JP2011041744A - Assembled structure - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the problem that photo frames and information stands are normally provided as a fixed and stationary displaying tool and cannot be applied to a quick renewal, traveling display and effective display of special three-dimensional prints (including hologram postcards, etc.) which are required in recent years. <P>SOLUTION: The assembled structure is constituted of two structural base materials including a combination display board and variable support. Both the base materials are connected and integrated by magnetic surface part and/or fastener surface part included in each base material. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to an assembly structure comprising two component base materials that can be freely exchanged, combined, and combined.

  Conventionally, there are various display decoration items such as large picture frames and tabletop photo frames.

  Photo frames, guide stands, etc. are usually provided as fixed / stationary display tools, and cannot be applied to the rapid update / moving display required in recent years or the effective display of special 3D printed materials (hologram postcards, etc.). There's a problem.

  Provided is an assembly structure comprising two component base materials of a combination display board and a variable support, and integrally combining the two base materials by a magnetic surface part and / or a fastener surface part of each base material.

  The two-component base material of the present invention is realized by a simple structure and an inexpensive material, and can be freely exchanged and combined manually without an assembly tool by a stable and safe magnetic surface portion and / or fastener (non-magnetic) surface portion. Since it can be integrated into the assembly structure by the combination, the display that changes on a daily basis can be quickly displayed. In addition, it is possible to utilize the pattern coloring unique to the mesh or punch, the moire effect, the reflection diffraction effect that changes depending on the variable tilt angle, and the like. Furthermore, since it can be disassembled into two-component base materials, replacement, repair, and storage are easy, and it is lightweight and convenient for assembly use by being carried out. On the other hand, when it is broken and discarded, it can be easily separated into non-metallic parts, so it is safe and secure for daily use, and is useful for environmental protection. In particular, it is ideal for posting, checking, and transmitting daily memos, reference data, important information, etc. as a desktop and wall display.

Plan view of the union display version. The center longitudinal section of the exhibition version. The front view of a movable support body. The side view of the support body. The rear view of the support body. The side view of Example 1 of an assembly structure. Side surface explanatory drawing of the modification 1. FIG. Side surface explanatory drawing of the modification 2. FIG. Side surface explanatory drawing of the modification 3. FIG. Side surface explanatory drawing of Example 2. FIG. Side surface explanatory drawing of the modification 4. FIG. The folding base material side surface explanatory drawing of the movable support body of Example 1. FIG. The folding base material side surface explanatory drawing of the movable support body of Example 2. FIG.

  As shown in FIGS. 1 and 2, the combination display board D includes a mesh surface portion M of magnetic material and combination frames F 1 and F 2, and includes a magnet 1 <> magnetic surface portion 3 and fastener surface portions 2 and 4. Formed as a double-sided mesh display board by bonding. Each frame may be formed of a magnetic plate provided with punch holes 5, and its combination design is also free. The variable moiré effect can also be used by double meshing.

  As shown in FIGS. 3, 4, and 5, the movable support S is composed of belt portions B 1, B 2, and B 3 made of an appropriate bending material such as a plastic belt, bent at the hinge portions H 1 and H 2, and B 1 at the adjustment portion K. A triangular solid is formed by fixing the end and penetrating the B3 end. Also, as shown in FIGS. 10 and 11, a belt B4 that is uniformly bendable over the entire length is used, and an annular solid is formed by fixing one terminal portion at the coupling portion adjusting portion CK and penetrating the other end portion. The coupling portion C is formed of a magnetic material or the like, and has a magnetic surface portion 3 and / or a fastener surface portion 4 on the outer surface thereof, and is provided so as to be semi-fixed / slidable on the contact surface of the belt. If the belt penetrating end portion is moved left and right by the adjusting portion K, the length of the belt bending portion changes, and the triangular solid or the annular solid is correspondingly enlarged or reduced.

  This assembly structure can be used as a standing display means on a floor surface, a desk surface, a slope, etc., and an union display board as an individual display means, as shown in FIG. Can be retained and used with fasteners. In particular, because of its lightweight dimensions and weight structure, it is convenient as a means for both desktop and wall-mounted display, for transferring, transmitting, posting, and confirming daily memos, reference data, and important information.

