WO2001054532A1

WO2001054532A1 - Detachable decorating member for ornament

Info

Publication number: WO2001054532A1
Application number: PCT/JP2001/000472
Authority: WO
Inventors: Yoshiyuki Tanio
Original assignee: Zaza International Co., Ltd.
Priority date: 2000-01-26
Filing date: 2001-01-25
Publication date: 2001-08-02
Also published as: AU2001228809A1; JP2001204522A

Abstract

A detachable decorating member attached detachably on ornaments such as pierced earrings and necklace, characterized by comprising a loop part formed of a long flexible member and being supported on a part of an ornament by allowing the part of the ornament to be inserted detachably through the inside of the loop part, wherein the loop part can be formed to be expanded and contracted, and earrings and necklace can be installed through the loop part, whereby the detachable decorating member can be attached on a variety of ornaments and, because the flexible loop part fits neatly to a mating ornament, does not project and provides an excellent attractiveness.

Description

Specification

Removable decorative members for jewelry

The present invention relates to a detachable decorative member for an ornament. Background art

2. Description of the Related Art Conventionally, a detachable decorative member that is detachably attached to a jewelry such as a pierced earring or a neckless is known. For example, as shown in Fig. 55 (a), a decoration such as a neckless 200, a diamond, a coin or other decorative portion 201 is interposed via a ring-shaped first metal fitting 205, Further, there is a ring-shaped second metal fitting 202 having a diameter larger than that of the first metal fitting 205, and a second metal fitting hanging therefrom. In this case, the first metal fitting 205 is fixed to the decorative part 201 (see FIG. 3 (c)), and the large-diameter second metal fitting 202 is passed through the first metal fitting 205. It has been. In the second metal fitting 202, a neckless or the like is passed through the inside of the second metal fitting 200 from the cut of the necklace 200, etc., so that the decorative part 201 and the metal fittings 205, 2◦2 are connected. The united detachable decorative member is hung below the center of the necklace 200 or the like. In addition, as shown in the figure (e), a chain 206 is connected to a second metal fitting (Vatican) 202 via a first metal fitting 205, and a pearl 2007 and the like are connected to the chain 206. In some cases, it may be a detachable decorative member or the like in which the is fixed. Even with such a decorative member, the Vatican 202 is passed through the neckless 200, and is hung below the center.

Also, as shown in FIGS. 55 (b) and (d), for a pierce 209 composed of a member smaller in diameter than a necklace, for example, the pierced body is placed inside the first metal fitting 205 having a smaller diameter. Through this portion, the detachable decorative member can be hung from the lower center of the piercing 209. However, these first metal fittings 205 and the second metal, -202 cannot penetrate ornaments having a diameter larger than that, so that the versatility of the detachable mounting members is reduced. Let me There are drawbacks. Also, if the second metal fitting 202 is to be passed through, for example, the necklace 200, it is necessary to pass through a part larger than the main body, such as the metal fitting 210 at the end of the necklace, so that a considerably large diameter is required. Metal fittings 202 are required. Then, for example, as shown in FIG. 55 (f), the metal fittings 202 protrude greatly from the hanging part of the necklace 200 or the like in a suspended state, and the appearance is not good. Also, as shown in FIG. 7 (g), minimizing the metal fittings 202 improves the appearance, but the metal fittings 210, such as necklaces 200, which are to be suspended, or large ones, The necklace cannot be attached to a thick necklace. Furthermore, it is very difficult to pass through the piercings 209 as shown in FIGS. (B) and (d). Even if you purchase a detachable decorative member for such jewelry, it can be used only for a specific jewelry item. You can't enjoy it by changing to ornaments. Even if it can be attached, the metal fittings (commonly known as Vatican) will damage the appearance. It is an object of the present invention to be able to be detachably attached to jewelry such as pierced earrings and necklaces, to provide a beautiful appearance with less protrusion of a force and a connecting portion, and to be able to attach a plurality of kinds of jewelry. An object of the present invention is to provide a detachable decorative member. Disclosure of the invention

The present invention relates to a detachable decorative member detachably attached to an ornament such as a pierced earring or a necklace, and has a loop portion formed of a longitudinal flexible member, and has a loop portion inside the loop portion. It is characterized in that a part of the ornament is removably inserted and supported in a suspended form by the part of the ornament.

According to the present invention, the conventional ring-shaped bracket (Vatican or chain holder) of the detachable member cannot be deformed and is fixed, so that it can be applied only to an extremely thin one even if it is to be added to a pierced earring, a necklace or the like to enjoy it. In contrast to this, the present invention has too many restrictions and is inconvenient, whereas in the present invention, the portion corresponding to the conventional Vatican is a material that can be flexibly deformed, such as a chain or a string. Therefore, the types of jewelry such as necklaces and earrings that can be used are greatly expanded. In addition, since the loop portion is deformed by the flexibility of the loop portion in a supporting form such as hanging so as to be adapted to the connection portion of the jewelry, there is little protrusion and the appearance is improved.

In addition, since the loop portion is formed so as to be able to expand and contract by a part of the longitudinal flexible member, it can be attached to a thick pierced earring, a necklace, or the like, thereby further increasing versatility. BRIEF DESCRIPTION OF THE FIGURES

FIG. 1 is a diagram (first example) showing an embodiment of the present invention.

FIG. 2 is a diagram (second example) showing an embodiment of the present invention.

FIG. 3 is a view showing a third embodiment of the present invention.

FIG. 4 is a diagram showing an embodiment of the present invention (fourth example).

FIG. 5 is a diagram showing a fifth embodiment of the present invention.

FIG. 6 is a view showing an embodiment of the present invention (sixth example).

FIG. 7 is a view showing an embodiment of the present invention (seventh example).

FIG. 8 is a view showing an embodiment of the present invention (eighth example).

FIG. 9 shows a ninth embodiment of the present invention.

FIG. 10 is a diagram showing an embodiment of the present invention (10th example).

FIG. 11 is a view showing an embodiment of the present invention (11th example).

FIG. 12 is a diagram showing an embodiment of the present invention (a 12th example).

FIG. 13 is a view showing an embodiment of the present invention (a thirteenth example).

FIG. 14 is a diagram showing a relationship between a chain and an end member.

FIG. 15 is a diagram showing a modified example thereof.

FIG. 16 is a view showing an embodiment of the present invention (fourteenth example).

FIG. 17 is a view showing an embodiment of the present invention (15th example). FIG. 18 is a diagram (embodiment 16) showing an embodiment of the present invention.

FIG. 19 is a view showing an embodiment of the present invention (17th example).

FIG. 20 is a diagram showing an embodiment of the present invention (eighteenth example).

FIG. 21 is a view showing an embodiment of the present invention (a ninth example).

FIG. 22 is a view showing an embodiment of the present invention (20th example).

FIG. 23 is a diagram showing an embodiment of the present invention (a 21st example).

FIG. 24 is a view showing an embodiment of the present invention (second example).

FIG. 25 is a diagram showing an embodiment of the present invention (Example 23).

FIG. 26 is a diagram showing an example of the manufacturing method according to the embodiment of the present invention.

FIG. 27 is a diagram showing an embodiment of the present invention (Example 24).

FIG. 28 is a view showing an embodiment of the present invention (fifth example).

FIG. 29 is a view showing an embodiment of the present invention (a 26th example).

FIG. 30 is a diagram showing a connection structure between a chain and an end member.

FIG. 31 is a diagram illustrating an example of attaching a movable decorative portion to a detachable decorative member. FIG. 32 is a diagram showing a modified example thereof.

FIG. 33 is a diagram showing a specific example of a position adjustment holder.

FIG. 34 is a diagram showing a first modification of the movable decorative portion.

FIG. 35 is a diagram showing a second modification of the movable decorative portion.

FIG. 36 is a view showing a third modification of the movable decorative portion.

FIG. 37 is a diagram showing a fourth modification of the movable decorative portion.

FIG. 38 is a view showing a fifth modification of the movable decorative portion.

FIG. 39 is a view showing a sixth modification of the movable decorative portion.

FIG. 4◦ is a diagram showing a seventh modification of the movable decorative portion.

FIG. 41 is a diagram showing an eighth modification of the movable decorative portion.

FIG. 42 is a view showing a ninth modified example of the movable decorative portion. FIG. 43 is a diagram showing a tenth modified example of the movable decorative portion.

