CN212630126U

CN212630126U - Insect jewelry capable of moving flexibly

Info

Publication number: CN212630126U
Application number: CN202020969517.2U
Authority: CN
Inventors: 王东
Original assignee: Shenzhen Yongqisheng Trading Co ltd
Current assignee: Shenzhen Yongqisheng Trading Co ltd
Priority date: 2020-06-01
Filing date: 2020-06-01
Publication date: 2021-03-02
Anticipated expiration: 2030-06-01

Abstract

The utility model discloses a flexible insect jewelry, which comprises a chest and abdomen component and a foot component, wherein the foot component is fixed below the chest and abdomen component; the insect jewelry also comprises a head component, a wing component and a tail component; the head component is arranged in front of the thoracoabdominal component, the wing component is arranged on the side of the thoracoabdominal component, and the tail component is arranged behind the thoracoabdominal component; the head component, the wing component and the tail component are movably connected with the chest and abdomen component, and the tail component is hinged with the head component and the wing component respectively. The utility model discloses in the insect ornament that provides to chest belly subassembly is the main part, supports head subassembly, wing subassembly and afterbody subassembly and its swing joint, demonstrates this insect ornament with nimble, active effect on the whole.

Description

Insect jewelry capable of moving flexibly

Technical Field

The utility model belongs to the jewelry manufacturing field, in particular to insect-shaped jewelry.

Background

The animal is used as the form basis, the specific structure of the jewelry is designed to be matched with the form of the animal in the nature, the animal is agile, lovely and lovely to obtain the decoration experience, the important design idea in the technical field of jewelry design and manufacture is always, and the jewelry is deeply loved by jewelry consumers in the past.

Taking dragonfly, butterfly, bee and cicada as examples, such insects commonly found in mimicry jewelry often have obvious head, chest, abdomen and feet, and in order to achieve agile and active decorative effect, the skilled person in the art needs to solve the problem of activity or dynamic display of specific body parts when designing and manufacturing jewelry based on the dragonfly, butterfly, bee and cicada.

For example, in the patent application with application number "201520602131.7", a pendant is disclosed, including the chain and install the pendant on the chain, the pendant includes a main part, installs two wings and a plurality of mounting on the main part, two the alar part is installed in the side of main part through the mounting symmetry, and the alar part can be rotatory around the mounting, the main part is equipped with spacing portion in the top of alar part, the stiff end of alar part is equipped with the block portion, the alar part is rotatory extremely toward the outside block portion and spacing portion support each other and spacing.

It can be inferred by combining the drawings disclosed in the above patent application documents that when the technical scheme disclosed in the above patent application documents is applied to the cicada-shaped jewelry, the two wing parts and the plurality of fixing parts arranged on the cicada-shaped jewelry can effectively fit the state of the cicada that the wings are opened or closed. However, such an arrangement may exhibit limited activity, and the pendant body portion may still be quite bulky and may be less dexterous and interesting.

For improving the flexibility and dynamic aesthetic feeling of the jewelry in the wearing process, a lot of efforts are made in the aspect of the structural design of the jewelry by technical personnel in the field, for example, a combined dragonfly pendant with seven-color effect is disclosed in the patent application document with the application number of '201620521621.9', the combined dragonfly pendant comprises a main body part, a decoration part fixedly arranged on the front side of the main body part, a hanging ring movably arranged on the upper end of the main body part, a groove is arranged in the middle of the main body part, the notch of the groove is also square, a groove bottom wall is formed at the bottom of the groove, a plurality of groove side walls are formed around the groove, a peripheral region is formed in the front side of the main body part except the opening of the groove, wiredrawing lines are arranged on the peripheral region, the groove bottom and the groove. In foretell patent application to set up the recess and set up the mode of setting up of wire drawing line on the recess cell wall, utilize the wire drawing line to refract light, make whole pendant openly demonstrate seven various effects.

As with the aforementioned pendant ornament, the dynamic effect obtained by the wire-drawing texture on light refraction is very limited, and it is difficult to simulate the shape of an animal in nature, so as to obtain the technical effects of lively movement and strong interest.

