阅读说明：本技术 一种金属工艺品零部件组合连接组件 (Metal handicraft spare part combination coupling assembling ) 是由 王春财 于 2020-11-18 设计创作，主要内容包括：本发明提供了一种金属工艺品零部件组合连接组件,包括主体,将各个不同主体零部件相互通过粘连或者卡接连接组合成不同的形状；连接组件,连接组件为通过两个半圆环相互组合套接一起设置,且连接组件与拼接环配套进行使用,连接组件与拼接环分别设置于主体两侧。该种金属工艺品零部件组合连接组件设置有连接组件,通过连接组件来对各个主体之间进行连接组合的同时能够对其中一个主体进行一定的旋转来对角度进行一定的调整,同时连接组件在连接后可以通过简单的拉扯和滑动来对其进行分离,使得其在通过连接组件对各个主体之间连接的时候更加的方便快捷。(The invention provides a metal handicraft part combination connecting assembly which comprises a main body, wherein different main body parts are mutually connected and combined into different shapes through adhesion or clamping connection; coupling assembling, coupling assembling cup joints through two semicircle ring intercombinations and sets up together, and coupling assembling uses with the concatenation ring is supporting, and coupling assembling sets up respectively in the main part both sides with the concatenation ring. This kind of metal handicraft spare part combination coupling assembling is provided with coupling assembling, comes to connect the combination through coupling assembling between each main part and can carry out certain adjustment to the angle to one of them main part when can carry out certain rotation, and coupling assembling can separate it through simple dragging and sliding after connecting simultaneously for its convenient and fast more when connecting between to each main part through coupling assembling.)

1. The metal handicraft part combination connecting assembly comprises a main body (1), wherein parts of different main bodies (1) are mutually connected and combined into different shapes through adhesion or clamping connection, and is characterized in that;

coupling assembling (2), coupling assembling (2) cup joints and sets up together for combining each other through two semicircle rings, and coupling assembling (2) and concatenation ring (3) are supporting to be used, coupling assembling (2) set up respectively in main part (1) both sides with concatenation ring (3).

2. The metal artwork component assembly connection assembly of claim 1, wherein: the main body (1) comprises;

the connecting groove (101) is a rectangular groove on the surface of one side of the main body (1), and the groove part is communicated with the hollow part in the main body (1);

the arc-shaped groove (102) is a semicircular groove which is formed in the surface of the other side of the main body (1) and is recessed inwards.

3. The metal artwork component part assembly connection assembly of claim 2, wherein: the connecting groove (101) comprises;

the offset groove (1011) is a groove extending from one end of the groove of the connecting groove (101) in a semicircular ring shape, and the groove of the offset groove (1011) is communicated with a hollow part in the main body (1);

the thread groove mark (1012), the thread groove mark (1012) is a thread-shaped groove mark fixedly connected with the surface of one side of the middle part of the circular ring groove of the offset groove (1011).

4. The metal artwork component assembly connection assembly of claim 1, wherein: the connecting component (2) comprises;

the embedded ring (201), the embedded ring (201) is a plate with one side of the connecting component (2) in a semicircular shape;

the connecting ring (202) is a ring which is arranged on the other side of the connecting component (2) and is attached to the two opposite ends of the embedded ring (201), and the thickness of the ring of the connecting ring (202) is smaller than that of the embedded ring (201) with the radius.

5. The metal artwork component part assembly connection assembly of claim 4, wherein: the embedded ring (201) comprises;

the rotating shaft (2011) is a round shaft which is connected with the two ends of the embedding ring (201) in an embedding manner, and the half radius of the round shaft of the rotating shaft (2011) is convexly provided with the surfaces of the two ends of the embedding ring (201);

the telescopic shaft (2012) is a guide rod, the surface of one end, close to the rotating shaft (2011), of the telescopic shaft (2012) penetrates through the connecting groove (101) and is elastically connected with the main body (1);

the fitting groove (2013) is a groove with the arc-shaped curved groove surface of the embedding ring (201) in a semicircular ring shape, the groove of the fitting groove (2013) is embedded with the connecting ring (202), and the width of the groove of the fitting groove (2013) is smaller than the width of the ring of the connecting ring (202).

