JP6677325B2 - Stand mechanism - Google Patents

Description

  The present invention relates to a stand mechanism that can hold itself on the front surface of a mount so that it can stand on its own in order to exhibit good display properties when displaying products in containers such as cosmetics, daily necessities, foods, etc. at stores. It is.

  2. Description of the Related Art Conventionally, as a stand mechanism of this type, there has been known a stand mechanism in which a packaged product such as cosmetics, daily necessities, and food is held on a front surface of a mount as a supported object, and is self-supported by a leg piece provided on the mount. (For example, see Patent Documents 1 and 2). In the types shown in these documents, a blister pack is not used to hold the product on the backing sheet, and the supported object is directly adhered to and held on the surface of the backing sheet, or The object to be supported is held on the front surface of the backing sheet by the heat-shrinkable film attached to the base material.

JP 2012-20762 A JP 2012-25483 A

  Among the above-described conventional stand mechanisms, the one described in Patent Document 1 has a leg piece for holding a supported object inclined downward from the front surface of the mount body and extending forward, and the leg piece has a bent ruled line. Attempts to return by the rebound resilience force, and the pieces are supported by the supported object, but since the folding ruled lines extend left and right (horizontally), the base sheet is weak to the force to fall forward, and the leg pieces are There is a problem that it is not stable. In the case of Patent Document 2, the pair of leg pieces extend forward from the folding ruled line so as to sandwich the supported object from the left and right at the lower part of the mount, so that the leg pieces are covered. If it is not joined to the support, there is a problem that the leg piece is not stabilized due to the force to return due to the rebound restoring force of the folded ruled line.

  The present invention has been made in view of the above-described problems, and an object of the present invention is to provide a stand mechanism that is excellent in self-sustainability by stabilizing leg pieces.

To achieve the above object, the stand mechanism of the present invention is a stand mechanism comprising a mount for the supporting structure is maintained, and a pair of legs for free standing a mount holding the supported object, pair The legs have a taper that protrudes from the front of the backing paper through a pair of folding ruled lines that extend in the vertical direction with a space between the left and right, and a taper that goes down toward the tip at the lower edge, due to the rebound restoring force when folded wherein the abutment vital mount from the left and right on the supporting structure is adapted to incline to the rear.

  In the above-mentioned stand mechanism, the legs may be formed of a member separate from the mount, or the legs may be formed of a part of the mount.

  In the stand mechanism of the present invention, since the legs for self-supporting the mount are pressed against the supported object by the rebound restoring force, the legs are supported by the supported object and become stable, and the display effect is excellent. , Resulting in excellent independence. In addition, since it is only necessary to clamp the supported object between the bent legs, the assembling operation is simple.

It is an outline view showing a stand mechanism which is a 1st embodiment of the present invention. FIG. 2 is a front view showing, in a separated state, a mount and a leg forming material that constitute the stand mechanism shown in FIG. 1. FIG. 3 is a rear view showing a state in which the mount and the leg forming material of FIG. 2 are attached. It is an external view which shows the modification of the stand mechanism of FIG. It is an outline view showing a stand mechanism which is a 2nd embodiment of the present invention. It is a front view which shows the mount which comprises the stand mechanism shown in FIG. FIG. 7 is a front view showing the mount shown in FIG. 6 in a state in which the mount is being assembled. It is an outline view showing a stand mechanism which is a 3rd embodiment of the present invention. FIG. 9 is a front view showing a mount forming the stand mechanism shown in FIG. 8. FIG. 9 is an external view showing a modification of the stand mechanism of FIG. 8. It is a front view which shows the mount which comprises the stand mechanism of FIG. FIG. 9 is an external view showing a modification of the stand mechanism of FIG. 8. It is a front view which shows the mount which comprises the stand mechanism of FIG. It is an outline view showing a stand mechanism which is a 4th embodiment of the present invention. It is a front view which shows the mount which comprises the stand mechanism shown in FIG. It is an outline view showing a stand mechanism which is a 5th embodiment of the present invention. FIG. 17 is an external view showing the stand mechanism of FIG. 16 as viewed from the rear side. FIG. 17 is a front view showing a mount forming the stand mechanism shown in FIG. 16. FIG. 19 is a rear view showing the mount shown in FIG. 18 in a state in which the mount is being assembled. It is an outline view showing a stand mechanism which is a 6th embodiment of the present invention. FIG. 21 is a front view showing a mount forming the stand mechanism shown in FIG. 20. FIG. 22 is a rear view showing the mount shown in FIG. 21 in a state in which the mount is being assembled. It is an outline view showing a stand mechanism which is a 7th embodiment of the present invention. FIG. 24 is an external view showing the stand mechanism of FIG. 23 as viewed from the rear side. FIG. 24 is a front view showing a mount forming the stand mechanism shown in FIG. 23.

