JP2007200257A - Fall prevention tool, and tool and method for peeling the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a fall prevention tool which eliminates a need of pounding anchor bolts for fixing an apparatus such as a vending machine onto an installation surface, into a road surface and which does not injure furniture and a floor surface by nails or screws. <P>SOLUTION: A vending machine 60 is fixed onto an installation surface 50 by a fall prevention tool 1 comprising four tabular fixing tools. A tabular fixing tool 10A comprises a thin plate 12, a male screw part 13, a female screw part 14, a thin plate retaining tool 15, and a double-sided adhesive tape 17. The male screw part 13 is erected in the vicinity of a center part of the thin plate 12 perpendicularly to the thin plate 12. The male screw part 13 on the thin plate 12 of the tabular fixing tool 10A is inserted into a bottom hole part 618 of the vending machine 60, and the male screw part 13 is engaged with the female screw part 14 and is tightened from a bottom inside surface 614, whereby the vending machine 60 is fixed by the tabular fixing tool 10A. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention is intended to prevent the fall of equipment such as furniture placed on an installation surface such as an indoor floor, furniture such as a book shelf, and vending machines installed on an installation surface such as an outdoor or indoor floor surface. The present invention relates to a tipping prevention tool for fixing a device to a setting surface with a plurality of fixing tools, a peeling tool for peeling the fixing tool fixed to the setting surface, and a peeling method thereof.

  Equipment such as furniture and vaults, vending machines, etc., have a height that is higher than the area occupied by the equipment. . For this reason, various fall prevention tools have been proposed. For example, in Patent Document 1, an anchor bolt is driven in advance on an installation surface such as a road surface or a floor surface, the anchor bolt is inserted into a hole provided in advance in a bottom plate of the vending machine, and anchored with a nut from the inside of the vending machine. There has been proposed a tool for preventing overturning of vending machine equipment, in which a vending machine is fixed to an installation surface by tightening a bolt. Further, Patent Document 2 proposes a tipping prevention tool for fixing an L-shaped member to the side surface of the furniture and the floor surface installed with a nail or a screw to prevent the furniture from toppling over.

    JP-A-9-224831     JP-A-11-332680

  However, the tipping prevention tool proposed in Patent Document 1 is a device in which an anchor bolt for fixing the vending machine to the installation surface is driven in advance on the road surface, and the installation position of the anchor bolt is the same as the installation location of the existing anchor bolt. When installing a new vending machine that does not match, there is a problem that it is necessary to drive the anchor bolt again on the road surface. Further, when the vending machine is relocated, the anchor bolts that have been driven into the road surface remain as they are, and the holes remain on the road surface even if the anchor bolt is removed.

  In addition, the tipping prevention tool of Patent Document 2 is for fixing an L-shaped member to the side surface and the floor surface of the furniture with a nail or a screw, and opens a hole for fixing the nail or the screw to the furniture and the floor surface. As a result, both the furniture and the floor surface were damaged.

  The object of the present invention has been made in view of the above-mentioned circumstances, and the main object of the present invention is that it is not necessary to drive anchor bolts for fixing devices such as vending machines to the installation surface on the road surface, and furniture. And providing a tool for preventing overturning that does not damage the floor surface with nails or screws.

  In order to solve the above-described problems and achieve the object, the fall prevention tool according to the present invention is a fall prevention tool according to claim 1 for preventing the equipment placed on the installation surface from falling. A substantially rectangular substrate having a substrate opening, a substrate insertion portion that fits into the substrate opening, and a substrate insertion locking portion that locks the insertion into the substrate opening at the head of the substrate insertion portion. A fixing tool including a substrate pressing tool, a fixing means for fixing the device to the fixing tool, and a fixing means for fixing the substrate pressing tool to the installation surface.

  In order to solve the above-described problems and achieve the object, the overturn prevention tool according to the present invention is characterized in that the substrate pressing tool is the opening of the substrate placed on the installation surface. It is inserted into the part from the board insertion part.

  In order to solve the above-mentioned problems and achieve the object, according to the third aspect of the fall prevention tool according to the present invention, the board insertion portion is a substantially cylindrical body, and one of the substantially cylindrical bodies is provided. The board insertion locking portion is provided on the surface, and the fixing means is provided on the other surface.

  In order to solve the above-mentioned problems and achieve the object, according to the fall prevention tool according to the present invention, the board insertion locking part has an area larger than the area of the board opening. It is characterized by that.

  In order to solve the above-described problems and achieve the object, the overturn prevention tool according to the present invention is characterized in that, according to the fifth aspect, the fixing means is a male screw portion erected perpendicularly to the surface of the substrate. And a female screw part that is screwed into the male screw part that is fitted into a bottom plate hole provided on the bottom surface of the device.

  In order to solve the above-described problems and achieve the object, according to the sixth aspect of the present invention, the overturning prevention device includes a shock absorbing member inserted between the substrate pressing member and the substrate. Features.

  In order to solve the above-described problems and achieve the object, the overturning prevention tool according to the present invention is characterized in that the substantially rectangular flat plate and the substantially rectangular flat plate are opposed to each other between the substrate and the device. A trapezoidal holding body having a set of upstanding pieces standing in the same direction is inserted into the two pieces.

  In order to solve the above-described problems and achieve the object, according to the fall prevention tool according to the present invention, the holding body has the male screw portion in the vicinity of the central portion of the substantially rectangular flat plate. A through hole for penetrating is provided.

  In order to solve the above-described problems and achieve the object, the overturn prevention tool according to the present invention is according to claim 9, wherein the fixing means is perpendicular to the substrate on one side of the substrate of the fixture. A substantially rectangular upright piece standing and having an upright piece opening, an upright piece fitting portion fitted into the upright piece opening portion, and an upright piece fitting locking portion for locking the fitting to the head of the upright piece fitting portion An upright piece presser, and the upright piece presser is inserted from the upright piece insertion portion side into the upright piece opening of the upright piece placed in contact with the side surface of the device, The upright piece is locked so as not to be detached from the upright piece opening by the upright piece insertion locking portion having an area larger than the area of the upright piece opening portion, and the upright piece insertion portion on the upright piece insertion portion side is locked. By the fixing means provided on the surface opposite to the stop portion The serial standing piece retainer secured to the side surface of the apparatus, characterized in that to fix the standing piece on the side surface of the device.

