CN211065282U

CN211065282U - Rotatable ornaments of double-deck flower shadow

Info

Publication number: CN211065282U
Application number: CN201922312666.1U
Authority: CN
Inventors: 陈怡�; 黄晓望; 胡惠君
Original assignee: China Academy of Art
Current assignee: China Academy of Art
Priority date: 2019-12-20
Filing date: 2019-12-20
Publication date: 2020-07-24
Anticipated expiration: 2029-12-20

Abstract

The utility model relates to a rotatable ornaments of double-deck flower shadow solves and wears ornaments size little, and the exquisiteness of wearing ornaments realizes through exquisite numerous and complicated molding design usually, and not only the processing degree of difficulty is high, and complicated line design can lead to the not enough easy problem of damaging of intensity moreover. This ornaments includes petal layer, lower petal layer and flower core rod, goes up petal layer and petal layer center down and sets up the mesopore that supplies the flower core rod to wear to establish respectively, and lower petal layer mesopore welds with the flower core rod solid, goes up petal layer mesopore and rotates the cover and establish on the flower core rod, and the flower pearl has still been welded firmly on the top of flower core rod, goes up petal layer circumference and evenly sets up the petal down, and lower petal layer circumference evenly sets up down the petal, and lower petal is unanimous with last petal shape, goes up the petal and colludes the contour line shaping by metal lines with lower petal. The utility model discloses the petal shape molding is simple, with the molding of metal lines sketching the contour line, and the material quantity is little, the effectual price of controlling the flower shape ornaments, has compromise figurative exquisite.

Description

Rotatable ornaments of double-deck flower shadow

Technical Field

The utility model belongs to the personal ornament field relates to a mobilizable ornaments for wearing, in particular to rotatable ornaments of double-deck flower shadow.

Background

People usually wear some ornaments, such as necklaces, pendants, earrings, brooches, bracelets, rings and the like, in daily interpersonal life in order to better show themselves. With the improvement of living standard and the progress of processing technology, people have higher requirements on the exquisite and exquisite design of ornaments. The ornament for wearing is different from the ornament as ornament decoration: the ornament usually cannot move frequently after being placed, and in order to achieve the decoration effect, the ornament usually has a large size and is convenient to display and convenient to see; the ornament is worn on a person, swings and collides with the person along with the movement of the person, the size of the ornament is small and exquisite, the ornament usually has an outer diameter of only a few tenths of centimeters to a few centimeters, the size of the ornament is only one tenth or even one tenth of the ornament, the ornament wearing delicacy is usually realized through the exquisite and complicated modeling design, a road field needs to be made in the spiral shell in the small size, the complex and exquisite design is carried out, the processing difficulty is high, and the complex line design can cause the strength deficiency and is easy to damage. Taking the flower-shaped ornament as an example, the design of the flower-shaped ornament usually shows the beauty of the flower shape through the petals which are stacked layer by layer, the flower-shaped ornament has a complex structure, large processing difficulty of the petals, easy deformation due to collision, thick material and heavy weight, and for the gold ornament calculated according to gram, the price of the flower-shaped ornament with the same outer diameter size is far higher than that of other sculpted ornaments.

Disclosure of Invention

The utility model aims to solve and wear ornaments size little, and the exquisiteness of wearing ornaments realizes through exquisite numerous and complicated molding design usually, and not only the processing degree of difficulty is high, and complicated lines design can lead to the not enough easy problem that harms of intensity moreover, provides a rotatable ornaments of double-deck flower shadow.