FIG. 44 is a diagram showing a first modified example of the movable decorative portion.

FIG. 45 is a diagram showing a first modification of the movable decorative portion.

FIG. 46 is a diagram showing an example in which a plurality of decorations are arranged on a chain.

FIG. 47 is a diagram showing a decoration holding structure.

FIG. 48 is a diagram showing an example of giving a fixed form to a chain.

FIG. 49 is a view showing a modified example thereof.

FIG. 50 is a diagram showing a connection structure between a chain and end fittings.

Figure 51 is a diagram that shows this more specifically.

Figure 52 is a diagram showing the application to hair ornaments as jewelry.

Fig. 53 shows the application to brooches as ornaments.

FIG. 54 is a diagram showing an example in which the movable decorative portion is arranged on a necklace or the like.

FIG. 55 shows a conventional example. BEST MODE FOR CARRYING OUT THE INVENTION

Hereinafter, embodiments of the present invention will be described based on examples shown in the drawings.

Fig. 1 shows the most basic (simple) embodiment. The detachable decorative member 1 shown in (a) is composed of a decorative member 2 and a flexible member such as a chain or a string fixed thereto. Loop part 3. The decorative part in this example consists of a stone 2a and a diamond 2b fixed thereto. The detachable decorative member 4 of (b) employs a sphere or other shape such as pearl or bullion as the decorative part 5, and a flexible chain or a loop part 3 such as a string. It is formed. When attaching this to a necklace 10 or the like, for example, if the diameter of the loop 3 is increased to some extent, it can be passed through a considerably thick necklace 10 (even if the end fittings are considerably large). c) As shown in (d) and (d), due to the flexibility of the loop portion 3, it is easily deformed so as to become longer vertically, and thus has less side protrusion. It is a versatile product that looks good and can be attached to many types of necklaces and earrings. In addition, since the loop part 3 can be called a deformable chain holder, it is sometimes referred to as such in the following.

The detachable decorative member 6 shown in Fig. 2 (a) ties a flexible member such as a chain or a string to form a loop part 7, and the tied part 8 determines the size of the loop. Part 9 has a chain of fax phones (for example, two). A pearl or other decorative part 11 may be attached to the lower end of the chain. The tied portion 8 may be left as it is, but may be brazed in the tied state to strengthen the fixed state. The detachable decorative member 12 shown in FIG. 3B is brazed without binding, for example, with the middle part of the chain facing each other to form a flexible loop portion 7 and the lower side of the brazed part. The decorative part 9 hangs down. A pearl or other decorative portion may be provided at the lower end.

The detachable decorative members 12 to 15 shown in FIGS. 3 (a) to (d) form a loop portion 16 by a flexible member such as a chain, and are used to hold the loop portion 16. In addition, a metal fitting of an appropriate form such as a spherical metal fitting 17 or a ring-shaped metal fitting (circular can) 18 is fixed by brazing or other methods. As a result, the size of each loop portion is kept constant, and the decorative portion 19 is formed in a portion below the metal fittings 17 or 18. The shape of the decoration part may or may not have the shape and other decorations 1 1.

The detachable decorative member 20 shown in FIG. 4 is an application example of the one shown in FIG. 1, in which a loop portion made of a flexible member such as a chain and a decorative portion 22 made of a jewel or the like fixed below the loop portion. In addition, the loop portion 21 is formed considerably large. The loop portion 21 is wound around a necklace 10 as shown in FIG. 1B, for example, and the wound portion forms a space to pass through the decoration portion 22. As a result, the decoration portion 22 becomes the necklace 10. In the same manner as described above, a mounting state facing the front is obtained. In the detachable decorative member 23 shown in FIG. 5, a wide loop portion 24 is formed by a flexible member such as a wide chain, and the peripheral surface of the wide loop portion 24 and the front surface of the decorative portion 25 are formed. Togaho They are almost parallel. Therefore, as shown in FIG. 14B, when the necklace 1 〇 or the piercing is hung through the loop portion 24, the decoration portion 25 can face the front in a hung state. The detachable decorative member 23 can also be attached to a thick necklace 10 of a kind commonly called an omega necklace as shown in FIG. Many of such omega necklaces also have large fasteners 10a, in which case the conventional non-deformable annular metal fittings called Vatican do not pass through omega necklaces and the like. Normal.

In order to pass through such a thick necklace, it was necessary to buy a decorative member with a large ring (such as a vendant top). Moreover, since the thick necklace has large fasteners, the Vatican, which is an annular metal fitting, must be large enough to pass through. Therefore, even if it is possible to pass through a thick necklace such as an omega necklace, the Vatican 202 protrudes greatly from the necklace 10 as shown in FIG. On the other hand, if the loop portion 24 of a chain or the like having flexibility as shown in (d) is used, the detachable decorative member ( As an additional pendant).

The detachable decorative member 26 shown in FIG. 6 has a flexible member 27 such as a chain, a string, rubber, or the like, and a pallet or other decorative portion 28 is adhered to the flexible member 27 at an appropriate interval or by appropriate means. As a result, a flexible loop portion 29 is formed at the upper part (one end side) of the figure. In the detachable decorative member 30 shown in FIG. 6 (b), the loop portion 31 and the decorative portion 32 are not fixed, and the direction of the decorative portion 32 can be changed. In this example, a stone such as a diamond is fixed to the stone seat 33 of the decorative portion 32, but in any case, the connecting portion 35 such as a pin-shaped protrusion is formed to project from the decorative portion 32. A flexible member 36 such as a chain and a base (pedestal) 37 to which the chain and the like are fixed are formed in the loop portion 31, and a decorative portion 3 is formed in a hole 39 formed in the base 37. The connecting part 35 on the 0 side is inserted, and the end of the connecting part 35 is added. By being tightened, the decorative part 32 can rotate relatively to the lube part 31 under a constant frictional state, if it can overcome the frictional force, so that the loop part 3 can be rotated. The direction of the decorative portion 32 can be changed as appropriate with respect to 1. Thus, for example, when hanging on a necklace or the like, the orientation of the decorative portion 32 can be adjusted as appropriate so that the decorative portion can face forward in a suspended state, or can be attached to a pierced earring. In this state, the decorative part 32 can be oriented in the most appropriate direction.

The detachable decorative member 40 shown in FIG. 7 is formed by folding a plurality of (two in this example) flexible members such as a chain and a string so that a loop portion 41 is formed. The material is integrated with a connecting member 42 such as a pipe by using a lip or bonding or other fixing means. In this example, there are a plurality of loop portions 41, such as two places, and each loop portion 41 is used by passing through a jewelry item such as a necklace 10. It can be said that the portion including the connecting member 42 below the loop portion 41 functions as the decorative portion 43.

In the detachable decorative member 46 shown in FIG. 8, the size of the loop portion 47 can be enlarged or reduced. An end fitting 48 (for example, an annular ring member) is fixed as an end member of a flexible member such as a chain, and a chain or the like is passed through the inside of the end fitting 48, and a decoration is provided on the opposite end. The part 49 is fixed, and the decorative part 49 is larger than the inner diameter of the end fitting 48 so that it cannot pass therethrough. FIG. 3A shows a state in which a chain or the like is extended. As shown in (c), the shape of the end fitting 48 is based on, for example, an annular shape, and a specific shape other than a circle can be appropriately selected, such as a square, an ellipse, or a triangle.

The detachable decorative member 50 shown in Fig. 9 (a) has a plurality of (for example, two or more) chains or the like in Fig. 8 (b), and has an end opposite to the side to which the end fitting 48 is fixed. A decorative part 49 can be attached to the part (it can be omitted). FIG. 9 (a) shows a state in which a chain or the like is extended, and in fact, a loop portion 47 (for example, two) as shown in FIG. 8 (b) is formed. Then, as shown in (b) and (c), the plurality of loops 47 are attached to the necklace 10 and the piercing 100, etc. And can be attached.

The detachable decorative member 51 shown in FIG. 10 is a form in which two or more flexible members such as a chain are united, and a loop portion 47 as shown in FIG. 8B is formed. . As a usage form, it can be attached to a necklace 10 or a piercing 100 as shown in Fig. 10 (c). FIG. 11 illustrates the above-described embodiment in a collective manner. As shown in (a) to (c), flexible members such as one to three (regardless of the number) chains 5 2 Then, an end fitting 48 is formed at the end, and the above-described loop portion is formed by passing the flexible member 52 through a hole 54 of the end fitting.