  In order to solve the above-described problems and achieve the object, the overturn prevention tool according to the present invention is according to claim 10, wherein the fixing means is perpendicular to the substrate on one side of the substrate of the fixture. A substantially rectangular upright piece standing upright, a piece on the opposite side of the upright piece to the substrate, an upper thin plate provided perpendicular to the upright piece in the same direction as the substrate, and a bottom plate portion fixed to the upper thin plate A J-shaped thin plate having a side plate portion in contact with the side surface of the device, a side plate insertion portion that fits into a side plate opening provided in the side plate portion, and a side plate insertion member that locks the insertion into the head of the side plate insertion portion A side plate pressing tool having a stopper, and a bolt is inserted into the upper elliptic hole provided in the upper thin plate and the bottom plate elliptic hole provided in the bottom plate portion, and the upper plate is screwed with a nut. Fix the thin plate and the bottom plate, and touch the side of the device. The side plate pressing tool is inserted from the side plate insertion portion side into the side plate opening portion of the side plate portion that is placed so that the side plate is inserted by the side plate insertion locking portion having an area larger than the area of the side plate opening portion. The side plate holding tool is fixed to the side surface of the device by the fixing means provided on the surface opposite to the side plate insertion locking portion on the side plate insertion portion side. The side plate is fixed to a side surface of the device.

  In order to solve the above-mentioned problems and achieve the object, the overturn prevention device according to the present invention is characterized in that, according to claim 11, the surface of the upright piece presser and the upright piece or the side plate presser and the An impact absorbing member is inserted into at least one of the surfaces in contact with the side plate.

  In order to solve the above-described problems and achieve the object, the overturn prevention tool according to the present invention is characterized in that the substantially rectangular flat plate and the substantially rectangular flat plate are opposed to each other between the substrate and the device. A trapezoidal holding body having a set of upstanding pieces standing in the same direction is inserted into the two pieces.

  In order to solve the above-described problems and achieve the object, according to the thirteenth aspect, the overturn prevention tool according to the present invention is characterized in that the fixing means is a double-sided adhesive tape.

  In order to solve the above-described problems and achieve the object, a peeling tool according to the present invention is characterized in that, according to the description of claim 14, a fitting portion that fits into an opening of a substantially rectangular thin plate, and a head portion of the fitting portion In the peeling tool for peeling the pressing tool having a fitting locking part for locking the fitting into the opening from the fixing surface to which the pressing tool is fixed by fixing means, a substantially plate-shaped main body part; A projection provided on one surface of the main body, and a grip provided on one end of the main body, and the projection is inserted into a peeling hole provided in the presser; A pressing portion is pressed against the pressing tool, and the pressing tool is peeled from the fixing surface by rotating the gripping portion around the pressing tool.

  In order to solve the above-described problems and achieve the object, the peeling method according to the present invention is characterized in that, according to claim 15, a fitting portion that fits into an opening of a substantially rectangular thin plate, and a head portion of the fitting portion. A peeling method for peeling a pressing tool having an insertion locking portion for locking the insertion into the opening from the fixing surface to which the pressing tool is fixed by fixing means, A protrusion provided on one surface of the main body is inserted into the peeling hole of the pressing tool, the main body is pressed against the pressing tool, and the gripping portion of the peeling tool is rotated around the pressing tool. The pressing tool is peeled off from the fixing surface.

  According to this invention, it is not necessary to drive anchor bolts for fixing devices such as vending machines to the installation surface on the road surface, and the furniture and floor surface are prevented from being damaged by nails or screws. Can be provided.

  Embodiments of the overturn prevention tool according to the present invention will be described below in detail with reference to the drawings.

<First embodiment>
FIG. 1 is a perspective view showing a state in which the overturn prevention tool of the first embodiment of the present invention is attached to a device. FIG. 1 shows a case where a vending machine 60 as “apparatus” is fixed to the installation surface 50 by the tipping prevention tool 1. The fall prevention tool 1 includes a flat plate fixing tool 10A as a “fixing tool”, a flat plate fixing tool 10B as a “fixing tool”, a flat plate fixing tool 10C as a “fixing tool”, and a “fixing tool” (not shown). It consists of four flat fixtures, flat fixtures. The vending machine 60 includes an upper surface 602, a side surface A 604, a side surface B 606, a front surface 608, a back surface 610, and a bottom plate 612. The front surface 608 is provided with a coin slot 620, a product display 622, a product outlet 624, a change outlet 626, etc. of the vending machine 60. The bottom plate is a plate-like one provided at the bottom portion of the vending machine. The outer surface of the bottom plate, that is, the surface in contact with the installation surface 50 is the bottom plate outer surface, and the inner surface of the bottom plate, that is, the inner surface of the vending machine is the inner surface of the bottom plate. The bottom plate has a bottom plate hole (not shown). The bottom plate hole is a hole that has been conventionally installed, and is a hole for fixing the vending machine to the installation surface with an anchor bolt driven into the installation surface.

  The flat plate fixture 10A, the flat plate fixture 10B, the flat plate fixture 10C, and the flat plate fixture (not shown) are installed at the four corners where the bottom plate outer surface portion 616 of the vending machine 60 contacts the installation surface 50. That is, the flat plate fixture 10A is at the intersection of the front surface 608 and the side surface B606, the flat plate fixture 10B is at the intersection of the front surface 608 and the side surface A604, and the flat plate fixture 10C is at the intersection of the back surface 610 and the side surface A604. The fixtures are respectively installed at the intersections of the back surface 610 and the side surface B606.