The utility model provides a technical scheme that its technical problem adopted is: the utility model provides a rotatable ornaments of double-deck flower shadow which characterized in that: but including relative pivoted upper petal layer and lower petal layer and as centraxonial flower core pole, upper petal layer sets up the mesopore that supplies the flower core pole to wear to establish respectively with lower petal layer center, lower petal layer mesopore welds with the flower core pole admittedly, upper petal layer mesopore is rotated the cover and is established on the flower core pole, the top of flower core pole has still welded the flower pearl that the external diameter is greater than upper petal mesopore admittedly, upper petal layer ring week evenly sets up the petal, lower petal layer ring week evenly sets up down the petal, lower petal is unanimous with last petal shape, distribution density is unanimous, upper petal and lower petal are by the contour line shaping that colludes of metal lines. In this scheme, but go up petal layer and lower petal layer relative rotation, go up petal layer and lower petal layer and adopt simple lines to draw in respectively and form the molding, align from top to bottom as last petal layer and lower petal layer, for one deck petal molding, rotate relatively as last petal layer and lower petal layer, go up the rotatory dislocation of petal and lower petal, form the dynamic range upon range of molding that the shadow reopened, form exquisite visual effect. The petal shape of this scheme is simple, and processing is convenient, with the molding of metal lines sketching the contour line, and the material quantity is little, the effectual price of controlling the flower shape ornaments, simultaneously through the range upon range of visual effect that rotates formation petal heaviness flourishing, compromise figurative exquisite. Meanwhile, under the condition that the size is limited, the contour line type drawn along the edge of the petal is thin, but the contour line is in a closed ring shape, the outer end of the contour line is not open, and the outer end of the contour line is not easy to bend.

Preferably, the contour lines of the adjacent sides of the adjacent upper petals are mutually staggered and integrally supported with each other at the staggered points; the contour lines of the adjacent sides of the adjacent lower petals are mutually staggered and are integrally supported with each other at the staggered points. The contour lines of the adjacent petals are mutually supported in a cross way and are connected into a whole, so that the structural strength is ensured under the condition of thin line type.

Preferably, the contour lines of the adjacent sides of the adjacent upper petals are not staggered, and a rib line used as a reinforcing rib is arranged between the inner end and the outer end of each upper petal; the contour lines of the adjacent sides of the adjacent lower petals are not staggered, and a rib line used as a reinforcing rib is arranged between the inner end and the outer end of each lower petal.

Preferably, the structure of each upper petal and each lower petal is the same.

Preferably, the ornament is a brooch, the flower core rod is a solid rod, and the lower end of the flower core rod is longer than the bottom surface of the lower petal layer to form a fixing needle head of the brooch.

Preferably, the ornament is a pendant, the flower core rod is a solid rod, the lower end of the flower core rod is flush with the bottom surface of the lower petal layer, and one lower petal is used as a chain-penetrating hanging ring of the pendant.

Preferably, the ornament is a brooch pendant, the lower end of the flower core rod is flush with the bottom surface of the lower petal layer, the flower core rod is a hollow rod, the flower beads are hollow beads, the centers of the flower core rod and the flower beads are brooch insertion holes which are vertically communicated, and one lower petal is used as a chain-penetrating hanging ring of the pendant.

Preferably, the upper surface of the upper petal layer is provided with a stamen around the central hole.

Preferably, the flower receptacle is arranged in the gaps of the petals of the lower petal layer and surrounds the central hole.

Preferably, the core rod is a stepped rod with a large upper part and a small lower part, the aperture of the middle hole of the lower petal layer is smaller than that of the middle hole of the upper petal layer, and the stepped surface of the core rod is abutted against the top surface of the lower petal layer. The step structure can be used for the location, and convenient equipment and solid welding operation avoid the flower core pole drunkenness to slide from top to bottom.

The utility model discloses the petal shape is simple in structure, and processing is convenient, with the molding of metal lines outline sketching, the material quantity is little, the effectual price of controlling the flower shape ornaments, simultaneously through the range upon range of visual effect that rotates formation petal heaviness flourishing, has compromise figurative exquisite.

Drawings

The present invention will be further explained with reference to the accompanying drawings.

FIG. 1 is a schematic view of the exploded structure of the quincunx ornament of the present invention.

FIG. 2 is a schematic view of the quincunx ornament according to the present invention in a first state.

FIG. 3 is a schematic view of the quincunx ornament according to the present invention in a second state.

Fig. 4 is a schematic view of the first state of the bauhinia flower-shaped ornament of the present invention.

Fig. 5 is a schematic view of a second state of the bauhinia flower-shaped ornament of the present invention.

In the figure: 1. the flower core rod comprises a flower core rod body, 2 flower beads, 3 step surfaces, 4 upper petal layers, 5 middle holes in the upper petal layers, 6 upper petals, 7 flower cores, 8 lower petal layers, 9 middle holes in the lower petal layers, 10 lower petals, 11 flower holders, 12 flower muscle lines.

