CN206062365U - High stability hollow out pendant - Google Patents

Abstract

This utility model provides a kind of high stability hollow out pendant, which includes pendant body, pendant body is cylindric, pendant body interior is hollow cavity, the axial direction of hollow cavity insertion pendant body, pendant body is the pendant body with engraved structure, and the reinforcement at connection pendant body two ends is provided with the circumferential outer surface of pendant body axial direction.The first pendant lid is connected with by the first connector in one end of the axial direction of pendant body, the second pendant lid is connected with by the second connector in the other end of the axial direction of pendant body.High stability hollow out pendant of the present utility model is by arranging reinforcement on the pendant body of engraved structure, the first connector and the second connector are connected at the two ends of the axial direction of pendant body so that the structure of hollow out pendant is more firm, more stable.

Description

High stability hollow out pendant

Technical field

This utility model is related to field of jewelry, more particularly to a kind of high stability hollow out pendant.

Background technology

With the continuous improvement of economic level, many people like to wear some jewelry to lift personal style and overall vision U.S. Sense, pendant is a kind of ornaments being worn on neck.The pendant exquisite appearance of hollow out, third dimension are strong, and the material of equivalent can do Go out the pendant than larger thirty years of age body, therefore liked by consumer deeply.But to there is structure hollow out pendant of the prior art inadequate more It is stable, the shortcoming being easily deformed.

Therefore need to provide a kind of high stability hollow out pendant to solve above-mentioned technical problem.

Utility model content

This utility model provides a kind of high stability hollow out pendant, and which passes through the setting on the pendant body of engraved structure and adds Strong muscle, is connected to the first connector and the second connector at the two ends of the axial direction of pendant body, to solve existing skill The problem that hollow out pendant structure in art is not sufficiently stable, is easily deformed.

To solve above-mentioned technical problem, the technical solution of the utility model is：A kind of high stability hollow out pendant, which includes Pendant body, for cylindric, the pendant body interior is hollow cavity to the pendant body, described in the hollow cavity insertion The axial direction of pendant body, the pendant body are the pendant body with engraved structure, in the pendant body axial direction side To circumferential outer surface on be provided with the reinforcement that connects the pendant body two ends.

In this utility model, the reinforcement is two, and two reinforcements are justified positioned at the pendant body respectively Relative both sides on all outer surfaces.

In this utility model, the high stability hollow out pendant also includes the first connector and the second connector, described First connector and second connector are respectively fixedly connected with the two ends of the axial direction in the pendant body.

Further, first connector includes to the first torus and the second torus be arrangeding in parallel, described First torus is fixedly connected by multiple first bonding jumpers with second torus, first torus and the pendant One end of the axial direction of body is fixedly connected.

Further, the high stability hollow out pendant also includes the first pendant lid, is provided with and turns on the second torus Axle, is provided with the rotating shaft set corresponding with the rotating shaft, the first pendant lid and described first on the first pendant lid Connector is connected by the rotation that cooperatively forms of the rotating shaft and the rotating shaft set, wherein, the axial direction of the rotating shaft is parallel Plane of fitting between the first pendant lid and first connector.

Further, being additionally provided with the first pendant lid enables the first pendant lid with first connector The axis of snap-fit is formed, one end of the axis is fixedly connected on the first pendant lid, the other end of the axis It is provided with for blocking the spheroid on second torus.

Further, the first pendant lid is covered on first connector, is fixedly connected on the first pendant lid There are the first suspension ring, first suspension ring are located on the longitudinal center line of the pendant body.

Further, the second suspension ring are connected with first suspension ring, second suspension ring include that cross-sectional area is less First end and the larger the second end of cross-sectional area, the first end and the first suspension ring snapping, described second The cross-sectional area of end is more than the first suspension ring internal ring area.

In this utility model, second connector includes two to the 3rd torus be arrangeding in parallel, two institutes State the 3rd torus to be fixedly connected by multiple second bonding jumpers.