  Next, embodiments of the present invention will be described in detail with reference to the drawings.

[First Embodiment]
FIG. 1 shows a stand mechanism according to a first embodiment of the present invention in a self-standing state. The stand mechanism includes a mount 10 on the front surface of which the support A is held, and a pair of legs 11 for self-supporting the mount 10 holding the support A. In addition, a hanging hole 12 is provided in the upper center of the mount 10, and the hanging hole 12 is a through hole through which a hanger or the like passes when hanging and displayed. The illustrated supported object A is a cylindrical container with a cap, and its contents are cosmetics, daily necessities, foods, and the like. In the present invention, the type, shape, contents, and the like of the container as the supported object are as follows. There is no particular limitation.

Stand mechanism of Figure 1 is assembled et al in two-piece mount 10 and one leg portion forming member 13 showing a plan view in FIG. As a sheet constituting these members, a paperboard, a plastic sheet, a synthetic paper, or the like can be used, and usually a paperboard is often used from the viewpoint of cost, ease of processing, disposability, and the like.

  As shown in FIG. 2, the mount 10 has a vertically long rectangular shape in plan view, and a U-shaped notch 14 is formed in the lower center. A vertically long sticking portion 15 made of an adhesive or a double-sided tape is provided at the center of the front surface to hold the object A to be supported on the front surface.

  The leg portion forming material 13 is attached to the back side of the backing sheet 10 as shown in FIG. 3, and is attached to the upper side of the notch section 14 by a fixing portion 16 having the same width as the notch section 14 of the backing sheet 10. The folding ruled lines a located on the left and right sides of the fixed portion 16 and the T-shaped cutting line α connecting the lower ends of the fixed portions 16 are provided on both sides of the fixed portion 16 via the vertical folding ruled lines a. It has a shape in which the parts 11 are continuously provided. The left and right legs 11 are tapered so that their lower sides are sharpened downward, as shown in the figure, in order to make the mount 10 holding the supported object A tilted backward and self-standing. Further, each of the lower sides is designed to overlap the lower end corner portion of the cutout portion 14.

  The procedure for assembling the stand mechanism of FIG. 1 is as follows. First, a material in which the leg portion forming material 13 is attached to the backing sheet 10 (FIG. 3) and a supported object A are prepared. Next, the left and right legs 11 are bent to the rear side at the folding ruled line a to open in a U-shape on the front side, and while the lower part of the supported object A is located between the left and right legs 11, the supported object A is Is attached to the front surface of the backing sheet 10 by the sticking section 15. Then, the inner surfaces of the left and right leg portions 11 respectively contact the side portions of the supported object A, so that the left and right legs 11 are prevented from returning and are supported by the supported object A.

  After the supported object A is attached to the backing sheet 10, a portion of the leg forming material 13 in the backing sheet 10 is bent back so that the leg 11 is bent and opened while not hitting the supported object A. Is also good. Thereafter, if the warp of the backing paper 10 is returned, the leg portion 11 rides over the supported object A and is supported by the supported object A from the outside.

  In the stand mechanism assembled in this manner, the lower end edge of the backing sheet 10 is in contact with the stationary surface, and the pair of legs 11 supporting the backing sheet 10 project forward and backward of the mounting sheet 10 and the lower end edge is in contact with the stationary surface surface. Becomes Each leg 10 is in a state of being supported against the supported object A, and is stabilized without shaking. When the stand mechanism is self-standing on the stationary surface, the lower ends of the legs 11 are tapered, so that the stand mechanism is stably self-supported in a slightly inclined rearward direction, and the display performance is also improved.

-Modification of the first embodiment-
The variation about the stand Organization of FIG. 1 will be described with reference to FIG. In addition, the same components as those in FIG.