6. The metal artwork component part assembly connection assembly of claim 4, wherein: the connecting ring (202) is elastically connected in the arc groove (102) through a telescopic guide rod on one side in a penetrating manner, and meanwhile, the connecting ring (202) also comprises a connecting rod;

the combined block (2021), the combined block (2021) is a plurality of blocks which are connected and spliced into a semi-circular ring of the connecting ring (202) through springs at two ends;

the limiting block (2022) is a rectangular convex block with the top end of each combined block (2021) close to one side surface and curved in an arc shape;

the sleeve joint ring (2023) is a circular ring fixedly connected in a semicircular shaft-shaped groove on the surface of the two ends of the connecting ring (202), and the circular ring in the groove of the sleeve joint ring (2023) is connected with the rotating shaft (2011) in a sleeve joint mode.

7. The metal artwork component assembly connection assembly of claim 1, wherein: the splicing ring (3) comprises;

the embedding groove (301) is a groove with one side surface of the splicing ring (3) in a semicircular ring shape, and the semicircular groove of the embedding groove (301) is embedded with the connecting ring (202);

the limiting groove (302) is a groove with semicircular upper and lower side surfaces in the middle of the groove of the embedding groove (301), and the groove of the limiting groove (302) is embedded with the arc bending of the limiting block (2022);

the displacement groove (303) is a circular shaft groove with the surface of the inner wall in the middle of the splicing ring (3) bent in a semicircular arc shape;

and a limiting shaft (304), wherein the limiting shaft (304) is a circular ring bending circular shaft which is embedded and arranged in the middle of the groove of the displacement groove (303), the surface of the circular shaft of the limiting shaft (304) is provided with a groove mark which is embedded with the thread groove mark (1012), and meanwhile, part of the surface of the limiting shaft (304) is convexly arranged on the surface of the groove of the displacement groove (303).

Technical Field

The invention relates to the technical field of metal artware, in particular to a connecting assembly for parts of a metal artware.

Background

The metal artware is a product formed by processing raw materials or semi-finished products by hands or machines, and is a general term for a group of value artware. The artware with certain appearance process is formed by connecting the metal artware parts in a specified shape, but the existing metal artware parts are connected and combined through adhesion or simple clamping, so that the metal artware parts are inconvenient to disassemble, and the combination position is easy to deviate due to the connection fixity of the metal artware parts.

Disclosure of Invention

The invention aims to solve the technical problems that when metal artware parts are connected and combined with each other, the metal artware parts are connected with each other through simple adhesion and clamping, so that the metal artware parts are troublesome to assemble and disassemble.

The purpose and the effect of the metal handicraft part combination connecting component are achieved by the following specific technical means:

the metal handicraft part combination connecting assembly comprises a main body, wherein different main body parts are mutually connected in an adhesion or clamping manner to form different shapes;

coupling assembling, coupling assembling cup joints through two semicircle ring intercombinations and sets up together, and coupling assembling uses with the concatenation ring is supporting, coupling assembling sets up respectively in the main part both sides with the concatenation ring.

Further preferred embodiments: the main body comprises;

the connecting groove is a slot with a rectangular surface on one side of the main body, and the slotted part is communicated with the hollow part in the main body;

the arc groove is a semicircular groove which is formed in the surface of the other side of the main body and is recessed inwards.

Further preferred embodiments: the connecting groove comprises;

the offset groove is a groove extending out of one end of the connecting groove in a semicircular ring shape, and the offset groove is communicated with the hollow part in the main body;

and the thread groove mark is a thread-shaped groove mark fixedly connected with the surface of one side of the middle part of the offset groove ring grooving.

Further preferred embodiments: the connecting component comprises;

the embedded ring is a plate with one side of the connecting component in a semicircular shape;

the connecting ring is a ring which is arranged on the other side of the connecting assembly and is attached to the two opposite ends of the embedded ring, and the thickness of the connecting ring is smaller than that of the embedded ring with the radius.

Further preferred embodiments: the embedded ring comprises;

the rotating shaft is a circular shaft which is connected with the two ends of the embedded ring in an embedded manner, and the semi-radius of the circular shaft of the rotating shaft is convexly provided with the surfaces of the two ends of the embedded ring;

the telescopic shaft is a guide rod, wherein the surface of one end, close to the rotating shaft, of the rotating shaft penetrates through a connecting groove and is elastically connected with the main body;

the fitting groove is a groove with the arc-shaped curved groove surface of the embedding ring in a semicircular ring shape, the groove of the fitting groove is embedded with the connecting ring, and the width of the groove of the fitting groove is smaller than the width of the circular ring of the connecting ring.

