic symbol element library, the figure is Text or symbols are added to the selected jewelry ring;
  • Step 3 Select a ring number corresponding to the specification from the aperture specification database of the display system, match the designed jewelry ring, and select the desired material matching from the material simulation element library of the display system.
  • Step 4 Use the 3D model printing module in the output system to print the ring design pattern with the matching material and aperture specifications into a 3D wax pattern for the user to try on. After the trial is satisfied, the ring will be completed using the data transmission and management module. The design pattern is saved and transmitted to the background machining center. Repeat the above steps if you are not satisfied with the trial.
  • a consumer needs to design a ring with a gemstone by himself.
  • You can use the forward design method that is, select each component of the favorite, and then select the left top 6 and the right top 7, the gem crown 3, and the bottom jewelry ring. 2.
  • Gems 4 in this process, each element can be selected and replaced in the corresponding element library.
  • Each design solution will be presented in 3D in the display system until the consumer designs the ideal solution. So far, the output system performs 3D printing, and the 3D wax pattern is printed for consumers to try on.
  • the consumer still needs to modify the style of the ring, he can also enter the independent jewelry element data storage system, reselect and replace the partial elements, and determine whether the style is satisfactory through the display system or the output system.
  • Consumers can also design a ring through the reverse design method, that is, first select a whole ring from the jewelry overall shape element library in the independent jewelry element data storage system, so that it can be displayed through the display system, in which the overall shape element is On the basis, the consumer can arbitrarily replace any element of the part, for example, if the gemstone crown 3 in the original ring is not satisfied, the original can be deleted.
  • Gemstone crown 3 in the whole ring choose another gemstone crown 3 in the gemstone crown library, or if you are not satisfied with the gemstone 4 in the original ring, you can select another gem 4 in the gem library to make it Replacing the existing gemstone 4, the effect of the replacement is displayed in the display system; when the consumer is satisfied with the effect of the display, the output system performs the 3D printing of the wax pattern for the consumer to try on.
  • the core method is to divide the ring into the top jewelry ring 1, the bottom jewelry ring 2, the gemstone crown 3, the gemstone 4, or further subdivide the upper part of the jewelry ring.
  • the system performs 3D printing of the wax mold for consumers to try on, and the consumer determines the ring with satisfactory style through comparison.
  • the completed ring design pattern is saved and transmitted to the background processing center for custom processing of the ring using the data transmission and management module.
  • the method for designing jewelry using the above jewelry design platform can be removed, and the second step can be removed to form a jewelry design method without image or symbol; likewise, step 4 can be removed simultaneously or separately. After removing, it constitutes a jewelry design method that does not print a wax pattern.
  • a second embodiment of the present invention is a method for designing a bracelet or necklace jewelry using a jewelry design platform, elements and features of the design platform, and steps 1 and 2 in the design method.
  • the method of the fourth method is the same as or similar to the above-mentioned first embodiment, except that the design method of the third step is changed as follows:
  • Step 3 Select an appropriate aperture from the aperture specification database of the display system, match the designed jewelry ring, and select a favorite material from the material simulation element library of the display system to match the designed jewelry.
  • the design of the bracelet or bracelet is formed; when the aperture size is selected from the aperture specification, the aperture matching is larger than the diameter specification of the human neck.
  • the design of the jewelry ring constitutes the design of the necklace;
  • the above-mentioned design method for designing jewellery using the jewelry design platform selecting a jewel crown and a gemstone from the gemstone crown element library and the gemstone element library of the independent jewelry element data storage system, respectively, to make a bag or a melon combination, and the combination is hanged
  • the hook constitutes the design of the necklace pendant jewelry
  • the combination of the ear pin constitutes the design of the earring jewelry worn on the ear.

Abstract

一种使用首饰设计平台设计珠宝首饰的设计方法，该方法包括使用一种包含独立珠宝元素数据存储系统、显示系统和输出系统的首饰设计平台，该平台将珠宝首饰分为了首饰环（1）、宝石冠（3）和宝石（4），该平台根据珠宝首饰的各部位按类分别建立了数个元素库，各元素库又分别包含了数万种可选的独立元素，这些元素按类组合和匹配，各类的接口互相吻合，消费者通过从各元素库中选择各细分部位的独立元素任意搭配、修改和组合来设计自己喜爱的饰品，并在饰品上任意设计图文或符号，可设计出几十亿兆的方案。满意后由输出系统3D打印出模型供消费者试戴，该方法让消费者快速自主的进行珠宝首饰的个性化、差异化设计，为实现C2B模式搭建后工业化平台。