Stand Organization of FIG. 4, the stand mechanism shown in FIG. 1 is obtained by forming a cut portion 17 by cutting the upper corners of the leg portions 11 in an L-shape. When this stand mechanism holds the supported object A, the vertical line portion of the cut portion 17 comes into contact with the supported object A to support the leg 11, and the horizontal line portion supports the bottom of the supported object A. . By forming the cut portion 17 in this manner, the engagement between the supported object A and the leg portion 11 becomes more reliable.

[Second embodiment]
FIG. 5 shows a stand mechanism according to a second embodiment of the present invention in a self-standing state. The stand mechanism includes a mount 20 on the front surface of which the supported object A is held, and a pair of legs 21 for self-supporting the mount 20 holding the supported object A. A hanging hole 22 is provided. The supported object A is the same as that described in the first embodiment.

  The stand mechanism of FIG. 5 is assembled with one mount 20 whose plan view is shown in FIG. As a sheet constituting the mount 20, a paperboard, a plastic sheet, a synthetic paper, or the like is used in the same manner as described in the first embodiment.

  As shown in FIG. 6, the mount 20 has a shape in which a trapezoidal leg forming portion 23 protrudes from a lower left portion of a vertically long rectangular main portion. Also, a vertical folding ruled line a is formed from the lower center of the mount 20 to the lower end edge, and a cutting line α that extends obliquely from the upper end of the folded ruled line a to the left end of the lower end edge of the mount 20 is formed. A triangular leg 21 is defined by the folding rule line a and the cutting line α. In order to hold the object A to be supported on the front surface, a vertically long sticking portion 24 made of an adhesive or a double-sided tape is provided on the left side of the front surface.

  The leg portion forming portion 23 has a shape in which a triangular leg portion 21 is continuously provided with a narrow width rectangular folded portion 25 interposed therebetween, and the folded portion 25 is formed on the backing sheet 20 via a folding ruled line b. The leg portion 21 is connected to the folded portion 25 via the folding ruled line c. The left and right legs 21 are tapered such that the lower sides thereof are lowered toward the front end, as shown in the figure, in order to make the mount 20 holding the supported object A slanted backward and to be free standing. ing.

  The procedure for assembling the stand mechanism of FIG. 5 is as follows. First, the backing sheet 20 shown in FIG. 6 is prepared, and the leg portion forming portion 23 is folded back to the front side along the folding ruled line b with respect to the main portion, and the folded portion 25 is stuck to the state shown in FIG. Next, the right leg 21 is bent at the folding ruled line a, and the left leg 21 is bent at the folding ruled line c so as to be in a double-open state, and the lower part of the supported object A is positioned between the left and right legs 21. Then, the supported object A is attached to the front surface of the backing sheet 20 by the attaching section 24. Then, the inner surfaces of the left and right leg portions 21 respectively contact the side portions of the supported object A, so that the left and right legs 21 are prevented from returning and are supported by the supported object A.

  After the supported object A is attached to the backing sheet 20, a part of the backing sheet 20 where the leg 21 is present may be bent back so that the leg section 21 is bent and opened while not hitting the supported object A. . Thereafter, if the warp of the backing sheet 20 is returned, the leg portion 21 rides over the supported object A and comes into contact with the supported object A from outside and is supported.

  In the stand mechanism assembled in this manner, the lower end edge of the mount 20 is a portion in contact with the stationary surface, and the pair of legs 21 supporting the mount 20 project forward and backward of the mount 20 and the lower edge is in contact with the static surface. Becomes Then, each leg 21 is in a state of being supported against the supported object A, and is stabilized without shaking. When the stand mechanism is self-standing on the stationary surface, the lower ends of the legs 21 are tapered, so that the stand mechanism is stably self-supported in a slightly inclined rearward direction, and the display performance is also improved. Further, since the leg portion 21 is large enough to surround the supported object A from the outside, the leg portion becomes more stable and self-supporting.

[Third embodiment]
FIG. 8 shows a stand mechanism according to a third embodiment of the present invention in a self-standing state. The stand mechanism includes a mount 30 on the front surface of which the support A is held, and a pair of legs 31 for self-supporting the mount 30 holding the support A. A down hole 32 is provided. The supported object A is the same as that described in the first embodiment.