Further, as shown in (d), a single flexible member such as a chain can be used, and end fittings 48 corresponding to the width thereof can be connected. (E) and (f) are wide loops

47 shows a state in which 47 is attached to a necklace 10 or the like. (G) is an example in which a decorative member using a relatively thin chain such as one is attached to a necklace 10 or the like. The shape of the hole 54 of the end fitting 48 can be any shape as long as the flexible member 52 such as a chain can be movably passed therethrough. be able to. For example, if the cross section with the tune 52 is square and the hole 54 of the end fitting 48 is formed in a slightly larger square, the twist of the chain 52 can be prevented. And that hole

54 can also have a heart-shaped, diamond-shaped or other decorative effect.

FIG. 12 shows several typical examples of the type in which the size of the loop portion can be changed as described above. The decorative member 53 shown in Fig. 12 (a) is an annular (for example, annular) annular fitting 54 as an end member (here, the fitting does not necessarily mean a metal one, but a resin. , Glass, jewels, and other materials other than metals. The same applies to the following description. One end of a radial member 52 such as a chain is connected to this annular metal fitting (circular ring) 54, and the other end is passed through the circular ring 54, and the decorative portion 49 is fixed to the tip. As a result, a loop portion 47 is formed, and the size of the loop portion 47 can be changed within the range of the length L until the decorative portion 49 in the figure hits the circular ring 54. The detachable decorative member 55 shown in FIG. 12 (b) is obtained by replacing the above-mentioned ring 54 with a spherical or block-shaped end fitting 56. A flexible member such as a chain is passed through the formed hole 57 to form a loop portion 47. Others are the same as (a). In the detachable decorative member 58 shown in (c), a plate-like end fitting 59 is adopted as an end member, and a chain or the like is inserted into a hole 60 formed in the end fitting 59 to pass therethrough. The above-described loop portion 47 is formed.

The detachable decorative member 60 shown in FIG. 12 (d) is provided with end fittings 62 having, for example, a wire processed into a rectangular shape or other suitable shape and having an insertion portion 61 inside, as an end member. A loop or the like is formed by passing a chain or the like through 61. In any case, in order to reduce or enlarge the size of the loop portion, the end fittings 54, 56, 59, 62 are relatively moved with respect to the chain, etc. 7 can be increased or decreased. As shown in (e), as an example of an object to be attached, a portion where the above-described loop portion 47 is hooked on the pierce 100 or the like, for example, a hook-shaped engaging portion 101 is a force. If there is a pin-shaped hooking section 102 that crosses both walls of the pierce 100, a loop section 47 is pulled for these hooking sections 101 and 102. If you try harder and then squeeze the loop part 47 to make it smaller, it will be harder to slip out.

In the example shown in FIG. 13, a decorative portion 63 having a plate-like shape or a block shape or other appropriate shape is provided, and hidden on the back surface, as shown in FIGS. 12 (a) to (d). Such a loop part 47 is formed. The size of the loop portion 47 can be enlarged or reduced, but may be a pattern having a fixed size as shown in FIG. By hooking the loop portion 47 on, for example, the main body of the pierce 100 or a predetermined hook portion, the image of the pierce 100 can be completely changed as shown in (b).

FIG. 14 shows an example of a method or structure for fixing the above-mentioned plate-shaped end fitting 59 to a flexible member such as the chain 52. The plate-shaped end fitting (hereinafter, also referred to as a plate) 59 is brazed, for example, to the brazing surface at the end of the chain 52. And the chain 5 2 is the end The above-mentioned loop is formed by passing through the hole 64 of the plate 59 as a tool. The hole 64 may be a round hole, but if the cross section of the chain is square as described above, the square hole is less likely to twist the chain. Further, the plate 59 is bent at a constant angle 中間 from an intermediate portion with respect to the brazing surface, and the angle Θ can be set at an obtuse angle, for example, in a range of about 100 ° to about 170 °. By doing so, the shape of the above-described base end portion of the loop (which rises with a predetermined angle outward with respect to the extended straight line) can be easily maintained, and the appearance can be improved. When the chains 52 and the like are integrated in two or more or used adjacent to each other as in (c), the width of the plate 59 is also increased accordingly. Then, as shown in (d), a detachable decorative member 65 having a loop portion 47 is formed. The plate 59 may be formed in a curved shape that is concave toward the side opposite to the loop portion as shown in (d) in addition to the shape bent at the intermediate portion.

FIG. 15 shows a modification of the plate of FIG. The plate 67 as the end fitting is formed in a gate shape, and is integrated with both side surfaces of a flexible member such as the chain 52 by brazing or the like. The plate 59 is inclined (obtuse) from the middle to the side away from the chain 52 so as to correspond to the inclination angle の in Fig. 14 of Fig. 14, and as shown in Fig. 14 (a), the loop In the state where the portion 47 is formed, the base end of the loop portion and the plate are nearly in a right angle, in other words, the shape of the base end is excellent, and the plate hole 64 and the chain 52 are formed. It has the role of smoothing the movement of etc. Note that, instead of such an inclined shape, a curved shape that becomes concave toward the side opposite to the chain 52 may be used. Further, the plates 59 and 67 may be fixed so as to stand at right angles to the chains 52 and the like without using the bent (obtuse angle Θ) or curved forms as described above. Further, as shown in FIG. 15 (c), a plate 68 substantially parallel to the chain 52 and the like was fixed to the end of the chain 52, and formed on the plate 68. The above-mentioned loop through the chain 52 may be formed in the hole 69.

FIGS. 16 to 24 show the detachable decorative member 80 using the above-mentioned plate-shaped end fitting (plate). a to 8 ° i. The plate 70 has an arc shape or a curved shape that is appropriately concave in the longitudinal direction, and a flexible member such as a chain 72 is formed in a hole 71 formed in the plate 70. One or more (two in this case) are passed through, and a part hanging down from the plate 70 forms a knot 73, and the part below the plate 70 including the knot 73 is formed. It functions as decorative part 7 4. Knot 73 may be simply tied, but may be brazed and fixed in the tied state. The other end of the chain 72, such as the decorative portion 74, is connected to the plate 70 (fixed by brazing, etc.), and extends and contracts from the part of the chain that extends therefrom and enters the hole 71. A possible loop 75 is formed.

In FIG. 17, a decoration 76 is provided in the middle of a chain 72 hanging down from the hole 71 of the plate 7 ◦ so as to penetrate the chain 72 and the like. The decoration 76 is in the form of a block with a hole, for example, and is fixed to the hanging portion of the chain 72 by caulking or attaching a mouth, and the lower portion becomes the decorative portion 74. In this example, the chain 72 is single-layered, but the other basic forms are the same as those described above, and a description thereof will be omitted. This is the same in the following.

In FIG. 18, in addition to the decorative member 80 b of FIG. 17, a metal member 78 as an end member such as an annular metal member is separately fixed to an end of a flexible member such as a chain 72, and this annular member is formed. The above-mentioned chain 72, which is the main body, is passed through the metal fitting 78, and the chain 72, which is the main body, hangs down through the hole 71 of the plate 70. In this case, as an assembling method, for example, before passing the chain 72 through the plate hole 71, first pass it through the metal fittings 78 of the chain 77 as an auxiliary (additional) member, and then mount the chain 72 After passing through the hole 71, the decoration 76 is fixed to the chain 72 by caulking or brazing. Then, the added chain 77, the hanging portion of the chain 72 of the main body, and the decoration 76 fixed to the chain form a decorative portion 74. When expanding the loop part 75, lift the loop part 75 upward and hold the chain 72 of the main unit until the decoration 76 touches the plate 75. At this time, the additional chain 77 allows the movement of the main chain 72 at the metal fitting 78 at the end thereof, and is maintained in a state supported by the plate 70. Even if the end fitting 78 moves to the additional chain 77 along with the chain 72 of the main body, it will eventually slide down to the position of the plate 70.