  The vending machine 60 is fixed to the installation surface 50 by the anti-tip tool 1 comprising the flat plate fixture 10A, the flat plate fixture 10B, the flat plate fixture 10C, and a flat plate fixture (not shown). If it happens, it will not fall. Hereinafter, this plane fixture will be described in detail.

  FIG. 2 is a side view showing a state in which the vending machine is fixed to the installation surface by the flat plate fixing tool, and the vending machine 60 is fixed to the installation surface 50 by the flat plate fixing tool 10 </ b> A constituting the tipping prevention tool 1. Indicates the state. The plane fixture 10 </ b> A includes a thin plate 12 as a “substrate”, a male screw portion 13, a female screw portion 14, a thin plate presser 15 as a “substrate presser”, and a double-sided adhesive tape 17. The thin plate 12 is a substantially rectangular flat plate, and is provided with thin plate openings as four “substrate openings” (not shown). The thin plate pressing member 15 includes a flange portion 152 as a “substrate insertion locking portion”, a base portion 154 as a “substrate insertion portion”, and a peeling hole 156. The base portion 154 has a substantially cylindrical shape, and a collar portion 152 is provided on the head portion thereof, and is fitted into each thin plate opening of the thin plate 12. Since the area of the flange 152 of the thin plate retainer 15 is larger than the area of the thin plate opening, when the thin plate retainer 15 is inserted into each thin plate opening of the thin plate 12, the thin plate 12 is locked by the flange 152. The A double-sided adhesive tape 17 is attached to the surface of the base 154 opposite to the flange 152. Therefore, the thin plate 12 is placed in a place where the vending machine 60 is desired to be installed, the thin plate presser 15 is inserted into the four thin plate openings from the base 154 side, and the base 154 is attached with the double-sided adhesive tape 17 affixed to the base 154. By fixing to the installation surface 50, the thin plate 12 is locked so as not to be detached from the installation surface 50 by the flange portion 152 of the thin plate retainer 15, and the flat plate fixture 10 </ b> A is fixed to the installation surface 50. In addition, since the thin plate 12 is pulled to the bottom plate outer surface 616 of the vending machine 60 together with the male screw portion 13, the thin plate 12 is fixed away from the installation surface 50, and there is a gap between the installation surface 50 and the thin plate 12.

  In the vicinity of the center of the thin plate 12, a male screw portion 13 is erected vertically to the thin plate 12. Conventionally, a bottom plate 612 of the vending machine 60 is provided with a bottom plate hole 618 for fixing the vending machine to an installation surface with an anchor bolt. The male screw portion 13 of the thin plate 12 of the flat plate fixture 10A is fitted into the bottom plate hole 618, and the female screw portion 14 is screwed into the male screw portion 13 from the bottom plate inner surface 614 side of the vending machine 60 and tightened. By tightening the female screw portion 14, the bottom plate inner surface 614 is pressed against the flat plate fixture 10A, and the vending machine 60 is fixed as it is. On the other hand, since the flat plate fixture 10A is fixed to the installation surface 50 with the double-sided adhesive tape 17 as described above, the vending machine 60 is fixed to the installation surface 50.

  The flat plate fixture 10B, the flat plate fixture 10C, and the flat plate fixture (not shown) also have a structure for fixing the vending machine in the same manner as the flat plate fixture 10A, and will not be described in detail. As described above, the vending machine 60 fixed to the installation surface 50 by the fall prevention tool 1 including the flat plate fixture 10A, the flat plate fixture 10B, the flat plate fixture 10C, and the flat plate fixture (not shown) Even if a strong shaking occurs, the fall is prevented.

  Further, the female screw part 14 is removed from the male screw part 13, the vending machine 60 is detached from the flat plate fixture 10A, and the thin plate pressing tool 15 fixed to the installation surface 50 is peeled off from the installation surface with a peeling tool described later. Thus, the flat plate fixing tool 10A can be easily removed from the installation surface 50 without leaving a trace thereof, and can be completely restored to the original state where the vending machine has not been installed. Similarly, the flat plate fixture 10B, the flat plate fixture 10C, and the flat plate fixture (not shown) are also removed without leaving a trace. Therefore, compared with the conventional method in which the anchor bolts driven into the concrete surface, floor surface, etc. are screwed together with nuts and the vending machine is fixed to the road surface, the tipping prevention tool 1 of this embodiment is automatic. Even when the vending machine is moved, the vending machine can be completely restored to the original state where the vending machine was not installed. Further, the fall prevention tool 1 of the present embodiment has a feature that even when a vending machine is newly installed, the existing fall prevention tool can be removed and a new fall prevention tool can be installed in accordance with the new vending machine.

  For the thin plate 12, the male screw portion 13, the female screw portion 14, and the thin plate pressing member 15 constituting the flat plate fixture, a metal material such as a steel material that emphasizes strength is used. Moreover, aluminum, brass, etc. are also used from the ease of processing.

  3A and 3B are diagrams showing a configuration of the flat plate fixing device, in which FIG. 3A is a perspective view and FIG. 3B is a side view. FIG. 3 shows the flat plate fixture in a state where it is installed in the vending machine as shown in FIG. 2, and there is a gap between the installation surface and the thin plate. The plane fixture 10A includes a thin plate 12, four thin plate pressing members 15, one male screw portion 13, a double-sided adhesive tape 17, and a female screw portion (not shown). The thin plate 12 is composed of a substantially rectangular thin plate-like substrate and four substantially circular thin plate openings 122, and a thin plate presser 15 is fitted in each thin plate opening. In the vicinity of the center of the thin plate 12, a male screw portion 13 is erected perpendicularly to the thin plate 12 and has one end surface fixed to the thin plate 12 by welding or the like. The thin plate retainer 15 includes a flange 152, a base 154, and three peeling holes 156. Since the area of the flange 152 is larger than the area of the thin plate opening 122, the thin plate 12 is locked by the flange 152 when the thin plate presser 15 is fitted into the thin plate opening 122. Therefore, the thin plate 12 is placed where the vending machine 60 is desired to be placed, and the thin plate pressing tool 15 is inserted into the four thin plate openings from the base 154 side, and the base 154 is attached with the double-sided adhesive tape 17 affixed to the base 154. By fixing to the installation surface 50, the thin plate 12 is locked so as not to be detached from the installation surface 50 by the flange portion 152 of the thin plate retainer 15, and the flat plate fixture 10 </ b> A is fixed to the installation surface 50. The peeling hole 156 is for peeling the thin plate pressing tool 15 fixed to the installation surface 50 with the double-sided adhesive tape 17 from the installation surface 50. A peeling tool described later is inserted into the peeling hole 156, and the peeling tool is rotated. Move and peel off the thin plate retainer 15.