  The stand mechanism shown in FIG. 8 is assembled with one mount 30 whose plan view is shown in FIG. As a sheet constituting the mount 30, a paperboard, a plastic sheet, a synthetic paper, or the like is used as in the case of the first embodiment.

  As shown in FIG. 9, the backing sheet 30 has a vertically long rectangular shape in plan view, and is provided with a Y-shaped cutting line α provided at the lower center and two lower ends from the upper end thereof. The legs 31 that can be opened with double clicks are defined by the vertical folding ruled lines a. The left and right legs 31 are tapered so that the lower sides thereof are lowered toward the front end, as shown in the figure, in order to make the mount 30 holding the supported object A tilt obliquely backward and become independent. ing. Further, in order to hold the supported object A on the front surface of the mount 30, a vertically long sticking portion 33 made of an adhesive or a double-sided tape is provided at the center of the front surface.

  The procedure for assembling the stand mechanism of FIG. 8 is as follows. First, the left and right legs 31 of the backing sheet 30 are bent at the folding ruled lines a so as to be in a double-open state, and the lower part of the supported object A is positioned between the left and right legs 31, while the supported object A Attach to the front surface of the mount 30 by 33. Then, the inner surfaces of the left and right leg portions 31 respectively contact the side portions of the supported object A, so that the left and right legs 31 are prevented from returning and are supported by the supported object A.

  After the supported object A is attached to the backing sheet 30, a part of the backing sheet 30 where the leg 31 is present may be bent back so that the leg section 31 is bent and opened while not hitting the supported object A. . Thereafter, if the warp of the backing sheet 30 is returned, the leg portion 31 rides over the supported object A and comes into contact with the supported object A from outside and is supported.

  In the stand mechanism assembled in this manner, the lower end edge of the mount 30 becomes a portion in contact with the stationary surface, and the pair of legs 31 supporting the mount 30 protrudes forward of the mount 30 and the lower edge thereof contacts the static surface. Becomes Then, each leg 31 is brought into a state of being supported against the supported object A, and is stabilized without shaking. When the stand mechanism is self-standing on the stationary surface, the lower ends of the leg portions 31 are tapered, so that the stand mechanism can be stably self-supported in a slightly inclined rearward direction, and the display performance is also good. In this stand mechanism, there is only an advantage that the leg 31 is easily formed because the leg 31 is divided by inserting the folding rule line a and the cutting line α into the mount 30.

-Modification of the third embodiment-
Two modifications of the stand mechanism of FIG. 8 will be described with reference to FIGS. 8 and 9 are denoted by the same reference numerals, and description thereof is omitted.

  The stand mechanism shown in FIG. 10 differs from the stand mechanism shown in FIG. 8 in that, as shown in FIG. 11, the folding ruled line a of the leg 31 is slightly inclined so as to open in a C-shape. In this stand mechanism, since the bottom of the leg portion 31 can be made larger than that of the stand mechanism of FIG. 8, the stability can be increased by enlarging the ground contact portion.

  The stand mechanism shown in FIG. 12 differs from the stand mechanism shown in FIG. 8 in that, as shown in FIG. Is an extension of In this stand mechanism, since the bottom of the leg 31 can be made larger than that of the stand mechanism of FIG. 8, the stability can be increased by enlarging the ground contact portion, and the resistance to the rearward inclination is increased.

[Fourth embodiment]
FIG. 14 shows a stand mechanism according to a fourth embodiment of the present invention in a self-standing state. This stand mechanism includes a mount 40 on the front surface of which the support A is held, and a pair of legs 41 for self-supporting the mount 40 holding the support A. A down hole 42 is provided. The supported object A is the same as that described in the first embodiment.

  The stand mechanism of FIG. 14 is assembled with one mount 40 whose plan view is shown in FIG. As a sheet constituting the mount 40, a paperboard, a plastic sheet, a synthetic paper, or the like is used in the same manner as that described in the first embodiment.

  As shown in FIG. 15, the mount 40 has a trapezoidal leg forming portion 43 projecting below a vertically elongated rectangular main portion, and the leg forming portion 43 is substantially the same as the supported object A. The left and right folding ruled lines a provided with the same width and the hook-shaped cutting lines α extending further inward from the ends of the folded ruled lines a, respectively, are folded ruled lines on both sides of the downward convex portion 44. It has a shape in which leg portions 41 capable of opening in a U-shape through a are continuously provided.