Description

一种使用首饰设计平台设计珠宝首饰的设计方法 技术领域
本发明涉及一种首饰品的设计平台以及使用该平台设计珠宝首饰的方法，具体涉及一种戒指、手镯、手链、项链、吊坠、耳钉及耳环的设计方法。
背景技术
随着人们生活水平和审美观念的不断提高，消费者在选择佩戴首饰品时，不仅注重饰品的流行款式及制造的精美程度，还希望能融入自己的个性化要素及审美需求，越来越多的消费者希望能参与到首饰品的设计，在设计过程中将个人信息及情感融入首饰中，定制自己喜欢的个性化饰品，佩戴与别人不相雷同的差异化首饰，如在戒指或手镯上携刻自己的姓名或代表自己的图文符号、选择左右不对称或其他彰显个性的戒指或手镯形状等。但目前消费者在进入大大小小的卖场购买首饰时大都不能参与首饰的设计，现在首饰品的设计方法基本还是采用传统的方式，即由设计师在后台按现在的流行款式或标准款式设计出大众版的首饰品，并由工厂批量化生产后进入各大卖场出售，在进入柜台出售时，其首饰的款式和风格均已定型，消费者无法向其融入自己的个性化特征，更不能参与到首饰的设计过程中去设计自己喜好的款式，使消费者在购买首饰的过程中缺乏自主性和趣味性，现在有的商家已看到了这一矛盾并尝试进行解决，如提供一种快速设计与制造方法，该方法是针对消费者已看中了某一款现有的既已成形的首饰，但又对其某一个局部部位不满意，针对此种问题，中国专利申请号201210276896.7公开了一种金属首饰快速设计与制造方法，它采用原样扫描测量、逆向设计的方法，对消费者选中的流行时尚的金属首饰扫描后快速提取点云数据并进行CAD建模，得到产品的仿真设计模型，再在模型上按照消费者的要求进行局部更改，如更换戒指的宝石，该种设计方法虽然能勉强应付消费者的不满，缩短产品的研制周期，但仍然无法满足让消费者自主参与到首饰品的设计过程中的需求，不能让消费者自主快速的设计和定制自己喜爱的个性化、差异化的首饰品，现有的设计方法已越来越不能满足消费者的需要，尤其是在戒指、手镯领域更显突出。
发明内容
为了解决现有技术存在的上述不足，本发明特提出一种使用首饰设计平台设计珠宝首饰的设计方法，该方法包括使用一种包含独立珠宝元素数据存储系统、显示系统和输出系统的首饰设计平台，该平台将珠宝首饰分为了首饰环、宝石冠和宝石，又将首饰环分为了顶部首饰环和 底部首饰环，同时进一步将顶部的首饰环部份细分为了左顶部和右顶部，且针对男女宽窄进行了不同的分类，并根据珠宝首饰的各部位按类分别建立了数个元素库，各元素库又分别包含了数万种可选的独立元素，这些元素按类组合和匹配，各类的接口互相吻合，消费者通过从各元素库中选择各细分部位的独立元素任意搭配、修改和组合来设计自己喜爱的饰品，并在饰品上任意设计图文或符号，可设计出几十亿兆的方案。满意后由输出系统3D打印出模型供消费者试戴，本发明能让消费者快速自主的进行珠宝首饰的个性化、差异化设计，为实现C2B模式搭建后工业化平台。
本发明解决其技术问题，所采用的技术方案是：一种使用首饰设计平台设计珠宝首饰的设计方法，所述首饰设计平台包括独立珠宝元素数据存储系统、显示系统和输出系统，共结构特点为，所述独立珠宝元素数据存储系统包括顶部首饰环元素库、底部首饰环元素库、宝石元素库、宝石冠元素库和图文符号元素库；所述显示系统包括首饰整体造形元素库、材质模拟元素库和孔径规格数据库；所述输出系统包括3D模型打印模块、数据传输与管理模块，使用所述首饰设计平台设计珠宝首饰的方法，包括以下步骤：
步骤一：从所述独立珠宝元素数据存储系统的顶部首饰环元素库及底部首饰环元素库中分别选取中意的顶部首饰环及适宜的底部首饰环，组合成首饰环的设计方案；或者从所述显示系统的首饰整体造形元素库中选择初步中意的首饰整体造形元素，再从所述独立珠宝元素数据存储系统的顶部首饰环元素库及底部首饰环元素库中分别选择中意的顶部首饰环和/或适宜的底部首饰环，替换掉首饰整体造形元素中相应的顶部首饰环部分和/或底部首饰环部分，组成首饰环的设计方案；
步骤二：从所述独立珠宝元素数据存储系统的图文符号元素库中选择或录入需要的图文或符号，再匹配中意的图文格式及样式后，将该图文或符号添加到所选定的首饰环上；
步骤三：从所述显示系统的孔径规格数据库中选择规格适宜的孔径，匹配给所设计的首饰环，并从所述显示系统的材质模拟元素库中选择中意的材质匹配给所设计的首饰，当从孔径规格中选择大于手指直径并小于手腕直径规格的孔径匹配给所设计的首饰环时即构成戒指的设计方案；当从孔径规格中选择大于手腕直径并小于人体颈部直径规格的孔径匹配给所设计的首饰环时即构成手镯或手链的设计方案；当从孔径规格中选择大于人体颈部直径规格的孔径匹配给所设计的首饰环时即构成项链的设计方案；
步骤四：使用输出系统中的3D模型打印模块将已匹配好材质及孔径规格的首饰设计图样打印成3D蜡模供用户试戴，试戴满意后，使用数据传输与管理模块将完成的该首饰设计图样进行保存并传输给后台加工中心，试戴不满意则重复上述步骤。
上述使用首饰设计平台设计珠宝首饰的设计方法，在所述步骤一之后增加以下步骤：
从所述独立珠宝元素数据存储系统的宝石元素库及宝石冠元素库中分别选择中意的宝石及适宜的宝石冠装配到顶部首饰环元素上，组合成带宝石的首饰设计方案；或者从所述独立珠宝元素数据存储系统的宝石冠元素库及宝石元素库中分别选择中意的宝石和/或适宜的宝石冠元素替换掉步骤一中从所述显示系统的首饰整体造形元素库中选取的首饰整体造形元素中相应部位的宝石和/或宝石冠，组成带宝石的首饰设计方案。
