CN209862537U

CN209862537U - Jewelry adopting batch flowers to inlay jewels

Info

Publication number: CN209862537U
Application number: CN201920457222.4U
Authority: CN
Inventors: 查学东
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-04-04
Filing date: 2019-04-04
Publication date: 2019-12-31
Anticipated expiration: 2029-04-04

Abstract

The utility model belongs to the technical field of jewelry processing technique and specifically relates to an adopt batch flower to inlay ornament of precious stone. It includes ornament body and precious stone, has seted up the stone position that a plurality of confession precious stone was inlayed on the ornament body, and the precious stone is inlayed in the stone position, and the left and right sides of stone position is seted up and is the flower groove of criticizing that the symmetry distributes. The utility model discloses a set up stone position in advance, criticize flower groove, solid stone nail position and criticize the decorative pattern to handle into mirror surface reflection of light effect through criticizing the flower sword, later carry out the precious stone again and inlay fixedly, carry out polishing treatment at last again, ensured the safe firm of precious stone promptly, also furthest improved polishing efficiency. Meanwhile, the permeability and the stereoscopic impression of the gem are set off and embodied through the structures of the batch flower grooves, batch patterns and batch laces; the structural design of the batch flower grooves accords with the appearance outline of the jewelry, the decoration of the jewelry can be improved, light can be better emitted into the jewel, the jewel on the jewelry is more dazzling, and the jewelry has extremely high identification degree and beautiful appearance.

Description

Jewelry adopting batch flowers to inlay jewels

Technical Field

The utility model belongs to the technical field of jewelry processing technique and specifically relates to an adopt batch flower to inlay ornament of precious stone.

Background

At present, precious stones on the market are used as precious ornaments to be widely applied to jewelry such as rings, necklaces, earrings and the like due to the beauty and the precious of the precious stones, so that the precious stones are more attractive and the wearing person looks more noble. The gemstones are generally fixed on the jewelry in an inlaying mode, the larger the inlaid gemstones are, the more expensive the price of the jewelry is, but the purchasing ability of general consumers is limited, so that under the condition that the size of the main gemstones is not changed, the main gemstones are set to be larger by inlaying a plurality of smaller auxiliary gemstones, or the main gemstones are directly replaced by inlaying a plurality of auxiliary gemstones, so that the price of the jewelry is reduced.

When a smaller secondary jewel is inlaid in an existing jewel, a corresponding stone position is usually opened firstly, a secondary stone edge is carved on the stone position edge, a stone fixing nail position is reserved, a dental needle and a carving knife are used for removing redundant gold around the secondary stone position, the stone fixing nail position is reserved, then the jewel is stabilized through the stone fixing nail, and finally, the jewel is integrally polished and polished through a small hairbrush. The jewel structure embedded in the existing jewel only reflects the decorative effect of the jewel by polishing the auxiliary stone edge and the gold surface, and cannot well reflect the permeability and the stereoscopic impression of the jewel, so the decorative effect of the auxiliary jewel is not good enough.

Meanwhile, in the existing jewelry mosaic structure, as the process steps of fixing firstly and then polishing are adopted, the stone fixing nail is easy to abrade when the stone fixing nail position is abraded by using a small hair brush, so that the fixing force of the stone fixing nail to the jewel is insufficient, the jewel is likely to fall off, and in order to stabilize the jewel, the periphery of the stone position is bright, and the time and the labor are consumed when the jewel is abraded. And because more gold surfaces need to be polished and processed into a mirror surface effect, the polishing time is longer, and the wax residue left after polishing needs to be cleaned by a special method. These all contribute to increased difficulty in working the jewel setting jewels and increased process costs.

Therefore, it is necessary to provide an improvement scheme for the structure and the processing technology of the existing jewelry setting jewel.

SUMMERY OF THE UTILITY MODEL

To the not enough of above-mentioned prior art existence, the utility model aims to provide an adopt and criticize the ornament of flower inlaying precious stone to furthest promotes the decorative ability of precious stone on ornament and reduces the processing degree of difficulty and the processing cost that ornament inlayed the precious stone.

In order to realize the purpose, the utility model discloses a technical scheme be:

the utility model provides an adopt to criticize jewelry of flower inlay precious stone, it includes ornament body and precious stone, set up a plurality of on the ornament body and supply the inlaid stone position of precious stone, the precious stone is inlayed in the stone position, the left and right sides of stone position is seted up and is the flower groove of criticizing of symmetric distribution.

