Suspension tool for exhibits

Abstract

To provide an exhibit hanging tool which effectively suppresses horizontal shake of a hook plate.SOLUTION: An exhibit hanging tool 1 has a fitting structure in which, in the front view of an exhibition surface of an exhibition plate, at least one penetration slit 5a of one side and at least the other penetration slit 5c of the other side are arranged in an inverted V shape or a truncated chevron shape. A hook plate 11 is composed by including one hook plate 13 and the other hook plate 19 as well as a connection part which horizontally connects one hook piece and the other hook piece. In the base end part of the one hook plate, one support piece 17 is provided and, in the base end part of the other hook plate, the other support piece is provided, with each of the one and the other support pieces penetratingly supported in the one and the other slits respectively. By arranging the penetration slits in the inverted V shape or the truncated chevron shape, the horizontal shake is effectively suppressed.SELECTED DRAWING: Figure 1

Description

Technical Field

[0001] The present invention relates to an exhibit hanging tool for hanging an exhibit representing a product by attaching a hook plate for hanging an exhibit to a cardboard display board such as a board, a display board, or a cardboard board.

Background Art

[0002] There is known a product display tool including a mounting cardboard having one or more longitudinally extending long holes and one or more cardboard product hanging tools detachably attached to the long holes (Patent Document 1). This cardboard product hanging tool is composed of two folded cardboards. With both closed, they are passed through one long hole. After passing through, they open due to the restoring force of the folding, and a pluggable part contacts the back side of the mounting cardboard, and a lower side pressing part contacts the front side, so that they are prevented from coming off and fixed.

[0003] Further, a pressing protrusion projects from the side into a long hole similar to the long hole of Patent Document 1, so as to press and fix the base end portion of a cardboard hook inserted into the long hole (Patent Document 2). The hanging tool of Patent Document 2 also passes through one long hole, similar to that of Patent Document 1, and has a configuration in which the hook contacts the front and back sides of the mounting base paper together with the above-described fixing assistance.

Prior Art Documents

Patent Documents

[0004]

Patent Document 1

Patent Document 2

Summary of the Invention

Problems to be Solved by the Invention

[0005] The hanging tool of Patent Document 1 is such that two pieces of cardboard that have passed through a single long hole in a closed state open due to the restoring force of the folding. However, the relationship with the mounting cardboard is maintained by contact friction. For this reason, there is a problem that lateral displacement is particularly likely to occur.

[0006] The hanging tool of Patent Document 2 also has the same problem as the hanging part of Patent Document 1. That is, it is very difficult to effectively suppress the lateral displacement of the entire hook with only one long hole.

Means for Solving the Problem

[0007] It is an object of the present invention to solve the above problems, and the following are the means for solving the problems.

[0008] (Features of the invention of Claim 1) An exhibit hanging tool according to the invention of Claim 1 is , including a cardboard display board having a display surface and a back surface and one or more mounting structures, and a hook plate for hanging exhibits removably attached to the display surface side of the display board via the mounting structure. Here, the mounting structure, when the display surface of the display board is viewed from the front asymmetric is arranged in an inverted V shape or a figure-eight shape, two one through slit, one and the other through slit. Furthermore, a virtual horizontal line passing through the uppermost end of the other through slit is positioned so as to pass between the two one through slits. The hook plate includes one hook plate and the other hook plate each having a base end portion and an open end portion, one a hook piece the other and a connecting portion that can form an inverted V-shaped posture when viewed from the front by horizontally connecting the hook pieces. At the base end portion of the one hook plate, one support piece that can be penetrated and supported by each of the one through slits two is provided, and at the base end portion of the other hook plate, the other support piece that can be penetrated and supported by the other through slit one is provided. Furthermore, each of the one and the other support pieces is penetrated and supported by each of the one and the other slits, respectively.