进一步地，所述顶部首饰环元素库包括左顶部元素库和右顶部元素库。
进一步地，左顶部元素库和右顶部元素库各自均包括有直臂元素和扭臂元素,宝石冠安装到首饰环上的方法包括将宝石冠凸起设计在顶部首饰环的上方，或者将宝石冠镶嵌设计在左顶部和右顶部的中间。
进一步地，顶部首饰环元素库和底部首饰环元素库，各自又分别包含了男式宽版、男式窄版、女式宽版和女式窄版四种元素库，每一种的顶部首饰环与底部首饰环的接口能互相吻合，设计珠宝首饰时应在元素库中选择接口吻合的的顶部首饰环和底部首饰环；宝石冠元素库包括宽版宝石冠元素库和窄版宝石冠元素库，分别对应宽版的首饰环元素库和窄版的首饰环元素库。
上述使用首饰设计平台设计珠宝首饰的设计方法，顶部首饰环元素和底部首饰环元素各占整个首饰环的一半，从首饰环直径处平分。
上述使用首饰设计平台设计珠宝首饰的设计方法，从独立珠宝元素数据存储系统的宝石冠元素库和宝石元素库中分别选择中意的宝石冠和宝石进行包镶或瓜镶组合，将该组合配上吊钩即构成项链吊坠首饰的设计方案；将该组合配上耳针即构成佩戴在耳朵上的耳钉首饰的设计方案。
上述使用首饰设计平台设计珠宝首饰的设计方法，显示系统中的材质模拟元素库包括模拟首饰环和/或宝石冠的金属材质库，以及模拟宝石的宝石材质库，其中金属材质库包括黄金、铂金、钯金、18K金和银材质贵金属元素；宝石材质库包括红宝石、蓝宝石、黄宝石、白宝石和钻石材质元素。
上述使用首饰设计平台设计珠宝首饰的设计方法，所述独立珠宝元素数据存储系统中的图文或符号元素库包括中文及中文组合字、英文、数字、星座符、植物、动物、商标符号和包含指纹、脚印、原笔迹的个人生命信息符号，选取后将其凸刻或凹刻设计在底部首饰环的内侧或外侧。
上述使用首饰设计平台设计珠宝首饰的设计方法，去掉步骤二，构成不刻图文或符号的首饰设计方法；和/或去掉步骤四，构成不打印蜡模的首饰设计方法。
与现有技术相比，本发明的有益效果是：本发明提出的使用首饰设计平台设计珠宝首饰的设计方法，将珠宝首饰分为了首饰环、宝石冠和宝石几个部份，又将首饰环分为了顶部和底部， 其中顶部首饰环元素和底部首饰环元素各占整个首饰环的一半，从首饰环直径处平分，且针对男女宽窄进行了不同的分类，共分为了男式宽版、男式窄版、女式宽版和女式窄版四个种类，并按类对各部位分别建立了数个元素库，各元素库又包含了数万种可选的独立元素，这些元素按类组合和匹配，各类的接口互相吻合，其有益效果是，消费者能根据自身的特点和喜好自行从各元素库中选择各细分部位的独立元素任意搭配、修改和组合来设计自己喜爱的饰品，如消费者先确定物主的性别及宽窄喜好，通常情况下，亚州人适合窄版，欧美人适合宽版，确定了性别及宽窄喜好后，消费者即可在该类别所对应的顶部首饰环元素库中去从数万种顶部设计元素中任选自己喜爱的上部份首饰环，再在该类别所对应的底部首饰环元素库中去选择自己喜爱的下部份首饰环，然后将首饰环的上下部份拼接组合到一起就完成了首饰环的设计，由于同类别的顶部首饰环与底部首饰环的接口形状和尺寸均相同，能互相吻合，故能方便消费者快捷准确的进行首饰环设计；本发明的宝石冠元素库也分为宽版宝石冠元素库和窄版宝石冠元素库，通常情况下，亚州人适合窄版，欧美人适合宽版，设计好首饰环，需要选取宝石冠时，通常是根据所确定的首饰环从对应的宽版宝石冠元素库或窄版宝石冠元素库中选择自己喜好的宝石冠，然后到宝石库中选择自己喜好的宝石，并以自己喜欢的方式将宝石以瓜镶或包镶的方式镶嵌到宝石冠上，完成戒指、手镯或项链等珠宝首饰的初步设计。
本发明所确定的设计方法是按珠宝首饰的结构将其拆分为了多个组成部分，并预先为每一个组成部分设置好了数万种可能的各种造型，消费者在使用本平台自主设计戒指、手镯或项链等珠宝首饰时，只需从各个元素库的海量元素中去挑选中自己中意的元素组合匹配在一起即完成了设计，在分秒之间即可完成所见即所得的设计，而不需要费时费力的去勾画设计图案的原型，大大提高了消费者的设计效率，而且不需要消费者具有专业的设计或绘图知识，适合各类消费者参与，增强互动性，能让消费者灵活自主的从海量的元素数据库中选择个性化、差异化的各部位设计元素，快速完成戒指及其他类首饰的设计。
设置图文或符号元素库的有益效果是消费者可以从该元素库中选择或录入自己喜欢或需要的图文或符号，如中文、英文、数字、指纹、星座符、植物、动物和商标符号和包含指纹、脚印、原笔迹的个人生命信息符号，再从所述图文符号元素库中匹配中意的格式及样式后，将该图文或符号以凸刻或凹刻的方式设计在底部首饰环的内侧或外侧，增强其珠宝首饰设计的个性化和差异化。
本发明进一步的将顶部的首饰环元素库细分为了左顶部元素库和右顶部元素库，其有益效果是可以将宝石冠镶嵌设计在左顶部和右顶部的中央，同时消费者可以选择互不相同或互不对称的左、右顶部，增强其个性化和差异化设计特点。
本发明将顶部首饰环元素库和底部首饰环元素库又分别细分为了男式宽版、男式窄版、女 式宽版和女式窄版四种元素库，可以将类似首饰环元素和不同首饰环元素重叠，其有益效果是以适合不同性别、不同地域、不同身高、不同胖瘦人的不同需求。
本发明将首饰环分为了顶部首饰环元素和底部首饰环元素两个部分，且顶部首饰环和底部首饰环各占整个首饰环的一半，从首饰环直径处平分，其有益效果是以上下组合拼接的方式设计首饰环利于快速设计出个性化和差性化的首饰环，同时组合后形成的设计方案数量大增，有利于消费者设计出更适合自己的戒指、手镯、颈链等首饰，同时也增加其参与设计的趣味性和互动性，上下部位各占一半，从首饰环直径处平分，其有益效果是便于将上下部份的接口设置成标准接口，利于互换，以实现快速匹配和吻合。
