CN201734000U - Square round angle diamond combination - Google Patents

Square round angle diamond combination Download PDF

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Publication number
CN201734000U
CN201734000U CN2010202572093U CN201020257209U CN201734000U CN 201734000 U CN201734000 U CN 201734000U CN 2010202572093 U CN2010202572093 U CN 2010202572093U CN 201020257209 U CN201020257209 U CN 201020257209U CN 201734000 U CN201734000 U CN 201734000U
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China
Prior art keywords
diamond
booth
moulding
inlaying
diamonds
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Expired - Fee Related
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CN2010202572093U
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Chinese (zh)
Inventor
林惠锋
林惠烔
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Individual
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Individual
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Priority to CN2010202572093U priority Critical patent/CN201734000U/en
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Expired - Fee Related legal-status Critical Current

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Abstract

The utility model discloses a square round angle diamond combination. Four modeling diamonds are embedded together in an edgeless manner; and the table width ratio of the diamonds after being embedded is 56-66 percent, the crown height ratio thereof is 11.0-15.0 percent, the crown angle ranges from 31 degrees and 0 minute to 37 degrees and 0 minute, the pavilion angle ranges from 39 degrees and 40 minutes to 42 degrees and 10 minutes, and the pavilion depth ratio of the diamonds after being embedded is 10.25-11.25 percent. The optical effect of the diamonds after being combined is superior to that before being combined, the volume and the weight of the diamonds are reduced and the cost is reduced.

