JPH0511816Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention provides a method for displaying exhibits having ring parts such as bracelets, bangles, earrings, etc. in a show window, etc. The present invention relates to a display tool that can be set so as to be visible from the outside and can be adapted to various wall thicknesses of the ring portion of these display items.

[Prior art]

Conventionally, when displaying relatively large exhibit items such as bracelets, bangles, earrings, etc. that have a ring part, for example, cloth such as lace is appropriately squeezed into a rod shape and inserted into the ring part. By doing so, after setting the exhibit in an upright state, placing it on an exhibition board covered with felt, satin, etc., or laying the exhibit directly on the display board,
Alternatively, a stepped section or groove may be provided on the display board, and exhibits may be placed there, or a portion may be inserted to stand upright. Furthermore, the hands of mannequins were used to display bracelets, bangles, earrings, etc.

[The problem that the idea aims to solve]

However, when using these display devices, for example, after appropriately squeezing the lace cloth and inserting it into the ring to make it stand up, when placing it on felt, satin, etc., make sure that the inside of the ring is It is hidden and only a partial display of the exhibit is possible, reducing the product value. Alternatively, if the display board has steps or grooves, the parts that come into contact with the display board will be hidden, narrowing the viewing area for consumers and lowering the product value. The installation remained unstable, making it difficult to stably hold the exhibits. Recently, bracelets, bangles, earrings, etc. are decorated with decorative patterns not only on the outside of the ring but also on the inside of the ring, and for items with a thin ring, pearls are placed in the middle of the ring. Many of these exhibits try to accentuate the overall accent of the exhibit by hanging items such as mirrors or mirror balls, and especially in the case of earrings, it is also important to have a mounting device that is separate from the ring part and is used to attach it to the ear. This is a great point. When displaying such exhibits in a show window using the former display equipment, it may be desirable to emphasize the accent part of the exhibit, or it may be desirable to only be able to set it at a certain angle. It is desired that the exhibit items such as bracelets can be set at various angles, and the wall thickness and inner diameter of the ring part of the display items such as bracelets often vary, making it difficult to hold the display items stably. When used, these requirements cannot be fully met. When exhibiting, display equipment must be provided for each of the exhibits, and once used, it is difficult to apply display equipment to other exhibits, and many of the display equipment can only be used on a temporary basis.

In view of the above-mentioned problems, the present invention expands the viewing area of the ring part, makes it possible to present the entire ring part three-dimensionally, particularly brings out the accent parts of the exhibit, and makes the ring part more visible. It is possible to stably hold various exhibits regardless of the wall thickness or inner diameter, and by applying elastic clamping force to the display device, the display angle of the exhibit can be changed in various ways on the display device. To provide an exhibition tool that can be used repeatedly, which can be moved together with the display tool to freely change its installation location and orientation.

[Means to solve the problem]

That is, the present invention has a base that serves as a support surface for display items such as bracelets, bangles, earrings, etc., which are decorative items having a ring portion on the surface thereof, and a pivot rod that faces the side at one end of the mounting arm, and the mounting arm a holding member provided at the other end of the arm with an exhibit holding rod that crosses from one side to the other of the base support surface and can hold the exhibit on the support surface; and the exhibit holding rod is connected to the support surface. The main component of the exhibit is an elastic biasing section formed by attaching the holding member to a base so that it can be elastically biased toward the object, and a ring section.

The base of this display device is generally trapezoidal columnar in shape, with a curved support surface on the top and a higher back end than the front end.
Further, as the elastic biasing portion, a portion between the shaft rod and the exhibit holding rod when the holding member is attached to the base, and located halfway on the curved support surface of the base, crosses the support surface in the width direction. In addition, a groove portion that is open upward is employed.

The holding member of the exhibit has a substantially U-shape, and the shaft rod has an irregular cross section other than a perfect circle;
The base is provided with a bearing receiving hole having a cross-sectional shape that allows the shaft rod to be received from one side and prevents the shaft from rotating, and by inserting the shaft rod into the bearing receiving hole, the exhibit holding rod can be fixed. is attached in contact with or in close proximity to the support surface to form an elastic biasing section, and one or both of the base and the holding member is made of an elastically deformable material.