Further, the high stability hollow out pendant also include the second pendant lid, wherein the one of second connector Individual 3rd torus is fixedly connected with one end of the axial direction of the pendant body, and the second pendant lid connects with described second Another the 3rd torus of fitting is fixedly connected.

This utility model is compared to prior art, its advantage：High stability hollow out pendant of the present utility model is hanging The reinforcement at connection pendant body two ends is provided with the circumferential outer surface of pendant body axial direction, in the axial direction side of pendant body To one end the first pendant lid is connected with by the first connector, pendant body axial direction the other end by second connect Fitting is connected with the second pendant lid.High stability hollow out pendant of the present utility model not only compact conformation, and more firmly, more Plus it is stable.

Description of the drawings

In order to be illustrated more clearly that this utility model embodiment or technical scheme of the prior art, below in embodiment The required accompanying drawing for using is briefly described, and drawings in the following description are only that section Example of the present utility model is corresponding Accompanying drawing.

Fig. 1 is the structural representation of the preferred embodiment of high stability hollow out pendant of the present utility model.

Fig. 2 be Fig. 1 in high stability hollow out pendant the first pendant lid in open mode structural representation.

It is corresponding entitled representated by numeral in figure：

11：Pendant body, 111：Reinforcement, 12：First connector, 121：First torus, 122：First bonding jumper, 123：Second torus, 124：Rotating shaft, 13：Second connector, 131：3rd torus, 132：Second bonding jumper, 14：First hangs Pendant lid, 141：Rotating shaft set, 142：Axis, 143：Spheroid, 15：Second pendant lid, 16：First suspension ring, 17：Second suspension ring.

Specific embodiment

Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out Clearly and completely describe, it is clear that described embodiment is only this utility model a part of embodiment, rather than whole Embodiment.Based on the embodiment in this utility model, those skilled in the art are obtained under the premise of creative work is not made The every other embodiment for obtaining, belongs to the scope of this utility model protection.

Hollow out pendant in the market is liked by consumer deeply, but there is structure not hollow out pendant of the prior art more It is enough stable, the shortcoming being easily deformed.

The following is a kind of the preferred of high stability hollow out pendant that can solve above technical problem that this utility model is provided Embodiment.

Fig. 1 and Fig. 2 is refer to, wherein Fig. 1 is the knot of the preferred embodiment of high stability hollow out pendant of the present utility model Structure schematic diagram, Fig. 2 be Fig. 1 in high stability hollow out pendant the first pendant lid in open mode structural representation.

In figure, the similar unit of structure is represented with identical label.

The preferred embodiment of high stability hollow out pendant that this utility model is provided is：A kind of high stability hollow out pendant, Which includes pendant body 11, and pendant body 11 is cylindric, is hollow cavity inside pendant body 11, hollow cavity insertion pendant The axial direction of body, pendant body 11 are the pendant body with engraved structure, in the circumference of 11 axial direction of pendant body The reinforcement 111 at connection pendant body two ends is provided with outer surface.

In the preferred embodiment, reinforcement 111 is two, and two reinforcements 111 are located at outside pendant body circumference respectively Relative both sides on surface, but the quantity of reinforcement is not limited to two, in view of the volume of pendant body 11 is typically not too large, plus The quantity of strong muscle is advisable with two and four, is not then had the effect of enhanced stability very little, can then be affected hollow out pendant too much Itself attractive in appearance.

Meanwhile, the position of reinforcement is preferably symmetric, and so could strengthen the knot of hollow out pendant to greatest extent Structure stability.

High stability hollow out pendant of the present utility model also includes the first connector 12 and the second connector 13, the first connection Part 12 and the second connector 13 are respectively fixedly connected with the two ends of the axial direction in pendant body 11.