本发明在显示系统中设置材质模拟元素库，在珠宝首饰设计完成后使用该材质库中的元素进行渲染模拟，其有益效果是可以更真实更直观的显示出最终的设计成型效果。
本发明设计方法步骤一中所述的设计方法，共分为了正向设计和逆向设计两种不同的设计方法，其中从所述独立珠宝元素数据存储系统的顶部首饰环元素库及底部首饰环元素库中分别选取中意的顶部首饰环元素及适宜的底部首饰环元素，组合成首饰环设计方案，此为正向设计法，是一种先设计局部，再由局部组成整体的设计法，其有益效果是设计的效率较高；另外从所述显示系统的首饰整体造形元素库中选择初步中意的首饰整体造形元素，再从所述独立珠宝元素数据存储系统的顶部首饰环元素库及底部首饰环元素库中分别选择中意的顶部首饰环和/或适宜的底部首饰环，替换掉首饰整体造形元素中相应的顶部首饰环部分和/或底部首饰环部分，组成新的首饰环设计方案，此为逆向设计法，是一种先有整体，再设计局部的设计法，其有益效果是具体设计前，消费者能先见到一个整体轮廓，直观效果更好。
附图说明
下面结合附图对本发明的实施方案作详细说明。
图1是本发明中的首饰设计平台的系统结构框图；
图2是本发明正向设计珠宝首饰的设计流程框图；
图3是本发明逆向设计珠宝首饰的设计流程框图；
图4是使用本发明的设计方法设计出的带宝石冠且宝石冠镶嵌在左顶部和右顶部中央的戒指结构图；
图5是使用本发明的设计方法设计出的不带宝石的手镯结构图；
图中：1为顶部首饰环、2为底部首饰环、3为宝石冠、4为宝石、5为首饰环为设计的图文符号、6为左顶部、7为右顶部
具体实施方式
如图1至图4所示，本发明的第一种具体实施方式是，一种使用首饰设计平台设计戒指类珠宝首饰的设计方法，该首饰设计平台包括独立珠宝元素数据存储系统、显示系统和输出系统，其独立珠宝元素数据存储系统包括顶部首饰环元素库、底部首饰环元素库、宝石冠元素库、宝石元素库和图文符号元素库；显示系统包括首饰整体造形元素库、材质模拟元素库和孔径规格数据库；输出系统包括3D模型打印模块、数据传输与管理模块；其顶部首饰环元素库共分为了三类：半圆状的顶部首饰环元素库、左顶部元素库、右顶部元素库，其中半圆状的顶部首饰环元素占整个首饰环的一半，其与底部首饰环元素各从首饰环直径处平分，半圆状的顶部首饰环元素库主要用于设计宝石冠3和宝石4是凸出附加设计在顶部首饰环1上面的戒指，或者是设计不带宝石冠3和宝石4的戒指时使用，如情侣对戒。左顶部元素库和右顶部元素库是用于设计将宝石冠3和宝石4镶嵌拼合设计在左顶部6和右顶部7中间的戒指时使用，左顶部元素库和右顶部元素库内各自均包括有直臂元素和扭臂元素,以满足不同的需要，在本实施方式中，半圆状的顶部首饰环元素库、左顶部元素库和右顶部元素库等三类顶部首饰环元素库，以及底部首饰环元素库，均各自又分别包含了男式宽版、男式窄版、女式宽版和女式窄版四种元素库，即将首饰环分为了四类四种共计十六个元素库，首饰环的各部份均事先设计成数万种式样，并以元素库的形式保存在独立珠宝元素数据存储系统中，通常来讲，欧美人士适合较宽的款型，亚洲人适合较窄的款型，男式适合较粗的款型，女式适合较细的款型，同一类的左顶部6、右顶部7或者半圆状的顶部首饰环1和该类别中的所有底部首饰环2的接口宽度一致，确保各组成部份的宽度和厚度能相互匹配；即每一种元素库内的上部首饰环与底部首饰环的接口能互相吻合。在本实施方式中，独立珠宝元素数据存储系统中的宝石冠元素库包括宽版宝石冠元素库和窄版宝石冠元素库，设计选取时分别对应宽版的首饰环元素库和窄版的首饰环元素库，各宝石冠元素库内均分别包含了瓜镶式宝石冠和包镶式宝石冠，以分别适应不同的需要。独立珠宝元素数据存储系统中的宝石元素材质库只设置了一种元素库，在该元素库内包含了与宝石冠相配的各种形状、颜色及材质的宝石，如红宝石、蓝宝石、黄宝石、白宝石和钻石等。独立珠宝元素数据存储系统中的图文符号元素库也只设置了一种元素库，该图文符号元素库包括了中文、英文、数字、指纹、星座、花卉、生肖图象、常见的动物、植物、昆虫、天象、山水和商标符号和包含指纹、脚印、原笔迹的个人生命信息符号等图文符号，另外本实施方式中的图文符号元素库采用开放型设计，可供消费者随时添加或写入新的其他图文符号，图文符号5选取后可将其以凸刻或凹刻的方式设计在底部首饰环的内侧或外侧。
本实施方式的显示系统中的首饰整体造形元素库也分为了男式宽版、男式窄版、女式宽版和女式窄版四种，供消费者在逆向设计时，先初步选择其戒指的整体外形轮廓时使用；本实施方式的显示系统中的材质模拟元素库包括了金属材质元素库和宝石材质元素库两种，其中金属 材质元素库主要用于模拟首饰环和/或宝石冠的金属材质，包括18K黄金、18K玫瑰金、18K铂金、钯金、24K黄金、24K铂金、PT990银、PT950银等诸多材质元素，本实施方式主要采用18K金的合金材料设计首饰环及宝石冠，其首饰环的设计承重为女款60kg压力、男款90kg压力。宝石材质元素库包括红宝石、蓝宝石、黄宝石、白宝石和钻石等材质元素，显示系统中的孔径规格数据库根据首饰环孔径的大小，共分为了4号至35号共32种规格，其对应的戒指环孔径分别为14毫米至23.9毫米，具体对应关系见下表：