  FIG. 4 is a perspective view of a thin plate. The thin plate 12 includes a substantially rectangular thin plate-like substrate and four substantially circular thin plate openings 122. A thin plate presser 15 is fitted in each thin plate opening. Further, a male screw portion 13 is welded and fixed so as to stand vertically to the substrate 124 in the vicinity of the center portion of the substrate 124.

  FIG. 5 is a perspective view of the thin plate pressing tool. The thin plate retainer 15 includes a flange 152, a base 154, and three peeling holes 156. In the thin plate pressing member 15, the hook portion 152 is locked to the thin plate opening portion 122 because the area of the hook portion 152 is larger than the area of the thin plate opening portion 122. In addition, a double-sided adhesive tape 17 for affixing the thin plate pressing tool 15 to the installation surface 50 is attached to the end surface of the base portion 154 on the side opposite to the flange portion 152. Therefore, the thin plate 12 shown in FIG. 4 is placed at a place where the vending machine 60 is to be installed, and the thin plate pressing tool 15 is inserted into the four thin plate openings from the base 154 side, and the double-sided adhesive tape 17 attached to the base 154 is attached. By fixing the base portion 154 to the installation surface 50, the thin plate 12 is locked so as not to be detached from the installation surface 50 by the flange portion 152 of the thin plate retainer 15, and the flat plate fixture 10A is fixed to the installation surface 50.

<First Modification of First Embodiment>
FIG. 6 is a side view showing a first modification of the tipping prevention tool of the first embodiment, in which the vending machine 60 is fixed to the installation surface 50 by the flat plate fixing tool 10 </ b> A constituting the tipping prevention tool 1. Is shown in detail. The plane fixture 10 </ b> A includes a thin plate 12, a male screw portion 13, a female screw portion 14, a thin plate pressing member 15, an impact absorbing member 16, and a double-sided adhesive tape 17. A thin plate opening (not shown) is provided in the thin plate 12, and a thin plate pressing tool 15 including a flange portion 152, a base portion 154, and a peeling hole 156 is fitted into the thin plate opening portion. A double-sided adhesive tape 17 is affixed to the surface of the thin plate retainer 15 opposite to the collar portion 152. The thin plate 12 is placed at a place where the vending machine 60 is to be installed, and the thin plate pressing tool 15 is inserted into the four thin plate openings from the base 154 side, and the base 154 is installed on the installation surface with the double-sided adhesive tape 17 affixed to the base 154. By being fixed to 50, the thin plate 12 is locked so as not to be detached from the installation surface 50 by the flange 152 of the thin plate retainer 15, and the flat plate fixture 10A is fixed to the installation surface 50. Also in the case of FIG. 6, since the thin plate 12 is pulled to the bottom plate outer surface 616 of the vending machine 60 together with the male screw portion 13, the thin plate 12 is fixed away from the installation surface 50, and there is a gap between the installation surface 50 and the thin plate 12. Vacant.

  In the vicinity of the center of the thin plate 12, a male screw portion 13 is erected vertically to the thin plate 12. Conventionally, a bottom plate 612 of the vending machine 60 is provided with a bottom plate hole 618 for fixing the vending machine to an installation surface with an anchor bolt. The male screw portion 13 of the thin plate 12 of the flat plate fixture 10A is fitted into the bottom plate hole 618, and the female screw portion 14 is screwed into the male screw portion 13 from the bottom plate inner surface 614 side of the vending machine 60 and tightened. By tightening the female screw portion 14, the bottom plate inner surface 614 is pressed against the flat plate fixture 10A, and the vending machine 60 is fixed as it is.

  The shock absorbing member 16 is inserted between the thin plate 12 and the flange portion 152 so as to surround the periphery of the base portion 154. The impact absorbing member 16 is for absorbing and mitigating the impact caused by the jumping of the thin plate 12 received by the flange 152 due to strong shaking such as an earthquake. Thereby, the collar part 152 is lifted by the thin plate 12, and the thin plate pressing tool 15 is not peeled off from the installation surface 50. Therefore, the vending machine 60 is firmly fixed to the installation surface 50 regardless of any shaking.

  Since the flat plate fixture 10B, the flat plate fixture 10C, and the flat plate fixture (not shown) have the same structure, detailed description thereof is omitted. As described above, the vending machine 60 is fixed to the installation surface 50 by the anti-tip tool 1 including the flat plate fixture 10A, the flat plate fixture 10B, the flat plate fixture 10C, and the flat plate fixture (not shown) shown in FIG. Even if a strong shaking occurs due to an earthquake or the like, the fall is prevented.

  The impact absorbing member 16 is an ultra-low elastic rubber made of ester urethane resin, and is called by a trade name such as link gel, gelnic, gel nack or the like. This ultra-low elastic rubber has a high impact absorption rate of 90% or more, and can absorb impact energy from all directions including front and rear, left and right, and top and bottom.