Wherein, the first connector 12 includes to the first torus 121 and the second torus 123 be arrangeding in parallel, first Torus 121 is fixedly connected by multiple first bonding jumpers 122 with the second torus 123, and the quantity of the first bonding jumper 122 is four More than root be just conducive to the stability of structure, and the first bonding jumper 122 is uniformly connected to the first torus 121 and the second annulus Between body 123.

First torus 121 is fixedly connected with one end of the axial direction of pendant body 11, is set on the second torus 123 It is equipped with rotating shaft 124.

In addition, high stability hollow out pendant of the present utility model also includes the first pendant lid 14, on the first pendant lid 14 The rotating shaft set 141 corresponding with rotating shaft 124 is provided with, the first pendant lid 14 and the first connector 12 pass through rotating shaft 124 and rotating shaft The rotation that cooperatively forms of set 141 connects.

Wherein, the axial direction of rotating shaft 124 is parallel to the plane of fitting between the first pendant lid 14 and the first connector 12, That is the first pendant lid is 124 to open from the side of the first connector 12 around the shaft.

Match somebody with somebody in addition, being additionally provided with the first pendant lid 14 and enabling the first pendant lid 14 to form clamping with the first connector 12 The axis 142 of conjunction, one end of axis 142 are fixedly connected on the first pendant lid 14, and the other end of axis 142 is provided with for card The firmly spheroid 143 on the second torus 123.

Axis 142 is arranged oppositely with the rotating shaft set 141 on the first pendant lid 14, i.e., axis 142 is positioned in the first pendant lid 14 around the shaft 124 open when, leave the position of the first connector 12 on the first pendant lid 14 at first.

First pendant lid 14 is covered on the first connector 12, and the first suspension ring 16 are fixedly connected with the first pendant lid 14, the One suspension ring 16 are located on the longitudinal center line of pendant body 11.

Meanwhile, the second suspension ring 17 are also associated with the first suspension ring 16, the second suspension ring 17 include cross-sectional area less The larger the second end of one end and cross-sectional area, first end and the first suspension ring snapping, the cross-sectional area of the second end are big In the first suspension ring internal ring area, the connection so allowed between the first suspension ring 16 and the second suspension ring 17 has been limited, connection Activeness is less, is favorably improved the stability worn.

Second connector 13 includes two to the 3rd torus 131 be arrangeding in parallel, two the 3rd torus 131 pass through Multiple second bonding jumpers 132 are fixedly connected, and the quantity of the second bonding jumper 132 is more than four stability for being just conducive to structure, And second bonding jumper 132 be uniformly connected between two the 3rd torus 131.

Further, high stability hollow out pendant also includes the second pendant lid 15, the second connector 13 one of them the Three torus 131 are fixedly connected with one end of the axial direction of pendant body 11, the second pendant lid 15 and the second connector 13 Another the 3rd torus 131 is fixedly connected.

Operation principle of the present utility model：First torus 121 of the first connector 12 and the axial direction side of pendant body 11 To one end be fixedly connected, one of them the 3rd torus 131 and the axial direction of pendant body 11 of the second connector 13 One end is fixedly connected, and can form the entirety of compact conformation and firm stable at the two ends of the pendant body of hollow out, make the high stable The structure of property hollow out pendant is more stably unlikely to deform.

In addition, the first pendant lid 14 and the first connector 12 pass through rotating shaft 124 and the rotation that cooperatively forms of rotating shaft set 141 connects Connect, while axis 142 is additionally provided with the first pendant lid 14, the rotating shaft set on axis 142 and the first pendant lid 14 141 pairs to Arrange, one end of axis 142 is fixedly connected on the first pendant lid 14, and the other end of axis 142 is provided with spheroid 143.

During the first pendant lid 14 is closed around rotating shaft 124, spheroid 143 is interior with the second torus 123 Contacts side surfaces are simultaneously extruded, also so that axis 142 occurs elastic deformation, when the first pendant lid 14 cover completely it is lower after, spheroid 143 and Extruding force between second torus 123 slowly weakens, and spheroid 143 is also stuck in second under the elastic-restoring force of axis 142 On torus 123.