FIG. 19 shows the knot 73 brazed so as not to be unwound, and FIG. 20 shows the knot 73 lowered to the lower side. By doing so, the loop portion 75 can be enlarged more greatly in FIG. 20 than in FIG. FIG. 21 is the combination of FIG. 20 with the additional chain 77 shown in FIG. FIG. 22 shows that a plurality of (two or more) flexible members such as chains 72 movably pass through the plate hole 71 and hang down, and the lower part is a relatively short loop-shaped part. They are connected continuously. The detachable decorative member 80 g is not used alone, but as shown in (b) and (c), a portion hanging down from the lower side is used as a connecting portion 82. 9 can be hung. In other words, the decorative member 80 g in FIG. 22 does not have a decorative portion, and performs the function of connecting jewelry such as necklaces and earrings with its own loop portion 75, while the connecting portion 82 2 It can be said that this plays a role of connecting the predetermined decorative parts. In this way, it is also necessary to include those in which it is necessary to attach a decorative part separately.

The detachable decorative member 80h shown in FIG. 23 is different from the above, and a loop-shaped portion hanging downward is the decorative portion 81. In other words, other decorative parts may be connected to the part hanging down from the lower side, but the one shown in Fig. 23 is assumed to be used alone. Fig. 24 is similar to Fig. 16 except that the ends of flexible members such as chains that hang down are not connected in a loop and are (discontinuously) separated. . In addition, the change is made by changing the position of the lower end of the chain, etc .. The knot 73 may be simply tied, but if it is brazed, the fixed state can be kept long. FIG. 25 shows the detachable decorative member with the additional chain described above in more detail. In this example, decorative portions 49 are fixed to the lower ends of the chain 72 on the main body side and the additional chain 77, respectively. The metal fittings 78 at the ends of the additional chains 77 are only loosely passed through the main chain 72. Then, as shown in each example, when a plurality of additional chains 77 are provided, for example, three, the annular metal fitting 78 may be enlarged. When the main body chain 72 is, for example, one, the metal fittings 78 can be formed into, for example, a triangular shape (FIG. 25 (b)) or a D-shape. In such a case, a metal fitting 78 having a shape as shown in FIG.

Fig. 26 shows an example of assembling (making) a detachable decorative member having an additional chain as described above. As shown in (a), plate 70 is one or more chains.

One end of a flexible member such as 72 is fixed. As shown in (b), the end fitting 78 is passed through the end of the additional chain 77 so as to form an annular shape, and the end fitting 78 is passed through the chain 72 of the main body. As shown in (c), the end fitting 78 is simply passed through the chain 72 of the main body. Note that a stopper 83 as shown in (d) can be fixed to the chain 72 of the main body. For example, as shown in (e), the stopper 83 is fixed so as to be caulked to the chain 72 of the main body (or to bundle the chains 72 of the main body if they are plural). You can enlarge some of the pieces of the chain 72 of the main body and use this as a stop. Stopper

83 is the force on the opposite side of the plate 70 with respect to the metal fittings 78 of the additional chain 77 (position A), and may be between the metal fittings 78 and the plate 70 (position B).

(When the assembly is completed as shown in Π, with the stopper 83 constituting one end of the loop portion 75 abutting against the plate Ί0 (the end fitting of the additional chain 77 above the stopper 83) When 78 comes, it comes into direct contact with the plate 70, and when the end fitting 78 comes under the stopper 83, it comes into contact with the plate 70 via the fitting 78). The part 75 is prevented from being bent further. Thus, an excessive load that breaks the loop portion 75 is prevented from acting on the loop portion 75. Such a stopper 83 is effective as having the function of protecting the loop portion 75 as described above, with or without the additional chain 73.

(g) is a view of (f) viewed from the side. In this example, the stopper 83 hits the plate 70 to protect the loop portion 75, and an additional chip is attached to the stopper 83 from above. Step 7

The end fittings 7 8 of 7 are covered. In this example, the stopper 83 is shown at the position B in the above (e), but if the stopper 83 is set at the position A, the additional chain 77 is pulled up and the body of the body is stopped via the stopper 83. Since the chain 72 is pulled up and the loop portion 75 becomes large, it is easy to remove the detachable decorative member from a necklace or piercing.

(h) is an enlarged view of an example of the attachment of the stopper 83.For example, when there are a plurality of main body side chains, the stopper 83 is arranged so as to span the width thereof so as to tightly bind them. It can be fixed by caulking or other methods. The detachable decorative member 85 shown in FIG. 27 has a fastening member 86 that wraps a base when a flexible member such as a chain 72 is bent to form a loop portion 75. As this fastening member (it can also be called a hollow member or a band member) 86, an elastic ring (band) such as rubber or a ring member such as metal, resin, ceramic, glass or jewel or precious metal can be adopted. . If the base of the loop 75 is not narrowed and is constrained so as to be narrow, as shown in (b), there is a portion through which the chain 72 and the like pass, and the distance between the chains and the like is reduced. Any form can be used as long as it plays a role of narrowing or holding it constant. Then, as shown in (a), pass the loop part 75 etc. through the necklace 10 or pierce 1 ◦ 0 etc. (In this case, it is better to lower the restraining member 86 to make the loop part 75 larger) Then, as shown in (c), if the restraint member 86 is lifted and the loop portion 75 is narrowed to reduce the size, the free movement of the necklace 10 or the like can be prevented. When removing from the necklace 10 or the earrings 100, lower the restraint 86 as shown in (d) and (e). T) If the loop part 75 is enlarged, it can be easily removed.

FIG. 28 shows that a flexible member such as a chain 72 having one end fixed to a plate 70 as an end member hangs down through a plate hole 71 and further has an end fitting 8 at its end. 7 is fixed and this part is passed through the chain 72. Accordingly, the intermediate portion of the chain 72 extends from the connecting portion of the plate 70, passes through the end fitting 87, passes through the plate hole 71 (the insertion portion of the end member), and extends the portion extending downward as described above. End fittings 8 to 7 If the loop-shaped portion hanging down from the chain 72 is cut off, it is substantially the same as the above-described embodiment in which the additional chain 77 is added. (B) is an example in which the chain 72 extends downward through the plate hole 71 and the decorative portion 49 is fixed to the other end as described above.

(c) and (d) are enlarged views of the connection between the chain 72 and the plate 70 (end fittings). c) As shown in (c), the end of the chain 72 may be brazed so as to pass through the plate 70. The structure for rotatably connecting the chain 72 and the plate 70 will be described later.

(e) shows the chain of (b) as a double chain. In (f), those having independent plates 70 and loop portions 75 as in (b) are connected via a plurality of (for example, two) decorative parts (parts) 49 such as round spheres. In addition, it shows a detachable decorative member 88 provided with a plurality of plates 70 (for example, two places), in other words, having two or more loop parts 75 (attachment parts).

The detachable decorative member 89 shown in FIG. 29 has two or more loop portions 75 and is attached to a jewelry such as a necklace or earring at two or more places. In this example, end fittings 70 are respectively connected to both ends of a flexible member such as a chain 72, and loop portions 75 are formed at both ends thereof. The end fittings (plates) 70 are supported in a hanging manner such that a plurality of chains 89 hang down the chain portion via an annular fitting or the like, and this portion becomes a decorative portion 49. . Then, as shown in (b), it is attached to a necklace or the like with two or more loop portions 75. FIG. 30 shows an example in which a flexible member such as a chain and an end fitting are rotatably connected. As shown in (a), a connecting member 91 (for example, an annular metal fitting) or the like is fixed to an end of a flexible member such as a chain 72, while a movable piece that serves as a rotating shaft is provided to the end metal fitting 75. A connecting portion 92 is formed. Reference numeral 93 denotes a relief portion for allowing the rotation, in other words, a space for accommodating the connection fitting 91. As this connecting member (connecting bracket) 9 1, an annular bracket may be brazed to the end of the chain 72, but as shown in (b), a piece 7 2 at the end of the chain 72. When a is a hollow structure having a through hole 72b, this piece 72a is used as a connecting member, and the through hole 72b can be turned to the movable connecting portion 92 of the end fitting 70. Can be connected to

If the piece at the end of the chain 72 does not have such a through-hole as shown in FIG. 30 (c), a turning bracket 72c such as a tubular member is connected and this is connected to the connecting member 9. It can be 1. As shown in (d), the movable connecting portion is formed by fixing the shaft member 92a to the portion of the end fitting 70 where the notch 93 is formed by another method, as shown in (d). 9 2 Alternatively, as shown in (e), the end fitting 70 is made in advance such that the end of the portion 92 b corresponding to the rotation connecting part 92 has been cut off from the main body of the end fitting 70 (for example, Forging, etc.), through the separated gap 9 2 c, pass the connecting metal fittings 9 1 (72 a, 72 c, etc.) on the chain 72 side, and then deform the axial portion 9 2 b to The gap 92c may be closed. In any case, the chain 72 and the like are connected to the end fitting 70 so that the connecting member 91 can rotate at the connecting point as shown in (f). As a result, local concentration of force between the chain 72 and the like and the end fittings 70 is alleviated, making it difficult to cause breakage and the like, and being flexible since the end fittings 70 are included. It will be easy to eat.