<Second Modification of First Embodiment>
FIG. 7 is a side view showing a second modification of the overturn prevention tool of the first embodiment, and shows in detail a state in which the vending machine 60 is fixed to the installation surface 50 by the flat plate fixture 10A. The plane fixing tool 10 </ b> A includes a thin plate 12, a male screw part 13, a female screw part 14, a thin plate pressing tool 15, a holding body 18, and a double-sided adhesive tape 17. A thin plate opening 122 is provided in the thin plate 12, and a thin plate presser 15 including a flange portion 152, a base portion 154, and a peeling hole 156 is fitted into the thin plate opening portion 122. The holding body 18 includes a substantially rectangular flat plate portion 182, a standing piece X184, a standing piece Y186, and a through hole. A through-hole penetrating the male screw portion 13 is provided in the vicinity of the center of the flat plate portion 182, and the upright piece X184 and the upright piece 186 stand substantially vertically in the same direction at both ends of the flat plate portion 182. It is provided as follows.

  A double-sided adhesive tape 17 is affixed to the surface of the thin plate retainer 15 opposite to the collar portion 152. The thin plate 12 is placed at a place where the vending machine 60 is to be installed, and the thin plate pressing tool 15 is inserted into the four thin plate openings from the base 154 side, and the base 154 is installed on the installation surface with the double-sided adhesive tape 17 affixed to the base 154. By being fixed to 50, the thin plate 12 is locked so as not to be detached from the installation surface 50 by the flange 152 of the thin plate retainer 15, and the flat plate fixture 10A is fixed to the installation surface 50. In the vicinity of the center of the thin plate 12, a male screw portion 13 is erected vertically with respect to the thin plate 12.

  The holding body 18 is directly placed on the thin plate 12 so that the vending machine 60 does not press the flange 152 of the thin plate pressing member 15. For this reason, in the vending machine 60, the flat plate fixture 10A is such that the male screw portion 13 of the thin plate portion 12 first passes through the through hole 188 of the holding body 18, and then passes through the bottom plate hole portion 618 of the vending machine 60. Placed on. Thereafter, the vending machine 60 is fixed to the installation surface 50 by the flat plate fixture 10 by screwing the male screw portion 13 from the bottom plate inner surface 614 with the female screw portion 14 and tightening and fixing to the bottom plate inner surface 614. . The holding body 18 prevents the load of the vending machine 60 from being directly applied to the collar portion 152. Thereby, the load of the vending machine 60 is directly applied to the thin plate 12 in contact with the installation surface 50. Therefore, the load of the vending machine 60 is applied to the installation surface 50 through the thin plate 12.

  The thin plate 12 is placed in a place where the vending machine 60 is desired to be installed, and then the thin plate pressing tool 15 is inserted into the thin plate opening 122, and the base 154 is fixed to the installation surface 50 with the double-sided adhesive tape 17 affixed to the base 154. To do. Further, the male screw portion 13 is passed through the through hole 188 of the holding body 18 and placed on the thin plate 12. In this state, the male screw portion 13 is inserted into the bottom plate hole 618 of the vending machine 60, and the bottom plate outer surface 616 of the vending machine 60 is placed on the holding body 18. Finally, the vending machine 60 is fixed to the installation surface 50 by screwing and tightening the male screw portion 13 with the female screw portion 14. Also in this case, since the thin plate 12 is pulled to the bottom plate outer surface 616 of the vending machine 60 together with the male screw portion 13, it is fixed away from the installation surface 50, and there is a gap between the installation surface 50 and the thin plate 12. Yes.

  Since the flat plate fixture 10B, the flat plate fixture 10C, and the flat plate fixture (not shown) have the same structure, detailed description thereof is omitted. As described above, the vending machine 60 fixed to the installation surface 50 by the fall prevention tool 1 including the flat plate fixture 10A, the flat plate fixture 10B, the flat plate fixture 10C, and the flat plate fixture (not shown) Even if a strong shaking occurs due to, falling or the like is prevented.

  FIG. 8 is a perspective view of the holding body. The holding body 18 includes a substantially rectangular flat plate portion 182, an upright piece X 184, an upright piece Y 186, and a through hole 188. A through-hole 188 through which the male screw portion 13 passes is provided near the center of the flat plate portion 182, and the upright piece X184 and the upright piece 186 are provided upright in the same direction at both ends of the flat plate portion 182. It has been.

<Second Example>
9 and 10 show a state in which the overturn prevention device of the second embodiment of the present invention is attached to the device, FIG. 9 is a perspective view, and FIG. 10 is a side view. A state in which the fixture 70 as “apparatus” is fixed to the installation surface 50 by the fall prevention tool 1 is shown. The overturn prevention tool 1 is composed of four L-shaped fixtures, an L-shaped fixture 20A, an L-shaped fixture 20B, an L-shaped fixture 20C, and an L-shaped fixture (not shown). The L-shaped fixture 20 </ b> A includes an L-shaped thin plate 22, a substrate pressing tool 30, an upright piece pressing tool 32, and a double-sided adhesive tape 34. The L-shaped thin plate 22 includes a substrate 222 and upright pieces 226. Similarly, each of the L-shaped fixture 20B and the L-shaped fixture 20C includes an L-shaped thin plate 22, a substrate pressing tool 30, an upright piece pressing tool 32, and a double-sided adhesive tape. Each L-shaped thin plate 22 includes a substrate 222 and an upright piece 226. Further, the L-shaped fixture (not shown) is also composed of an L-shaped thin plate, a substrate, an upright piece, a substrate presser, an upright piece presser, and a double-sided adhesive tape. The L-shaped thin plate is composed of a substrate and an upright piece. The fixture 70 includes an upper surface 702, a side surface A 704, a side surface B 706, a front surface 708, a back surface 710, and a bottom surface 712. The front surface 708 is provided with an opening / closing door 714 for storing and taking out articles.

  The L-shaped fixture 20A is fixed so that the substrate 222 is in contact with the installation surface 50 and the upright piece 226 is in contact with the side surface B706 at the intersection of the side surface B706 and the front surface 608 of the fixture 70. The L-shaped fixture 20B is fixed so that the substrate 222 is in contact with the installation surface 50 and the upright piece 226 is in contact with the side surface A704 at the intersection of the side surface A704 and the front surface 708 of the fixture 70. Similarly, the L-shaped fixture 20C is fixed at the intersection between the side surface A704 of the fixture 70 and the back surface 710, and the L-shaped fixture (not shown) is fixed at the intersection between the side surface B706 of the fixture 70 and the back surface 710.