So, can make that the first pendant lid opens or closes steady is also formed between the first pendant lid 14 and the first connector 12 Fixed structure.

The high stability hollow out pendant of this preferred embodiment is by setting on the circumferential outer surface of pendant body axial direction The reinforcement at connection pendant body two ends is equipped with, connects first by the first connector in one end of the axial direction of pendant body Pendant lid, connects second pendant lid by the second connector in the other end of the axial direction of pendant body, makes the high stability Hollow out pendant not only compact conformation, and more firmly, it is more stable.

In sum, although this utility model is disclosed above with preferred embodiment, but above preferred embodiment is not used To limit this utility model, one of ordinary skill in the art, in without departing from spirit and scope of the present utility model, can make Various changes are defined by the scope that claim is defined with retouching, therefore protection domain of the present utility model.

Claims (10)

1. a kind of high stability hollow out pendant, it is characterised in that：The high stability hollow out pendant includes pendant body, described to hang For cylindric, the pendant body interior is hollow cavity to pendant body, the axial direction of pendant body described in the hollow cavity insertion Direction, the pendant body are the pendant body with engraved structure, in the circumferential outer surface of the pendant body axial direction On be provided with the reinforcement for connecting the pendant body two ends.

2. high stability hollow out pendant according to claim 1, it is characterised in that the reinforcement is two, two institutes State reinforcement and be located at both sides relative on the pendant body circumferential outer surface respectively.

3. high stability hollow out pendant according to claim 1, it is characterised in that the high stability hollow out pendant is also wrapped The first connector and the second connector are included, first connector and second connector are respectively fixedly connected with the pendant The two ends of the axial direction of body.

4. high stability hollow out pendant according to claim 3, it is characterised in that first connector is included to flat The first torus and the second torus that row is arranged, first torus and second torus pass through multiple first metals Bar is fixedly connected, and first torus is fixedly connected with one end of the axial direction of the pendant body.

5. high stability hollow out pendant according to claim 4, it is characterised in that the high stability hollow out pendant is also wrapped The first pendant lid is included, rotating shaft is provided with the second torus, be provided with relative with the rotating shaft on the first pendant lid The rotating shaft set answered, the first pendant lid are turned by the rotating shaft and cooperatively forming for the rotating shaft set with first connector Dynamic connection, wherein, the axial direction of the rotating shaft is parallel to fitting between the first pendant lid and first connector Plane.

6. high stability hollow out pendant according to claim 5, it is characterised in that also set up on the first pendant lid Having enables the first pendant lid to form the axis of snap-fit with first connector, and one end of the axis is fixedly connected On the first pendant lid, the other end of the axis is provided with for blocking the spheroid on second torus.

7. high stability hollow out pendant according to claim 6, it is characterised in that the first pendant lid is covered described On a connection piece, the first suspension ring on the first pendant lid, are fixedly connected with, first suspension ring are located at the pendant body On longitudinal center line.

8. high stability hollow out pendant according to claim 7, it is characterised in that is connected with first suspension ring Two suspension ring, second suspension ring include the larger the second end of the less first end of cross-sectional area and cross-sectional area, described First end and the first suspension ring snapping, the cross-sectional area of the second end are more than the first suspension ring internal ring area.

9. high stability hollow out pendant according to claim 3, it is characterised in that second connector include two it is right To the 3rd torus be arrangeding in parallel, two the 3rd torus are fixedly connected by multiple second bonding jumpers.

10. high stability hollow out pendant according to claim 9, it is characterised in that the high stability hollow out pendant is also Including the second pendant lid, one of them the 3rd torus and the one of the axial direction of the pendant body of second connector End is fixedly connected, and the second pendant lid is fixedly connected with another the 3rd torus of second connector.