  The left and right leg portions 41 are tapered so that their lower sides are lowered toward the front end, as shown in the figure, in order to tilt the backing sheet 40 holding the supported object A diagonally and to stand on its own. ing. Further, in order to hold the object A from the main part of the mount 40 to the convex part 44 of the leg forming part 43, a vertically long sticking part 45 made of an adhesive or a double-sided tape is provided at the center of the front surface. .

  The procedure for assembling the stand mechanism of FIG. 14 is as follows. First, the left and right legs 41 of the leg forming portion 43 of the mount 40 are bent at the folding rule line a, respectively, and opened in a U-shape on the front side, and the lower part of the supported object A is sandwiched between the left and right legs 41. While being positioned, the supported object A is attached to the front surface of the mount 40 by the attaching section 45. Then, the inner surfaces of the left and right leg portions 41 respectively contact the side portions of the supported object A, so that the left and right legs 41 are prevented from returning and are supported by the supported object A.

  After the supported object A is attached to the mount 40, a portion of the mount 40 where the leg 41 is present may be bent backward, and the leg 41 may be bent and opened while not hitting the supported object A. . Thereafter, if the warp of the mount 40 is returned, the leg portion 41 rides over the supported object A and comes into contact with the supported object A from outside and is supported.

  In the stand mechanism assembled as described above, the pair of leg portions 41 protrude forward and backward of the backing paper 40, and the lower edge thereof is a portion in contact with the stationary surface. And each leg part 41 will be in the state supported by hitting each to-be-supported object A, and will be stabilized, without wobbling. When the stand mechanism is self-standing on the stationary surface, the lower ends of the legs 41 are tapered, so that the stand mechanism can be stably self-supported in a slightly inclined rearward direction, and the display performance is also good. This stand mechanism has an advantage that it is easy to form a large leg portion 41 protruding forward and backward despite being one piece.

[Fifth Embodiment]
FIG. 16 shows a stand mechanism according to a fifth embodiment of the present invention in a self-standing state, and FIG. 17 is an external view showing the stand mechanism as viewed from the rear side. The stand mechanism includes a mount 50 on the front surface of which the support A is held, and a pair of legs 51 for self-supporting the mount 50 holding the support A. A down hole 52 is provided. The supported object A is the same as that described in the first embodiment.

  The stand mechanism shown in FIGS. 16 and 17 is assembled with one mount 50 whose plan view is shown in FIG. As a sheet constituting the mount 50, a paperboard, a plastic sheet, a synthetic paper, or the like is used as in the case of the first embodiment.

  As shown in FIG. 18, the mount 50 has a shape in which a leg forming portion 53 is continuously provided at the center of the lower side of a main portion having a vertically long rectangular shape via a folding ruled line a. The leg forming portion 53 has substantially triangular legs 51 on the left and right sides of a folded portion 54 having a continuous shape. Specifically, the right and left middle dents of the squeeze type are U-shaped cutting lines α, and the inwardly protruding portions are formed through vertical folding ruled lines b located above and below the cutting lines α. Legs 51 having regions 51a are provided continuously. In addition, the mount 50 has a pair of a slightly larger size at a position symmetrical with the convex region 51a surrounded by the U-shaped cutting line α with the folding ruled line a at the lower side of the main part as the center. An opening 50a is formed. A vertically long sticking portion 55 made of an adhesive or a double-sided tape is provided at the center of the front surface to hold the object A to be supported on the front surface.

  The procedure for assembling the stand mechanism of FIGS. 16 and 17 is as follows. First, the backing sheet 50 of FIG. 18 is prepared, and the leg portion forming portion 53 is folded back at the folding line a with respect to the main portion, and the folded portion 54 is adhered to the state shown in FIG. Next, when the left and right leg portions 51 are bent at the folding ruled lines b, the convex region 51a by the cutting line α projects toward the front side. In this manner, the leg 51 is opened in a U-shape on the front side, and the lower end of the supported object A is positioned between the left and right legs 51, and the supported object A is attached to the front surface of the mount 51 by the attaching portion 55. Attach to Then, the inner surfaces of the left and right leg portions 51 protruding toward the front side of the mount 50 respectively hit the side portions of the supported object A, and are prevented from returning to be supported by the supported object A.