  The L-shaped thin plate 22 of the L-shaped fixture 20 </ b> A includes a substantially rectangular substrate 222 and a standing piece 226 that stands on one side of the substrate 222, and the substrate 222 has four substrate openings (not shown). 226 is provided with four standing piece openings (not shown). A substrate presser 30 is inserted into each substrate opening, and an upright piece presser 32 is inserted into each upright piece opening. Each substrate presser 30 is composed of a collar and a base (not shown), and a double-sided adhesive tape is affixed to the end surface of the base. Each of the standing piece pressing members 32 is composed of a collar portion as an “standing piece insertion locking portion” and a base portion as an “standing piece insertion locking portion”, and a double-sided adhesive tape is attached to the end surface of the base portion. Yes.

  The area of the collar portion of the substrate pressing member 30 is larger than the area of the substrate opening portion, and the area of the collar portion of the standing piece pressing member 32 is larger than the area of the standing piece opening portion. Therefore, when the substrate pressing tool 30 is inserted into each substrate opening of the substrate 222, the substrate 222 is locked by the flange portion. A double-sided adhesive tape is attached to the surface of the base opposite to the collar. Therefore, the L-shaped fixture 20A is placed at the place where the fixture 70 is desired to be installed, the substrate pressing tool 30 is inserted into the four substrate openings from the base side, and the base is placed on the installation surface with the double-sided adhesive tape 34 affixed to the base. By being fixed to 50, the substrate 222 is locked by the collar portion of the substrate pressing tool 30 so as not to be detached from the installation surface 50, and the L-shaped fixture 20A is fixed to the installation surface 50.

  Furthermore, when the upright piece pressing tool 32 is fitted into each upright piece opening of the upright piece 226, the upright piece 226 is locked by the collar portion. A double-sided adhesive tape is attached to the surface of the base opposite to the collar. Therefore, the standing piece 226 is inserted into the four standing piece openings from the base side, and the base piece is fixed to the side surface B706 of the fixture 70 with the double-sided adhesive tape 34 attached to the base portion, whereby the standing piece 226 is The standing piece presser 32 is locked so as not to be detached from the side surface B706 of the fixture 70 by the flange portion. Accordingly, the L-shaped fixture 20A is fixed to both the installation surface 50 and the side surface B706 of the fixture 70.

  The L-shaped fixing tool 20B and the L-shaped fixing tool 20C shown in FIG. 9 have the same structure as the L-shaped fixing tool 20A. The substrate 222 is fixed to the installation surface 50 by the substrate pressing tool 30, and the standing piece 226 is the standing piece pressing member. The tool 32 is fixed to the side surface A704 of the fixture 70. An L-shaped fixture (not shown) has a similar structure, and details are omitted.

  As described above, the fixture 70 is firmly fixed to the installation surface 50 by the fall-preventing tool 1 composed of four L-shaped fixtures, and even if a strong shaking such as an earthquake occurs, the fall is avoided. Further, when the fixture 70 is moved, the substrate can be easily obtained by sandwiching and rotating a peeling tool, which will be described in detail later, in a peeling hole of the substrate pressing tool 30 attached to the substrate 222 of each L-shaped fixture. The presser 30 can be peeled from the installation surface 50. Similarly, the standing piece presser 32 is easily peeled from the side surface of the fixture 70 by sandwiching and turning the peeling tool in the peeling hole of the standing piece presser 32 attached to the standing piece 226 of each L-shaped fixture. can do. As described above, the four L-shaped fixtures are removed from the installation surface 50 and the side surfaces A704 and B706 of the fixture 70 without damaging these surfaces by using the peeling tool.

  FIGS. 11A and 11B are configuration diagrams showing in detail a state in which the L-shaped fixture is attached to the fixture, in which FIG. 11A is a perspective view and FIG. 11B is a side view. FIG. 11 shows the state in which the L-shaped fixture 20B is fixed to the side surface A704 and the installation surface 50 of the fixture 70 in detail. The L-shaped fixture 20 </ b> B includes an L-shaped thin plate 22, a substrate pressing tool 30, an upright piece pressing tool 32, and a double-sided adhesive tape 34. The L-shaped thin plate 22 includes a substantially rectangular substrate 222 and upstanding pieces 226 that stand vertically to one side of the substrate 222. The substrate 222 has four substrate openings 224, and the upstanding piece 226 has four pieces. A standing piece opening 228 is provided. The substrate pressing member 30 is inserted into each substrate opening 224, and the standing piece pressing member 32 is inserted into each standing piece opening 228.

  Each substrate presser 30 is provided with a collar 302, a base 304, and three peeling holes 306, and the collar 302 is formed above the base 304, and an end surface of the base 304 opposite to the collar 302. A double-sided adhesive tape 34 is affixed to the surface. Since the area of the collar 302 is larger than the area of the substrate opening 224, the collar 302 is fixed by the substrate 222. Therefore, when the substrate pressing tool 30 is inserted into each substrate opening 224 of the substrate 222, the substrate 222 is locked by the flange portion 302. A double-sided adhesive tape 34 is attached to the surface of the base 222 opposite to the collar 302. Therefore, the L-shaped fixture 20A is placed at a place where the fixture 70 is to be installed, and the base plate holder 30 is inserted into the four base plate openings 224 from the base 304 side, and the base portion is attached with the double-sided adhesive tape 34 affixed to the base portion 304. By fixing 304 to the installation surface 50, the substrate 222 is locked so as not to be detached from the installation surface 50 by the collar portion 302 of the substrate pressing tool 30, and the L-shaped fixture 20 </ b> A is fixed to the installation surface 50.