It has been described that the shape of the hole for passing the chain of the end fitting 70 (end member) as described above may be a round shape, a rectangular shape, a heart shape, or the like. It is also possible to fix the decorative part, such as embedding a jewel (add a decorative part). Toes If a design is applied to the end member so that the end member also functions as a part having a decorative function, a detachable decorative member having a higher decorative effect as a whole can be obtained. .

The detachable decorative member 94 shown in FIG. 31 is a movable decorative portion that can move along the chain 72 on a flexible member such as a chain 72 that hangs downward from the loop portion 75. It has 9 5. The movable decorative portion 95 normally holds a fixed position in the middle portion of the chain 72, but can move along the chain 72 and change its position when a predetermined force is applied. For example, as shown in (a), a holder 96 having elasticity formed by cutting or shaping an elastic tube made of rubber or the like is prepared in the hanging portion of the chain 72, and this is provided. Pass the chain 72 from the lower end. A diamond, pearl or other decorative body 97 is fitted to the holder 96 by other methods. The decorative body 97 and the holder 96 are integrated to form a movable decorative portion 95, and the holder 96 and the chain 72 are positioned at a predetermined height under a predetermined friction. Is held. In order to change the height, the movable decorative part 95 can be moved along the chain 72 by applying a force greater than the frictional force generated between the holder 96 and the chain 72 to a desired position. Position and hold it in its new position.

FIGS. 32A and 32B show another form of the movable decorative part 95, wherein FIG. 32A shows a pearl-like form, and FIG. 32B shows an animal and the like. In the pearl-shaped movable decorative portion 95, for example, an elastic tube is disposed inside, and a chain 72 is inserted through the inside of the elastic tube, and the pearl-shaped movable decorative portion 95 is formed by friction between the two. It is held at the desired position.

The same applies to (b).

FIG. 33 shows a configuration example of such a holder of the movable decorative portion 95. In (a), reference numeral 75 indicates a portion substantially similar to the loop portion 75 shown in FIG. 31, from which a flexible member 72 such as a chain extends. The position adjustment holder 102 is connected to the chain 72. In addition, the annular bracket shown by reference numeral 98 is It is shown that the position adjusting holder 102 of the present case can be applied to a detachable decorative member having a conventional annular ring 98 in addition to the one having the loop portion 75 described above. I have. The position adjustment holder 102 includes an outer cylinder 98 as an outer member, and an elastic member 99 made of silicon or another rubber-like material inserted therein.

A slit 98c is formed in the outer cylinder 98 in the longitudinal direction, and the elastic member 99 is axially formed in this example, and a ridge 99a is formed in the axial direction. By being inserted from one end of the outer cylinder 98, the ridges 99 a (the cross-sectional shape of which can be set as appropriate, for example, a triangular shape, a trapezoidal shape, or an arc shape) are inserted into the outer cylinder 98. A certain amount protrudes outward from the cut 98 c. When the elastic member 99 is inserted into the outer cylinder 98, for example, one end of the elastic member 99 contacts the lid 98a to limit the insertion, and the fixing portion of the outer cylinder member 98, such as the caulking portion 98b, By crimping, the elastic member 99 is integrated with the outer cylinder 98. A movable decorative part 95 having a predetermined decorative body 97 such as a pearl or a diamond and a mounting part (fitting part) 101 connected thereto is fitted to the position adjusting holder 102. Fit at the joint 101. (C) shows this state. In the fitted state, the fitting portion 101 of each movable decorative portion 95 and the protruding ridge 99 a of the elastic member 99 are in frictional contact with each other in an elastically deformed state. 5 is normally held at a fixed position, while if it is desired to change the position, the movable decorative portion 95 can be moved to the desired position by overcoming the frictional force and moving each movable decorative portion 95 in the axial direction of the position adjusting holder 102. Can be repositioned. If both the outer cylinder 98 and the fitting 101 have a circular cross section, the direction of the movable decorative part 95 (each part) can be freely changed.

FIG. 34 shows an example of a structure for fixing a decorative body such as a pearl to a desired position on a flexible member such as a chain. For example, as shown in (a), a hole 104 is formed so as to penetrate the pearl 97, and a holder member 105 shaped so as to enter the hole 104 is inserted into a predetermined wire rod 103. Is formed by bending. The wire may be made of any material, but a thin wire is machined to form a first engaging portion 106 at one end. An appropriate holder (eg, position C) can be attached to the holder to form an integral holder member. This is inserted into the through hole 104 of pearl or the like as shown in (b), and then the inserted tip is plastically deformed (crushed) as shown in (c) to form the second engagement portion 107. By forming, the holder member 105 is integrated with the pearl 97. As a result, as shown in (d), both ends of the through hole of the pearl 97 have a resilient engaging portion so as to traverse the hole 104 at a position offset from the center of the through hole 104. 106 and 107 are formed, and the engagement portion 106 having springiness and the chain 72 come into contact with each other under a certain elastic deformation of the engagement portion 106, and the friction force The decorative body, such as pearl 97, is held in the desired position on the chain 72. In this example, a movable decoration portion 95 is formed by a decoration body 97 such as pearl and a holder member 105 integrated therewith.

FIG. 35 shows a decoration body 97 in the form of a pearl-shaped animal, such as a bear. The decoration body 97 is made of, for example, metal or the like, and a hole 104 is formed therethrough. At one end or both ends of the hole 104, a wire material that generates resilience (elasticity) is formed by brazing or integral molding to form an elastic engaging portion 108. A chain or the like is brought into contact with the elastic engaging portion 108 under elasticity to maintain the position. (B) is a modification of the shape of the engaging portion. Instead of a wire such as a round wire, a thin elastic plate-like engaging portion 109 is used, and one end or both ends of the through hole 104 is used. Secure by mouthpiece or other means. At this time, it is desirable to integrate the engaging portions 109 so as not to protrude outside. (c) shows the front shape and the side shape of the thin plate constituting the engaging portion 109. The chain or the like elastically contacts the thin plate-shaped engaging portion 109 to hold the decorative main body 97 and thus the movable decorative portion 95 at a predetermined position.

Fig. 36 shows another example of the engaging portion. A fixing portion such as a pin 110a is fixed to one end or both ends of the through hole 104 of the decoration main body 97, and the pin 110a is fixed to the fixing portion. For example, an elastic member 110b such as silicon is integrated by fitting or the like. The elastic member 110b such as silicon makes frictional contact with the chain, and the position of the movable decorative part 95 is maintained and the position can be changed. It works. Such a combination of the pin 110a and the elastic member 110b can be referred to as an engaging portion 110. (B) In the example of the elastic engaging portion 1 1 1 shown in FIG.

This is an example in which the tip is formed as a free end by integrating it with a mouth or by protruding molding. Fig. 37 shows a tapered through-hole 104 formed in the decorative body 97, one end of which is tapered, and the other end is formed with a caulked portion (fixed portion) such as a claw portion 114, while another piece of silicon or the like is formed. In this example, an elastic tube 112 is prepared and inserted through the opening of the through-hole 104 on the side of the claw 114, and then the claw 114 is bent to prevent it from falling off. A through hole 113 is formed in the elastic tube 112 in the axial direction, through which a flexible member such as a chain is passed in a fixed frictional contact state. (B) shows a state in which the elastic tube is inserted, and (c) shows a state after the claw portions 114 are bent. Thereby, the decoration main body 97 and, consequently, the movable decoration part 95 can be fixed at a desired position.

Figure 38 shows yet another example. As shown in (a), the decoration body 97 is an animal (for example, bear-shaped), and as shown in (b), a through hole formed in the decoration body 97

An elastic tube 112 made of silicon or the like having a center hole 113 is inserted into 104. Further, as shown in (c), as a horn for preventing the elastic tube 112 from coming off, for example, after a spiral lid (spiral stopper) 116 is inserted into the through hole 104, The spiral stopper 116 is fixed to the decoration body 97 by brazing, bonding or other method. The flexible member such as the chain 72 is elastically passed through the through hole 104 of the decorative body 97 through the center hole 113 of the elastic tube 112, and the spiral stove, ° 1 116 Exit through the opposite hole. If the decorative body 97 is moved with a force greater than the frictional force between the chain 72 and the elastic tube 117, the position can be changed to a desired position.