Detailed Description

The present invention will be further described with reference to the following specific embodiments and accompanying drawings.

Example 1: a rotatable ornament with plum blossom-shaped double-layer flower shadow is shown in figures 1, 2 and 3. The brooch ornament comprises an upper petal layer 4 and a lower petal layer 8 which can rotate relatively and a flower center rod 1 as a middle shaft. Go up petal layer and petal layer center down and set up the mesopore that supplies the flower core pole to wear to establish respectively, lower petal layer mesopore 9 and flower core pole 1 solid welding, flower core pole 1 is solid pole, and the bottom surface that lower petal layer 8 was good at to the lower extreme of flower core pole 1 forms the fixed syringe needle of brooch. The upper petal layer mesopore 5 is rotatably sleeved on the flower center rod 1, and the top end of the flower center rod 1 is fixedly welded with a flower bead 2 with the outer diameter larger than the upper petal layer mesopore. The flower core rod 1 is a step rod with a big top and a small bottom, the aperture of the middle hole 9 of the lower petal layer is smaller than the aperture of the middle hole 5 of the upper petal layer, and the step surface 3 of the flower core rod is propped against the top surface of the lower petal layer 8.

The periphery of the upper petal layer 4 is uniformly provided with 5 upper petals 6, the periphery of the lower petal layer 8 is uniformly provided with lower petals 10, the shapes of the lower petals and the upper petals are consistent, and the lower petals and the upper petals are plum blossom-shaped circles, and the distribution density of the lower petals and the upper petals is consistent. The upper petals and the lower petals are both formed by drawing contour lines with metal lines, and the contour lines of the adjacent sides of the adjacent upper petals are mutually staggered and integrally supported at the staggered points; the contour lines of the adjacent sides of the adjacent lower petals are mutually staggered and are integrally supported with each other at the staggered points. The upper surface of the upper petal layer 4 is provided with a stamen 5 around the central hole, and the lower petal layer 8 is provided with a receptacle 9 around the central hole in the gap of the petals 10.

The upper petal layer 4 and the lower petal layer 8 can rotate relatively, and the upper petal layer and the lower petal layer are respectively in a simple line sketching shape, and are in a one-layer petal shape when the upper petal layer and the lower petal layer are aligned up and down as shown in figure 2; when the upper petal layer and the lower petal layer rotate relatively, as shown in figure 3, the upper petal and the lower petal rotate and are dislocated to form a dynamic model of full bloom of the flower, and an exquisite visual effect is formed. The petal shape of this scheme is simple, and processing is convenient, with the molding of metal lines sketching the contour line, and the material quantity is little, the effectual price of controlling the flower shape ornaments, simultaneously through the range upon range of visual effect that rotates formation petal heaviness flourishing, compromise figurative exquisite.

Example 2: a rotatable ornament with double flower shadows in the shape of bauhinia comprises a rotatable ornament body and a rotatable ornament body, as shown in figures 4 and 5. The ornament is a pendant ornament and comprises an upper petal layer 4 and a lower petal layer 8 which can rotate relatively and a flower center rod 1 as a middle shaft. Go up petal layer and petal layer center down and set up the mesopore that supplies the flower core pole to wear to establish respectively, lower petal layer mesopore 9 and flower core pole 1 solid welding, flower core pole 1 is solid pole, the lower extreme of flower core pole 1 and the bottom surface parallel and level on lower petal layer 8, and wherein a slice of lower petal is as wearing the chain rings of pendant. The upper petal layer mesopore 5 is rotatably sleeved on the flower center rod 1, and the top end of the flower center rod 1 is fixedly welded with a flower bead 2 with the outer diameter larger than the upper petal layer mesopore. The flower core rod 1 is a step rod with a big top and a small bottom, the aperture of the middle hole 9 of the lower petal layer is smaller than the aperture of the middle hole 5 of the upper petal layer, and the step surface 3 of the flower core rod is propped against the top surface of the lower petal layer 8. The stepped structure of the flower stem can be referred to fig. 1.