  After the supported object A is attached to the backing sheet 50, a portion of the backing sheet 50 where the leg forming portion 53 is provided is bent back so that the leg section 51 is bent and opened while not hitting the supported object A. Is also good. Thereafter, when the warp of the backing sheet 50 is returned, the leg portion 51 rides over the supported object A, and comes into contact with the supported object A from outside and is supported.

  In the stand mechanism assembled in this manner, the lower end edge of the main part of the mount 50 is a portion that comes into contact with the stationary surface, and the pair of leg portions 51 is such that the portion protruding to the back side of the mount 50 abuts the static surface. Become. Then, each leg 51 is in a state where the convex region 51a of the leg 51 protruding to the front side thereof is supported by hitting the supported object A, and is stabilized without shaking. When this stand mechanism is made to stand on the resting surface, the leg 51 has a triangular portion protruding from the back side, so that its tip abuts on the resting surface and is slightly inclined backward. Independently and stably, the display performance is also improved.

[Sixth embodiment]
FIG. 20 shows a stand mechanism according to a sixth embodiment of the present invention in a self-standing state. The stand mechanism includes an envelope-shaped mount 60 in which the supported object B is held in a state of protruding from the window 60a to the front, and a pair of legs 61 for self-standing the mount 60 holding the supported object B. In addition, a hanging hole 62 is provided at the upper center of the mount 60. The supported object B is a plastic bottle container with a cap, the contents of which are cosmetics, daily necessities, foods, etc., but the type, shape, contents, etc. of the container as the supported object are particularly limited. is not.

  The stand mechanism of FIG. 20 is assembled with a single mount 60 to which a rectangular film 63 is attached so as to cover the window 60a from the inside as shown in FIG. As a sheet constituting the mount 60, a paperboard, a plastic sheet, a synthetic paper, or the like is used in the same manner as described in the first embodiment. The material of the film 63 is not particularly limited, and may be appropriately selected from general plastic films. It is preferable that the elasticity and elasticity of the film 63 be large because the film 63 is more closely supported on the support B.

  The backing paper 60 has a rear panel 65 of substantially the same shape continuously connected to the lower side of a front panel 64 having a vertically long rectangular shape when viewed from above, and glue pieces 66 continuously provided on the left and right sides of the front panel 64. It has a developed shape in which insertion pieces 67 are continuously provided on the upper side. In addition, the upper part of the front panel 64 and the insertion piece 67 are provided with the suspension holes 62 which overlap at the time of assembly.

  The window 60a is provided in the front panel 64. The size of the window 60a is slightly larger than the shape of the supported object B as viewed from the front, and the lower portion thereof extends obliquely to the left and right of the bottom of the supported object B. It has a substantially V-shaped bottle shape. Then, a cutting line α extending from the lower end of the V-shape of the window 60a to the lower side of the front panel 64, folding rule lines a extending from two locations near the upper end of the V-shape to the lower side of the front panel 64, and those folding rule lines a And a cut line β provided on the lower side of the front panel 64 by connecting the lower ends of the front panel 64, a leg portion 61 capable of double-split is defined. As shown in FIG. 21, the film 63 has a strip-shaped bonding portion 66 a along the left and right glue pieces 66 and a top center of the front panel 64 so that the periphery of the window 60 a and the leg 61 are free. It is attached to the inner surface of the backing sheet 61 by one adhesive portion 64a and two lower right and left adhesive portions 64b. Note that the band-shaped adhesive portion a may be provided with a gap left outside (on the front panel 64 side) from a ruled line connecting the front panel 64 and the glued piece 66. If there is such a gap, the film 63 in this portion is loosened, and it is easy to cover the supported object B.