Preferably, the flower grooves are of a U-like structure, and the U-shaped notches of the two symmetrically distributed flower grooves face inwards and are distributed right opposite to the stone position.

Preferably, the surface of the flower grooves is of a mirror reflection structure.

Preferably, the two sides of the stone position between the flower grooves are provided with symmetrically distributed flower patterns.

Preferably, the flower grooves and the flower patterns are arranged on the outer sides of the jewelry body, and the two side edges of the jewelry body are provided with the flower patterns.

Preferably, the gem is fixed in the stone position through a stone fixing nail in a columnar structure.

Preferably, the plurality of stone positions are distributed around the outer peripheral wall of the jewelry body.

Compare with current ornament of inlaying the precious stone, the utility model discloses a set up the stone position, criticize the flower groove, gu the stone nail position reaches criticize the decorative pattern to handle into mirror surface reflection of light structural plane one by one with it in advance through criticizing the flower sword, consequently need not to sweep with the feather in follow-up stone setting in-process and polish wax, just can make the apparent bright degree of inlaying the precious stone at utmost. And then, the gem is embedded and fixed by the stone fixing nail, and finally, polishing treatment is carried out, because the peripheral polished gold position (or polished gold surface) of the stone fixing nail is full of the batch patterns which are produced by the batch flower knife, the mirror surface effect can be achieved only by lightly sweeping when the secondary gem part is treated in the polishing link, so that the safety and the stability of the gem are ensured, and the polishing efficiency is also improved to the greatest extent.

Meanwhile, the permeability and the stereoscopic impression of the gem are set off and embodied through the structures of the batch flower grooves, batch patterns and batch laces; the structural design of the batch flower grooves accords with the appearance outline of the jewelry, the decoration of the jewelry can be improved, and the surfaces of the batch flower grooves, the batch patterns and the batch laces are processed into a mirror surface reflecting structure by using a batch flower knife, so that light can be better emitted into the jewel, and the jewel on the jewelry is more dazzling. In addition, the special characteristics of the pattern lines make the accessory stone part of the jewelry especially dazzling, have extremely high degree of identification, and also make the whole article have extremely high degree of identification and beautiful appearance.

Drawings

FIG. 1 is a schematic structural diagram of a prior art gemstone-setting jewelry;

fig. 2 is a schematic structural diagram (one) of the flat batch flower structure of the present invention;

FIG. 3 is an enlarged schematic view of region A in FIG. 2;

fig. 4 is a schematic structural diagram (two) of the flat batch flower structure of the present invention;

FIG. 5 is an enlarged schematic view of the area B in FIG. 4;

FIG. 6 is a schematic structural view (I) of the structure of the steamed noodle batch flower of the present invention;

FIG. 7 is a schematic structural view of the structure of the steamed noodle batch flower of the present invention (II);

FIG. 8 is an enlarged schematic view of region C of FIG. 7;

FIG. 9 is a schematic structural view (I) of the structure of the steamed noodle batch flower of the present invention;

FIG. 10 is a structural schematic view (II) of the structure of the batch flower of radish noodle of the present invention

Fig. 11 is an enlarged schematic view of a region D in fig. 10.

Detailed Description

The embodiments of the invention will be described in detail below with reference to the drawings, but the invention can be implemented in many different ways as defined and covered by the claims.

Fig. 1 is a structure of the prior jewelry embedded with precious stones (auxiliary precious stones), wherein the precious stones (auxiliary precious stones) are firstly arranged on the surface of the jewelry and embedded in the stone positions, auxiliary stone edges are arranged on two sides of the stone positions, and the stone positions and the inner sides of the two auxiliary stone edges are stone fixing nail positions, so that the structure lacks the stereoscopic impression, the permeability of the precious stones cannot be well embodied, and the decorative effect is poor. When the existing jewelry is embedded with a small auxiliary gem, the gem is usually embedded in the stone position and fixed through the stone fixing nail, and then the stone position, the stone fixing nail position, the auxiliary stone edge and the periphery of the jewelry are polished. Such processing step for grind solid stone nail when polishing solid stone nail position with the feather broom easy fraying for solid stone nail is not enough to the fixed power of precious stone, probably leads to the precious stone to drop, so in order to stabilize the precious stone, the stone position is peripheral bright again, just is consuming time consuming and wasting force when polishing. And because more gold surfaces need to be polished and processed into a mirror surface effect, the polishing time is longer, and the wax residue left after polishing needs to be cleaned by a special method. These all contribute to increased difficulty in working the jewel setting jewels and increased process costs.