  Further, when the standing piece pressing tool 32 is fitted into each standing piece opening 228 of the standing piece 226, the standing piece 226 is locked by the flange portion 322. A double-sided adhesive tape 34 is attached to the surface of the base 324 opposite to the flange 322. Therefore, the upright piece presser 32 is inserted into the four upright piece opening portions 228 from the base portion 324 side, and the base portion is fixed to the side surface B706 of the fixture 70 by the double-sided adhesive tape 34 attached to the base portion 324. The piece 226 is locked so as not to be detached from the side surface B706 of the fixture 70 by the flange 3322 portion of the upright piece presser 32. Accordingly, the L-shaped fixture 20A is fixed to both the installation surface 50 and the side surface B706 of the fixture 70.

  FIG. 12 is a perspective view of an L-shaped thin plate. The L-shaped thin plate 22 includes a substrate 222, four substrate openings 224, upright pieces 226, and four upright piece openings 228. A substantially rectangular upright piece 226 stands on one side of the substantially rectangular substrate 222 perpendicular to the substrate 222. The substrate 222 is provided with four substrate openings 224, and the substrate pressing member 30 is fitted into each substrate opening 224. Similarly, the standing piece 226 is also provided with four standing piece openings 228, and the standing piece presser 32 is fitted in each standing piece opening 226. Since the area of the collar 302 of the substrate presser 30 is larger than the area of the substrate opening 224, the collar 302 is locked by the substrate 222. Similarly, since the area of the collar portion 3022 of the standing piece presser 32 is larger than the area of the standing piece opening 226, the collar portion 332 is locked by the standing piece 226.

<First Modification of Second Embodiment>
FIG. 13 is a side view showing a first modification of the tipping prevention tool of the second embodiment, and shows in detail the state in which the L-shaped fixture 20B fixes the fixture 70 to the installation surface 50. FIG. The L-shaped fixture 20B includes an L-shaped thin plate 22, a substrate pressing tool 30, a standing piece pressing tool 32, a double-sided adhesive tape 34, and an impact absorbing member 36. The L-shaped thin plate 22 includes a substantially rectangular substrate 222 and upright pieces 226 that stand on one side of the substrate 222. The substrate 222 has four substrate openings, and the upright pieces have four upright piece openings. Is provided. A substrate presser 30 is inserted into each substrate opening, and an upright piece presser 32 is inserted into each upright piece opening. Each substrate presser 30 is composed of a collar and a base (not shown), and a double-sided adhesive tape 34 is attached to the end surface of the base. Each upright piece presser 32 is composed of a collar and a base (not shown), and a double-sided adhesive tape 34 is attached to the end surface of the base.

  The area of the collar portion of the substrate pressing member 30 is larger than the area of the substrate opening portion, and the area of the collar portion of the standing piece pressing member 32 is larger than the area of the standing piece opening portion. Therefore, when the substrate pressing tool 30 is inserted into each substrate opening 224 of the substrate 222, the substrate 222 is locked by the flange portion 302. A double-sided adhesive tape 34 is attached to the surface of the base 222 opposite to the collar 302. Therefore, the L-shaped fixture 20A is placed at a place where the fixture 70 is to be installed, and the base plate holder 30 is inserted into the four base plate openings 224 from the base 304 side, and the base portion is attached with the double-sided adhesive tape 34 affixed to the base portion 304. By fixing 304 to the installation surface 50, the substrate 222 is locked so as not to be detached from the installation surface 50 by the collar portion 302 of the substrate pressing tool 30, and the L-shaped fixture 20 </ b> A is fixed to the installation surface 50.

  Further, when the standing piece pressing tool 32 is fitted into each standing piece opening 228 of the standing piece 226, the standing piece 226 is locked by the flange portion 322. A double-sided adhesive tape 34 is attached to the surface of the base 324 opposite to the flange 322. Therefore, the upright piece presser 32 is inserted into the four upright piece opening portions 228 from the base portion 324 side, and the base portion is fixed to the side surface B706 of the fixture 70 by the double-sided adhesive tape 34 attached to the base portion 324. The piece 226 is locked so as not to be detached from the side surface B706 of the fixture 70 by the flange 3322 portion of the upright piece presser 32. Accordingly, the L-shaped fixture 20A is fixed to both the installation surface 50 and the side surface B706 of the fixture 70.

  The shock absorbing member 36 is inserted so as to surround the periphery of the base 304 between the substrate 222 and the flange 302 of the substrate pressing member 30, and further, the base 322 is interposed between the standing piece 226 and the standing piece pressing member 32. It is inserted so as to surround it. The impact absorbing member 36 is for absorbing and mitigating the impact caused by the jumping of the L-shaped thin plate 22 received by the flange 302 of the substrate holder 30 and the flange 322 of the standing piece holder 32 due to strong shaking such as an earthquake. is there. As a result, the L-shaped thin plate 22 is fixed without being peeled off from the installation surface 50 and the side surface B706, and the vending machine 60 is firmly fixed even if strong shaking due to an earthquake occurs on the installation surface 50.

  Since the L-shaped fixture 20B, the L-shaped fixture 20C, and the L-shaped fixture (not shown) are similar in structure to the L-shaped fixture 20A, detailed description thereof is omitted. As described above, even if strong shaking occurs due to the L-shaped fixture 20A, the L-shaped fixture 20 fixture 70, an earthquake, etc., a fall or the like is prevented.

<Second Modification of Second Embodiment>
14 and 15 are views showing a state in which the tipping prevention tool of the second modified example of the second embodiment of the present invention is attached to the device, FIG. 14 is a perspective view, and FIG. 15 is a front view. A state in which the fixture 70 as “apparatus” is fixed to the installation surface 50 by the fall prevention tool 1 is shown. The overturn prevention tool 1 is composed of four L-shaped fixtures, an L-shaped fixture 20A, an L-shaped fixture 20B, an L-shaped fixture 20C, and an L-shaped fixture (not shown). The L-shaped fixture 20 </ b> A includes an L-shaped thin plate 22, a substrate pressing tool 30, an upright piece pressing tool 32, and a double-sided adhesive tape 34. The L-shaped thin plate 22 includes a substrate 222 and upright pieces 226. Similarly, each of the L-shaped fixture 20B and the L-shaped fixture 20C includes an L-shaped thin plate 22, a substrate pressing tool 30, an upright piece pressing tool 32, and a double-sided adhesive tape. Each L-shaped thin plate 22 includes a substrate 222 and an upright piece 226. The L-shaped fixture (not shown) is also composed of an L-shaped thin plate, a substrate, an upright piece, a substrate presser, an upright piece presser, and a double-sided adhesive tape. The L-shaped thin plate is composed of a substrate and an upright piece.

