JP2005021635A - Freely derricking assembly ornamental body - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an ornamental body for imparting unpredictability and raising an additional value by application to a calendar, etc., in addition to utilization by placement at a desired place as a part of a booklet like a conventional stereoscopic forming body. <P>SOLUTION: A vertical support main board (a), a plurality of vertical support sub-boards (b, b'), a horizontal support main board (c), and a plurality of horizontal support sub-boards (d, e, f, g, h) are linked by an insertion engagement means (i) and a composite insertion engagement means (k), so as to form a kind of composite link mechanism as a whole. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an undulating and assembling decorative body.

  Various types of folding cards, catalogs, picture books, etc. (hereinafter referred to as “booklets”) have been provided with a three-dimensionally formed part, and the three-dimensionally formed part is undulated in conjunction with the opening and closing of the booklet. ing.

As the three-dimensionally formed part, a part that forms a desired notch and a folding line in a desired shape in a portion extending over two continuous sheets (pages) of a booklet (Patent Document 1), or a required folding line is formed. There is one (Patent Document 2) in which at least one piece of paper that has been put into a required contour shape is singly or combined and glued to a portion of a booklet that extends over two consecutive sheets (pages).
JP-A-8-191961 JP-A-9-2014479

  Although the above-mentioned conventional three-dimensionally formed body can be changed to a certain extent by changing the shape of the cut or fold curve or the contour shape, the paper sheets (pages) in which the booklet continues are changed. Two sheets of continuous booklets, each of which has a desired notch and fold curve formed into a desired shape, or at least one piece of paper that has the required fold curve and a required contour shape, alone or in combination. Since the structure itself, such as gluing and fixing to the leaves (pages), is obsolete, it is recognized that it is already in a limit state to produce a fresh taste or a strange feeling only by changing the shape of the cut or folding line.

  The present invention has been proposed in order to be able to express freshness and unusualness that cannot be obtained by the conventional three-dimensionally formed body, and is assembled by engaging or meshing a plurality of thin layer parts. The undulating and assembling decorative body that is three-dimensional as the vertical supporting main plate stands up and flattenes as the vertical supporting main plate falls down.

  The decorative body of the present invention can itself be a single product, and can be used by being mounted on a required part as a part of a booklet as in the case of the above-described conventional three-dimensionally formed body. It is suitable for applying to a calendar to give its unexpectedness and increase added value.

The configuration of the undulating and assembling decorative body of the present invention is as follows.
(A) A vertical support main plate (a) made of a required thin layer plate, a plurality of vertical support sub-plates (b, b ') also made of the required thin layer plate, and a horizontal plate made of the same required thin layer plate. It consists of a support main plate (c) and a plurality of horizontal support sub-plates (d, e, f, g, h), which are also made of required thin layer plates.
(B) The vertical support main plate (a) and the plurality of vertical support sub-plates (b, b ') have a thickness of approximately 3 to 3 at both ends of the cut line (3) having a required length. A square small through hole (3 ', 3 ") having a width four times as long as the insertion meshing means (i) is provided in the required arrangement with the convex portion (4) between the two. .
(C) The horizontal support main plate (c) has a U-shaped protruding frame (6) with a narrow groove (5) having a required length and a width approximately 3 to 4 times the thickness of the thin layer plate on one side edge. ) Is provided in the required arrangement, and the opposing other side edge has a required length of approximately 3 to 4 times the thickness of the thin plate. The composite insertion meshing means (k) formed by surrounding the inner narrow groove (7) and the outer narrow groove (8) by the long U-shaped projecting frame (10) is provided in a required arrangement.
(D) A plurality of horizontal support sub-plates (d, e, f, g, h) have a required length with a width of about 3 to 4 times the thickness of the thin-layer plate on opposite side edges. The insertion groove engaging means (j) formed by surrounding the narrow groove (5) with the U-shaped protruding frame (6) is provided in a required arrangement,
(E) The vertical support main plate (a), the plurality of vertical support sub plates (b, b '), the horizontal support main plate (c), and the plurality of horizontal support sub plates (d, e, f, g, h). However, they are linked by the insertion engagement means (i) and the composite insertion engagement means (k) to form a kind of composite link mechanism as a whole.