[0009] (Claims 2 Features of the invention) Claims 2 Exhibition item hanging tool according to the invention is comprises a cardboard display board having a display surface and a back surface and one or more mounting structures, and a hook plate for hanging an exhibition item removably attached to the display surface side of the display board via the mounting structure. Here, the mounting structure, when the display surface of the display board is viewed from the front asymmetric is arranged in an inverted V shape or an eight shape, and is substantially linear on either the left or right side at a predetermined interval two arranged one through slit, and on the opposite side one of the other through slit. A virtual horizontal line passing through the uppermost end of the other through slit is positioned so as to pass between the two one through slits. The hook plate includes one hook plate and the other hook plate each having a base end portion and an open end portion, one hook pieces the other and a connecting portion that can form an inverted V-shaped posture when viewed from the front by horizontally connecting the hook pieces. At the base end portion of the one hook piece, one support piece that can be penetrated and supported by each of the one through slits two is provided, and at the base end portion of the other hook piece, the other support piece that can be penetrated and supported by the other through slit is one provided. Moreover, each of the one and the other supports side is penetrated and supported by each of the one and the other slits, respectively.

Advantages of the Invention

[0010] According to the present invention, since the hook plate is penetrated and supported through a plurality of through slits, lateral movement with respect to the display board is suppressed, and a stable exhibition item hanging tool can be provided.

Brief Description of the Drawings

[0011]

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Mode for Carrying Out the Invention

[0012] A mode for implementing the present invention based on the drawings (hereinafter referred to as "this embodiment") will be described. In this embodiment, the state shown in FIG. 3 is referred to as the state of front view, and based on this, the directions of left and right, up and down, front and back are defined. Hereinafter, the display article hanging tool will be simply referred to as the "hanging tool". Further, although specific dimensions and shapes are shown below, these are for the reader to easily grasp the image including the size feeling of the hanging tool described below, and are not limited to those values and shapes. Any dimensions and shapes can be appropriately changed and designed as long as they do not deviate from the purpose of the present invention. In addition, in this application, the expressions "one side" and "the other side" are used, but these do not mean to specify any one of them, and even if one side and the other side are reversed, what they mean does not change.

[0013] (Overall structure of the hanging tool) As shown in FIGS. 1 to 4, the hanging tool 1 mainly includes a display board 3 and a hook board 11. The display board 3 has two mounting structures 5 with the same structure (it may also be 1, or 3 or more, and a plurality of upper and lower rows may also be plural). The mounting structure 5 is for attaching the entire hook board 11 to the display board 3 in cooperation with the hook board 11.

[0014] (Structure of the display board) The display board 3 is formed into a vertically long rectangle by die-cutting the display surface cardboard on the surface. Although various dimensions can be set according to the size of the display article on the display board 3 and the difference in the display location, the approximate dimensions of the display board 3 in this embodiment are 500 mm in length and 100 mm in width. If it has sufficient rigidity to withstand the weight of the display article, it is not necessary to provide it, but in order to prevent warping, back plates 3c, 3c with the same vertical dimension as that of the display board 3 and a width dimension slightly less than one-third of the horizontal width are pasted on both sides of the back surface of the display board 1 via an adhesive layer (not shown) (FIGS. 2 and 4). The width dimension of the back plate 3a may be other than the above, but it must not impair the function of the mounting structure 5. Near the upper end of each of the back plates 3c, 3c, string holes 3h, 3h penetrate therethrough, and the hanging tool 1 together with the display article G (FIG. 5) can be hung on a wall or display furniture outside the figure using the hanging string S passed through there. For the sake of clarity, the hanging string S is omitted in the drawings other than FIGS. 1 and 2.

[0015] The material of the display board 3 is not particularly limited as long as it has sufficient rigidity to withstand the hanging of the exhibit and is not extremely difficult to process. For example, a synthetic resin board can be used, but in this embodiment, for the purpose of reducing the environmental load, a laminated paper obtained by bonding and laminating multiple sheets of paper with an adhesive and finishing it into a single sheet of cardboard is used. Additionally, the outermost papers on the front and back are glossy papers. This is to make the exhibit stand out and look better. The adoption of glossy paper depends on the preference of the user, so it may not be adopted. Although most of the surface of the display board 3 is hidden by the exhibit G, this can be regarded as a display part, and for example, the picture of the exhibit G can be printed on its surface at the location where the exhibit G is to be hung. Even if the exhibit G is sold out and the surface of the display board 3 is exposed, if there is a picture there, the sense of out-of-stock can be reduced and it can function as an advertising medium.

[0016] As described above, the display board 3 of this embodiment is vertically long and rectangular, but it may also be in another shape, such as a vertically long ellipse or a vertically long rhombus, to add a decorative effect. Also, rounding the corners of the display board 3 or forming notches, punched holes, etc. is not prohibited. In any case, it goes without saying that the premise is to maintain the strength as a hanging tool.