Figure PCTCN2015079008-appb-000001
使用该首饰设计平台设计戒指的设计方法，包括以下步骤：
步骤一：a)、采用正向设计法，从独立珠宝元素数据存储系统的顶部首饰环元素库及底部首饰环元素库中分别选取中意的顶部首饰环元素及适宜的底部首饰环元素，组合成首饰环设计方案，其顶部首饰环元素可以从半圆状的顶部首饰环元素库、左顶部元素库、右顶部元素库三类元素库中挑选，如从半圆状的顶部首饰环元素库中直接选择半圆状的顶部首饰环1，或者从左、右顶部元素库中分别选择左顶部6和右顶部7共同组成顶部首饰环，再从同类的底部首饰环元 素库中选择中意的底部首饰环2；或者采用逆向设计法，从所述显示系统的首饰整体造形元素库中选择初步中意的整体造形元素，再从所述独立珠宝元素数据存储系统的顶部首饰环元素库及底部首饰环元素库中分别选择中意的顶部首饰环和/或适宜的底部首饰环，替换掉整体造形元素中相应的顶部首饰环部分和/或底部首饰环部分，组成首饰环设计方案；
b)、采用正向设计法，从所述独立珠宝元素数据存储系统的宝石元素库及宝石冠元素库中分别选择中意的宝石元素及适宜的宝石冠元素装配到顶部首饰环元素上，组合成带宝石的戒指设计方案；当选中的是半圆状的顶部首饰环1时，则宝石冠3和宝石4凸出附加设计在顶部首饰环1的上面，当然此类首饰环也可不附加设计宝石冠3和宝石4，其首饰环本身即能自行构成一个封闭的戒指；当选择由左顶部6和右顶部7共同构成顶部首饰环时，则宝石冠3和宝石4应镶嵌拼合设计在左顶部6和右顶部7中间；或者采用逆向设计法从所述独立珠宝元素数据存储系统的宝石元素库及宝石冠元素库中分别选择中意的宝石元素和/或适宜的宝石冠元素替换掉步骤一a)中从所述显示系统的首饰整体造形元素库中选取的整体造型元素中相应部位的宝石元素和/或宝石冠元素，组成带宝石的戒指设计方案；
步骤二：从所述独立珠宝元素数据存储系统的图文符号元素库中选择或录入需要的图文符号5，再从所述图文符号元素库中匹配中意的格式及样式后，将该图文或符号添加到所选定的首饰环上；
步骤三：从所述显示系统的孔径规格数据库中选择规格适宜的戒孔号数，匹配给所设计的首饰环，并从所述显示系统的材质模拟元素库中选择中意的材质匹配给所设计的戒指；
步骤四：使用输出系统中的3D模型打印模块将已匹配好材质及孔径规格的戒指设计图样打印成3D蜡模供用户试戴，试戴满意后，使用数据传输与管理模块将完成的该戒指设计图样进行保存并传输给后台加工中心，试戴不满意则重复上述步骤。
比如一个消费者需要自主设计一款带宝石的戒指，可以通过正向设计法，即分别选择中意的每一个组成部分，依次选择中意的左顶部6、右顶部7、宝石冠3、底部首饰环2、宝石4，在这过程中，每一个元素都可以在相应的元素库中进行挑选、替换，每一种设计方案都会在显示系统中以3D效果呈现出，直到消费者设计出理想的方案为止，最后由输出系统进行3D打印，打印出3D蜡模，供消费者试戴。此时，倘若消费者还需要对戒指的款式进行修改，则还可以进入独立珠宝元素数据存储系统，对局部元素重新选择和替换，通过显示系统或输出系统来确定该款式是否满意。
消费者还可以通过逆向设计法来设计一款戒指，即先从独立珠宝元素数据存储系统中的首饰整体造形元素库中选择一款整戒，使其通过显示系统显示，在此整体造形元素的基础上，消费者可以任意替换局部的任一元素，比如对原来的整戒中的宝石冠3不满意，则可以删除原来 整戒中的宝石冠3，在宝石冠元素库中选择另一款宝石冠3，或者如对原来整戒中的宝石4不满意，则可以在宝石库中选择另一款宝石4，使其替换现有宝石4，将替换后的效果在显示系统中显示出来；当消费者对显示的效果满意后，输出系统即对该方案进行3D打印出蜡模，供消费者试戴。
无论上述正向设计法或者是逆向设计法，其核心方法都是将戒指分成顶部首饰环1，底部首饰环2、宝石冠3、宝石4这几种元素，或者进一步将首饰环上部再细分为左顶部6和右顶部7、并在每一种元素库中存储大量的款式，在这些若干款式中任意选择，组合成各种款式的戒指，并将其显示在显示系统中，最后经输出系统进行3D打印出蜡模，供消费者试戴，消费者通过对比，确定款式满意的戒指。确认满意后，使用数据传输与管理模块将完成的该戒指设计图样进行保存并传输给后台加工中心进行戒指的定制加工。
显然，在本实施方式中，使用上述首饰设计平台设计珠宝首饰的方法，其步骤二可以去掉，去掉后即构成不刻图文或符号的首饰设计方法；同样，步骤四也可以同时或单独去掉，去掉后构成不打印蜡模的首饰设计方法。
如图5所示，本发明的第二种具体实施方式是，一种使用首饰设计平台设计手镯或项链类珠宝首饰的方法，其设计平台的要素和特征，以及设计方法中的步骤一、二、四的方法均与上述实施方式一相同或相似，只是步骤三的设计方法变更如下：
步骤三：从所述显示系统的孔径规格数据库中选择规格适宜的孔径，匹配给所设计的首饰环，并从所述显示系统的材质模拟元素库中选择中意的材质匹配给所设计的首饰，当从孔径规格中选择大于手腕直径并小于人体颈部直径规格的孔径匹配给所设计的首饰环时即构成手镯或手链的设计方案；当从孔径规格中选择大于人体颈部直径规格的孔径匹配给所设计的首饰环时即构成项链的设计方案；
上述使用首饰设计平台设计珠宝首饰的设计方法，从独立珠宝元素数据存储系统的宝石冠元素库和宝石元素库中分别选择中意的宝石冠和宝石进行包镶或瓜镶组合，将该组合配上吊钩即构成项链吊坠首饰的设计方案；将该组合配上耳针即构成佩戴在耳朵上的耳钉首饰的设计方案。

