JP3194638U - Necklace with pendant top - Google Patents

Abstract

A necklace having a pendant top that can maintain the length of the necklace at the adjusted length even when the necklace is pulled strongly during use. A necklace provided with a necklace base A, a pendant top E, a locking tool C, and a stopper D is provided. The stopper D includes an outer shell body 4 having a pair of through holes 5 and an elastic ring body 6 provided in the outer shell body 4. A slide pin B is extended to the other end of the necklace base A. The length of the slide pin B is formed to a length that can penetrate the stopper main body. The through hole provided in the elastic ring body 6 is configured such that the slide pin B can be inserted. The mounting position of the mounting ring 8 fixed to the outer shell body 4 is installed on the outer surface of the outer shell body 4 farthest from the pair of through holes 5. The opening of the mounting ring 8 is fixed in the same direction as the opening of the through hole 5. [Selection] Figure 4

Description

  The present invention relates to a necklace having a pendant top, for example, an operation of appropriately attaching a pendant top to a necklace base composed of chains, chains, etc. The pendant top is designed so that anyone can easily perform the work of attaching the end to the stopper, etc., and the pendant top can be easily combined with the necklace base according to the clothes and mood. It relates to necklaces.

  Conventionally, as a necklace having a pendant top, the present applicant has previously proposed a necklace including a necklace base, a pendant top, a locking tool, and a stopper (see Patent Document 1).

  In this necklace, the stopper includes an outer shell body having at least a pair of through holes and an elastic pipe provided in the outer shell body, and a slide pin is extended to the other end of the necklace base. This slide pin is formed to have a length that penetrates the stopper body so that the slide pin can be inserted through a bee ring or mounting hole of the pendant top, a through hole of the stopper, or a through hole provided in the elastic pipe. It is configured.

  With such a necklace of Patent Document 1, it is possible to very easily attach and combine a pendant top, attach a stopper to the necklace base, and the like.

Utility Model Registration No. 3114633

  In the necklace of Patent Document 1, if the length of the necklace is adjusted with an elastic pipe attached to the inside of the outer shell, the necklace is displaced when the necklace is pulled strongly, and the length of the necklace is It may be longer than the length during adjustment.

  It has been found that such a phenomenon is likely to occur when a chain fixed by the elastic force of the elastic pipe is subjected to a strong force in a direction along the through hole of the outer shell.

  Therefore, the present invention has been devised to solve the above-described problems, and the necklace having a pendant top that can maintain the length of the necklace at the time of adjustment even when the necklace is pulled strongly at the time of use. It is for the purpose of provision.

  The first means of the present invention is a necklace base A, a pendant top E attached to the necklace base A, a locking tool C attached to one end portion of the necklace base A, and the locking tool C and the necklace. The stopper D is connected to the other end of the base A, and the stopper D includes an outer shell body 4 having a pair of through holes 5 and an elastic ring body 6 provided in the outer shell body 4. A slide pin B is extended to the other end of the necklace base A. The slide pin B is formed in such a length that it can penetrate the stopper body D1, and has a through hole 7 provided in the elastic ring body 6. In the necklace configured so that the slide pin B can be inserted, the fixing position of the mounting ring 8 that is fixed to the outer shell body 4 and connects the locking tool C is the outer shell farthest from the pair of through holes 5. It is installed on the outer surface of the body 4 and the opening of the mounting ring 8 It lies in the fixed toward the same direction as the mouth portion.

  In the second means, the elastic ring body 6 is formed in a pipe shape or a donut shape.

  In the third means, the slide pin B includes a shaft portion 1, a leading guide portion 2 provided continuously with the distal end portion of the shaft portion 1, and a mounting portion 3 provided continuously with the proximal end portion of the shaft portion 1. The shaft portion 1 is formed in a substantially elongated cylindrical shape, and the leading guide portion 2 is formed in a substantially spherical shape.

  The fourth means is to form the shaft portion 1 of the slide pin B so as to have a relatively gentle wave shape along the axial direction.

  As described in claim 1, the fixing position of the attachment ring 8 that is fixed to the outer shell body 4 and connects the locking member C is installed on the outer surface of the outer shell body 4 that is farthest from the pair of through holes 5. At the same time, by fixing the opening of the mounting ring 8 in the same direction as the opening of the through-hole 5, the length of the necklace can be maintained at the adjusted length even if the necklace is pulled strongly during use. Can now.