As shown in fig. 2 to 11, the embodiment of the utility model provides an adopt to criticize ornament of flower inlay precious stone 2 that provide, it includes ornament body 1 and precious stone 2, has seted up a plurality of on ornament body 1 and has supplied the precious stone 2 mosaic stone position (for marking in the picture), and precious stone 2 inlays in the stone position, and the left and right sides of stone position is seted up and is the flower groove 3 of criticizing of symmetric distribution. The flower groove 3 is of a U-shaped structure, wherein the U-shaped notches of the two flower grooves 3 which are symmetrically distributed face the inner side and are distributed right opposite to the stone position. The surface of the knurling groove 3 is processed into a structural surface with mirror reflection by a knurling tool. Therefore, the structure of the flower-making groove 3 can be used for setting off and showing the permeability and the stereoscopic impression of the gem 2; the design of the flower groove 3 of criticizing of U-shaped structure accords with the appearance profile of ornament body 1, and can improve the decoration of ornament, and criticize the surface of flower groove 3 and handle into mirror surface reflection of light structure with criticizing the flower sword, consequently can be with in the better transmission of light goes into precious stone 2, make precious stone 2 on the ornament more dazzling.

Further, the batch flower patterns 4 are symmetrically distributed between the batch flower grooves 3 and on two sides of the stone, and the outer surfaces of the batch flower patterns 4 are processed into a mirror-surface reflective structure surface by a batch flower knife. The depth of the batch patterns 4 and the batch pattern grooves 3 is different and can be adjusted so as to better reflect the permeability and the stereoscopic impression of the gem 2; aiming at different jewelry appearance structures, the batch flower patterns 4 can be classified into two types, wherein the first type is a plane batch flower structure (shown in figures 2-5) and the second type is a radish batch flower structure (shown in figures 6-11). Aiming at the jewelry with the profile edge in a plane structure (namely, the profile edge in a square structure), a plane pattern manufacturing structure is adopted, and the pattern manufacturing 4 can be a square profile pattern manufacturing 4; for the jewelry with the outline edge in the turnip surface structure (namely, the outline edge in the arc structure), the turnip surface decoration pattern structure is adopted, and the decoration pattern 4 can be a U-shaped decoration pattern 4 or a decoration pattern 4 with other structure outlines. And through the processing of criticizing flower sword for criticize flower groove 3, solid stone nail and criticize gold face that flower grain 4 is correlated with all handle into mirror surface effect, so need not to sweep the waxing with the feather in follow-up inlay stone process, just can make the bright degree of showing of inlaying precious stone 2 to the greatest extent. Meanwhile, the peripheral polished gold position (or polished gold surface) of the stone fixing nail is full of the batch patterns 4 which are produced by the batch flower knife, so that the mirror surface effect can be achieved only by lightly sweeping when the secondary stone part is processed in the polishing link, the safety and the stability of the gem 2 are ensured, and the polishing efficiency is also improved to the maximum extent. In addition, the particularity of the 4-way patterns makes the accessory stone part of the jewelry especially dazzling, and has extremely high identification degree, and the whole article has extremely high identification degree and beautiful appearance.

Further, as shown in fig. 6-8, the batch flower grooves 3 and the batch flower patterns 4 of the present embodiment are provided with batch laces 5 at the outer sides and two side edges of the jewelry body 1. The outer surface of the batch lace 5 is processed into a structural surface with mirror reflection by a batch cutter. The structure of the batch lace 5 can increase the glittering degree of the 2 light gold positions of the jewel and increase the three-dimensional sense of the jewel.

Further, the gem 2 of the embodiment is fixed in the stone position by the stone fixing nails in the columnar structure. The stability of the gem 2 is ensured by stabilizing the gem 2 through the stone fixing nails.