  The procedure for assembling the stand mechanism of FIG. 20 is as follows. First, the mount 60 is formed into an envelope. That is, the left and right glue pieces 66 are folded back to the rear side of the front panel 64, and then the back panel 65 is folded back and bonded to the front side of the glue pieces 66, so that the film 63 is stored in the mount 60. Next, as shown in FIG. 22, the upper part of the envelope-shaped backing sheet 60 is opened, and the supported object B is inserted therefrom. Then, the film 63 is not adhered around the periphery thereof, and can be extended when pushed from the inside by the supported object B. Therefore, the supported object B pushes the film 63 at the window 60a so as to push the film 63 from the window 60a. It is in a state of protruding to the front surface and is held by the film 63. At the same time, when the lower part of the supported object B pushes the leg 61, the leg 61 opens at the lower part of the mount 60 and rises up. The supported object B is supported by the film 63, and the left and right legs 61 The inner surfaces respectively contact the side portions of the supported object B, and the inner surfaces are prevented from returning to be supported by the supported object B. Finally, the insertion piece 67 is folded and inserted between the front panel 64 and the rear panel 65 to seal.

  In the stand mechanism assembled in this manner, the bent lower end edge of the mount 60 becomes a portion in contact with the stationary surface, and a pair of legs 61 supporting the mount 60 protrudes toward the front side of the mount 60 so that the lower end edge thereof is positioned on the static surface. It is the part that touches. And each leg part 61 will be in the state supported by hitting each to-be-supported object B, and will be stabilized, without wobbling. With this stand mechanism, even the envelope-shaped backing sheet 60 can have excellent autonomy. In addition, since the self-standing state can be achieved only by inserting the supported object B, the workability in assembling is excellent.

[Seventh embodiment]
FIG. 23 shows a stand mechanism according to a seventh embodiment of the present invention in a self-standing state, and FIG. 24 is an external view showing the stand mechanism as viewed from the rear side. This stand mechanism includes a box-shaped mount 70 in which the supported object C is held in a state of protruding from the window to the front, and a pair of legs 71 for self-standing the mount 70 holding the supported object C. A hanging hole 72 is provided in the upper center of the mount 70. The supported object C is a steel bottle container with a cap, and its contents are cosmetics, daily necessities, food, etc., but the type, shape, contents, etc. of the container as the supported object are particularly limited. is not.

  The stand mechanism of FIG. 23 is assembled with a single mount 70 whose development is shown in FIG. As the sheet constituting the mount 70, a paperboard, a plastic sheet, a synthetic paper, or the like is used as in the case of the first embodiment.

  The mount 70 has a vertically-elongated rectangular front panel 73 and a rear panel 74 slightly shorter than the front panel 73 via a side panel 75, and a side panel 76 opposite to the rear panel 74. Glue pieces 77 are provided continuously. An insertion flap 79 is continuously provided on the lower side of the front panel 73 via a lower lid panel 78, an insertion flap 81 is continuously provided on an upper side of the rear panel 74 via an upper lid panel 80, and a lower side of the rear panel 74 is provided on the lower side. , A cover panel 82 is continuously provided, a plug 83 is protruded at the center of the front end of the cover panel 82, and a slit s for locking the plug 83 is formed at the center of the lower side of the front panel 73. ing. Further, folding flaps 84 and 85 are respectively provided continuously above and below the side panel 75, and folding flaps 86 and 87 are respectively continuously provided above and below the side panel 76. The front panel 73 protrudes upward by an amount higher than the rear panel 74, and a suspension hole 72 is formed in the protruding area.

  The front panel 73 is provided with a large vertically long window 73a, and the rear panel 74 is also provided with a window 74a at a corresponding position. The window 73a of the front panel 73 is slightly smaller than the supported object C. On the other hand, the window 74a of the rear panel 74 is slightly smaller in size than the supported object C, and has a V-shaped lower portion projecting obliquely to the left and right of the bottom of the supported object C. The cutting line α extending from the lower end of the character to the lower side of the back panel 74, the folding ruled line a extending from the two positions near the upper end of the V-shaped shape to the lower side of the back panel 74, and the lower ends of the folding ruled lines a are connected to each other. A pair of leg portions 71 that can be opened with a double click is defined by a cutting line β provided on the lower side of the panel 74. In order to make the box-shaped mount 70 holding the supported object C slanted backward and to be self-supporting, the leg portions 71 are formed by cutting the cutting line β into an inverted V-shape as shown in FIG. Has a tapered shape so that it rises toward the tip.