As another example, as shown in (e), for example, an annular bracket 117 is fixed to one end of the through hole 104 of the decorative body 97 in advance by brazing or the like, and then as shown in (f). The elastic tube 112 can be embedded in the decoration body 97 by pushing the elastic tube 112 smaller than the inner diameter of the metal fitting 117 while deforming it elastically. Even in this case, The pin 72 and the like are held in a fixed position by virtue of their frictional contact with the center hole 113 of the elastic tube 112. As shown in (d), as a lid member for preventing the elastic tube 112 from coming off, a pipe 116a, a pipe-like member 116b having a slit, a spiral member 116, a spiral member 116, and a slit-like member, respectively. Any of retaining ring-shaped members 1 16 c such as molds can be adopted. FIG. 39 shows an example of a manufacturing method in a case where, for example, a pearl is used as the decorative main body 97 and the movable main body 95 is used. As shown in (a), a through hole 104 such as a central hole is formed in the decoration body 97 (such as pearl) such as pearl, but as shown in (b), a large large diameter part 105 is formed, and as a result, the hole diameter is reduced (104) at one end. A flexible tube 112 made of silicon or the like having a center hole 113 is inserted into the large diameter portion 105. After the insertion, a gap is formed in the opening of the pearl 97, and a lid member 119 having a hole is fixed to the portion of the gap by bonding or the like to prevent the elastic tube 112 from coming off. In such a movable decorative part 95, after the chain 72 is inserted into the center hole 113 of the elastic tube 112 through the lid member 119, it must be pulled down from the outlet. Become.

As described above, the chain 72 flexibly contacts the center hole 113 of the elastic tube 112 with a constant surface pressure, and the frictional force holds the movable decorative portion 95 at a fixed position. Then, as shown in (f), by applying a force that overcomes the frictional force, the movable decorative part 95 such as a pearl can be moved freely. It is to be noted that, without forming the large diameter portion 105 as shown in (b), a through hole 104 having the same diameter is made, and after inserting the flexible tube 111 into the hole 104, the through hole 1 is formed. You can fix the lid members 1 and 9 to both ends of 14. Fig. 40 shows still another example, in which an elastic tube 112 is inserted into a through hole 104 (in this case, one end of which has a small diameter) of a decorative body 97 such as a burl, and a spring-like lid is further inserted. Member (spiral member) 1 16 Since the spring-like lid member 116 has high adhesion to the hole 104, if the spring-like lid member 116 is pushed in, the elastic tube 112 can be prevented from coming off. The chain 72 exits downward via the spring-like lid member 116 and the elastic tube 112. (b) is another example of a lid member, a cylindrical lid member 116e such as a metal pipe or a plastic pipe, a cylindrical lid member 116f partially including a slit, and a ring-shaped lid member. One can select, for example, 1 16 g whose side surface extends parallel to the axial direction from the member. (C) shows how the position of the movable decorative part 95 is changed.

FIG. 41 shows an example of a hollow decorative body 97. A hole 120 is formed so as to penetrate the hollow decorative body 97, while a chain 72 is previously passed through an elastic tube 112 having a center hole 113, and (b) to (d) As shown in (a), when the elastic tube 112 is pushed into the hollow decorative body 97 together with the chain 72, the elastic tube 112 is inserted into the hollow decorative body 97 as shown in (a). The movable decorative portion 95 is moved and its position is maintained under the elastic frictional contact between the elastic tube 112 and the chain 72, being in the closed state.

In the example shown in FIG. 42, as shown in (a), an elastic elongated member 121 such as a silicone string is pushed into the hollow part from the hole 120 of the hollow decorative body 97 so as to fill the hollow part. Then, as shown in (c), after being filled, it is cut, and then, as shown in (d), a flexible member such as a chain 72 is filled with a decorative body 9 7 filled with an elastic longitudinal member. The chain 72 is connected to, for example, a needle-shaped leading member, and is inserted into the inside while being led by the leading member, and is taken out from the hole 120 on the opposite side. As a result, the elastic elongate member filled in the interior of the decoration body 97 and the chinin 72 come into frictional contact, and the position can be held and moved. In the modified example shown in (e), the diameter of one of the holes 120 is increased, and a flexible member such as a chain 72 is inserted through the hollow decoration body 97 in advance. Using the gap of 0, the above-mentioned elastic longitudinal member is pushed in to fill the hollow portion. Also in this method, the movable decorative portion 95 such as a pallet can be fixed at a free position along the chain 72 as shown in FIG. In the example shown in FIG. 43, a helical holder 122 (movable stopper) is attached to a flexible member such as the chain 72 at the intermediate portion of the chain 72 as shown in FIG. This holder The size of the helix of 122 may be somewhat large as shown in (b), but in any case, the chain 72 will naturally contact a part of the helix holder 122 (The spiral shape of the spiral holder 122 has a certain elasticity.) The holder 122 is held at a desired position of the tune 72. For example, a pearl-shaped decorative body 97 is positioned on the upper side. The decoration body 97 has a through hole 140 penetrating the center, etc., and the chain 72 passes loosely through this through hole 140, so that the load on the decoration body 97 is spiraled as it is. It can be received in the shape of the holder 1 2 In other words, if the frictional force between the spiral holder 1 22 and the chain 72 is sufficient to receive the pearl-shaped decoration body 97 or the like. If you want to move the position of the decorative body 97, you can move the spiral holder 1 2 2 (movable stopper) up and down over the frictional force with the chain 72 to change the position of the decorative body 97 freely. Can be

As shown in (d), the pearl-shaped decorative body 97 may be omitted. In other words, the helical holder 1 2 2 itself can have the function of a decorative part, so even without a decorative body such as a pawl, the holder 1 2 2 (in this case, a movable decorative part) Can be moved to a desired position along the chain 72. The example shown in FIG. 44 is an example in which the spiral holders 122 are replaced with spiral holders 123 as shown in (b). The elastic holder 123 is formed by fitting an elastic tube 125 made of silicon or the like into an outer cylinder (metal or plastic or the like) 124 as an outer member. By the way, the outer tube 1 2 4 can be omitted and the silicon tube 1 2 5 can be used alone.

A center hole 1 26 is formed in the silicon tube 125. In the center hole 126, the ホルダ property holder 123 is passed through the chain 72, and the 摩擦 property holder 123 is formed by friction contact between the two. It is kept in place. When the decorative body 97 made of pearl or the like sits on this, the same effect as in FIG. 43 can be obtained. In the movable decorative part 95 shown in FIG. 45, a composite holder 127 shown in (b) is mounted integrally with the main body 97 in a through hole 140 of the decorative body 97 such as a pearl. ing. The composite holder 127 is a spiral member (for example, metal And a plurality of ring-shaped elastic members 129 which are rotatably mounted on the helical member 128 like a ring. The ring-like elastic member 129 is, for example, a ring member made of silicon or the like, is inserted into the spiral member 128 at its center hole, and can rotate around the spiral member 128 as a kind of axis. Or, it may be fixed to the spiral member 128 so that it cannot rotate.

Such a composite holder 1 27 is attached to the inner peripheral surface of the through hole 140 of the decorative body 97, and both ends of the through hole 140 so as not to come out of the through hole 140 of the decorative body 97. The composite holder 127 is sealed in the decoration main body 97 by the lid member 130 formed as described above. Then, a force that allows a flexible member such as the chain 72 to pass through the inside of the composite holder 127 The chain 72 is elastically pressed against the elastic ring-shaped member 129 to generate a constant frictional force. As a result, the decoration main body 97 and thus the movable decoration part 95 can be fixed at an appropriate position of the chain 72 via the composite holder 127, and can be moved to a desired position by applying a certain force.

The example of (c) is not a ring-shaped elastic member, but an elastic layer 132 made of a coating of silicon or the like with a predetermined thickness is formed on a spiral member 128, and a chain 7 Are elastically contacted to perform the position holding and moving functions. Such a composite holder 13 1 is sealed in the through hole 140 of the decoration body 97 as in (a). Note that the cover member 130 may be omitted, and the composite holder 127 may be brazed to the decorative body 97 instead and fixed by caulking or other methods.