Claims (10)

  1. 一种使用首饰设计平台设计珠宝首饰的设计方法，所述首饰设计平台包括独立珠宝元素数据存储系统、显示系统和输出系统，其特征在于，所述独立珠宝元素数据存储系统包括顶部首饰环元素库、底部首饰环元素库、宝石元素库、宝石冠元素库和图文符号元素库；所述显示系统包括首饰整体造形元素库、材质模拟元素库和孔径规格数据库；所述输出系统包括3D模型打印模块、数据传输与管理模块，使用所述首饰设计平台设计珠宝首饰的方法，包括以下步骤：
    步骤一：从所述独立珠宝元素数据存储系统的顶部首饰环元素库及底部首饰环元素库中分别选取中意的顶部首饰环及适宜的底部首饰环，组合成首饰环的设计方案；或者从所述显示系统的首饰整体造形元素库中选择初步中意的首饰整体造形元素，再从所述独立珠宝元素数据存储系统的顶部首饰环元素库及底部首饰环元素库中分别选择中意的顶部首饰环和/或适宜的底部首饰环，替换掉首饰整体造形元素中相应的顶部首饰环部分和/或底部首饰环部分，组成首饰环的设计方案；
    步骤二：从所述独立珠宝元素数据存储系统的图文符号元素库中选择或录入需要的图文或符号，再匹配中意的图文格式及样式后，将该图文或符号添加到所选定的首饰环上；
    步骤三：从所述显示系统的孔径规格数据库中选择规格适宜的孔径，匹配给所设计的首饰环，并从所述显示系统的材质模拟元素库中选择中意的材质匹配给所设计的首饰，当从孔径规格中选择大于手指直径并小于手腕直径规格的孔径匹配给所设计的首饰环时即构成戒指的设计方案；当从孔径规格中选择大于手腕直径并小于人体颈部直径规格的孔径匹配给所设计的首饰环时即构成手镯或手链的设计方案；当从孔径规格中选择大于人体颈部直径规格的孔径匹配给所设计的首饰环时即构成项链的设计方案；
    步骤四：使用输出系统中的3D模型打印模块将已匹配好材质及孔径规格的首饰设计图样打印成3D蜡模供用户试戴，试戴满意后，使用数据传输与管理模块将完成的该首饰设计图样进行保存并传输给后台加工中心，试戴不满意则重复上述步骤。
  2. 根据权利要求1所述的使用首饰设计平台设计珠宝首饰的设计方法，其特征在于，在所述步骤一之后增加以下步骤：
    从所述独立珠宝元素数据存储系统的宝石元素库及宝石冠元素库中分别选择中意的宝石及适宜的宝石冠装配到顶部首饰环元素上，组合成带宝石的首饰设计方案；或者从所述独立珠宝元素数据存储系统的宝石冠元素库及宝石元素库中分别选择中意的宝石和/或适宜的宝石冠元素替换掉步骤一中从所述显示系统的首饰整体造形元素库中选取的首饰整体造形元素中相应部位的宝石和/或宝石冠，组成带宝石的首饰设计方案。
  3. 根据权利要求2所述的使用首饰设计平台设计珠宝首饰的设计方法，其特征在于：所述顶部首饰环元素库包括左顶部元素库和右顶部元素库。
  4. 根据权利要求3所述的使用首饰设计平台设计珠宝首饰的设计方法，其特征在于：左顶部元素库和右顶部元素库各自均包括有直臂元素和扭臂元素,宝石冠安装到首饰环上的方法包括将宝石冠凸起设计在顶部首饰环的上方，或者将宝石冠镶嵌设计在左顶部和右顶部的中间。
  5. 根据权利要求1至4中任一项所述的使用首饰设计平台设计珠宝首饰的设计方法，其特征在于：顶部首饰环元素库和底部首饰环元素库各自又分别包含了男式宽版、男式窄版、女式宽版和女式窄版四种元素库，每一种的顶部首饰环与底部首饰环的接口能互相吻合；宝石冠元素库包括宽版宝石冠元素库和窄版宝石冠元素库，分别对应宽版的首饰环元素库和窄版的首饰环元素库。
  6. 根据权利要求5所述的使用首饰设计平台设计珠宝首饰的设计方法，其特征在于：顶部首饰环元素和底部首饰环元素各占整个首饰环的一半，从首饰环直径处平分。
  7. 根据权利要求1至4中任一项所述的使用首饰设计平台设计珠宝首饰的设计方法，其特征在于：从独立珠宝元素数据存储系统的宝石冠元素库和宝石元素库中分别选择中意的宝石冠和宝石进行包镶或瓜镶组合，将该组合配上吊钩即构成项链吊坠首饰的设计方案；将该组合配上耳针即构成佩戴在耳朵上的耳钉首饰的设计方案。
  8. 根据权利要求1至4中任一项所述的使用首饰设计平台设计珠宝首饰的设计方法，其特征在于：显示系统中的材质模拟元素库包括模拟首饰环和/或宝石冠的金属材质库，以及模拟宝石的宝石材质库，其中金属材质库包括黄金、铂金、钯金、18K金和银材质贵金属元素；宝石材质库包括红宝石、蓝宝石、黄宝石、白宝石和钻石材质元素。
  9. 根据权利要求1至4中任一项所述的使用首饰设计平台设计珠宝首饰的设计方法，其特征在于：独立珠宝元素数据存储系统中的图文或符号元素库包括中文及中文组合字、英文、数字、星座符、植物、动物、商标符号和包含指纹、脚印、原笔迹的个人生命信息符号，选取后将其凸刻或凹刻设计在底部首饰环的内侧或外侧。
  10. 根据权利要求1至4中任一项所述的使用首饰设计平台设计珠宝首饰的设计方法，其特征在于：去掉步骤二，构成不刻图文或符号的首饰设计方法；和/或去掉步骤四，构成不打印蜡模的首饰设计方法。
PCT/CN2015/079008 2014-05-16 2015-05-15 一种使用首饰设计平台设计珠宝首饰的设计方法 WO2015172731A1 (zh)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CN201410208860.4 2014-05-16
CN201410208860.4A CN103955589B (zh) 2014-05-16 2014-05-16 一种使用首饰设计平台设计珠宝首饰的方法