[0017] (Detailed Structure of the Mounting Structure) Referring to FIGS. 1 to 7. As described above, the mounting structure 5 is for attaching the entire hook plate 11 to the display board 3 in cooperation with the hook plate 11. The mounting structure 5 is constituted by a plurality (three in total in this embodiment, at least two are sufficient, and four or more are also acceptable) of through slits 5a to 5c formed through at a predetermined position of the display board 3. The through slits 5a to 5c can adopt various shapes within the range that can achieve the purpose of press-fitting and through-supporting the supporting pieces to be described later. In this embodiment, they are all formed in an elongated rectangle (or an elongated ellipse) with small roundings at corners of substantially the same size.

[0018] When the display surface 3a is viewed from the front, the three through slits 5a, 5b (one through slit) are arranged in a substantially straight line from the center to the right at a predetermined interval, and the through slit 5c (the other through slit) is arranged on the left side, and the left and right slits as a whole form the shape of the Chinese character "八". The reason why it is expressed as "八" here is because the left stroke is shorter than the right stroke in the stroke order, and the upward extension of the left stroke crosses the right stroke, but it is not strictly literal and should generally be interpreted as a shape that flares out toward the end. An inverted V shape or a katakana "ハ" shape is also included in this flaring shape. It may be symmetrical or asymmetrical. The one through slit and the other through slit may be reversed.

[0019] Next, the preferred positional relationship between the through slits will be explained. The uppermost through slit 5a among the through slits on one side and the through slit 5b directly below it are arranged in a substantially straight line at a predetermined interval (set to about 8 mm in this embodiment). Although not adopted in this embodiment, it is not precluded from increasing the number of through slits on one side from two as in this embodiment to three or four or more, and in that case, they will also be arranged in a substantially straight line at a predetermined interval. This point is the same when two or more through slits are provided on the other side.

[0020] As shown in FIG. 3, the imaginary horizontal line L1 passing through the top end of the other through slit, 5c, is positioned so as to pass between the through slits 5a and 5b. In other words, the through slits 5a to 5c are arranged alternately like stepping stones in a garden. Instead of the stepping stone arrangement, a symmetrical arrangement like the modified example of this embodiment described later can be adopted, but one reason for adopting such a stepping stone arrangement is to avoid impairing the strength of the display board 3 as much as possible (other reasons will be described later). In this way, excessive quality of the material interleaving paper can be avoided, which is advantageous in terms of cost.

[0021] (Hook plate structure) Refer to FIGS. 1, 6, and 7. First, regarding the material, the hook plate 11 can be made of materials such as synthetic resin or metal like aluminum. However, in this embodiment, as a preferred embodiment, cardboard with a thickness of around 3 mm having appropriate rigidity is adopted. If it is made of paper, it can be discarded (or recycled in some cases) together with the display board 3 which is also made of paper, so the environmental load can be small. The material of the hook plate 11 in this embodiment uses cardboard obtained by laminating and pressing paper or paperboard and drying it, and it is made by die-cutting it as described later. Next, the structure of the hook plate 11 will be described. Note that the hook plate 11 may be formed pulp molded by molding pulp in a mold.

[0022] The hook plate 11 is generally composed of one hook piece 13, the other hook piece 19, and a connecting portion 25 that horizontally connects the one hook piece 13 and the other hook piece 19. One hook piece 13 corresponds to the through slits 5a and 5b, and the other hook piece 19 corresponds to the through slit 5c. When the hook plate 11 is viewed from the front, it has an inverted V shape with the connecting portion 25 at the top (FIG. 3). Note that the structure of the connecting portion 25 will be described in the explanation of the manufacturing method of the hook plate described later.

[0023] The hook piece 13 has a base end portion 13a on the side closer to the display board 3 and an open end portion 13b on the opposite side. The open end portion 13b of the hook piece 13 protrudes in the length direction from the open end portion 19b of the hook piece 19, and the open end portion 13b in the die-cut state described later protrudes toward the open end portion 19b side to form a hook portion (FIG. 6). On the base end portion 13a, a support piece (back surface contact piece 15) that can penetrate through the through slit 5a and a support piece 17 that can penetrate through the through slit 5b protrude toward the display board 3 in the mounting posture (the lower hook plate 11 shown in FIG. 1). Note that conversely, the open end portion 19b of the hook piece 19 may protrude in the length direction from the open end portion 13b of the hook piece 13 and be used as the hook portion.