In the example shown in Fig. 46, the chain 72 is hollow (a type with a gap), and a pin or a similar pin-like member 133 is inserted into the gap of the chain 72, and (b) ), The decorative body 97 of pearl or the like can be inserted into the center hole 97a formed therein and fixed by bonding or any other appropriate method. Alternatively, after penetrating the decoration body 97 such as a pearl through the pin-shaped member 133, the tip may be fixed by caulking or the like. Alternatively, project the pin-shaped member 133 integrally with the holder of the decorative body 97 such as a diamond. It can be inserted into the gap between the chains 72 and fixed by caulking or attaching to the mouth. In addition, as shown in the pin-shaped member 133 a, a so-called turn-back portion 133 b such as a return bar 133 b is formed at the tip, and a decoration body 97 such as a pearl is formed in the center hole 9 c of the member. If the decorative body 97 is forcibly inserted at 7a, the decorative body 97 can be fixed to the pin-shaped member 133 without an adhesive or the like. In short, the barbs 133 b have a shape in which the pin-shaped members 133 a protrude completely or partially laterally from the main body.

By inserting the pin-shaped members 133 into the gap of the chain 72 and forming the decorative body 97 into the chain 72, a plurality of pearl-shaped decorative bodies are arranged, for example, as shown in (c). Or, as shown in (d), a decorative body 97 such as a diamond can be arranged. (E) shows an arrangement different from that of (c), and (f) shows an example in which a decorative body such as a pearl and a decorative body such as a diamond are mixed and arranged. In the example of (g), there is a gap (in other words, there is a space through which the pin-shaped members 13 and 3 can pass). The flexible member such as the chain 72 is bent (bent) in the middle at the intermediate portion. A member 134 is inserted, and a pearl or other decorative body 97 is fixed at one or both ends in the same manner as in the method shown in (b) or the like. In this way, the decoration body 97 can be attached in a manner that the branch extends from the chain 72, and the three-dimensional appearance can be increased.

In the example shown in FIG. 47, as shown in (a), a through-hole 104 formed in a decoration body 97 made of pearl or the like has an axial holding member 130 force as shown in (b); The holes are passed through both ends of the hole 104 so as to protrude, and the protruding portions serve as restraining portions 131 for restraining flexible members such as the chain 72. As the restraining portion 131, for example, there is a caulking portion or the like obtained by plastically deforming the end of a shaft-shaped holding member. The chain 72 and the like are routed around the outer periphery of the decoration body 97 such as a pearl, and are restrained by the one restraining portion 13 1 of the holding member 130. Extends along and is constrained by the constraining portion 13 1 on the opposite side of the holding member 130, and then reaches a free end. Above the chain 72 (not shown), there is a loop portion 75 as described above and a mounting portion having the end fitting 70. Such a decorative portion 49 cannot move with respect to the chain 79, but a flexible member such as a chain 72 is sandwiched between the restraining portion 131 and the decorative body 97, so that the sandwiching is performed. If the chain 71 is moved with respect to the restraining portion 13 1 in the loosened state, the position of the decorative body 97 with respect to the chain 72 can be changed. In this case, it becomes a movable decorative part. In addition, a simple link member may be connected to the upper part (not shown) of the chain 72. In this sense, the fixing structure of the decorative part shown in FIG. 47 includes the end metal part 70 and the loop part 75. It exists not only in combination with the structure it has but also completely unrelated to this.

In the example shown in Fig. 48, a flexible member such as a chain 72 is fixed to a base member (lining member) 1 37 in the form of a thin plate by lip bonding or other methods, and it is processed into a spiral shape. Then, as shown in (b), the chain 72 is a decorative part 49 fixed in a spiral shape. That is, since the flexible member such as the chain 72 usually hangs down by its own weight, it cannot maintain its shape by itself. However, by fixing the force chain 72 or the like to the base member 133 and processing it in a spiral shape, the chain 72 gives a novel impression as if it were solidified in a spiral form. In addition, one or a plurality of decorative mounting portions (for example, pin-shaped protruding portions) 13 8 are formed on the thin plate-shaped base portion (backing member) 13 7, and a decorative body 9 7 May be attached. In this state, as shown in (b), when it is processed into a spiral shape, a decorative body such as a pearl appears inside the spiral shape. Of course, such a decoration body 97 can be omitted.

(c) shows the entire form in which the decoration body 97 is omitted, and the lower part of the chain 72 extending downward from the loop part 75 through the end member 70 has a spiral form as described above. The decorative part has a solid shape. It should be noted that the end bracket 70 on the upper part of the chain 72 is omitted at all, and a simple mounting bracket (for example, an annular bracket) is mounted on the upper end of a flexible member such as the chain 72. Can also. Also, as shown in (a), instead of integrating the chain 72 and the base member 170 into a spiral shape, the base member 133 is previously worked into a spiral shape, and the spiral shape is formed. Spiral chain 7 2 along the plate material 1 3 7 It may be arranged in a predetermined shape and fixed at a predetermined location by using ί, welding, bonding or other appropriate methods. In any case, it is premised that the flexible member such as the chain 72 can be spirally deformed whether the spiral processing of the base member 13 is performed later or in advance.

FIG. 49 shows another example of giving a fixed form to the chain. As shown in (a), a chain 72 of a fixed length is attached to the hanging chain 72, as shown in (b), and to a thin plate-like base member 13 (backing member), as shown in (b). Attach a bra. At this time, a gap into which the chain 72 of the main body enters is left between the chain portions 72a. Then, when the base member 1339 is integrated with the chain 72 of the main body by brazing or other methods in the gap, a decorative portion 49 in the form of a cross made of, for example, a chain is formed as shown in (d).

In addition, the base member 139 may be arranged on the lower surface of the chain portion 72a instead of the rear surface. Further, as an example of integrating such a chain 72 with a base member (backing member) 139 to give a certain definite form to a chain that originally does not have a self-holding shape, There are various forms including a heart shape as in (e), an elliptical or annular shape as in (f). The base member (lining member) 139 is formed in accordance with the form thereof, and it is desirable that such a base member 139 etc. does not appear on the surface or is less noticeable. However, not only the form of the chain 72 determined by giving the decorative effect to the base member, but also the decorative effect can be given to the base member to make both stand out.

In addition, the use of the self-holding shape which is not originally possessed by the chain with the base member or the like as described above is not limited to the case where the chain 72 has a loop portion 75 as shown in FIG. It can be a simple annular ring that does not have it, and it can be used not only for a detachable decorative member to be attached to jewelry, but also for decoration of various jewelry. For example, if you fix the chain member along the surface of the piercing, The chain functions like the outer wall of a car, giving it a texture and novelty that could not be obtained before. It is possible to put a chain-like notch pattern on the outer surface of the jewelry with lost wax, etc., but at first glance it is clear that there is no reality like an actual chain, and the texture is poor, Using a real chain like this increases reality.

As shown in Fig. 50 (a), when using the end fitting 70 as an end member, one end of the chain 72 is simply attached to the end fitting 72 and fixed by bonding or caulking. Alternatively, the chain 72 may be rotatably connected to the end fitting 70 as shown in (b). This point has already been described. That is, the end (for example, the end piece 91) of the chain 72 is rotatably connected to the movable connecting portion 92 of the end fitting 70.

(c) is a side view of it. Here, as shown in (d), the end of the chain 72 is not directly and rotatably connected to the end fitting 70 but is connected via a connecting member 141 of a fixed length. You can also.

In this case, a pivotal connection portion 142 such as a coupling hole or a coupling shaft is formed at one end of the coupling member 141. In this example, the coupling hole 1442 is formed by the pivotal connection portion 9 of the end fitting 70. 2 (e.g., a shaft) is rotatably connected, and the other end of the tune 72 (e.g., an end piece 91) is connected to the opposite end of the connection fitting 141. The connecting method may be integrated by brazing or the like, or the end of the chain 72 may be rotatably connected to the end of the connecting member 41 (in this example, both ends of the connecting member 141 are connected). Each of them is a rotation connection part, and one end is connected to the rotation connection part 92 of the end fitting 70, and the other end is connected to one end of the chain 72 at the rotation connection part 142. Each is rotatably connected). Such a connecting member 14 1 can be formed to be curved or bent so as to be concave toward the end fitting 70 side as shown in (e). A loop part 75 including 1 and a part of the chain 72 is formed and becomes chewy. In addition, the strength of the loop portion 75 is increased by interposing such a connecting metal (connecting member) 14 1. In the case where the chain is formed of 2, the strong tension force applied to the chain 72 may cause breakage or the like at the loop, but if the loop 75 including the connecting member 141 is formed, the strength is improved. This is advantageous.