Further, a plurality of stone positions of this embodiment are distributed around the periphery wall of ornament body 1. The structure of the artificial gem is similar to annular distribution, is particularly suitable for the situation that the auxiliary gems 2 are individually inlaid in rings, finger rings and the like, and can also be used for inlaying the main gems 2 in the middle positions of the auxiliary gems 2 and using the auxiliary gems 2 to set off the main gems 2.

Based on foretell adoption criticize flower and inlay ornament structure of precious stone 2, the utility model also provides a method that ornament criticized flower and inlay precious stone 2, it includes ornament body 1 and a plurality of precious stone 2 (mainly indicate vice precious stone 2, this process step is applicable to and inlays vice precious stone 2 alone, also can inlay main precious stone 2 after, carries out vice precious stone 2 and inlays), it adopts following process step:

step 1: according to the mark made on the jewelry, a stone position for inlaying the gem 2 is cut along the blank shape by a wave needle;

step 2: transversely batching the pattern carving grooves 3 with U-shaped mirror surface reflection on the left side and the right side of the stone position by using a pattern carving knife;

and 3, step 3: using a knurling tool to remove redundant gold between the stone positions so as to leave a stone fixing nail position 6;

and 4, step 4: according to the appearance of the jewelry, corresponding batch patterns 4 are batched at the outer side of the stone fixing nail position 6 and the position between the corresponding batch pattern grooves 3;

and 5, step 5: the gems 2 are inlaid in corresponding stone positions one by one, and the gems 2 are stabilized by using stone fixing nails;

and 6, step 6: polishing, polishing all visible gold surfaces into mirror surfaces;

and 7, step 7: and (4) electrogilding, namely electroplating a metal protective layer on the polished jewelry to increase the brightness of the gold surface and prevent the gold surface from being oxidized.

Preferably, the gold surfaces related to the stone positions, the batch flower grooves 3, the stone fixing nail positions 6 and the batch flower patterns 4 on the jewelry of the embodiment are processed into a mirror surface effect by a batch flower knife.

Preferably, the jewelry of the embodiment is provided with a batch lace 5 which is formed by a batch cutter outside the batch flower grooves 3 and the batch flower patterns 4, and the surface of the batch lace 5 is processed into a mirror-surface reflecting structural surface by the batch cutter; so as to increase the glittering degree of the 2-bit light gold of the jewel and increase the three-dimensional sense of the jewel.

In order to better embody the superiority of the method, the traditional production process flow of the inlaid jewelry is provided for comparison, and the method specifically comprises the following process steps:

electrical drawing: according to a drawing provided by a designer, utilizing a computer to carry out 3D drawing modeling;

secondly, wax spraying: the 3D printer is led into a model built by computer 3D drawing, and a wax model is printed;

③ reverse-molding silver plate: preparing a blank by using a 3D wax mold, smelting silver with soft hardness into water, and casting into a silver mold;

fourthly, the silver edition is repaired: polishing the surface of the silver mold smoothly by using a smooth file and fine sand paper, and making the polished lines of the parts which need to be highlighted clearer to prepare a silver plate;

pressing the film: wrapping the silver plate with film-pressing glue, heating at high temperature, cooling, opening the mold with a scalpel, and taking out the silver plate to obtain a glue film;

sixthly, coarse wax: injecting soft wax water into the adhesive film by a wax injection machine, and taking out the wax mold after the adhesive film is cooled;

seventhly, reverse molding the gold blank: using a soft wax mould to prepare an original blank, using 18K gold/platinum with higher hardness to smelt into water, and casting into a gold/platinum mould;

eighthly, die holding: the gold/platinum mould is polished by a smooth file and fine sand paper, and is polished into a gold mould which is suitable for inlaying and easy to polish.

Ninthly, stone inlaying: (the main stone is embedded firstly, and the jewelry without the structure of the main stone 2 can skip) then according to the mark made on the golden die, the stone position of the auxiliary stone 2 is cut along the blank shape by a wave needle, the auxiliary stone edge is carved along the stone position edge by a flying saucer/graver, the stone fixing nail position 6 is reserved, and the redundant gold around the auxiliary stone position is removed by a tooth needle and the graver to reserve the stone fixing nail position 6; inlaying a proper gem 2 in a corresponding stone position, finally splitting the stone fixing nail by using a carving knife, pressing and stabilizing the gem 2, and pressing the stone fixing nail against the gem 2 and a circular nail head by using suction beads;

and (E) polishing and batch processing: all visible gold surfaces are polished to mirror surfaces.

