KR100594978B1 - A zipper chain for accessory and thereof manufacturing method - Google Patents

Abstract

The present invention relates to a zipper chain and a method of manufacturing the same.

The present invention comprises the steps of forming a support member by connecting the rectangular plate in a chain form such as a watch band; Forming a ball chain of gold material connected to each other by a certain distance by a copper column; Forming a ring chain or a single piece of ring in the same manner as the ball chain; Fixing the formed ball chain to a length of 75% of the total length from one end of the supporting member, and then nitriding to remove the new column; Fixing the formed ring chain to the other 25% of the length from the other end of the supporting member in the same manner as the ball chain or by brazing the formed ring piece at a fixed interval at the 25% length; By matching the both ends of the support member formed with the ball and the ring and then inserting it into the guide groove of the zipper body, and by manufacturing the zipper chain for the jewelry including the process of forming the zipper chain by fixing both ends with a finishing member, in a unique appearance shape Due to the maximized beauty and aesthetics to meet the various needs of consumers, as well as ease of use, easy to manufacture and provides the effect of maximizing the utility as precious metals.

Description

Zipper chain for jewelry and its manufacturing method {A ZIPPER CHAIN FOR ACCESSORY AND THEREOF MANUFACTURING METHOD}

1 is an external perspective view of a zipper chain for ornaments according to the present invention;

Figure 2 is a cross-sectional view of the main portion of the zipper chain for jewelry according to the present invention,

Figure 3 is a flow chart showing the manufacturing process of the zip chain for jewelry according to the present invention.

♧ description of the symbols for the main parts of the drawing ♧

1 .... Zipper chain 10a, b .... support member

20 .... ball 30 .... ring

32 .. Ring hole 40 .... Zipper body

42 .... Pressure member 44 .... Separation pin

46 .... Guide groove

The present invention relates to a zipper chain and a method of manufacturing the same, and more particularly, by configuring accessories such as necklaces and bracelets in the form of zippers, while ensuring ease of manufacture and inducing curiosity through a unique appearance with a simple structure and maximizing freshness. In addition, the present invention relates to a zip chain for jewelry and a method of manufacturing the same, as well as the pursuit of refinement.

In general, necklaces, bracelets, anklets, jewelry pendants, etc. are worn on the body is a representative ornament of women who beautifully and gracefully decorate the appearance of a person.

These ornaments have a variety of shapes and forms, such as simple arrays of single or multiple strands of precious metal strings, twisted pairs or chain chains.

However, ornaments of this shape are extremely monotonous as they are extremely generalized.

Moreover, the ornaments are inevitably connected to each other with a particular shape through a connecting member called a new column, which is formed in a chain by successive repetitive arrangements, even though these new shares are used only for connecting the parts having the specific shape. And it remained as an element constituting a part of the ornaments, there was a lot of inconvenience in forming the structural manufacturing and shape.

The present invention was created in view of the structural limitations of the conventional general-style ornaments as described above to solve them, and the zipper-shaped ornaments of a unique shape and shape that can exhibit the uniqueness, aesthetics, beauty, etc. peculiar to the ornaments The purpose of the present invention is to provide a zipper chain for jewelry and a method of manufacturing the same to provide convenience for use, as well as to provide various advantages such as conciseness of structure and overcoming manufacturing difficulties to maximize user's needs.

The present invention, in order to achieve the above technical problem, the support member for forming a single long string is connected in a chain form of small square plate; A ball fixed to one side of the support member with a predetermined interval only at a length of 75% from one end of the total length thereof; A ring fixed to the same side of the support member by welding or gold soldering at a distance of 25% from the other end to a length slightly smaller than that of the ball; Provides a zipper chain for jewelry comprising a guide groove into which the ball is fixed and the ring fixed end is inserted, and a zipper body flowing in the longitudinal direction of the support member with a separating pin separating the engagement state thereof. There is a characteristic.

In addition, the present invention is a process of forming a support member by connecting the plate in the form of a square, such as a watch band; Forming a ball chain of gold material connected to each other by a certain distance by a copper column; Forming a ring chain or a single piece of ring in the same manner as the ball chain; Fixing the formed ball chain to a length of 75% of the total length from one end of the supporting member, and then nitriding to remove the new column; Fixing the formed ring chain to the other 25% of the length from the other end of the supporting member in the same manner as the ball chain or by brazing the formed ring piece at a fixed interval at the 25% length; The present invention provides a method of manufacturing a zipper chain for jewelry comprising a process of forming a zipper chain by matching both ends of a support member having a ball and a ring, and then inserting the guide member of the zipper body into a guide groove of the zipper body. There are other features.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is an external perspective view of a zip chain for jewelry according to the present invention, Figure 2 is a cross-sectional view of the main portion of the zip chain for jewelry according to the present invention, Figure 3 is a flow showing the manufacturing process of the zip chain for jewelry according to the present invention It is a chart.