Description

Square fillet diamond combination
Technical field
The utility model relates to the design and the making field of bullion, refers specifically to a kind of square fillet diamond combination shaping design.
Background technology
In recent years, the design of diamond and making have obtained many new development, the formulation of national jewels and jade standard, diamond material name standard, diamond design and title and the relational language thereof made also are tending towards unified.Along with trendy diamond design continues to bring out, the theoretical research of diamond design is more deep, the especially application of computer technology on diamond is made, the developing direction of having represented following diamond design and having made.
As shown in Figure 1, existing diamond moulding can be divided into bizet 100, girdle 200 and booth portion 300.Bizet 100 is positioned at the part of girdle more than 200, is made of table top 101 and hat interarea 102; Girdle 200 is the waist of diamond, and it is divided into bizet 100 and booth portion 300 with diamond point; Booth portion 300 refers to the part of girdle below 200, is made of booth face 301 and vertex (vertices) 302.The special optical effect of moulding diamond is the key character that embodies its aesthetic feeling, mainly show brightness, fire coloured silk and three aspects of glimmering, so, the shape-designing of diamond is to be solved to be optical problem, be exactly how to make enter diamond light as few as possible from the side or back side transmission, but the several times internal reflection by its inner facet is penetrated from jewel is positive at last as much as possible.In view of optical effect and its moulding ratio, the angle of diamond has close causality, therefore, the moulding diamond just must take into full account each angle and ratio partly, and is dark or the like as Guan Jiao, booth angle, crown height, booth.
As shown in Figure 2, the moulding ratio of diamond, represents with percentage as ratio standard with the girdle diameter, comprise the wide ratio of platform, crown height than, waist thickness rate and booth deeply than; The moulding angle of diamond is meant the angle between hat interarea, booth face and the girdle plane, is called Guan Jiao and booth angle.At present, existing in the world several moulding ratios that are considered to show best optical effect of diamond, the standard proportional of the diamond moulding of releasing as the design of the international diamond committee: the wide ratio of platform is 56%~66%, the crown height ratio is 11.0%~15.0%, Guan Jiao be 31 ° 0 '~37 ° 0 ', booth is deeply than being 41.0%~45.0%, the booth angle be 39 ° 40 '~42 ° 10 '.
Can find by above-mentioned analysis, though the standard proportional of single diamond moulding can farthest embody the optical effect of diamond, but, the dark shared ratio of diamond booth also must meet standard-required, can cause the increase of single diamond volume and weight like this, make that the cost of diamond is high.In addition, along with big diamond costs an arm and a leg and rare day by day, existing bullion design all is to adopt the granule diamond to be combined into the diamond distributed area of a dispersion on metal bracket, for example many melees are embedded on the jewellery such as the ring that is made of metal, necklace, earrings, produce gloss by the combinatorial surface in diamond distributed area.The bullion of this spline structure can influence the optical effect of diamond, and the optical effect of generation is also inferior than big diamond far away owing to must adopt mode such as metal claw to fix the diamond of dispersion.
The utility model content
The purpose of this utility model is to provide a kind of square fillet diamond combination, and it utilizes four diamonds to form a diamond, before the combination that the optical effect of diamond after the combination is better than, and has reduced the volume and weight of diamond, has reduced cost.
In order to achieve the above object, the utility model is realized by following technical scheme.
A kind of square fillet diamond combination, comprise four moulding diamonds, four boundless being embedded in together of moulding diamond, diamond after inlaying has bizet, girdle and booth portion, the fillet that is square of the diamond girdle after inlaying, and the wide ratio of the diamond platform after inlaying is 56%~66%, the crown height ratio is 11.0%~15.0%, Guan Jiao be 31 ° 0 '~37 ° 0 ', the booth angle be 39 ° 40 '~42 ° 10 ', it is characterized in that: the diamond booth after inlaying is deeply than being 10.25~11.25%.
It is 56%~66% that each moulding standard of described four moulding diamonds is the wide ratio of platform, and the crown height ratio is 11.0%~15.0%, Guan Jiao be 31 ° 0 '~37 ° 0 ', booth is deeply than being 41.0%~45.0%, the booth angle be 39 ° 40 '~42 ° 10 '.
The beneficial effects of the utility model are that it adopts four boundless being embedded in together of moulding diamond, and the diamond booth after inlaying is deeply than being 10.25~11.25%.Diamond crown after inlaying increases, and makes the value promotion of product, but booth portion reduces, thereby has reduced the volume and weight of diamond, has reduced the diamond cost.In addition, it is 56%~66% that each moulding standard of four moulding diamonds of the present utility model is the wide ratio of platform, the crown height ratio is 11.0%~15.0%, Guan Jiao be 31 ° 0 '~37 ° 0 ', booth is deeply than being 41.0%~45.0%, the booth angle be 39 ° 40 '~42 ° 10 ', this moulding standard can make four moulding diamonds, and each all reaches best optical effect.Experiment shows, before the combination that the optical effect that booth makes up than the square fillet diamond that is 10.25~11.25% deeply after inlaying more is better than, this be because, square fillet diamond after it is inlayed makes up inner facet to be increased, facet increases makes the refractive index of light big, the big reflectivity of the refractive index of light is also big more, and the optical effect of its diamond surface will be more superior.Then, the standard proportional of the diamond moulding that the design of the international diamond committee releases has been overthrown in square fillet diamond combination after the utility model is inlayed, obtained unexpected technique effect especially, it can make more granule diamond obtain megadiamond through square fillet diamond combination of the present utility model, optical effect is but better than megadiamond, but the cost of paying reduces greatly.
Description of drawings
Fig. 1 is existing diamond modeling structure schematic diagram
Fig. 2 is existing diamond moulding ratio schematic diagram
Fig. 3 is the square fillet diamond combination of a utility model booth portion modeling structure decomposing schematic representation
Fig. 4 is the square fillet diamond combination of a utility model booth portion modeling structure combination schematic diagram
The specific embodiment
Below in conjunction with accompanying drawing the specific embodiment of the present utility model is done to describe in further detail.
As shown in Figure 3, the utility model comprises 1, four moulding diamond 1 size of four moulding diamonds, shape unanimity, and four moulding diamonds 1 can adopt than the melee cutting, and every diamond 1 all has booth portion 11 and bizet, girdle.It is 56%~66% that each moulding standard of four moulding diamonds 1 is the wide ratio of platform, and the crown height ratio is 11.0%~15.0%, Guan Jiao be 31 ° 0 '~37 ° 0 ', booth is deeply than being 41.0%~45.0%, the booth angle be 39 ° 40 '~42 ° 10 '.
As shown in Figure 4, four moulding diamonds of the utility model, 1 boundless being embedded in together.Diamond 2 after inlaying has bizet, girdle and booth portion 21, and what accompanying drawing 3,4 provided is the booth portion of diamond.Diamond 2 girdles after the inlaying fillet that is square, the wide ratio of diamond platform after inlaying is 56%~66%, the crown height ratio is 11.0%~15.0%, Guan Jiao be 31 ° 0 '~37 ° 0 ', the booth angle be 39 ° 40 '~42 ° 10 ', innovative point of the present utility model is, diamond 2 booths after inlaying are deeply than being 10.25~11.25%.Diamond 2 crowns after the utility model is inlayed increase, and make the value promotion of product, but booth portion 21 reduces, thereby have reduced the volume and weight of diamond, have reduced the diamond cost.Our experiments show that, the wide ratio of platform is 57.5%, crown height than be 14.6%, Guan Jiao is that 35 °, booth angle are that 41 ° and booth are deeply than being diamond 2 optical effect the bests after 10.5% inlay.
Four boundless being embedded in together of moulding diamond 1 waist of the present utility model.Boundless inlaying of the present utility model is to be provided with corresponding inserting slot in the booth portion of diamond 1 or a face of waist, and a face of the booth portion of the diamond 1 that correspondence is inlayed or waist is provided with corresponding prominent bar, and prominent bar is located in the inserting slot can form boundless inlaying.Adopt boundless inlaying, the bizet of the diamond 2 after inlaying is to can't see any seam.The utility model can make four moulding diamonds 1 each all reach best optical effect, experiment shows, before the combination that the optical effect that booth makes up than the square fillet diamond that is 10.25~11.25% deeply after inlaying more is better than, can be applicable on the jewellery such as the ring that is made of metal, necklace, earrings, profile is as big diamond, but cost reduces greatly.