  FIG. 6 is a side view of an embodiment (for double-sided mesh display) of the assembly structure of the present invention. The combination display board D and the variable support body S, which are two constituent base materials, are magnetic surfaces 3 < > 1. Fastener surface portion 4 <> 2 is combined into an integrated assembly structure, and can be held upright and vertically at a specific display inclination angle A1 as in the illustrated combined configuration. Exhibits are not shown here, but both sides / one-sided display of the mesh surface part M, optimal arrangement of the coupling means 1 to 4 and the mesh surface part, coloring of the mesh film, illumination behind the background, variable gradient light effect, etc. Selection changes can be made quickly and easily.

Modification 1

  FIG. 7 shows a first modification of the first embodiment, in which B3 penetrating the adjusting portion K is adjusted to the left to make it longer and the mesh surface portion M of the joint portion C of B2 is moved downward simultaneously. The display inclination angle changes to A2> A1. Here, both base materials are good also as an assembly structure only by 1 <> 3 magnetic surface coupling | bonding, for example.

Modification 2

  FIG. 8 shows the second modified example. Contrary to the first modified example, the display inclination angle is set to A3 due to the deformation support S2 in which B3 is shortened and simultaneously the upper movement of the mesh surface part M of the joint C of B2. <Change to A1. Here, both base materials can be formed into a stable assembly structure by magnetic surface coupling 1 </ b> 3 + fastener surface couplings 2 and 4 even on an uneven slope, for example.

Modification 3

  FIG. 9 shows the third modification, in which the deformable support S3 is tilted without standing up with respect to the floor surface, is orthogonally coupled to the display board D, and the display tilt angle changes to A2> A4> A3. Here, both base materials are, for example, a deformed assembly structure only by 2 <> 4 bond, that is, a fastener-surface bond, and a peripheral structure suitable for an external non-magnetic use environment such as a personal computer or an electronic device can be easily obtained. Can be realized.

  FIG. 10 is an explanatory side view of the second embodiment. The combination display board D and the annular support S4, which are two constituent base materials, are coupled to each other at the coupling portion C by the magnetic surface portion 3 << 1 + fastener surface portion 4/2. It becomes an integrated assembly structure, and it is erected and held vertically and horizontally at a specific display inclination angle A5 as in the illustrated combined structure. Although the exhibits are not shown here, the visual inclination angle that is optimal for the installation location may be set as a large-sized printing explanation plate in the mesh surface portion or the magnetic surface portion.

Modification 4

  FIG. 11 shows a fourth modification of the second embodiment. A simple and stable deformation support S5 in which the free end portion of the annular belt passing through the coupling portion adjustment portion CK is smoothly adjusted to the left to form a spiral reduction annular shape. Thus, it is possible to obtain an assembly structure in which two small display boards D, D facing each other at an inclination angle of A6 and A7 are erected simultaneously.

  FIG. 12 shows band parts B1, 2, and 3 forming the variable support S of Example 1, and the band part 3 is pulled out from the adjustment part C, and the band part 1 is folded over the band part 2 by the hinge part H1. Folding and triangular solid S can be handled as a short flat base material.

  FIG. 13 shows the band portion 4 forming the variable support S4 of the second embodiment. The band portion 4 is pulled out from the coupling adjustment portion CK and left by a hinge portion H3 formed inside the coupling portion C at a predetermined position. The regular band portion 4 is folded so as to be folded over the right regular band portion 4, and the annular solid S <b> 4 can be handled as a short and flat plate base material.

  It is clear that many modifications (trapezoids, polygons, etc.) other than those shown in the drawings are easy, and this assembly structure can be used for a variety of fields and for various purposes as a new display means.

A1 to A7: Display inclination angle B1 to B4: Band part C: Coupling part CK: Coupling adjustment part D: Cooperative display version F1, F2: Cooperative frame H1, H2, H3: Hinge part K: Adjustment part M: Mesh Surface part P: Punch surface part S, S1 to S4: Movable support 1: Magnet 2: Surface fastener
3: Magnetic surface portion 4: Fastener surface portion

Claims (3)

  An assembly structure comprising two component base materials of a combination display board and a variable support body, wherein both base materials are integrally coupled by a magnetic surface portion and / or a fastener surface portion of each base material.   The union display board according to claim 1   The variable support according to claim 1.

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