As shown in Figure 1 and 2, the zip chain (ZIPPER CHAIN) (1) for the jewelry of the present invention is formed of a ball 20 and the ring 30 is merged.

That is, approximately 75% of the total length of the zipper chain (1) is formed in the form of a ball 20, as shown in Figure 1 so that if the part constituting the closed loop is a necklace, the neck, bracelets and anklets In the case of the cuff or ankle will be part of the fit.

And, the remaining length of approximately 25% of the total length of the zipper chain 1 is configured such that the ring 30 is formed.

Thus, when the zipper chain 1 is folded in half, that is, when both ends of the zipper chain 1 are coincident with each other, approximately 25% of the length of the zipper chain 1 causes the engagement between the ball 20 and the ring 30 to occur. By fitting it is configured to perform the function of a zipper (ZIPPER).

At this time, the length of the 75% is set to approximately 50cm, the length of 25% is about 14.5cm is very preferable to use, for example as a necklace ornaments.

In addition, the ball 20 and the ring 30 is engaged with each other, that is, within a certain distance range from both ends of the zipper chain 1, the known zipper body 40 is inserted into the fluid so that the ball 20 and The ring 30 is provided to be engaged or separated by releasing the engaged state, and the handle 50 is fixed to the upper surface of the zipper body 40 to provide convenience for use.

Furthermore, both ends of the zipper chain 1 are fixed to the finishing member 60 to connect them to each other to form one large closed circuit, the finishing member 60 can enhance the aesthetics through a variety of decorations.

Similarly, the zipper body 40 and the handle 50 may be decorated with patterns, letters, numbers, pictures, patterns, shapes, etc., which can maximize the aesthetics by beautifully appearance.

In order to describe this in more detail, reference is made to FIG. 2.

FIG. 2 is a cross-sectional view illustrating main parts of the ball 20 and the ring 30 that are engaged with each other, ie, an enlarged portion of the ball 20.

As shown in the drawing, support members 10a and b in which the box-shaped members are connected and manufactured in a chain form are provided.

Here, the support member (10a, b) is one body, but for convenience of explanation, both ends are to be written in different reference numerals, the ball 20 is a portion of the length of the 75% is fixed to 10a, the remaining ring 25% of the length portion 30 is fixed to 10b.

That is, a plurality of balls 20 are arranged and fixed to one side surface of the support member 10a at a predetermined interval, and one side surface of the remaining support member 10b is spaced slightly smaller than the diameter of the ball 20. A plurality of rings 30 are fixed vertically (to allow a portion of the outer circumference of the ring to contact the support member) in an upright position.

Then, the support member (10a, b) is folded about the center of the length of the center and then the zipper body 40 is fitted in a state that both ends are aligned to fit, part of the inside of the zipper body 40 After the protrusion protrudes through the inner space of the zipper body 40, the pressing member 42 for suppressing each outer surface of the support member (10a, b) is built.

The pressing member 42 is preferably a rubber having elasticity, which is to provide a force to press the support members (10a, b) to allow the ball 20 to fit between the ring (30). .

At this time, the ball 20 is inserted into the space between the rings 30 and then a portion of the outer peripheral surface is inserted into the ring hole 32 formed in the ring 30 has a fixed structure that is engaged with each other.

In addition, the separating pin 44 is fixed to the center portion of the front end of the zipper body 40 for releasing and disengaging the engaged ball 20 and the ring 30, as in the conventional zipper means, the separation pin 44 Guide grooves 46 having a shape corresponding to each other are formed on both left and right sides of the center.

Accordingly, the support member 10a having the ball 20 and the support member 10b having the ring 30 are flowed through the zipper body 40 up and down along the guide groove 46. By having the function of the zipper is achieved.

The manufacturing method of the present invention zipper chain having such a configuration will be described with reference to FIG.

As shown in FIG. 3, first, the wire rod is fresh and then the fresh wire rod is introduced into a processing machine for manufacturing a box-shaped chain to form the supporting members 10a and b (S10).

At this time, the support members (10a, b) has a box or a rectangular chain form continuously connected through a processing machine, for example, it may be associated with such a watch band.

When the support members 10a and b are formed through the above process, the process of forming the ball chain having the column is followed (S20).

The ball chain is formed by a plurality of balls (20) connected by a new column to form a chain, the new stock is made of a copper (Cu) wire rod, the ball 20 is processed by processing a plate of gold (Au) to manufacture a chain By putting it into the machine.

Therefore, the ball chain is formed in a structure in which a plurality of balls 20 are connected to each other in a shape such as a dog dog chain having a predetermined interval by the new pole, but the material of the new pole and the ball 20 is made of a different configuration.