Further preferred embodiments: the connecting ring is elastically connected in the arc groove in a penetrating manner through the telescopic guide rod on one side, and meanwhile, the connecting ring also comprises a connecting rod;

the combined blocks are a plurality of square blocks which are connected and spliced into a connecting ring semicircular ring through springs at two ends;

the limiting block is a rectangular convex block with the top end of each combined block close to one side surface and bent in an arc shape;

the sleeve joint ring is a circular ring fixedly connected in a semicircular shaft-shaped groove on the surface of the two ends of the connecting ring, and the circular ring in the groove of the sleeve joint ring is connected with the rotating shaft in a sleeve joint mode.

Further preferred embodiments: the splicing ring comprises;

the surface of one side of the splicing ring is a semicircular groove, and the semicircular groove of the splicing ring is embedded with the connecting ring;

the limiting groove is a groove with semicircular upper and lower side surfaces in the middle of the embedding groove, and the limiting groove is embedded with the arc bending of the limiting block;

the displacement groove is a circular shaft groove with the inner wall surface in the middle of the splicing ring bent in a semicircular arc shape;

and the limiting shaft is a circular ring bent circular shaft which is embedded in the middle of the displacement groove, the surface of the limiting shaft circular shaft is provided with a groove mark which is embedded with the thread groove mark, and meanwhile, part of the surface of the limiting shaft is convexly arranged on the surface of the displacement groove.

Has the advantages that:

(1) this kind of metal handicraft spare part combination coupling assembling is provided with coupling assembling, comes to connect the combination through coupling assembling between each main part in, can carry out certain adjustment to the angle to one of them main part, coupling assembling can separate it through simple dragging and sliding after connecting simultaneously for its convenient and fast more when connecting between each main part through coupling assembling.

(2) Meanwhile, the device is provided with the offset groove, when the main bodies are connected together through the connecting assembly, the offset groove can rotate to change the angle of the main bodies by applying force to one side of the main bodies, and the main bodies can be adjusted to a certain angle when being connected, so that the main bodies are more convenient to combine and connect.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention.

Fig. 2 is a schematic view of the overall structure of the connecting assembly and the connecting ring of the present invention.

Fig. 3 is an enlarged schematic view of the structure at a in fig. 2 according to the present invention.

Fig. 4 is a partial overall structure schematic diagram of the splicing ring of the present invention.

FIG. 5 is a schematic view of the overall structure of the snap-fit ring of the present invention.

Fig. 6 is a schematic view of the overall structure of the main body of the present invention.

In FIGS. 1-6: the connecting structure comprises a main body 1, a connecting groove 101, a deviation groove 1011, a thread groove trace 1012, an arc groove 102, a connecting assembly 2, a fitting ring 201, a rotating shaft 2011, a telescopic shaft 2012, a fitting groove 2013, a connecting ring 202, a combined block 2021, a limiting block 2022, a socket ring 2023, a splicing ring 3, a fitting groove 301, a limiting groove 302, a displacement groove 303 and a limiting shaft 304.

Detailed Description

As shown in figures 1 to 6:

the invention provides a metal handicraft part combination connecting assembly which comprises a main body 1, wherein parts of different main bodies 1 are mutually connected and combined into different shapes through adhesion or clamping connection;

coupling assembling 2, coupling assembling 2 cup joints through two semicircle ring intercombinations and sets up together, and coupling assembling 2 uses with the concatenation ring 3 is supporting, and coupling assembling 2 sets up respectively in main part 1 both sides with concatenation ring 3.

Wherein, the main body 1 comprises;

the connecting groove 101 is a rectangular groove on the surface of one side of the main body 1, and the grooved part is communicated with the hollow part in the main body 1;

and an arc groove 102, wherein the arc groove 102 is a semicircular groove in which the other side surface of the main body 1 is recessed.

Wherein, the connecting groove 101 comprises;

the offset groove 1011 is a groove extending from one end of the connecting groove 101 in a semicircular ring shape, and the groove of the offset groove 1011 is communicated with a hollow part in the main body 1; when coupling assembling 2 and concatenation ring 3 form a semicircle ring, through promoting wherein one side and carry out the application of force and let the inside hollow part that the ring 201 was closed to main part 1 through telescopic shaft 2012 shrink, when contracting to the unable shrink of certain distance the summit of its circular arc one side can support at the grooved opposite side of spread groove 101, and at this moment also can laminate completely between two main parts 1 and link together, then can let coupling assembling 2 and concatenation ring 3 form the whole of a semicircle ring and shift along its skew groove 1011 through rotating wherein one side, the change of emergence angle.