Furthermore, the holding member for the exhibit has a substantially U-shape, and the cross section of the shaft rod is a tapered oval shape, and the tapered direction is directed in the direction in which the exhibit holding rod is arranged,
The base is provided with a bearing receiving hole that can receive the shaft rod from one side and has an oval cross section with a tapered tip slightly larger than the cross section of the shaft rod, and the tapering direction of the bearing receiving hole is such that the holding member By setting the exhibit holding rod in the direction in which it is positioned on the support surface when placed on the base, and inserting the shaft rod into the bearing receiving hole, the exhibit holding rod will come into contact with or be close to the support surface. A structure in which it is attached in the state and forms an elastic biasing part is also adopted.

Alternatively, a configuration in which a coiled spring is interposed between the shaft rod of the holding member and the bearing receiving hole of the base is also adopted as the elastic biasing portion.

It is desirable that the above holding member be made of hard synthetic resin or metal, and that the base be made of an elastic material such as ethylene vinyl acetate, natural rubber, silicone rubber, or soft synthetic resin.

[Effect]

The present invention has the above-described structure and is used as a display tool when displaying an exhibit having a ring portion, such as a bracelet, bangle, or earring, in a show window or the like. One way to use it is, for example, by holding the base with one hand and using the other hand to pull up the exhibit holding rod of the holding member from the surface of the base, so that the rod is fitted into the base in a non-rotatable state. The elastic restoring force generated by the fact that the base material is an elastic material, the elastic restoring force due to the unwinding force of the coiled spring installed in the shaft rod, and the elastic restoring force generated by the shape and material of the mounting arm, etc. The exhibit holding rod is elastically urged against the surface of the base due to the elastic biasing force, and a clamping force is generated between the base surface and the exhibit holding rod. Therefore, by inserting the ring portion of the exhibit between the base surface and the exhibit holding rod, the exhibit can be erected and held on the base surface. Next, select the main part or interior decoration part of the exhibit as appropriate, change or adjust the display angle, and place it on a flat surface depending on the conditions of the display location, or attach it to a vertical wall using double-sided tape. Let me exhibit it.
Furthermore, this display device can be used not only as a display device such as a shop window, but also as a means for storing and organizing at home if the user who purchased it takes it home with the display item.

〔Example〕

The details of the invention will be further explained by means of illustrated embodiments.

As the exhibit B of the exhibit A according to the present invention, a first embodiment shown in FIG. 1 is disclosed.

That is, the exhibit B shown in FIG. 1 includes a base 1 on which the exhibit A is placed, a holding member 2 for supporting the exhibit A placed on the base 1, and the holding member. The holding member 2 is attached to the base 1 so that the exhibit holding rod No. 2 can be elastically urged toward the support surface 4, and an elastic biasing section is formed by the holding member 2 and the base 1. It consists of 2S. Exhibit A usually has a ring part 3, and 3a in this ring part
3b is the decorative center part of the bracelet, which is the main part of the exhibit, and 3b is the inner decoration of the ring part of the exhibit A.

The base 1 may be of various shapes, such as a semi-circular shape or a rectangular shape.
In Fig. 2, it has a substantially trapezoidal shape, and the upper surface is a curved support surface 4, the rear side is set higher than the front side of the curved support surface 4, the front curved support surface section is designated as 5, and the rear curved support surface section is designated as 5. Set it to 6. A groove 7 is provided in the middle of the support surface of the base 1, which crosses the curved support surface 4 in the width direction and is open upward to allow the entire base 1 to flex in the length direction. It is set at 1. Next, the holding member 2 attached to the base 1 has a substantially U-shape in plan view, as illustrated in the exploded perspective view of FIG. The shaft rod 9 is mounted, for example, at a right angle, and its length is set to approximately include the width of the curved support surface 4 of the base 1 from one side to the other. The shaft rod 9 has a cross section with a tapered tip, and the tapered direction is directed toward the exhibit holding rod 10. In addition to the above-mentioned cross-sectional shape, for example, an elliptical shape may be used as the cross-sectional shape of the shaft rod 9. on the other hand,
At the other end of the mounting arm 8, there is an exhibit holding rod 10 that is approximately parallel to the shaft rod 9 and has a small portion that covers the exhibit A when the exhibit A is held;
For example, thin rods as shown in Figure 2 are preferably installed to provide linear support to the exhibit. This linear support may be a single line support as shown in the figure, but it is also possible to use a double line support with a plurality of parallel rods arranged or support in various shapes. things are appropriate. Since the exhibit holding rod 10 comes into direct contact with the exhibit A, there is a risk that the exhibit may be damaged if it is made of a hard material. Therefore, for example, the exhibit holding rod 10 should be covered with a cover material made of soft resin. etc. can also be applied. 10 indicated by the imaginary line in Figure 2
a is this cover material. In addition, since the inner surface of the ring portion 3 of these exhibits is often a convex curved surface, small protrusions are formed on the surface of the base 1 at intervals (not shown) on the contact surface of the exhibit holding rod 10. It can be said that it is preferable to protrude toward the inner surface of the ring portion 3 to hold the ring portion 3 having a convex curved surface. Furthermore, if this small protrusion is made of a soft material, for example, two-color molding, and is provided integrally with the exhibit holding rod 10, exhibit items A having various cross-section curvatures can be stably held.