In addition, by forming the loop portion 75 with such a connecting member 14 1 interposed, an effect is obtained in which the twist is not easily generated in the chain 72, and the product is durable by preventing such twist. . In other words, the effect of preventing the chain 72 from being twisted and broken is great. As the material of the connecting member 141, a block body such as solid metal or plastic, a hollow metal body (including a noble metal), a ceramic, or other appropriate material can be used. Further, as shown in (f), a plate-like connecting member 140 may be used instead of such a block-like connecting member. In this example, the hollow portion 140b at one end of the plate 140 is rotatably connected to the rotary connecting portion 92 of the end fitting 70, and the lower end of the plate-shaped connecting member 140. The one end of the chain 72 is rotatably connected to the cavity formed in the shaft.

FIG. 51 shows the thing of FIG. 50 (d) or the like more specifically. A shaft hole 142 is formed at one end of the connection fitting 141 as a rotation connection part, and the rotation connection part (shaft part 92) of the end fitting 70 is inserted (fitted) there. I have. It is to be noted that a connecting hole may be provided in the shaft portion 92 instead of the connecting hole 142. In any case, between the end fitting 70 and the connecting member 142, there is a connecting portion for rotatably connecting the both. A connecting hole 144 is also formed at the other end of the connecting bracket 140, through which an end of the chain 72, specifically, a shaft (frame) of a piece at the end is passed, and is rotatable. It has a simple connection structure. Then, as shown in (b), a notch (pattern) reminiscent of a chain can be formed on the outer periphery of the connecting member (connecting metal fitting) 144. For example, when the connecting fitting 144 is manufactured by forging such as lost wax or the like, a groove 144 is formed to correspond to a pattern when manufactured by forging. As a result, the chain 72 and the connecting fittings 141 have a certain degree of continuity, and while improving the appearance, the strength of the above-described loop portion, in other words, the strength of the chain can be prevented by preventing the chain from being twisted. it can. In (c), the end portion 1 45 of the connection fitting is formed slightly thin so that the width of the connection fitting 141 and the width of the chain 72 are almost the same (to be substantially flat). When the pieces 91 at the ends of the pins 72 are connected, the side face of the connecting piece 141 and the side face of the chain 72 are almost flush and continuous, and the chain attached to the above-described connecting piece 141 is connected. With the same pattern (pattern) 1 4 4, the continuous or integrated impression of the connecting bracket 4 1 and the chain 7 2 can be enhanced. (D) shows an example of the form viewed from the side, in which a loop portion 75 including the connecting metal fittings 141 is formed. Note that the connection holes 142, 144, etc. shown in (a) and (b) are preferably circular holes or elliptical holes close thereto, but do not exclude square holes. The example shown in FIG. 52 shows an example in which a detachable decorative member is attached to a hair ornament 146 as an ornament.

The detachable decorative member 144 a includes a flexible member such as a chain 72 or a flexible wire (including a rod), and a connecting portion 14 such as a ring-shaped bracket. A plurality of flexible members, such as chains 149, are arranged in a suspended manner through the intermediary 8. At both ends of the elongated support member 72, an end fitting 70 as shown in FIGS. 50 and 51 and a detachable attachment portion having the aforementioned loop portion may be formed. Instead, a connecting member 147 such as a simple ring-shaped fitting may be connected. In this case, at such two or more (plural) places, the hair ornament pin 150 is hooked at the connecting metal fittings 147a, such as an annular metal fitting, so that the detachable decorative member can be worn. Attached to 1 4 6 (B) shows the state of use, in which a plurality of chains 149 hang down from the hair ornaments 146 to give a splendid impression. Note that a connecting member 147a such as the above-described annular metal fitting can be formed at one end or both ends of the supporting member 72.

FIG. 53 shows an example in which a detachable decorative member 147 similar to that of FIG. 52 is attached to a broach 152 as a decorative item. It is passed through the pin 152 of the broach 151 and is supported by the annular connection fitting 144a. (b) shows an example of its use. FIG. 54 (a) is an example of the movable decorative part 95 described above, in which an elastic tube 112 is put inside a decorative main body 97 and sealed inside with a spiral lid member. b) shows a hollow decoration body 97 in which an elastic tube 112 is sealed. As described above, the movable decorative portion 95 in the form of a bear such as pearl, bullion or plastic, iruka or the like can be applied to a necklace, a bracelet, or the like. (C) to (f) show some examples thereof.

In the past, when adding a part to a neckless or breathlet, a method was used in which a through-hole was made in the part, and a chain was brazed or bonded through a chain. Therefore, once fixed, the form cannot be changed. On the other hand, if the movable decorative part 95 is passed through a necklace 10 or a bracelet or the like as shown in (c) to (f), its position is maintained by, for example, an elastic tube 112 and the flexible tube 1 If a force that overcomes the frictional force such as 12 and neckless 10 is applied, the movable decorative portion 95 can be freely moved and held at another position. This will give you many ways to enjoy.

(c) is an example in which the movable decorative portions 95 are arranged substantially evenly, (d) is an example in which different types of movable decorative portions 95 are mixed, and (e) is an example in which the movable decorative portions 95 are composed of several blocks. An example in which a change is made by moving closer or further away, and (f) is a further modified example.

Claims

The scope of the claims

1. A detachable decorative member that is detachably attached to jewelry such as earrings and necklaces.

It has a loop portion formed by a longitudinal flexible member, and a part of the ornament is removably inserted inside the loop portion, and is suspended from the part of the ornament. A detachable decorative member for jewelry, characterized by being supported.

2. A detachable decorative member that is detachably attached to jewelry such as earrings and necklaces.

An elongate flexible member, an end member provided at an end portion of the flexible member, and an opposite end portion passed through a through hole formed in the end member. A loop portion formed so as to be able to expand and contract by a part of the flexible member having a shape of;

A main body portion extending from the loop portion,

A part of the ornament is removably inserted into the loop, and the main body is suspended from the part of the ornament via the loop. A detachable decorative member for jewelry.

3. The loop portion is formed by a plurality of the long flexible members, and the plurality of the flexible members are independent or united with each other. A detachable decorative member for a jewelry item according to item 13.

4. The method according to claim 1, wherein the elongated flexible member is formed of a chain, a loop portion is formed by the chain, and a decorative portion is attached to a lower portion of the loop portion. A detachable decorative member for jewelry.

5. A detachable decorative member that is detachably attached to jewelry such as earrings and necklaces,

Add a loop formed by a long flexible member, and decorate the end of the loop A part is attached, and a part of the loop part is hung on a part of the ornament, and the part of the loop part on the side of the ornament is passed through the inside of the loop part. A detachable decorative member for a decorative item, wherein the decorative member is supported by a part of the decorative item in a suspended form while a part of the decorative item is restrained by the loop portion.

6. The elongated flexible member is composed of a chain, and an insertion fitting for movably penetrating the other end of the chain is fixed to or integrated with one end of the chain. The ornament according to claim 1 or 2, wherein a decorative portion that cannot pass through the insertion fitting is connected to an end or an intermediate portion of the chain inserted through the fitting. Detachable decorative member.

7. One end of the elongated flexible member is connected to a plate-shaped end fitting, and the end fitting has a through portion for movably inserting the other end of the flexible member. The other end of the flexible member is movably inserted into the through portion to form a loop portion that can be enlarged and reduced, and the other end of the flexible member after the insertion is formed. A decoration portion that cannot pass through the through portion is connected, and a flexible member that moves through the insertion portion prevents a part of the flexible member from reducing the loop portion by a certain amount or more. 3. The body according to claim 1 or 2, wherein the stove is fixed or integrally formed, and the minimum size of the loop portion is defined by the stove hitting the insertion portion. A detachable decorative member for ornaments.

8. A part of the longitudinal flexible member is rounded so as to form a loop portion, and a constraint portion for maintaining the loop portion is provided at a base of the loop portion. The length of the long flexible member is allowed to move and the size of the loop portion is adjustable, and a decorative portion is attached to an end of the flexible member opposite to the loop portion, or 2. The detachable decorative member according to claim 1, wherein the part opposite to the loop part itself is a decorative part.