The thread groove trace 1012 is a thread-shaped groove trace fixedly connected with the surface of one side of the middle of the circular groove of the offset groove 1011, the limiting shaft 304 attached to the surface of the thread groove trace 1012 of the offset groove 1011 through the inner wall surface of one side of the connecting ring 202 moves in the offset process, and the limiting shaft 304 is driven to move along the displacement groove 303 in the offset process through the groove traces embedded in the surfaces of the two, so that a semicircular ring formed by the connecting component 2 and the splicing ring 3 is limited in the offset process, and cannot be easily separated by itself after the angle is changed in the offset process.

Wherein, the connecting component 2 comprises;

the embedded ring 201, the embedded ring 201 is a plate material with one side of the connecting component 2 in a semicircular shape;

and the connecting ring 202 is a circular ring which is arranged on the other side of the connecting assembly 2 and is attached to the opposite two ends of the embedded ring 201, and the thickness of the circular ring of the connecting ring 202 is smaller than that of the embedded ring 201 with the radius.

Wherein, the jogged ring 201 comprises;

a rotating shaft 2011, wherein the rotating shaft 2011 is a circular shaft which is embedded and connected with two ends of the embedding ring 201, and a half radius of the rotating shaft 2011 is protruded from the surfaces of two ends of the embedding ring 201; when the connection ring 202 is bent and recessed to the other side, the two ends of the connection ring are rotationally offset along the rotation shafts 2011 at the two ends of the fitting ring 201 through the socket ring 2023, so that the connected parts at the two ends of the connection ring 202 are not separated when the connection ring 202 is bent and recessed, and the other side of the connection ring 202 can be fitted into the fitting groove 2013 of the fitting ring 201 for fitting when the connection ring 202 is bent and recessed.

The telescopic shaft 2012 is a guide rod of which one end surface of the rotating shaft 2011 close to the connecting groove 101 is elastically connected with the main body 1;

laminating groove 2013, laminating groove 2013 is that gomphosis ring 201 circular arc bending groove surface is the annular recess of semicircle, and laminating groove 2013 recess and go-between 202 gomphosis mutually, and the recess width of laminating groove 2013 is less than go-between 202 ring width simultaneously, gomphosis ring 201 and concatenation ring 3 can carry out mutual connection through go-between 202 in both recesses for its coupling assembling 2 and concatenation ring 3 can form an holistic semicircle.

Wherein, the connecting ring 202 is elastically connected in the arc groove 102 through a telescopic guide rod at one side, and the connecting ring 202 also comprises;

the combined block 2021, the combined block 2021 is a plurality of squares which are connected and spliced into a semi-circular ring of the connecting ring 202 through springs at two ends; because the connection ring 202 is integrally formed by combining a plurality of combination blocks 2021 connected by elastic guide rods with springs, when the splicing ring 3 presses against one side of the connection ring 202, the combination blocks 2021 are forced to separate and then the elastic guide rods connected therebetween are bent, so that the combination blocks 2021 are bent and combined towards the other side, and the connection ring 202 is integrally bent towards the other side to form a semicircular ring.

The limiting block 2022 is a rectangular bump with the top end of each combined block 2021 being curved in an arc shape near one side surface;

the sleeve ring 2023 is a circular ring fixedly connected in a semicircular shaft-shaped groove on the two end surfaces of the connecting ring 202, and the circular ring in the groove of the sleeve ring 2023 is connected with the rotating shaft 2011 in a sleeve manner.

Wherein, the splicing ring 3 comprises;

the fitting groove 301 is a groove with one side surface of the splicing ring 3 being semicircular, and the semicircular groove of the fitting groove 301 is fitted with the connecting ring 202; meanwhile, when the splicing ring 3 abuts against one side of the connecting ring 202 to apply force, the limiting block 2022 at the top end of the combined block 2021 is embedded into the limiting groove 302 in the embedding groove 301 of the splicing ring 3 by abutting against the connecting ring 202 and enabling the limiting block 2022 on the combined block 2021 to be embedded into the limiting groove 302 continuously by inclining and continuously moving the force application of the splicing ring 3, so that when the connecting ring 202 is bent and sunken to be embedded into the embedding groove 301 of the splicing ring 3 towards the other side, the limiting groove 302 and the limiting block 2022 are embedded to limit the position.