  The thin-layer plate is preferably made of paper, a synthetic resin film, or a synthetic resin sheet.

  The undulating and adjustable assembly of the present invention comprises a vertical support main plate, a plurality of vertical support sub-plates, a horizontal support main plate and a plurality of horizontal support sub-plates linked together by an insertion meshing means and a composite insertion meshing means. Since a composite link mechanism is formed, the vertical support main plate, the plurality of vertical support sub-plates, the horizontal support main plate and the plurality of horizontal support sub-plates rotate in predetermined directions in each insertion and engagement means. However, since it becomes superposed and becomes flat or assembled, it is not possible to obtain it by changing the configuration of the conventionally known three-dimensionally formed body, that is, the shape of the cut or fold line, etc. It can be expressed and is an epoch-making as an up and down assembly and decoration body.

  Further, for example, by applying it to a calendar, it is surprising and greatly contributes to increasing the commercial value. Furthermore, each insertion engagement means is easy to manufacture with a simple configuration.

  A vertical support main plate, a plurality of vertical support sub-plates, a horizontal support main plate and a plurality of horizontal support sub-plates are connected by the above-mentioned insertion meshing means and composite insertion meshing means to form a kind of composite link mechanism as a whole. There is no.

  This embodiment embodies an automobile as an undulating assembly and decoration body, which is constituted by a plurality of thin layer parts cut or punched from a thin layer plate made of paper or a synthetic resin film (or sheet). .

  In other words, the automobile according to this embodiment is made from a thin layer plate made of paper or a synthetic resin film (or sheet), and as the above thin layer parts, a vertical support main plate a, a vehicle body left side plate b as a vertical support sub plate, and also a vertical support The vehicle body right side plate b ′ as the sub-plate, the chassis main plate c as the horizontal support main plate, the chassis auxiliary plate d as the horizontal support sub-plate, the top plate e as the horizontal support sub-plate, the front bonnet plate f as the horizontal support sub-plate, and the horizontal as well. The trunk cover plate g which is a supporting sub-plate and the rear spoiler plate h which is also a horizontal supporting sub-plate are cut or punched into a required shape, and these are connected by insertion engagement means provided in each of them. Is done.

  In the following, “vertical support sub-plate”, “horizontal support main plate” and “horizontal support sub-plate” are omitted, and “vehicle body left plate b”, “vehicle body right plate b ′”, “chassis main plate c”, “ The chassis auxiliary plate d, the top plate e, the front bonnet plate f, the trunk lid plate g, and the rear spoiler plate h.

  The vertical support main plate a has left and right auxiliary plates 2 and 2 'connected to the left and right sides thereof via folding lines 1 and 1' so that the left and right auxiliary plates 2 and 2 'can be folded. By making it open at a required angle, the vertical support main plate a can be erected vertically like a folding screen.

  i is an insertion meshing means provided in a required arrangement on each of the vertical support main plate a, the vehicle body left plate b and the vehicle body right plate b ′, which is formed on the both ends of the cut line 3 having a required length. Square small through holes 3 ′ and 3 ″ having a width of about 3 to 4 times the thickness of the layer plate are connected, and a portion between them is formed as a convex piece 4.

  j is a required arrangement on one side edge of the chassis main plate c, and on both side edges of the chassis auxiliary plate d, top plate e, front bonnet plate f, trunk lid plate g and rear spoiler plate h. The insertion engagement means is formed by surrounding a narrow groove 5 having a width approximately 3 to 4 times the thickness of the thin layer plate and a required length by a U-shaped projecting frame 6.

  k is a composite insertion meshing means formed on the edge of the chassis main plate c opposite to the edge where the insertion meshing means j is arranged, which is approximately 3-4 of the thickness of the thin plate. The inner narrow groove 7 and the outer narrow groove 8 having a double width and a required length are surrounded by a long U-shaped projecting frame 10 through a partition 9.

  The vertical support main plate a, the vehicle body left plate b, the vehicle body right plate b ′, the vehicle chassis main plate c, the vehicle chassis auxiliary plate d, the top plate e, the front bonnet plate f, the trunk lid plate g, the rear spoiler plate h, etc. The thin layer parts are assembled as follows by the insertion engagement means i, j and the composite insertion engagement means k.