When the ball chain is formed in this way, the process of forming a chain having an ear ring 30 is then passed (S30).

The ring chain is made by first manufacturing a wire rod having a semicircular cross section and then feeding the wire rod having a semicircular cross section into a chain manufacturing machine forming a circular ring 30.

In this case, if necessary, the ring 30 may be manufactured in a chain form, or only the ring 30 may be formed by itself, not in a chain form. As in the case of the ball 20 may be formed of different materials.

Preferably, the ring 30 is also formed in the same manner as in the case of the ball 20.

In addition, the above-described process may be assembled at the same time in different places and then assembled through a welding process to be described later, may be assembled through the welding process to be described later after being sequentially manufactured through the above-described order.

When the support members (10a, b), the ball chain, the ring chain is completed through the above-described process, the operator is first subjected to the process of welding the ball chain on one side of any one of the support members (10a) (S40).

At this time, the ball chain is fixed only by welding to one side of the support member (10a) except the main portion of the ball 20 through the jig.

In this way, when the ball 20 included in the ball chain is completely welded and fixed, the support member 10a is immersed in a container containing nitric acid to remove copper by dissolving the copper component reacting with nitric acid.

Therefore, when the column is removed, only the ball 20 is naturally fixed to the support member 10a, that is, to have the form of FIG.

In the same manner, using the jig to weld the ring 30 to one side of the other supporting member (10b) (S50).

Of course, the fixing method of the ring 30 may use the same method as the fixing method of the above-described ball 20 as long as it has a chain form, if the ring 30 does not have a chain form to form a single piece In the case of having, it is preferable that the worker solder one by one using a jig.

As a result, when the ball 20 and the ring 30 are fixed to the support members 10a and b by welding or brazing, 75% of the total length of the ball chain when viewed from the entire zipper chain 1 is the ball 20. This is fixed, the remaining 25% will have a form in which the ring 30 is fixed.

In this state, the end of the support member 10a in which only the ball 20 is fixed, and the end of the support member 10b in which the ball 20 and the ring 30 are parallel are aligned, and then the zipper body 40 is removed. Insert and cover the top or back of the zipper body 40 with a cover and then fixed by laser welding (S60).

At this time, the reason for laser welding as described above is to prevent this because the ball 20 or the ring 30 is inserted into the zipper body 40 is melted when excessive heat is applied.

In addition, the length that is initially inserted into the zipper body 40 is approximately 0.25cm.

Thereafter, when the fixing member 60 is attached to and fixed to the interlocking ends of the supporting members 10a and b, the present invention can manufacture the zipper chain 1 (S70).

The zipper chain 1 manufactured as described above can constitute the largest closed circuit when the zipper body 40 is maintained close to the finishing member 60, so that the user can comfortably hang on the neck, cuffs, ankles, etc. It can be fitted.

In this way, when the zipper chain 1 is fitted at the corresponding position, the zipper body 40 is raised as much as possible to engage (lock) the balls 20 and the ring 30 with each other while the size of the closed circuit becomes smaller. The zipper chain 1 is not easily detached from it.

As described in detail above, according to the present invention, the beauty and aesthetics of the unique exterior shape can be maximized to satisfy various needs of consumers, as well as convenience of use, easy manufacture, and maximization of utility as precious metals. Will provide an effect.

Claims (3)

A support member which is connected to the small square plates in a chain form to form one long line; A ball fixed to one side of the support member with a predetermined interval only at a length of 75% from one end of the total length thereof; A ring fixed to the same side of the support member by welding or gold soldering at a distance of 25% from the other end to a length slightly smaller than that of the ball; Zipper chain for ornaments, characterized in that it comprises a zipper body which flows in the longitudinal direction of the support member having a guide groove into which the ball is fixed and the end of the ring is inserted and the separation pin for separating the engagement state thereof; . The method according to claim 1, The zipper body has a zipper chain for jewelry, characterized in that the pressing member of the rubber material which penetrates the inner center through the inner side of the guide groove to suppress the outer surface of the support member therethrough. Forming a support member by connecting a square plate in a chain form such as a watch band; Forming a ball chain made of a gold material connected to each other by a certain distance by the copper column; Forming a ring chain or a single piece of ring in the same manner as the ball chain; Fixing the formed ball chain to a length of 75% of the total length from one end of the supporting member, and then nitriding to remove the new column; Fixing the formed ring chain to the other 25% of the length from the other end of the supporting member in the same manner as the ball chain or by brazing the formed ring piece at a fixed interval at the 25% length; Matching both ends of the ball and the support member formed with a ring is inserted into the guide groove of the zipper body and then fixed to both ends with a finishing member to manufacture a zipper chain for ornaments, characterized in that it comprises a process of forming a zipper chain Way.

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