  That is, when the necklace base A in use is pulled strongly, the necklace base A through the through-hole 5 is pulled in the direction of the through-hole 5 while the necklace base A on the side connected to the mounting ring 8 A tensile load is applied to the side surface of the outer shell body 4 via 8. Then, the outer shell body 4 is pulled in the horizontal direction with respect to the necklace base A passing through the upper and lower through holes 5 of the outer shell body 4, and the upper and lower through holes 5 act laterally on the necklace base A to This is to prevent misalignment.

  Moreover, the lateral tensile load of the outer shell body 4 is maximized when the tensile force is applied in the horizontal direction perpendicular to the upper and lower through holes 5. Therefore, by fixing the opening of the attachment ring 8 in the same direction as the opening of the through-hole 5, the position of the necklace base A can be prevented from being maximized by using the pulling force of the outer shell body 4. Can do.

  Furthermore, according to the necklace of the present invention, the operation of attaching the pendant top E to the necklace substrate A, the operation of mounting the pendant top E interchangeably, the operation of attaching the end of the necklace substrate A to the stopper D, etc. Anyone can do it easily. As a result, the user can easily combine the pendant top E of their choice with the necklace base A according to the clothes, mood, etc., and the necklace base A and the pendant top E can be effectively used, making it more economical and more fashionable. It becomes like this.

  In particular, even if the bee ring 9 or the mounting hole of the pendant top E is small, the necklace base A can be passed through the bee ring 9 or the mounting hole using the slide pin B, and the necklace base of the pendant top E Attaching (removing) to A, compatible attachment of the pendant top E, and the like can be easily performed.

  In other words, when manufacturing a necklace with a pendant top E at the manufacturer, or when installing a pendant top E interchangeably at the user, anyone can easily and quickly do the work. There is no need for any tools.

  In addition, the necklace has a pendant top that is simple in structure, easy to manufacture, easy to handle, good in appearance, and economical.

  Further, as in claim 2, by making the elastic ring body 6 into a pipe shape or a donut shape, the length adjustment of the necklace base A inserted through the elastic ring body 6 becomes smooth, and at the adjusted position. It can be held securely.

  According to the necklace having the pendant top according to claim 3, anyone can easily and smoothly attach the necklace base A to the stopper D and insert it into the bee ring 9 by the slide pin B without requiring skill. In addition, it becomes easy and efficient.

  In addition, the slide pin B can be safely and smoothly guided by the substantially spherical leading guide portion 2. That is, the tip portion of the slide pin B can smoothly enter the bee ring 9 or the mounting hole of the pendant top E, the through hole 5 of the stopper D, or the through hole 7 of the elastic ring body 6.

  Furthermore, according to the necklace having the pendant top according to claim 4, the resistance when the shaft portion 1 moves slightly increases in the through hole 7 of the elastic ring body 6 and the shaft portion 1 of the slide pin B. Thus, for example, when an unexpected external force or the like acts on the necklace base A, there is no possibility that the slide pin B can be easily removed from the stopper D with a slight force.

  Moreover, since it has a relatively gentle wave shape along the axial direction, it becomes an accent and the appearance of the appearance is good.

It is a front view which illustrates the necklace of this invention. It is a sectional side view which shows the attachment position of the attachment ring with respect to the outer shell of this invention. It is a top view which shows the attachment position of the attachment ring with respect to the outer shell of this invention. It is the partially notched front view which abbreviate | omitted a part which illustrates the necklace of this invention. It is a front view which illustrates the other necklace of this invention.

  Hereinafter, the present invention will be described with reference to the drawings. Specifically, the necklace of the present invention is a relatively thin, long and beautiful necklace base A such as a chain or chain for an ornament, an ornamental string, etc., and a bee ring 9 or a mounting hole. An appropriate pendant top E to be attached to the necklace base A, an appropriate locking tool C which is attached to one end portion of the necklace base A, and is formed by a pair of components that can be connected and separated, and the locking tool C And a stopper D that connects the other end of the necklace base A (see FIG. 1).