The prior jewel inlaid with the jewel 2 structure can not well reflect the permeability and the stereoscopic impression of the accessory jewel 2 in the jewel; simultaneously precious stone 2 is inlayed earlier to current ornament and is fixed, and the polishing is criticized flowers afterwards, such processing mode for it grinds the stone fixing nail easily when sweeping the stone fixing nail position 6 of polishing with the feather, makes the fixing force of stone fixing nail to precious stone 2 not enough, probably leads to precious stone 2 to drop, and the power is consumed in processing consuming time. And more gold surfaces need to be polished, so the polishing time is longer, and the wax residue left after polishing needs to be cleaned by a special method. These all contribute to increased difficulty in working and process costs of the jewel setting gem 2.

Compared with the traditional production process flow of the inlaid jewelry, the method for batch-pattern inlaying of the jewelry for inlaying the jewel 2 is mainly improved and embodied on two links of 'stone inlaying and polishing' (the process flows before the two links are basically the same), in the stone inlaying process, the stone positions, the batch-pattern grooves 3, the stone fixing nail positions 6 and the batch-pattern patterns 4 are pre-arranged, and the batch-pattern knives are pre-processed into mirror-surface light-reflecting structural surfaces one by one, so that the jewel inlaid 2 can be brightly displayed to the maximum extent without sweeping and waxing with small hairs in the subsequent stone inlaying process. Then, the gem 2 is embedded and fixed by the stone fixing nail, and finally, polishing treatment is carried out, because the peripheral polished gold position (or polished gold surface) of the stone fixing nail is full of the batch patterns 4 which are produced by the batch flower knife, the mirror surface effect can be achieved only by lightly sweeping when the secondary stone part is treated in the polishing link, thereby not only ensuring the safety of the gem 2, but also improving the polishing efficiency to the maximum extent.

Meanwhile, the permeability and the stereoscopic impression of the gem 2 are set off and reflected through the structures of the batch flower grooves 3, the batch flower patterns 4 and the batch lace 5; the structural design of the batch flower grooves 3 accords with the appearance outline of the jewelry, the decoration of the jewelry can be improved, and the surfaces of the batch flower grooves 3, the batch flower patterns 4 and the batch flower edges 5 are processed into a mirror surface reflecting structure by a batch flower knife, so that light can be better emitted into the jewel 2, and the jewel 2 on the jewelry is more dazzling. In addition, the particularity of the 4-way patterns makes the accessory stone part of the jewelry especially dazzling, and has extremely high identification degree, and the whole article has extremely high identification degree and beautiful appearance.

The above only is the preferred embodiment of the present invention, not limiting the scope of the present invention, all the equivalent structures or equivalent flow changes made by the contents of the specification and the drawings, or directly or indirectly applied to other related technical fields, are included in the same way in the protection scope of the present invention.

Claims

1. The utility model provides an adopt jewelry of batch flower inlay precious stone, it includes ornament body and precious stone, its characterized in that: the jewelry comprises a jewelry body and is characterized in that a plurality of stone positions for inlaying gems are arranged on the jewelry body, the gems are inlaid in the stone positions, and the left side and the right side of the stone positions are provided with symmetrically distributed flower grooves.

2. The jewelry piece with batch inlaid precious stones as claimed in claim 1, wherein: criticize the flower groove and be type U-shaped structure, the U-shaped notch that is two of symmetric distribution criticize the flower groove just distributes to the stone position towards inboard.

3. The jewelry piece with batch inlaid precious stones as claimed in claim 2, wherein: the surface of the flower-making groove is of a mirror reflection structure.

4. The jewelry piece with batch inlaid precious stones as claimed in claim 1, wherein: and symmetrically distributed batch decorative patterns are arranged between the batch decorative grooves and on two sides of the stone position.

5. The jewelry piece with batch inlaid precious stones as claimed in claim 4, wherein: the flower groove and the flower pattern are arranged on the outer side of the ornament body, and the two side edges of the ornament body are provided with a batch lace.

6. The jewelry piece with batch inlaid precious stones as claimed in claim 1, wherein: the gem is fixed in the stone position through a stone fixing nail in a columnar structure.

7. The jewelry piece with batch inlaid precious stones as claimed in claim 1, wherein: the stone positions are distributed around the outer peripheral wall of the jewelry body.