[0024] The support piece 15 of this embodiment has a substantially semi-circular shape defined by an arc end face 15a and a chord end face 15b, and its upper half protrudes upward from the upper end of the connection part 21 of the hook piece 13. The reason for adopting the substantially semi-circular shape is to easily and stably lower the upwardly inclined open end 13b horizontally after passing through the through slit 5a by press-fitting in the state where the open end 13b is upwardly inclined (the state shown in Fig. 8(a)). By lowering the open end 13b, the support piece 15 rotates about the base of the support piece 15 and eventually abuts against the back surface 3b of the display board 3 and stops (Fig. 2). During this rotational movement, the arc end face 14b continues to slide on the lower edge of the through slit 5a, thereby supporting the rotational movement from below. That is, it contributes to stable rotational movement. Although it is possible to adopt a shape other than the substantially semi-circular shape, the reason for adopting the same shape lies in the stable support from below of the rotational movement described above.

[0025] The support piece 17 mainly comprises a tip bulging portion 17a and a constricted portion 17b connecting the tip bulging portion 17a and the base end portion 13a. The tip bulging portion 17a bulges in a flat elliptical shape compared to the constricted portion 17b for anti-disengagement. By strongly pressing the tip bulging portion 17a into the through slit 5b, the tip bulging portion 17a and the periphery of the through slit 5b are slightly deformed and penetrate therethrough. After penetration, the tip bulging portion 17a serves as an anti-disengagement means, and the support piece 17 is stably supported on the display board 3. The hook piece 13 has two support pieces, namely the support piece 15 and the support piece 17, because the number is the same as that of the two through slits 5a and 5b serving as one of the through slits. When one or three or more of the through slits are provided, the same number of support pieces as these will be provided.

[0026] The hook piece 19 has a base end portion 19a on the side of the display board 3 and an open end portion 13b on the opposite side. A support piece 21 that can penetrate through the through slit 5c protrudes toward the display board 3 from the base end portion 19a. The support piece 21 has a tip bulging portion 21a and a constricted portion 21b that connects the tip bulging portion 21a and the base end portion 19a as main members. The tip bulging portion 21a bulges in a flat elliptical shape compared to the constricted portion 21b for anti-disengagement. By strongly pushing the tip bulging portion 21a into the through slit 5c, the tip bulging portion 21a and the peripheral edge of the through slit 5c are slightly deformed to allow penetration. After penetration, the tip bulging portion 21a serves as an anti-disengagement means, and the support piece 21 is stably supported by the display board 3. The reason why there is only one support piece 21 serving as the other support piece is that there is only one through slit 5c. If there are two or more other through slits, the number of other support pieces provided will be the same as the number of these through slits, which is no different from the case of the one support piece described above.

[0027] (Manufacturing method of hook plate) As described above, the material of the hook plate 11 in the preferred embodiment is a cardboard made by laminating and pressure-bonding paper or paperboard and drying it, and then punching it out with a die. Fig. 6 shows the state of simultaneously punching out the hook plates 11a to 11c from a single cardboard 51. In Fig. 6, the reference numerals 11a to 11c are used only to distinguish each of the plurality of identical hook plates 11. By arranging the base end portion and the open end portion alternately as in the hook plates 11a to 11c, a large number of hook plates can be simultaneously made from the same single cardboard 51.

[0028] The reference numeral 53 in Fig. 6 indicates the punched opening remaining in the cardboard 51 after punching out the hook plate 11c at the right end of Fig. 6. As is clear from the hook plate 11c in Fig. 6, in the punched state, the open end portion 13b protrudes ahead of the hook piece 19b (the right side in Fig. 6). This is to give an upward inclination to the hook portion 13b without interfering with the hook piece 19 so as not to easily drop the exhibit G as shown in Fig. 5 when punching out the hook plate 11, that is, from a single cardboard 51. From another perspective, it is impossible to give an upward inclination to both hook pieces because they would protrude from both sides and interfere with each other.