The limiting groove 302, the limiting groove 302 is a groove with semicircular upper and lower side surfaces in the middle of the groove of the embedding groove 301, and the groove of the limiting groove 302 is embedded with the arc bending of the limiting block 2022;

the displacement groove 303 is a circular shaft groove with the surface of the inner wall in the middle of the splicing ring 3 bent in a semicircular arc shape;

a shaft 304 is defined, the shaft 304 is a circular ring curved circular shaft which is fitted and arranged in the middle of the groove of the displacement groove 303, the surface of the shaft 304 is provided with a groove mark which is fitted and arranged with a thread groove mark 1012, and part of the surface of the shaft 304 is convexly arranged on the surface of the groove of the displacement groove 303.

The working principle is as follows:

the specific use mode and function of this embodiment are that, firstly, the component main bodies 1 of each handicraft are arranged and placed on a table top, then the handicraft is formed by mutually combining and connecting the component main bodies 1, and when the component main bodies 1 are mutually connected and combined, the splicing ring 3 in the groove of the circular arc groove 102 at the other side of the main body 1 is abutted against one side of the splicing ring 3 of the connecting component 2 connected with the connecting groove 101 at one side of the main body 1 to apply force, because the whole connecting ring 202 is formed by combining a plurality of combination blocks 2021 connected by elastic guide rods with springs, when the connecting ring 3 abuts against one side of the connecting ring 202 to apply force, the combination blocks 2021 are forced to separate, then the elastic guide rods connected therebetween are bent to combine the combination blocks 2021 to the other side, so that the whole combination block 202 is bent to the other side to form a semi-circular ring arrangement, meanwhile, when the splicing ring 3 supports against one side of the connecting ring 202 to apply force, the limit block 2022 at the top end of the combination block 2021 is firstly embedded into the limit groove 302 in the embedding groove 301 of the splicing ring 3 by supporting against the connecting ring 202, the limit block 2022 on the combination block 2021 is continuously embedded into the limit groove 302 by inclining and continuously moving the force application of the splicing ring 3, so that when the connecting ring 202 is embedded into the embedding groove 301 of the splicing ring 3 in a bending depression manner towards the other side, the limit can be limited by the embedding of the limit groove 302 and the limit block 2022, and when the connecting ring 202 is embedded in a bending depression manner towards the other side, the two ends are rotatably offset along the rotating shafts 2011 at the two ends of the embedding ring 201 by the socket ring 2023, so that when the connecting ring 202 is bent and depressed, the connecting parts at the two ends cannot be separated, so that the other side of the connecting ring 202 can be embedded into the attaching groove 2013 of the embedding ring 201 in a bending depression manner, the embedded ring 201 and the splicing ring 3 can be connected with each other through the connecting ring 202 in the grooves of the two, so that the connecting component 2 and the splicing ring 3 can form an integral semicircular ring, finally, when the connecting component 2 and the splicing ring 3 form a semicircular ring, one side of the connecting component 2 and the splicing ring 3 is pushed to apply force to enable the embedded ring 201 to shrink towards the hollow part in the main body 1 through the telescopic shaft 2012, when the connecting component 2 and the splicing ring 3 shrink to a certain distance and cannot shrink, the vertex of one side of the circular arc can abut against the other side of the groove of the connecting groove 101, at the same time, the two main bodies 1 are completely attached and connected together, then, the whole body of the connecting component 2 and the splicing ring 3 which form a semicircular ring can be shifted along the offset groove 1011 to change an angle through rotating one side of the connecting component 2 and the splicing ring 3, and when the half ring is shifted, the limiting shaft 304 of the inner wall, the groove marks embedded into the surfaces of the two parts can drive the limiting shaft 304 to move along the displacement groove 303 in the process of deviation, so that a semicircular ring formed by the connecting assembly 2 and the splicing ring 3 can be limited to be separated easily after the angle of the deviation is changed, certain angle adjustment can be performed when the main bodies 1 are connected and detached conveniently, and the main bodies are combined more conveniently and quickly.