Claims (4)

1. square fillet diamond combination, comprise four moulding diamonds, four boundless being embedded in together of moulding diamond, diamond after inlaying has bizet, girdle and booth portion, the fillet that is square of the diamond girdle after inlaying, and the wide ratio of the diamond platform after inlaying is 56%~66%, the crown height ratio is 11.0%~15.0%, Guan Jiao be 31 ° 0 '~37 ° 0 ', the booth angle be 39 ° 40 '~42 ° 10 ', it is characterized in that: the diamond booth after inlaying is deeply than being 10.25~11.25%.
2. square fillet diamond combination according to claim 1, it is characterized in that: it is 56%~66% that each moulding standard of described four moulding diamonds is the wide ratio of platform, the crown height ratio is 11.0%~15.0%, Guan Jiao be 31 ° 0 '~37 ° 0 ', booth is deeply than being 41.0%~45.0%, the booth angle be 39 ° 40 '~42 ° 10 '.
3. square fillet diamond combination according to claim 1 is characterized in that: the wide ratio of the diamond platform after inlaying is 57.5%, the crown height ratio is 14.6%, Guan Jiao is that 35 °, booth angle are that 41 ° and booth are deeply than being 10.5%.
4. square fillet diamond combination according to claim 1, it is characterized in that: boundless inlaying is to be provided with corresponding inserting slot in the booth portion of diamond or a face of waist, a face of the booth portion of the diamond that correspondence is inlayed or waist is provided with corresponding prominent bar, and prominent bar is located in the inserting slot.
CN2010202572093U 2010-07-12 2010-07-12 Square round angle diamond combination Expired - Fee Related CN201734000U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN2010202572093U CN201734000U (en) 2010-07-12 2010-07-12 Square round angle diamond combination

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN2010202572093U CN201734000U (en) 2010-07-12 2010-07-12 Square round angle diamond combination

Publications (1)

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CN201734000U true CN201734000U (en) 2011-02-09

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103976530A (en) * 2013-01-07 2014-08-13 阿瑟·约瑟夫·利普顿 Diamond clusters defining various shapes

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103976530A (en) * 2013-01-07 2014-08-13 阿瑟·约瑟夫·利普顿 Diamond clusters defining various shapes

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C14 Grant of patent or utility model
GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20110209

Termination date: 20150712

EXPY Termination of patent right or utility model