The elastic biasing section 2S is formed by attaching the holding member 2 to the base 1. That is, the exhibit holding member 2 is approximately U-shaped, the cross section of the shaft rod 9 is a tapered oval shape, and the direction of the taper is directed in the direction in which the exhibit retaining rod 10 is arranged. 1
is provided with a bearing receiving hole 11 which can receive the shaft rod 9 from one side and has an oval cross section with a tapered tip slightly larger than the cross section of the shaft rod 9, and the tapering direction of the bearing receiving hole 11 is set in the direction as described above. By setting the holding member 2 in the direction in which the exhibit holding rod 10 is positioned on the curved support surface 4 when the holding member 2 is placed on the base 1, and inserting the shaft rod 9 into the bearing receiving hole 11, the exhibit The holding rod 10 is attached in contact with or in close proximity to the curved support surface 4 to constitute an elastic biasing section 2S. With the elastic biasing section 2S having the above configuration,
The shaft rod 9 and the bearing receiving hole 11 that can receive it are in a slightly rotatable fitted state, and if the exhibit holding rod 10 is raised from the surface of the base 1, the shaft rod 9 will be rotated due to the fitting relationship. It may rotate slightly, but if the rotation exceeds a predetermined rotation limit, the portion of the base 1 around the bearing hole 11 will deform, and this deformation will act as a restoring force to return the shaft 9 to its original position. The exhibit holding rods 10 connected to 9 are elastically biased toward the surface of the base 1. As a result, the exhibit A is elastically supported between the curved support surface 4 of the base 1 and the exhibit holding rod 10.

In addition to the embodiments described above, various means can be used to form the elastic biasing portion 2S. For example, when the holding member 2 is attached to the base 1 as the elastic biasing portion 2S, the support is placed between the shaft rod and the exhibit holding rod 10 and on the middle of the curved support surface 4 of the base 1. A groove portion 7 configured to cross the surface 4 in the width direction and open upward may be employed. If the elastic biasing portion 2S is formed with the above configuration, for example, the entire base 1 shown in FIG. Even in this case, the exhibit holding rod 10 can be held in an elastically biased state with respect to the base 1 due to the elasticity of the material of the base 1 and the effect of the grooves 7 provided on the surface of the base 1. Both the first embodiment and the second embodiment utilize this groove portion 7.

In the embodiment shown in FIG. 3, the holding member 2 of the exhibit is approximately U-shaped, and has a hexagonal shaft 12, and the base 1 can receive the hexagonal shaft 12 from one side. By providing a hexagonal bearing receiving hole 13 with a cross-sectional shape in which the hexagonal shaft rod 12 cannot rotate, and inserting the hexagonal shaft rod 12 into the hexagonal bearing receiving hole 13, the exhibit holding rod 10 can be The elastic biasing portion 2 is attached in contact with or in close proximity to the curved support surface 4.
It constitutes S. With the above configuration, the hexagonal shaft rod 12 and the hexagonal bearing receiving hole 1 that can receive it
3 is a fitted state in which they cannot rotate with each other, and
Since the non-rotatable fitted state (not shown) is given, the hexagonal shaft rod 1 is fixed due to the elasticity of the material of the base 1.
2 may rotate slightly, but the portion of the base 1 around the hexagonal bearing receiving hole 13 is deformed, and this deformation force acts as a restoring force to return the hexagonal shaft rod 12 to its original position. The exhibit holding rod 10 connected to the rod 12 is elastically biased toward the curved support surface 4 of the base 1. As a result, exhibit A placed on base 1
is held in an elastically biased state by the exhibit holding rod 10.