[0029] When forming the connecting part 25 during die cutting, it is advisable to form it by leaving a part on the back side of the paper laminated by half-cut die cutting. This is because the connecting part 25 can be formed simultaneously with the full-cut contour die cutting, thus saving labor. The remaining paper functions like a hinge, enabling easy lateral connection between the hook part 13 and the hook part 19. Due to the half-cut die cutting, half-cut die cutting marks will be formed on the end faces of the hook plate 13 and the hook plate 19 sandwiching the connecting part 25 respectively (Fig. 10). However, full cutting instead of half cutting does not prevent the complete separation of the hook piece 13 and the hook piece 19. In the case of complete separation, the hook piece 13 and the hook piece 19 can be laterally connected by pasting a flexible adhesive tape etc. (not shown).

[0030] (Mounting procedure of the hook plate) Refer to Figs. 8 to 10. At the uppermost support piece 15, with the open end 13b of the hook plate 11 tilted upward (Figs. 8(a), 9), it is inserted and supported through the corresponding through slit 5a (arrow A), and then the open end 13b is lowered as shown by arrow B (Figs. 8(b), 9). Thus, the support piece 15 abuts against the back surface 3b of the display board 3 and functions as a back surface abutting piece (Fig. 10), stopping further lowering and performing positioning. Next, the support piece 17 is press-fitted into the through slit 5b, and the support piece 21 is press-fitted into the through slit 5c respectively (Figs. 8(c), 9). Since the hook plate 11 is supported at three points by the support pieces 15, 17, 21, the display board 3 is very stable. To remove the hook plate 11, the above procedure can be reversed. Note that the connecting part 25 (hatched part) shown in Fig. 10 is drawn with an exaggerated thickness for better understanding.

[0031] (Effects specific to this embodiment) Since it is easy to attach and detach using the elasticity of the cardboard display board 3, it is very convenient. The hook plate 11 in the front view shown in Fig. 3 has an unbalanced left and right, but like ikebana, there are many cases where a lack of exact left - right symmetry creates a more aesthetic appearance. The hanging tool 1 can be said to create an aesthetic appearance for viewers due to its left - right imbalance.

[0032] (Modification of this embodiment) With reference to Figs. 11 to 17, a modification of this embodiment (hereinafter referred to as "this modification") will be described. The differences between the hanging tool 1 of this embodiment and the hanging tool 61 of this modification are, firstly, the form of the support piece and, secondly, the form of the attachment structure. Regarding the basic form other than the above two points, this embodiment and this modification are common. Therefore, in this section, the description will focus on the members that are structurally different between the two, and the description of the common parts will be omitted to the extent that it does not hinder understanding. Also, to facilitate understanding of the correspondence of members between this embodiment and this modification, the reference numerals of the members used in this embodiment are made common with the reference numerals of the corresponding members in this modification, and a dash "´" is added to the latter's reference numerals.

[0033] (Detailed structure of the attachment structure) With reference to Figs. 11 to 14, the attachment structure 5´ of this modification will be described. There are two differences between the attachment structure 5´ of this modification and the attachment structure 5 of this embodiment. One of them is that there are a total of four through - slits (5´a to 5´d), two on the left and two on the right in the front view, in 5´. 5´d is a slit for passing through and supporting the support piece 15´. The other point is that the through - slit 5´a above the left and the through - slit 5´d are arranged in an inverted V - shape that is symmetric left - right with an upper common part (about 4 / 5 of the upper part overlaps in this modification). By arranging it in this way, the same - shaped attachment structure 5´ appears even when the display board 3´ is turned over. That is, the display board 5´ can be made reversible, and thus it becomes possible to use the display surface 3a in Fig. 12(a) for product A and the back surface 3´b of the same display board 3´ for product B, etc.

[0034] (Structure of the support piece) At the constricted portion 17b of the support piece 17' at the lowermost of the two, a lower end notch 17'c that opens downward is formed so that the lower end edge 7'b of the through slit 5'b can enter with a slight clearance. Also, at the constricted portion 21b of the support piece 21' at the lowermost of the two, a lower end notch 21'c that opens downward is formed so that the lower end edge 7'c of the through slit 5'c can enter with a slight clearance.