  First, as shown in FIG. 9, the chassis main plate c is placed in a horizontal state with respect to the vehicle body right side plate b 'in a vertical state, and the latter combined insertion meshing means k ... is replaced with the corresponding insertion meshing means i ... The projecting pieces 4 widen the cut lines 3 by pressing the long U-shaped projecting frames 10 of the composite inserting and engaging means k... Into contact with the protruding pieces 4 of the inserting and engaging means i. At the end, the side portions of each of the long U-shaped projecting frames 10 are engaged with the small through holes 3 ′ and 3 ″, and the inner narrow groove 7 and the projecting piece 4 are engaged with each other. The required length on the distal end side is projected forward together with the outer narrow groove 8 (FIG. 10).

  Next, below the chassis main plate c, the chassis auxiliary plate d is placed in a horizontal state on the vehicle body right side plate b ′, and the latter insertion meshing means j is opposed to the corresponding insertion meshing means i. Each convex piece 4 expands the cut line 3 in the same manner as described above by pressing each U-shaped protruding frame 6 of the insertion meshing means j... Into contact with each convex piece 4 of the insertion meshing means i. Turning over, finally, the both side portions of each U-shaped projecting frame 6 and the small through holes 3 ', 3 "are engaged, and the narrow groove 5 and the convex piece 4 are engaged (FIG. 11).

  Also, above the chassis main plate c, the top plate e is placed in a horizontal state on the vehicle body right side plate b ', and the latter insertion meshing means j are opposed to the corresponding insertion meshing means i. Each convex piece 4 is cut into a cut line as in the case of the chassis auxiliary plate d by pushing the U-shaped projecting frames 6 of the meshing means j into contact with the convex pieces 4 of the meshing means i. 3 is expanded, and finally, both side portions of each U-shaped projecting frame 6 are engaged with the small through holes 3 ′ and 3 ″, and the narrow groove 5 and the convex piece 4 are engaged.

  As a result, the sub-assembly A in which the chassis main plate c, the chassis auxiliary plate d, and the top plate e are horizontally connected to the vertical vehicle body right side plate b ′ is assembled (FIG. 11).

  Thereafter, the semi-assembly A is attached to the vertical support main plate a. Each of the long U-shaped protrusions of the chassis main plate c protrudes forward from the insertion meshing means i of the vehicle body right side plate b ′. By pushing the frame 10 into contact with each convex piece 4 of the corresponding insertion meshing means i... Of the vertical support main plate a, as in the above, each convex piece 4 is turned so that the cut line 3 is expanded. The both side portions of each long U-shaped projecting frame 10 and the small through holes 3 'and 3' 'are engaged with each other, and the outer narrow groove 8 and the convex piece 4 are engaged (FIG. 12).

Subsequently, the front bonnet plate f, the trunk lid plate g, and the rear spoiler plate h
Are connected to the vertical support main plate a.
For this purpose, the insertion meshing means j on one side of the front bonnet plate f, the trunk lid plate g and the rear spoiler plate h is the one corresponding to the insertion meshing means i provided on the vertical support main plate a. In the same manner as described above, that is, each U-shaped projecting frame 6 of the insertion meshing means j is pressed into contact with each convex piece 4 of the insertion meshing means i, so that the cut line 3 is expanded on each convex piece 4. Finally, both side portions of each U-shaped projecting frame 6 are engaged with the small through holes 3 'and 3 ", and the narrow groove 5 and the convex piece 4 are engaged (FIG. 12).

  Finally, the vehicle body right side plate b ', the chassis main plate c, the chassis auxiliary plate d and the top plate e of the subassembly A connected to the vertical support main plate a, the front bonnet plate f, the trunk lid plate g and the rear spoiler. The vehicle body left side plate b is connected to the plate h.