  The stopper D includes a substantially hollow outer shell body 4 and an elastic ring body 6 housed in the outer shell body 4, and the outer shell body 4 has at least a pair of disposed at opposing positions. A through hole 5 is formed, and the elastic ring body 6 is provided with a through hole 7 at the center thereof (see FIG. 2). That is, the pair of through holes 5 are formed so that the necklace substrate A can be smoothly inserted, and the through holes 7 can insert the necklace substrate A and elastically press the necklace substrate A on the inner peripheral wall surface thereof. The necklace substrate A is formed so as to be held at an arbitrary position.

  The outer shell body 4 has a pair of through-holes 5 formed at opposing positions, and a small ring-shaped attachment ring 8 is connected to the outer surface of the outer shell body 4 by welding means or the like. The attachment ring 8 is a member for connecting the locking member C to the outer shell body 4, and the fixing position of the attachment ring 8 is installed on the outer surface of the outer shell body 4 farthest from the pair of through holes 5 ( (See FIG. 2). By providing the attachment ring 8 at this position, when the necklace base A is pulled strongly, a tensile force is transmitted laterally to the necklace base A passing through the through hole 5.

  Further, the opening of the mounting ring 8 is fixed to the outer shell 4 in the same direction as the opening of the through hole 5 (see FIG. 3). The illustrated attachment ring 8 is fixed laterally with respect to the through hole 5 penetrating the top and bottom of the outer shell body 4 (see FIG. 2). If the mounting ring 8 is fixed vertically, it may be assumed that the tensile force approaches one of the upper and lower through holes 5 along the mounting ring 8. When the pulling force approaches either one of the through holes 5 in this way, the pulling force cannot be applied directly to the outer shell body 4. Therefore, if the opening of the mounting ring 8 is fixed sideways as shown in the drawing, a tensile force can always be applied to the outer shell 4 laterally, so that the tensile force of the outer shell 4 can be maximized. By utilizing this, it is possible to prevent the displacement of the necklace substrate A.

  The elastic ring body 6 is arranged, for example, so that the through hole 7 faces the pair of through holes 5 of the outer shell body 4. Moreover, the outer shell 4 is stably housed in the state in which the outer peripheral edge portions of both end faces of the elastic ring body 6 are in contact with the inner surface of the outer shell 4. That is, elastic deformation of the elastic ring body 6 itself is large and can be performed without difficulty, so that the necklace base A can be pressed without difficulty (see FIG. 2).

  Although the illustrated elastic ring body 6 has a cylindrical shape, the shape of the elastic ring body 6 is not limited to the illustrated example, and for example, a donut-shaped elastic ring body 6 may be used. That is, it is sufficient if the elastic ring body 6 itself has a large elastic deformation and can be compressed without difficulty.

  Further, a slide pin B is extended to the other end of the necklace base A, and the slide pin B is inserted into the through hole 5 and the through hole 7 so as to have a length that can penetrate the stopper main body D1. The slide pin B can be inserted through the bee ring 9 of the pendant top E or the mounting hole (and the through hole 5 of the stopper D or the through hole 7 provided in the elastic ring body 6). (See FIG. 4).

  In addition, the slide pin B includes a shaft portion 1, a leading guide portion 2 provided continuously with the distal end portion of the shaft portion 1, and a mounting portion 3 provided continuously with the proximal end portion of the shaft portion 1. The portion 1 is formed in a substantially elongated cylindrical shape (or formed in a relatively gentle wave shape along the axial direction), and the leading guide portion 2 is formed in a substantially spherical shape.

  The necklace substrate A is made of, for example, an appropriate noble metal (or an appropriate metal material plated with an appropriate noble metal), an appropriate synthetic resin, an appropriately composite material, or various materials. In addition, a combination of parts to be used may be used, and a part formed as a chain or chain for clothing, a part formed as a string for clothing, or any other appropriate configuration may be used. However, since it is inserted into the bee ring 9 or the mounting hole of the pendant top E, the through hole 5 of the stopper D, or the through hole 7 provided in the elastic ring body 6, it is relatively thin and the uneven state is not severe. It is preferable that there is no extremely protruding portion (see FIGS. 1 and 5).