[0035] Here, as shown in FIGS. 18(a) and (b), by pushing down each of the support pieces 17', 21' (tip bulging portions 17'a, 21'a) respectively penetratingly supported by the through slits 5'b, 5'c with respect to the display board 3' (downward arrow in FIG. 18(c)), the lower end edge 7b of the through slit 5'b enters into the lower end notch 17'c, and the lower end edge 7c of the through slit 5'c enters into the lower end notch 21c, so that the hook plate 11' is prevented from coming off at least in the vertical direction (right horizontal direction in FIG. 18) of the display surface 3a. Thereby, the penetrating support of the hook plate 11' with respect to the display board 3' becomes more stable. However, the through slit 5'd is not used at this time. The reason for not using it will be described next. Note that since the through slit 5'd is not used, it will be understood that the hook plate 11' can also be used for the attachment structure 5 of the display board 3 of the present embodiment.

[0036] Here Preferably, the support piece 17' and the support piece 21' are formed in the same shape, specifically, symmetrically with respect to the virtual line L2 (FIG. 15) passing through the connecting portion 25 as the target axis. In other words, the support piece 17' and the support piece 21' are interchangeable even if they are not symmetric. Each of the support pieces 15', 17', 21' can be penetratingly supported by the slits 5'b, 5'c from the side of the back surface 3'b of the display board 3'. That is, reversibility of the entire display fixture 1' is realized.

Explanation of Reference Numerals

[0037] 1 Display item hanging tool (hanging tool), 3 Display board, 3a Display surface, 3b Back surface, 3c Back board, 3h String hole, 5, 5´ Mounting structure, 5a~5c Through slits, 5‘a~5’d Through slits, 7´b, 7´d Lower end edge, 11 Hook plate (11a~11c), 13 Hook piece (one hook piece), 13a Base end portion, 13b Open end portion (hook portion), 15 Support piece (one support piece, back surface contact piece), 15a Arc end surface, 15b Chord end surface, 17, 17´ Support piece (one support piece), 17a Tip bulging portion, 17b Constriction portion, 17c Lower end notch, 19 Hook piece (the other hook piece), 19a Base end portion, 19b Open end portion (hook portion), 21 Support piece, 21a Tip bulging portion, 21b Constriction portion, 21c Lower end notch, 25 Connecting portion, 51 Cardboard, 53 Punching opening, A Arrow, G Display item (product), L1 Virtual horizontal line, S Hanging string

Claims

1. A display article hanger comprising a cardboard display board having a display surface and a back surface and one or more mounting structures, and a hook board for removably mounting a display article on the display surface side of the display board via the mounting structure, The mounting structure is composed of two one-way through slits arranged in an asymmetrical inverted V shape or figure-eight shape when the display surface of the display board is viewed from the front, and one other through slit, The virtual horizontal line passing through the uppermost end of the other through slit is positioned so as to pass between the two one-way through slits, The hook board is composed of one hook board and the other hook board each having a base end portion and an open end portion, and a connecting portion capable of forming an inverted V-shaped posture when viewed from the front by horizontally connecting one hook piece and the other hook piece, Two one-way support pieces capable of passing through each of the one-way through slits are provided at the base end portion of the one hook board, One other support piece capable of passing through the other through slit is provided at the base end portion of the other hook board, Each of the one-way and the other support pieces is passed through each of the one-way and the other slits, A display article hanger characterized by the above.

2. A display article hanger comprising a cardboard display board having a display surface and a back surface and one or more mounting structures, and a hook board for removably mounting a display article on the display surface side of the display board via the mounting structure, The mounting structure is composed of two one-way through slits arranged substantially linearly at a predetermined interval on either the left or right side in an asymmetrical inverted V shape or figure-eight shape when the display surface of the display board is viewed from the front, and one other through slit on the opposite side, The virtual horizontal line passing through the uppermost end of the other through slit is positioned so as to pass between the two one-way through slits, The hook plate is composed of one hook plate and the other hook plate each having a base end portion and an open end portion, and a connecting portion capable of forming an inverted V-shaped posture in a front view by horizontally connecting one hook piece and the other hook piece. Two one-sided support pieces that can be penetrated and supported by the respective one-sided through slits are provided at the base end portion of the one-sided hook plate. One other support piece that can be penetrated and supported by the other through slit is provided at the base end portion of the other hook piece. Each of the one-sided and the other support pieces is penetrated and supported by the respective one-sided and the other slits. An exhibit hanging tool characterized by the above.

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