  The linkage is the vehicle body right side plate b ′, the chassis main plate c, the chassis auxiliary plate d and the top plate e, the front bonnet plate f, the trunk lid plate g and the rear spoiler plate h, and the meshing means j, and the vertical support The convex piece 4 of the corresponding insertion meshing means i of the vehicle body left side plate b is brought into contact with the U-shaped protruding frame 6 of each insertion meshing means j arranged on the side opposite to the main plate a. Then, the convex piece 4 is turned over so as to widen the cut line 3, and finally, both side portions of each U-shaped projecting frame 6 are engaged with the small through holes 3 ′, 3 ″, and the narrow groove 5 and the convex piece 4 are formed. Engage (Fig. 1).

  Thus, as shown in FIG. 1, each of the vehicle body left side plate b, vehicle body right side plate b ′, vehicle body main plate c, vehicle body auxiliary plate d and top plate e, front bonnet plate f, trunk lid plate g and rear spoiler plate h. The vehicle body B made of thin layer parts is assembled in a state of being mounted on the vertical support main plate a.

  As is clear from the above, the vehicle body B of this automobile has a vertical support main plate a, a vehicle body left plate b, and a vehicle body right plate b 'parallel in the vertical state, and a vehicle body main plate c, a vehicle body auxiliary plate d, a top plate e, The bonnet plate f, the trunk lid plate g, and the rear spoiler plate h are parallel in a horizontal state, and these form a kind of composite link mechanism connected by the insertion engagement means i, j and the composite insertion engagement means k. is there.

    That is, in the vehicle body B, when a force in a direction in which the vertical support main plate a and the vehicle body left and right plates b, b ′ move relatively up and down acts, the insertion meshing means i, j and the composite insertion meshing means k. , The horizontal main chassis plate c, the auxiliary chassis plate d, the top plate e, the front bonnet plate f, the trunk lid plate g and the rear spoiler plate h are rotated in a predetermined direction with respect to the vertical support main plate a. And it can be in a flat state (FIGS. 4 to 8).

  In the flat state, when a force in the direction opposite to the above acts, in each of the insertion and engagement means, the main chassis plate c, the chassis auxiliary plate d, the top plate e, the front bonnet plate f with respect to the vertical support main plate a. The trunk lid plate g and the rear spoiler plate h can rotate in the direction opposite to the predetermined direction, respectively, to return to the vehicle body B in the original assembled state.

  Here, each of the above thin-layer parts, that is, the vertical support main plate a, the vehicle body left plate b, the vehicle body right plate b ', the vehicle chassis main plate c, the vehicle chassis auxiliary plate d, the top plate e, the front bonnet plate f, and the trunk lid plate g. The state of connection between the rear spoiler plates h and the engagement states of the insertion engagement means i and j and the combined insertion engagement means k will now be described in a little more detail.

As described above, the vertical support main plate a, the vehicle body left plate b, the vehicle body right plate b ′, and the chassis main plate c are linked by the insertion engagement means i and j and the composite insertion engagement means k.
That is, as is clear from FIGS. 1 to 3, the composite insertion meshing means k of the chassis main plate c is provided with the convex piece 4 of the insertion meshing means i of the vertical support main plate a in the outer narrow groove 8 and the inner thin plate. The convex pieces 4 of the insertion engagement means i of the vehicle body right side plate b ′ are engaged with the grooves 7 respectively. Further, the insertion meshing means j of the chassis main plate c meshes with the convex piece 4 of the insertion meshing means i of the vehicle body left side plate b in the narrow groove 5 thereof.

However, as described above, the thin grooves 5, 7, and 8 are the thicknesses of the thin layer plates that form the respective thin layer parts, like the small through holes 3 'and 3 "that engage the both side portions of the U-shaped protruding frame 6. Since the width is approximately 3 to 4 times the width, a required margin is ensured between the insertion meshing means i, j and the composite insertion meshing means k.
With this allowance, the vertical support main plate a, the vehicle body left plate b, the vehicle body right plate b ′, and the vehicle chassis main plate c can be displaced from the assembled state shown in FIGS. 1 to 3 to the flat state shown in FIGS. Further, the flat state can be returned to the assembled state.

  Regarding the connection of the front bonnet plate f, the trunk lid plate g and the rear spoiler plate h in a state of being straddled between the vertical support main plate a and the vehicle body left plate b, the vehicle body left plate b and the vehicle body right plate b ′. As for the connection of the chassis auxiliary plate d and the top plate e in a state of being spanned between them, the insertion and engagement means i and j that mesh with each other have a required margin as described above. In the same manner as described above, it is possible to displace the assembled state and the flat state by having a margin.