Disclosure of Invention

In order to solve the problems, an object of the present invention is to provide an insect jewelry capable of moving flexibly, which simulates the shape of insects in nature and uses the chest and abdomen components as its main body, and connects the head component, the wing component and the tail component with the chest and abdomen components movably, so that the structure is simple, the manufacture is convenient, the jewelry can also move in the head component, the wing component and the tail component simultaneously, and the shape of the insects is shown to a greater extent.

Another object of the utility model is to provide an insect ornament that can move about in a flexible way, afterbody subassembly still articulated with head subassembly and wing subassembly respectively in this ornament, consequently the insect that shows in this ornament, its afterbody subassembly of activity will arouse its head subassembly and wing subassembly activity simultaneously, and its form has stronger interest, and the sight and the object for appreciation nature of ornament are stronger.

In order to achieve the above purpose, the technical scheme of the utility model is as follows:

the insect jewelry comprises a thoracico-abdominal component and a foot component, wherein the foot component is fixed below the thoracico-abdominal component;

the insect jewelry also comprises a head component, a wing component and a tail component; the head component is arranged in front of the thoracoabdominal component, the wing component is arranged on the side of the thoracoabdominal component, and the tail component is arranged behind the thoracoabdominal component; the head component, the wing component and the tail component are movably connected with the chest and abdomen component, and the tail component is hinged with the head component and the wing component respectively.

Further, in the insect jewelry provided by the utility model, the thoracoabdominal component comprises a thoracoabdominal part body, and the cavity is accommodated in the internal hollow formation.

The head component comprises a head decoration part and a head connecting part; the head decoration part is fixedly connected with the head connection part, and the head connection part is inserted into the containing cavity. The head connecting part is provided with a head hinge hole for being hinged with the tail part assembly.

The wing part assembly comprises a wing decoration part and a wing connecting part, the wing connecting part is fixedly connected with the wing decoration part, and the wing connecting part is inserted into the containing cavity. The fin connecting part is provided with a fin hinge hole for being hinged with the tail part assembly.

In the insect jewelry provided by the utility model, the tail component comprises a main tail bone unit; the main tail bone unit comprises a tail hinge part and a main tail bone; the tail hinge part is fixedly connected with the main tail bone, and the hinge part is inserted into the containing cavity.

Further, the tail hinge part comprises a hinge part main body, a head hinge part and a wing hinge part; the head articulated piece and the wing articulated piece are both fixedly connected with the articulated part main body, the head articulated piece is matched with the head articulated hole, and the head component and the tail component are correspondingly articulated with the head articulated piece through the matching of the head articulated hole and the head articulated hole; the fin hinge parts are matched with the fin hinge holes, and the fin parts and the tail parts are correspondingly hinged through the matching of the fin hinge holes and the fin hinge parts.

To sum up, the whole framework of the insect jewelry takes a thoracoabdominal component as a main body, and the head component, the wing component and the tail component are all connected with the thoracoabdominal component in a manner of surrounding the thoracoabdominal component, simulating the natural shape of the insect and respectively movably connecting with the thoracoabdominal component. After the head assembly is respectively inserted into the containing cavities in the thoracoabdominal assembly main body, the head assembly leans against the support of the thoracoabdominal portion, and the head assembly is also connected with the tail assembly through the matching hinge relation between the head hinge hole formed in the head connecting portion and the head hinge piece fixed on the non-intersecting portion and the matching hinge relation between the fin assembly and the fin hinge piece formed in the fin connecting portion. When the insect jewelry is used, the tail component hangs down at the rear of the thoracoabdominal component, when the tail component shakes along with the action of a user or the user stirs the tail of the insect with hands, the head and the wings of the insect are also dragged by the tail and shake along with the action of the tail, and the insect jewelry gives flexible, vivid and lovely visual effects to people.