The upper petal layer 4 is uniformly provided with 5 upper petals 6 around the circumference, the lower petal layer 8 is uniformly provided with lower petals 10 around the circumference, and the lower petals and the upper petals are in the same shape and are in the same distribution density of the strip-shaped, lower and upper petals of the bauhinia. The upper petals and the lower petals are both formed by drawing contour lines with metal lines, the contour lines of the adjacent sides of the adjacent upper petals 6 are not staggered, and a rib line 12 used as a reinforcing rib is arranged between the inner end and the outer end of each upper petal; the contour lines of the adjacent sides of the adjacent lower petals 10 are not staggered, and a rib line 12 used as a reinforcing rib is arranged between the inner end and the outer end of each lower petal. The upper surface of the upper petal layer 4 is provided with a stamen 5 around the central hole, and the lower petal layer 8 is provided with a receptacle 9 around the central hole in the gap of the petals 10.

And the upper petal and the lower petal of the redbud flower are vertically aligned and staggered respectively in the figures 4 and 5, and when the upper petal and the lower petal are rotationally staggered, a dynamic model of full bloom of the flower is formed, and a delicate visual effect is formed.

Claims

1. The utility model provides a rotatable ornaments of double-deck flower shadow which characterized in that: but including relative pivoted upper petal layer and lower petal layer and as centraxonial flower core pole, upper petal layer sets up the mesopore that supplies the flower core pole to wear to establish respectively with lower petal layer center, lower petal layer mesopore welds with the flower core pole admittedly, upper petal layer mesopore is rotated the cover and is established on the flower core pole, the top of flower core pole has still welded the flower pearl that the external diameter is greater than upper petal mesopore admittedly, upper petal layer ring week evenly sets up the petal, lower petal layer ring week evenly sets up down the petal, lower petal is unanimous with last petal shape, distribution density is unanimous, upper petal and lower petal are by the contour line shaping that colludes of metal lines.

2. The rotatable double-layer flower shadow ornament according to claim 1, wherein: the contour lines of the adjacent sides of the adjacent upper petals are mutually staggered and are integrally supported with each other at the staggered points; the contour lines of the adjacent sides of the adjacent lower petals are mutually staggered and are integrally supported with each other at the staggered points.

3. The rotatable double-layer flower shadow ornament according to claim 1, wherein: the contour lines of the adjacent sides of the adjacent upper petals are not staggered, and a rib line used as a reinforcing rib is arranged between the inner end and the outer end of each upper petal; the contour lines of the adjacent sides of the adjacent lower petals are not staggered, and a rib line used as a reinforcing rib is arranged between the inner end and the outer end of each lower petal.

4. The rotatable double-layer flower shadow ornament according to claim 1, 2 or 3, wherein: the structure of each upper petal is the same as that of each lower petal.

5. The rotatable double-layer flower shadow ornament according to claim 1, 2 or 3, wherein: the ornament is a brooch, the flower core rod is a solid rod, and the lower end of the flower core rod is longer than the bottom surface of the lower petal layer to form a fixing needle head of the brooch.

6. The rotatable double-layer flower shadow ornament according to claim 1, 2 or 3, wherein: the ornament is a pendant, the flower core rod is a solid rod, the lower end of the flower core rod is flush with the bottom surface of the lower petal layer, and one lower petal is used as a chain-penetrating hanging ring of the pendant.

7. The rotatable double-layer flower shadow ornament according to claim 1, 2 or 3, wherein: the ornament is dual-purpose for a brooch pendant, the lower end of the flower core rod is parallel and level to the bottom surface of the lower petal layer, the flower core rod is a hollow rod, the flower beads are hollow beads, the centers of the flower core rod and the flower beads are brooch jacks which are communicated from top to bottom, and one piece of lower petal is used as a chain-threading hanging ring of the pendant.

8. The rotatable double-layer flower shadow ornament according to claim 1, 2 or 3, wherein: and the upper surface of the upper petal layer is provided with stamens around the middle hole.

9. The rotatable double-layer flower shadow ornament according to claim 1, 2 or 3, wherein: the flower receptacle is arranged in the gaps among the petals of the lower petal layer and surrounds the middle hole.

10. The rotatable double-layer flower shadow ornament according to claim 1, 2 or 3, wherein: the flower core rod is a step rod with a large upper part and a small lower part, the pore diameter of the middle pore of the lower petal layer is smaller than that of the middle pore of the upper petal layer, and the step surface of the flower core rod is abutted against the top surface of the lower petal layer.