The embodiment shown in FIG. 4 is an example in which the elastic biasing portion 2S has a structure in which a coiled spring 14 is interposed between the shaft rod 15 of the holding member 2 and the bearing receiving hole 16 of the base 1. The restoring force of the coiled spring 14 is used to hold the exhibit A in an elastically biased state. Although not shown in the above embodiments, by making the attachment of the holding member 2 slightly thinner or by selecting the materials used, even if the base 1 and the holding member 2 are made of hard materials, the exhibit holding rod 10 has elasticity. You can give support. In addition, 17 in the figure is
This is a heavy item made of metal or other material that prevents the item from becoming unstable when displaying a heavy item such as a metal bracelet. In the figure, 18 is a groove for inserting and holding various cards 18a such as price cards. The groove can also be provided at the rear of the base as shown in FIG.

Therefore, in order to use such an exhibit B, if the exhibit holding rod 10 is raised against the base 1 and the ring portion 3 of the exhibit A is inserted between the two, the exhibit holding rod 10 will be held directly or above. cover material 10a
When it is externally mounted, it is held in a pressed state against the surface of the base 1 indirectly, and furthermore, when protrusions are provided, it is held in a pressed state through them. Of course, the bracelet.
When it comes to ornaments such as bangles and earrings, you can make the appropriate selection by positioning the part you want to display forward and rotating the ring part 3. At the same time, the base 1 itself can simply be a horizontal base plate. Place it on top or
It can be displayed by adhering it to a vertical wall using double-sided tape. Furthermore, when display item A is sold, if it is also sold together with display item B, the purchaser can use it as a means to organize and store it at home.

[Effect of idea]

The display device according to the present invention has the above-described effect, and according to claim 1, when displaying an exhibit having a ring portion, the holding member is a flat surface consisting of an attachment arm, an exhibit holding rod, and a shaft rod. Because it has a U-shape when viewed from the outside, when an exhibit is held between the exhibit holding rod and the surface of the base, the attachment arm is on the side of the base, so the exhibit will not be hidden.
This makes it possible to widen the viewing area of the exhibited item, to display the main part, side decorative parts, or inner surface of the ring part as desired, and at the same time to enable stable holding. Furthermore, by rotating the ring portions at an appropriate angle with respect to the exhibit holding rod, it is possible to create a three-dimensional effect by making the entire ring portion stand out and accentuating the accent parts of each exhibit. In addition, by moving the exhibit while holding the exhibit in the exhibit holding rod, you can freely select the location and direction in which it is installed, and when considering the layout with other exhibits, When adjusting the amount of light shining on the product,
Alternatively, the positional relationship with the ornament can be adjusted arbitrarily. After selling the exhibits, if you store the exhibits in the packaging box while still displaying them in the display equipment, users can stand up and display the exhibits in various places at home without touching the floor, etc. It is possible to hold it.

As an effect according to claim 2, the outer surface of the ring portion of the exhibit and the curved support surface of the base have a large area and are supported in contact with each other along the curved support surface, and furthermore, the exhibit holding rod can be held from the inner surface of the ring portion. Since the exhibit is held between the two, it is possible to stably hold the exhibit.

As an effect according to claim 3, by providing a groove in the base, the allowable range of elastic bias is expanded, and in addition to the elastic bias generated only by the holding member and the bearing receiving hole, the base using the groove can be expanded. By adjusting the elastic biasing force by bending, it is possible to receive the exhibit between the exhibit holding rod and the base surface.

As an effect according to claim 4, the shaft rod of the holding member has an irregular cross section other than a perfect circle, and the base is made of an elastically deformable material, so that the rod can be deformed by being deformed by the rod in the bearing receiving hole. The restoring force can provide an elastic force to the exhibit holding rod provided at the end of the mounting arm.

As an effect according to claim 5, by making the cross section of the shaft rod and the bearing receiving hole of the holding member tapered at the tip, when an exhibit is being held, the shaft rod will not be able to rotate the base when it is forcibly rotated. attempts to more effectively transmit the force generated in the shaft to the shaft rod. In other words,
The deformation of the wall inside the bearing hole becomes an elastic restoring force, which is transmitted to the exhibit holding rod via the mounting arm, making it possible to more strongly hold the exhibit without creating an elastic biasing section.