Furthermore, the main tail bone is provided with a main connecting hole. Meanwhile, the tail assembly also comprises at least one auxiliary tail bone unit, and the auxiliary tail bone units are sequentially arranged and arranged behind the main tail bone unit; each auxiliary tail bone unit comprises an auxiliary tail bone body and an auxiliary connecting piece; the auxiliary tail bone body is provided with an auxiliary connecting hole; the auxiliary connecting piece is fixedly connected with the auxiliary tail bone body, and the auxiliary connecting piece is correspondingly matched with the main connecting hole and the auxiliary connecting hole. Vice tailbone unit is connected with the main tailbone unit or another vice tailbone unit that set up the front according to the preface, can make up finally and form the tail that has the settlement length, can not only the form of insect in the visual simulation nature, can also rely on its main connecting hole and vice connecting piece between main tailbone unit and a plurality of vice tailbone unit, be connected between vice connecting hole and the vice connecting piece, it is firm, reliable, cluster together in a flexible way, the user is when wearing this insect ornament, but this insect ornament's tail assembly freely hangs down, rock along with user's action, give the user with lively, nimble decoration experience.

The utility model has the advantages that: compared with the prior art, in the insect jewelry provided by the utility model, with the thoracico-abdominal component as the main part, supporting head component, wing component and afterbody component rather than swing joint demonstrate this insect headwear with nimble, active effect on the whole.

Drawings

Fig. 1 is a front effect diagram of an assembled dragonfly jewelry capable of moving flexibly according to an embodiment.

Fig. 2 is a diagram of the effect of the back surface of the dragonfly jewelry which can be flexibly moved after being assembled, according to the specific embodiment.

Fig. 3 is an exploded view of a flexible dragonfly jewelry realized in an embodiment.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

please refer to fig. 1-3.

In the specific embodiment, a dragonfly jewelry capable of being flexibly moved is provided, and the dragonfly jewelry comprises a head component 1, a foot component 2, a wing component 3, a thoraco-abdominal component 4 and a tail component 5;

the thoracoabdominal assembly 4 includes a thoracoabdominal body 41, and a hollow cavity therein forms a receiving cavity (not shown).

The foot component 2 comprises a left front leg 21, a right front leg 22, a left middle leg 23, a right middle leg 24, a left rear leg 25 and a right rear leg 26; the left front leg 21, the right front leg 22, the left middle leg 23, the right middle leg 24, the left rear leg 25, and the right rear leg 26 are arranged in order, simulate the shape of a dragonfly foot, and are fixed below the chest and abdomen body 41.

Further, in the dragonfly jewelry provided in the present embodiment, the head component 1 includes a head decoration portion 11 and a head connection portion 12; the head decoration portion 11 is fixedly connected to the head connection portion 12, and the head connection portion 12 is inserted into the accommodation chamber. The head connecting portion 12 is provided with a head hinge hole 13 for being hinged to the tail assembly 5.

The wing component 3 comprises a left front wing 31, a right front wing 32, a left back wing 33 and a right back wing 34; wherein, the left back wing 33 and the right back wing 34 are respectively arranged at two sides of the thoracoabdominal part body 41, and the left back wing 33 and the right back wing 34 are respectively fixedly connected with the thoracoabdominal part body 41; and particularly, each of the left and

right front fins

31 and 32 includes a fin decoration portion 35 and a fin connection portion 36, the fin connection portion 36 is fixedly connected to the fin decoration portion 35, and the fin connection portion 36 is inserted into the receiving cavity. The fin connecting portion 36 is provided with a fin hinge hole 37 for being hinged to the tail assembly 5.

In this embodiment, the tail assembly 5 includes a main tail bone unit 51; the main tail bone unit 51 comprises a tail hinge 511 and a main tail bone 512; the tail hinge portion 511 is fixedly connected with the main tail bone 512, and the tail hinge portion 511 is inserted into the containing cavity.

Further, the tail hinge 511 includes a hinge body 5111, a head hinge 5112, and a wing hinge 5113; the head hinge 5112 and the wing hinge 5113 are both fixedly connected to the hinge body 5111, the head hinge 5112 is matched with the head hinge hole 13, and the head assembly 1 and the tail assembly 5 are correspondingly hinged through the matching of the head hinge hole 13 and the head hinge 5112; the fin hinge 5113 is matched with the fin hinge hole 36, and the fin assembly 3 and the tail assembly 5 are correspondingly hinged through the matching of the fin hinge hole 36 and the fin hinge 5113.