Publications (1)

Publication Number Publication Date
WO2015172731A1 true WO2015172731A1 (zh) 2015-11-19

Family

ID=51332864

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2015/079008 WO2015172731A1 (zh) 2014-05-16 2015-05-15 一种使用首饰设计平台设计珠宝首饰的设计方法

Country Status (2)

Country Link
CN (1) CN103955589B (zh)
WO (1) WO2015172731A1 (zh)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105725387A (zh) * 2016-05-04 2016-07-06 藏爱数位（厦门）珠宝有限公司 运用3d打印制造黄金首饰之方法
CN112651798A (zh) * 2020-12-21 2021-04-13 柏丽德珠宝(广州)有限公司 珠宝3d定制方法、系统及装置

Families Citing this family (22)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103955589B (zh) * 2014-05-16 2018-12-21 张杜渐 一种使用首饰设计平台设计珠宝首饰的方法
CN104544798B (zh) * 2014-12-17 2016-05-25 陈伟文 一种饰品制造工艺方法及饰品
CN104490024A (zh) * 2015-01-03 2015-04-08 王旭东 一种带有名字的荧光玉石饰品
CN105988746A (zh) * 2015-01-30 2016-10-05 深圳市亿思达科技集团有限公司 3d打印方法及电子设备
CN105988740A (zh) * 2015-01-30 2016-10-05 深圳市亿思达科技集团有限公司 三维物体的制造方法及终端设备
CN105988742A (zh) * 2015-01-30 2016-10-05 深圳市亿思达科技集团有限公司 3d对象的成型方法及3d打印装置
CN105988741A (zh) * 2015-01-30 2016-10-05 深圳市亿思达科技集团有限公司 3d打印方法及终端设备
CN106056662A (zh) * 2015-04-16 2016-10-26 沈扬 一种基于3d打印技术进行艺术衍生品生产的系统
CN106889713A (zh) * 2015-12-20 2017-06-27 叶冬欣 一种珠宝首饰生产工艺
CN105815898A (zh) * 2016-05-19 2016-08-03 藏爱数位（厦门）珠宝有限公司 数码珠宝绘图结合3d打印技术之宝石镶嵌绘制技法
CN106251203A (zh) * 2016-07-29 2016-12-21 成都我的科技有限公司 一种首饰在线设计系统及其在线设计的方法
CN106779932A (zh) * 2016-08-15 2017-05-31 陈全福 珠宝设计在线交流系统及其方法
CN110325945A (zh) * 2016-12-16 2019-10-11 动力专家有限公司 用于设计可穿戴物品和配件的系统和处理
CN106657967A (zh) * 2017-02-27 2017-05-10 上海曼晟网络科技有限公司 一种基于自定义图形的图像处理方法及系统
CN107545492A (zh) * 2017-08-28 2018-01-05 深圳市小玩意智能科技有限公司 一种珠宝设计系统
CN107609236A (zh) * 2017-08-28 2018-01-19 深圳市小玩意智能科技有限公司 一种珠宝的设计方法
CN108308805A (zh) * 2018-03-06 2018-07-24 湖南商学院 一种首饰自主设计平台
CN108509685A (zh) * 2018-03-06 2018-09-07 湖南商学院 一种服装设计款式自动调配系统
CN110135928A (zh) * 2018-03-22 2019-08-16 西安竹乐网络科技有限公司 一种珠宝在线设计方法及装置
CN108416829A (zh) * 2018-05-11 2018-08-17 深圳市金牌珠宝有限公司 一种戒指图样智能合成系统
CN112489184A (zh) * 2020-12-14 2021-03-12 深圳市小玩意智能科技有限公司 一种珠宝定制系统
CN113780793A (zh) * 2021-09-04 2021-12-10 深圳市至诚峰汇科技有限公司 一种珠宝首饰产品数字化管理系统

Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101673315A (zh) * 2009-03-19 2010-03-17 庞己人 一种在线设计装饰与产品试用的系统及方法
CN102831262A (zh) * 2012-08-07 2012-12-19 钟山 一种金属首饰快速设计与制造方法
US20130286014A1 (en) * 2011-06-22 2013-10-31 Gemvision Corporation, LLC Custom Jewelry Configurator
CN103955589A (zh) * 2014-05-16 2014-07-30 张杜渐 一种使用首饰设计平台设计珠宝首饰的方法

Family Cites Families (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101286219A (zh) * 2008-06-10 2008-10-15 熊刚 钻石珠宝网络销售系统中的个性化珠宝定制方法

Patent Citations (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101673315A (zh) * 2009-03-19 2010-03-17 庞己人 一种在线设计装饰与产品试用的系统及方法
US20130286014A1 (en) * 2011-06-22 2013-10-31 Gemvision Corporation, LLC Custom Jewelry Configurator
CN102831262A (zh) * 2012-08-07 2012-12-19 钟山 一种金属首饰快速设计与制造方法
CN103955589A (zh) * 2014-05-16 2014-07-30 张杜渐 一种使用首饰设计平台设计珠宝首饰的方法

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105725387A (zh) * 2016-05-04 2016-07-06 藏爱数位（厦门）珠宝有限公司 运用3d打印制造黄金首饰之方法
CN112651798A (zh) * 2020-12-21 2021-04-13 柏丽德珠宝(广州)有限公司 珠宝3d定制方法、系统及装置

Also Published As

Publication number Publication date
CN103955589A (zh) 2014-07-30
CN103955589B (zh) 2018-12-21

Similar Documents

Publication Publication Date Title
WO2015172731A1 (zh) 一种使用首饰设计平台设计珠宝首饰的设计方法
CN106251203A (zh) 一种首饰在线设计系统及其在线设计的方法
Galton Basics fashion design 10: Jewellery design: From fashion to fine jewellery
US20090038340A1 (en) Custom jewelry apparatus and method of forming same
KR20190115510A (ko) 주얼리 상품 추천 방법 및 주얼리 상품 추천 장치
JP2003150666A (ja) 宝飾品デザインシステムの記録媒体
CN112489184A (zh) 一种珠宝定制系统
Pedersen et al. A Scandinavian relief brooch: artistic vision and practical method combined
Yan The art of working in hair: Hair jewellery and ornamental handiwork in Victorian Britain
CN107545492A (zh) 一种珠宝设计系统
KR20200013141A (ko) 주얼리 상품 주문 제작 방법 및 주얼리 상품 주문 제작 장치
US11755790B2 (en) System and method of bridging 2D and 3D assets for product visualization and manufacturing
CN108875206A (zh) 一种珠宝首饰设计方法、装置及系统
KR20160001967A (ko) 가상 주얼리 디자인 방법
JP2011019567A (ja) 装身具用石座、装身具用石座設計システム、及び装身具用石座の原型作成装置
CN207428589U (zh) 一种多变遮挡内环的首饰
KR20220015273A (ko) 주얼리 상품을 디자인하는 전자 장치 및 이를 이용한 주얼리 상품을 디자인하는 방법
Jiang Creative Approaches and Techniques for New Glass Jewellery Design on the Theme of ‘Harmony between Man and Nature’
Anuar et al. JEWELLERY DESIGN: IDEA DEVELOPMENT PROCESS BY BATIK SARONG MOTIFS
JP3749977B2 (ja) 宝飾品のリフォームシミュレーションシステム、宝飾品のリフォームシミュレーションプログラム、宝飾品のリフォームシミュレーションプログラムを記録したコンピュータ読取り可能な記録媒体および宝飾品のリフォームシミュレーション方法
Singh Traditional Vs Modern ‘Meenakari Jewellery’: Pointers for the Discerning, Precautions for the Novice–A Review
CN108308805A (zh) 一种首饰自主设计平台
CN107609236A (zh) 一种珠宝的设计方法
Radebe Multimodal jewellery: jewellery as personal adornment and visual artefact in the work of selected jewellers
Pande Valli and Devasena

Legal Events

Date Code Title Description
121 Ep: the epo has been informed by wipo that ep was designated in this application

Ref document number: 15792970

Country of ref document: EP

Kind code of ref document: A1

NENP Non-entry into the national phase

Ref country code: DE

122 Ep: pct application non-entry in european phase

Ref document number: 15792970

Country of ref document: EP

Kind code of ref document: A1