As an effect according to claim 6, by interposing a coiled spring between the shaft rod of the holding member and the bearing receiving hole, for example, the base and the holding member can be fixed without depending on the restoring force of the material of the holding member or the base. Even if both members are made of hard synthetic resin, the exhibit holding rod can be used as an elastic biasing section, and any exhibit can be held regardless of the thickness of the ring section. In addition, by changing the wire diameter of the coiled spring, it is possible to adjust the elastic force and clamp the exhibit depending on the exhibit.

[Brief explanation of the drawing]

Fig. 1 is an explanatory perspective view of the first embodiment, Fig. 2 is an exploded perspective view of the first embodiment, Fig. 3 is an exploded perspective view of the second embodiment, and Fig. 4 is an exploded perspective view of the third embodiment. FIG. FIG. 5 is an explanatory perspective view of the second embodiment, and FIG.
The figure is an explanatory perspective view of the third embodiment. A... exhibit, B... display equipment, 1... base, 2
...Holding member, 2S...Elastic biasing part, 3...Ring part, 3a...Main part, 3b...Inner surface decoration part, 4...
...Curved support surface, 5...Front curved support surface portion, 6...
Rear curved support surface portion, 7...Groove portion, 8...Mounting arm, 9...Shaft rod, 10...Exhibit holding rod, 1
0a...Cover material, 11...Bearing hole, 12...
Hexagonal shaft rod, 13...Hexagonal bearing hole, 14...
Winding spring, 15... Axis rod, 16... Bearing receiving hole, 1
7...heavy object, 18...groove, 18a...card.

Claims (1)

[Scope of Claim for Utility Model Registration] 1) A base whose surface serves as a support surface for the exhibit; a shaft rod is provided at one end of the mounting arm toward the side, and the other end of the mounting arm is provided with the base support surface. a holding member provided with an exhibit holding rod that crosses from one side to the other and can hold the exhibit on the supporting surface; and the exhibit holding rod is elastically biasable toward the supporting surface. A display tool for an exhibit, comprising: an elastic biasing section formed by attaching the holding member to the base; and a ring section. 2) A display device for an exhibit having a ring portion according to claim 1, wherein said base has a substantially trapezoidal column shape, has an upper surface as a curved support surface, and is configured higher at the rear than at the front. 3) A display tool for an exhibit having a ring portion according to claim 1, wherein a groove portion is formed in the middle of the base support surface, the groove portion crossing the support surface in the width direction and opening upward. 4) The holding member of the exhibit is approximately U-shaped, and the cross section of the shaft rod is an irregular cross section other than a perfect circle;
The base is provided with a bearing receiving hole having a cross-sectional shape that allows the shaft rod to be received from one side and prevents the shaft from rotating, and by inserting the shaft rod into the bearing receiving hole, the exhibit holding rod can be fixed. is attached in contact with or in close proximity to a support surface to form an elastic biasing section, and one or both of the base and the holding member is made of an elastically deformable material. A display device for an exhibit having a ring portion as described in Item 3. 5) The holding member for the exhibit is approximately U-shaped, the cross section of the shaft rod is tapered to an oval shape, and the direction of the taper is directed in the direction in which the exhibit holding rod is arranged, and the base has a A bearing receiving hole is provided that can receive the shaft rod from one side and has an oval cross section with a tapered tip slightly larger than the cross section of the shaft rod, and the direction of the tapered direction of the bearing receiving hole is such that the holding member is connected to the base. Set the exhibit holding rod in the direction in which it is positioned on the support surface when placed, and insert the shaft rod into the bearing receiving hole so that the exhibit holding rod is in contact with or close to the support surface. 4. A display device for an exhibit having a ring portion according to claim 1, 2 or 3, wherein the ring portion is made into an elastic biasing portion. 6) Claim 1, wherein a coiled spring is interposed between the shaft rod of the holding member and the bearing insertion hole of the base, and an elastic biasing portion is formed by inserting the shaft rod into the bearing insertion hole. , A display tool for an exhibit having a ring portion according to claim 2 or 3. 7) An exhibit having a ring portion according to claim 1, claim 2, claim 3, claim 4, claim 5, or claim 6, wherein the exhibit is a ring-shaped item such as a bracelet, bangle, or earring. Exhibition equipment. 8) Claims 1, 2, and 3 in which the holding member is made of hard synthetic resin or metal, and the base is made of an elastic material such as ethylene vinyl acetate, natural rubber, silicone rubber, or soft synthetic resin. , A display device for an exhibit having a ring portion according to claim 4, claim 5, claim 6, or claim 7.