The main tail bone 512 is provided with a main connecting hole 513. Meanwhile, the tail assembly 5 further comprises at least one auxiliary tail bone unit 52, and the auxiliary tail bone units 52 are sequentially arranged and arranged behind the main tail bone unit 51; each auxiliary coccyx unit 52 comprises an auxiliary coccyx body 521 and an auxiliary connecting piece 522; an auxiliary connecting hole 523 is formed in the auxiliary tail bone body 521; the auxiliary connecting member 522 is fixedly connected to the auxiliary tail bone body 521, and the auxiliary connecting member 522 is correspondingly matched with the main connecting hole 513 and the auxiliary connecting hole 523. The auxiliary tail bone units 52 are sequentially connected with the main tail bone unit 51 arranged at the front or the other auxiliary tail bone unit 52, and finally combined to form a tail with a set length, so that the shape of insects in the nature can be vividly simulated, and the main tail bone unit 51 and the auxiliary tail bone units 52 can be stably, reliably and flexibly strung together by virtue of the connection between the main connecting hole 513 and the auxiliary connecting piece 522 as well as between the auxiliary connecting holes 523 and the auxiliary connecting piece 522.

The above description is only exemplary of the present invention and should not be construed as limiting the present invention, and any modifications, equivalents and improvements made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.

Claims

1. A flexibly movable insect jewelry comprises a thoracico-abdominal component and a foot component, wherein the foot component is fixed below the thoracico-abdominal component;

the insect jewelry is characterized by also comprising a head component, a wing component and a tail component;

the head component is arranged in front of the thoracoabdominal component, the fin component is arranged on the side of the thoracoabdominal component, and the tail component is arranged behind the thoracoabdominal component;

the head assembly, the fin assembly and the tail assembly are movably connected with the thoracoabdominal assembly, and the tail assembly is further hinged with the head assembly and the fin assembly respectively.

2. The flexibly movable insect jewelry as claimed in claim 1, wherein said thoracoabdominal assembly comprises a thoracoabdominal body, the interior of which is hollow to form a receiving cavity.

3. The flexibly movable insect jewelry of claim 2, wherein said head assembly comprises a head decoration portion and a head attachment portion; the head decoration part is fixedly connected with the head connection part, and the head connection part is inserted into the containing cavity.

4. The insect jewelry capable of flexibly moving as claimed in claim 3, wherein the head connecting part is provided with a head hinge hole for being hinged with the tail part assembly.

5. The flexibly movable insect jewelry as claimed in claim 2, wherein said wing assembly comprises a wing decoration part and a wing connection part, said wing connection part is fixedly connected with said wing decoration part, said wing connection part is inserted into said receiving cavity.

6. The insect jewelry capable of flexibly moving as claimed in claim 5, wherein the fin connecting portion is provided with a fin hinge hole for being hinged with the tail portion assembly.

7. The flexible insect jewelry of claim 2, wherein said tail assembly comprises a main tail bone unit; the main tail bone unit comprises a tail hinge part and a main tail bone; the tail hinge part is fixedly connected with the main tail bone, and the tail hinge part is inserted into the containing cavity.

8. The flexible insect jewelry of any one of claims 1 to 7, wherein said tail hinge comprises a hinge body, a head hinge and a wing hinge; the head hinge part and the wing hinge part are both fixedly connected with the hinge part main body, the head hinge part is matched with the head hinge hole, and the head assembly and the tail assembly are correspondingly hinged through the matching of the head hinge hole and the head hinge part; the fin hinge piece is matched with the fin hinge hole, and the fin component and the tail component are correspondingly hinged through the matching of the fin hinge hole and the fin hinge piece.

9. The insect jewelry capable of flexibly moving as claimed in claim 7, wherein the main tail bone is provided with a main connecting hole.

10. The flexibly movable insect jewelry as claimed in claim 9, wherein said tail assembly further comprises at least one sub-tail bone unit, said sub-tail bone units being arranged in sequence and disposed behind said main tail bone unit;

each auxiliary tail bone unit comprises an auxiliary tail bone body and an auxiliary connecting piece;

the auxiliary tail bone body is provided with an auxiliary connecting hole; the auxiliary connecting piece is fixedly connected with the auxiliary tail bone body, and the auxiliary connecting piece is correspondingly matched with the main connecting hole and the auxiliary connecting hole.