  For example, the slide pin B is appropriately made of a precious metal (or appropriately made by applying a precious metal plating to a metal material), suitably made of a synthetic resin, suitably made of a composite material, etc. A shaft portion 1 having a substantially elongated cylindrical shape, a substantially hemispherical leading guide portion 2 integrally connected to a tip portion of the shaft portion 1, and a base end portion of the shaft portion 1 integrally (or welded) It consists of a substantially oval annular mounting portion 3 (see FIG. 4).

  By the way, the shaft portion 1 is formed in a substantially gentle wave shape along the axial direction, and when the shaft portion 1 moves (slids) in the relationship between the through hole 7 and the shaft portion 1. The resistance may be slightly increased (see FIG. 5).

  Further, the leading guide portion 2 has a slide pin B with a tip portion of the pendant top E at the bee ring 9 or the mounting hole provided in the pendant top E, the through hole 5 of the stopper D, and the through hole of the elastic ring body 6. 7 may be used as long as it can smoothly enter 7 and the human body is not damaged by the tip of the slide pin B.

  Furthermore, the attachment portion 3 can smoothly be inserted through the bee ring 9 of the pendant top E or the attachment hole provided in the pendant top E, the through hole 5 of the stopper D, and the through hole 7 of the elastic ring body 6. As long as the other end portion of the necklace substrate A can be easily and reliably connected, any configuration may be used.

  For example, the locking member C is appropriately made of a precious metal (or a metal material appropriately plated with a precious metal plating), a suitably synthetic resin, a suitably composite material, or the like. The pulling ring and a locking plate that can be connected to and separated from the pulling ring are connected to one end portion of the necklace base A, and the pulling ring is connected to the mounting ring 8 of the stopper D. It is in a state (see FIG. 2).

  The stopper D is, for example, appropriately made of a precious metal (or appropriately made of a metal material with a precious metal plating), suitably made of a synthetic resin, suitably made of a composite material, or any other suitable material. A substantially hollow spherical outer shell 4 that is configured, and an elastic ring 6 that is formed into a substantially thick cylindrical shape by an elastic material as appropriate.

  The pendant top E can be formed using, for example, an appropriate material, and is attached to the necklace base A through an appropriate bee ring 9 attached to the upper part thereof or an appropriate attachment hole provided in the pendant top E, for example. It is configured to be able to.

  The specific configuration of the necklace of the present invention is not limited to the illustrated example, and the specific configuration, shape, dimensions, material of the necklace base A, slide pin B, locking tool C, locking tool D, pendant top E, The specific configuration, shape, dimensions, material, number of the shaft part 1, the leading guide part 2, the attachment part 3, the outer shell body 4, the through hole 5, the elastic ring body 6, the through hole 7, and the attachment ring 8 Arrangement positions and the like are not limited to those shown in the drawings, and can be set and changed as appropriate.

A Necklace base B Slide pin C Locking tool D Stopper E Pendant top 1 Shaft part 2 Leading guide part 3 Mounting part 4 Outer shell body 5 Through hole 6 Elastic ring body 7 Through hole 8 Mounting ring 9 Bachi ring

Claims (4)

A necklace base, a pendant top attached to the necklace base, a locking tool attached to one end of the necklace base, and a stopper for connecting the locking tool and the other end of the necklace base. The tool includes an outer shell body having a pair of through holes and an elastic ring body housed in the outer shell body, and a slide pin is extended to the other end of the necklace base. In the necklace that is formed in a length that can penetrate the main body and that is configured so that the slide pin can be inserted through the through hole provided in the elastic ring body,
The fixing position of the mounting ring that is fixed to the outer shell body and connects the locking member is installed on the outer surface of the outer shell body farthest from the pair of through holes, and the opening of the mounting ring is opened to the through hole. A necklace having a pendant top characterized by being fixed in the same direction as the section.   The necklace having a pendant top according to claim 1, wherein the elastic ring body is formed in a pipe shape or a donut shape.   The slide pin includes a shaft portion, a leading guide portion provided continuously with a tip portion of the shaft portion, and a mounting portion provided continuously with a base end portion of the shaft portion, and the shaft portion is formed in a substantially elongated cylindrical shape. The necklace having a pendant top according to claim 1, wherein the pendant top is formed in a substantially spherical shape.   The necklace having a pendant top according to claim 1, wherein the shaft portion of the slide pin is formed to have a relatively gentle wave shape along the axial direction.

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