  The procedure for assembling the stand mechanism of FIGS. 23 and 24 is as follows. First, the backing sheet 70 is bent in the vertical direction so as to attach the glue pieces 77 to the back side of the end of the front panel 73, and is sack-pasted. Next, the backing sheet 70 with the sack stuck thereon is raised into a rectangular tube shape, the lower part is closed, the supported object C is inserted from above, and the upper part is closed.

  Specifically, the lower folding flaps 85 and 87 are bent inward, respectively, and then the lower lid panel 78 is bent to insert the insertion flap 79 into the back side of the rear panel 74 to cover the lid. Is bent, and the insertion piece 83 is inserted into the slit s on the lower side of the front panel 73 and locked to close the bottom. Next, the supported object C is inserted from above the mount 70 whose bottom is closed. Then, the supported object C is fitted and held in the window 73a of the front panel 73 and the window 74a of the rear panel 74. At this time, the lower part of the supported object C hits the lower edge of the window 73a of the front panel 73, and on the opposite side, the pair of legs 71 below the window 74a of the rear panel 74 is pushed. As a result, the legs 71 are opened at the lower portion of the rear panel 73 and rise up, and the left and right legs 71 have their inner surfaces hitting the side portions of the supported object C, and are prevented from returning and supported by the supported object C. become.

  Next, the upper folding flaps 84 and 86 are bent inward, respectively, and then the upper lid panel 80 is folded, the insertion flap 81 is inserted into the back side of the front panel 73, and the upper part is closed by closing the lid.

  In the stand mechanism assembled in this manner, the lower part of the box-shaped mount 70 is in contact with the stationary surface, and the pair of legs 71 supporting the mount 70 protrudes to the rear side of the mount 70 and the lower edge thereof is the stationary surface. It is the part that touches. And each leg part 71 will be in the state supported and supported by each to-be-supported object C, and will be stabilized, without wobbling. With this stand mechanism, excellent independence can be provided even with the box-shaped mount 70. Further, since the self-standing state can be achieved only by inserting the supported object C, the workability at the time of assembling is excellent.

  As described above, the embodiment of the present invention has been described in detail with several types. However, the stand mechanism according to the present invention is not limited to the above embodiment at all, and various structures may be used without departing from the spirit of the present invention. Of course, changes are possible.

  For example, in order to hold an object to be supported on the front surface, instead of providing an adhesive portion such as an adhesive or a double-sided tape on the front surface of the mount, a heat-shrinkable film (shrink film) in a folded state is mounted on the front of the mount. By attaching the supported object to the shrink film and shrinking it by heat, the supported object can be held on the backing paper.

DESCRIPTION OF SYMBOLS 10 Mount 11 Leg 12 Hanging hole 13 Leg forming material 14 Notch 15 Sticking part 16 Fixed part 17 Cut part 20 Mount 21 Leg 21 22 Hanging hole 23 Leg forming part 24 Sticking part 25 Folding part 30 Mount 31 Leg 32 Suspension hole 33 Attachment part 40 Mount 41 Leg 42 Suspension hole 43 Leg formation part 44 Convex part 45 Adhesion part 50 Mount 50a Opening 51 Leg 51a Convex area 52 Suspension hole 53 Leg forming part 54 Folding part 55 Adhering part 60 Backing paper 60a Window 61 Leg part 62 Hanging hole 63 Film 64 Front panel 64a, 64b Bonding part 65 Back panel 66 Glue piece 66a Bonding part 67 Insert piece 70 Mount 71 Leg part 72 Suspension hole 73 Front panel 73a Window 74 Back panel 74a Window 75, 76 Side panel 77 Glued pieces 78 Lower lid panel 79 Insert flap 80 Upper lid panel 81 Insert flap 82 Cover panel 83 Insert pieces 84, 85, 86, 87 Flaps A, B, C Supported objects a to c Folded ruled lines s Slit α, β Cutting line

Claims (1)

A stand mechanism having a mount on which the supported object is held and a pair of legs for self-supporting the mount holding the supported object, wherein the pair of legs are spaced apart in the left-right direction and vertically. It protrudes from the front of the backing sheet through a pair of extending folding ruled lines, and the lower end edge has a taper that goes down toward the front end, and it comes into contact with the supported object from the left and right due to the rebound restoring force when folded, and the backing sheet is on the back side A stand mechanism which is configured to be inclined, and wherein the leg and the backing are formed as separate members .

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