  The vertical support main plate, the plurality of vertical support sub plates, the horizontal support main plate and the plurality of horizontal support sub plates formed in the required contour shape are connected in various forms by inserting and engaging means. For example, it can be applied to a calendar.

It is a perspective view of the standing state of the Example which embodied the raising / lowering assembly decoration body of this invention in the vehicle body of the motor vehicle. FIG. 2 is an enlarged cross-sectional view taken along a line II in FIG. 1. It is the II-II line expanded sectional view of FIG. It is a perspective view of the vehicle body of FIG. It is a top view same as the above. It is the III-III line expanded sectional view of FIG. It is the IV-IV line expanded sectional view of FIG. 6 is a perspective view of a state in which the left and right auxiliary plates are further closed in the flattened flat state of FIGS. It is a perspective view of a vertical support main plate, a vehicle body right side plate, and a chassis plate. It is a perspective view of a vertical support main plate, a vehicle body right side plate and a chassis base plate, a chassis auxiliary plate, and a top plate that are connected to each other. FIG. 3 is a perspective view of a vertical support main plate, a vehicle body right side plate, a vehicle body plate, a vehicle body auxiliary plate and a top plate, and a front bonnet plate, a trunk lid plate, and a rear spoiler plate that are connected to each other. A perspective view representing the left side plate of the vehicle body, with the vertical support main plate connected to the vehicle body right side plate, the chassis base plate, the chassis auxiliary plate and the top plate, and the front bonnet plate, trunk lid plate, and rear spoiler plate. FIG.

Explanation of symbols

a vertical support main plate b, b 'vertical support sub plate c horizontal support main plate d, e, f, g, h horizontal support sub plate 3 cut line 3', 3 "small through-hole 4 convex piece i insertion meshing means 5 fine Groove 6 U-shaped projecting frame j Insertion meshing means 7 Inner narrow groove 8 Outer narrow groove 10 Long U-shaped projecting frame k Compound insertion meshing means

Claims (2)

(A) A vertical support main plate (a) made of a required thin layer plate, a plurality of vertical support sub-plates (b, b ') also made of the required thin layer plate, and a horizontal plate made of the same required thin layer plate. A support main plate (c) and a plurality of horizontal support sub-plates (d, e, f, g, h), which are also made of a required thin layer plate,
(B) The vertical support main plate (a) and the plurality of vertical support sub-plates (b, b ') have a thickness of approximately 3 to 3 at both ends of the cut line (3) having a required length. A square small through hole (3 ', 3 ") having a width of 4 times is provided continuously, and an insertion meshing means (i) having a convex portion (4) as a portion therebetween is provided in a required arrangement,
(C) The horizontal support main plate (c) has a U-shaped protruding frame (6) with a narrow groove (5) having a required length and a width approximately 3 to 4 times the thickness of the thin layer plate on one side edge. ) Is provided in the required arrangement, and the opposing other side edge has a required length of approximately 3 to 4 times the thickness of the thin plate. The composite insertion meshing means (k) formed by surrounding the inner narrow groove (7) and the outer narrow groove (8) by the long U-shaped projecting frame (10) is provided in a required arrangement,
(D) A plurality of horizontal support sub-plates (d, e, f, g, h) have a required length with a width of about 3 to 4 times the thickness of the thin-layer plate on opposite side edges. The insertion groove engaging means (j) formed by surrounding the narrow groove (5) with the U-shaped protruding frame (6) is provided in a required arrangement,
(E) The vertical support main plate (a), the plurality of vertical support sub plates (b, b '), the horizontal support main plate (c), and the plurality of horizontal support sub plates (d, e, f, g, h). However, it is connected by the said insertion meshing means (i) and the composite insertion meshing means (k), and forms the composite link mechanism as a whole, The raising / lowering assembly decoration body characterized by the above-mentioned.   2. The undulating and assembling decorative body according to claim 1, wherein the thin-layer board is made of paper, a synthetic resin film or a synthetic resin sheet.

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