  In the L-shaped fixture 20 </ b> A, the standing piece 226 is in contact with the side surface B 706 at the intersection of the side surface B 706 and the front surface 608 of the fixture 70, and the substrate 222 is installed between the installation surface 50 and the bottom surface 712. In the L-shaped fixture 20 </ b> B, the standing piece 226 is in contact with the side surface A <b> 704 at the intersection of the side surface A <b> 704 and the front surface 708 of the fixture 70, and the substrate 222 is installed between the installation surface 50 and the bottom surface 712. Similarly, the L-shaped fixture 20C is installed at the intersection of the side surface A704 and the back surface 710 of the fixture 70, and the L-shaped fixture (not shown) is installed at the intersection of the side surface B706 and the back surface 710 of the fixture 70, respectively.

  The L-shaped thin plate 22 of the L-shaped fixture 20 </ b> A includes a substantially rectangular substrate 222 and a standing piece 226 that stands on one side of the substrate 222, and the substrate 222 has four substrate openings on the standing piece 226. Is provided with four standing piece openings. A substrate presser 30 is inserted into each substrate opening, and an upright piece presser 32 is inserted into each upright piece opening. Each substrate presser 30 is composed of a collar and a base (not shown), and a double-sided adhesive tape is affixed to the end surface of the base. Each upright piece pressing member 32 is composed of a collar and a base (not shown), and a double-sided adhesive tape is affixed to the end surface of the base. The L-shaped fixture 20B, the L-shaped fixture 20C, and the L-shaped fixture (not shown) have the same configuration and will not be described in detail.

  The L-shaped fixing tool 20A, the L-shaped fixing tool 20B, the L-shaped fixing tool 20C and the L-shaped fixing tool (not shown) are placed on the installation surface 50 in accordance with the dimensions of the fixture 70, and the respective substrate openings of the respective L-shaped fixing tools are opened. The board pressing tool 30 is inserted into the part. Each substrate pressing tool 30 is fixed to the installation surface 50 by a double-sided adhesive group 34 attached to the base portion 304. Moreover, since the area of the collar part of the board | substrate presser 30 is larger than the area of a board | substrate opening part, each L-shaped thin plate 22 is latched by the board | substrate presser 30, and does not remove | deviate. In this state, the fixture 70 is placed on the L-shaped fixture 20A, the L-shaped fixture 20B, the L-shaped fixture 20C, and an L-shaped fixture (not shown). Next, the standing piece presser 32 is fitted into each standing piece opening of each standing piece 226 of each L-shaped fixture. Each upright piece pressing tool 32 is fixed to the side surface A 704 and the side surface B 706 of the fixture by a double-sided adhesive group 34 attached to the base 304. Since the area of the eaves portion of the upright piece presser 32 is larger than the area of the upright piece opening, each L-shaped thin plate 22 is locked by the upright piece presser 32 and will not come off. Thereby, the fixture 70 is fixed to the installation surface 50 by the L-shaped fixture 20A, the L-shaped fixture 20B, the L-shaped fixture 20C, and the L-shaped fixture (not shown).

  As described above, the fixture 70 is firmly fixed to the installation surface 50 by the fall-preventing tool 1 composed of four L-shaped fixtures, and even if a strong shaking such as an earthquake occurs, the fall is avoided. In addition, when the fixture 70 is moved, it is easy to rotate by inserting a peeling tool, which will be described in detail later, into a peeling hole (not shown) of the board pressing tool 30 attached to the board 222 of each L-shaped fixture. The substrate pressing tool 30 can be peeled off from the installation surface 50. Similarly, the standing piece holder 32 can be easily attached to the side surface of the fixture 70 by sandwiching and turning the peeling tool in a peeling hole (not shown) of the standing piece holder 32 attached to the standing piece 226 of each L-shaped fixture. Can be peeled off. Thereafter, each L-shaped thin plate 222 can be easily removed. As described above, the four L-shaped fixtures can be removed without damaging the installation surface 50 and the side surfaces A704 and B706 of the fixture 70 by using the peeling tool.

<Third Modification of Second Embodiment>
FIG. 16: is a side view which shows the state which attached to the apparatus the fall prevention tool of the 3rd modification of the 2nd Example of this invention. The overturn prevention tool 1 is composed of four L-shaped fixtures, that is, an L-shaped fixture 20A, an L-shaped fixture 20B, an L-shaped fixture 20C, and an L-shaped fixture (not shown). FIG. 16 shows that the fixture 70 is installed on the installation surface 50 by the side B 706 of the fixture 70 and the L-shaped fixture 20A fixed to the installation surface 50, and the side A 704 of the fixture 70 and the L-type fixture 20B fixed on the installation surface 50. It is fixed in the state. The L-shaped fixture 20 </ b> A includes an L-shaped thin plate 22, a substrate pressing tool 30, an upright piece pressing tool 32, a holding body 18, and a double-sided adhesive tape 34. The L-shaped thin plate 22 includes a substantially rectangular substrate 222 and upstanding pieces 226 that stand on one side of the substrate 222. The substrate 222 has four substrate openings, and the upstanding pieces 226 has four pieces. An upright piece opening is provided. A substrate pressing member 30 is inserted in each substrate opening, and a standing piece pressing member 32 is inserted in each standing piece opening. Each substrate pressing member 30 is composed of a collar and a base (not shown), and a double-sided adhesive tape 34 is attached to the end surface of the base. Each upright piece presser 32 is composed of a collar and a base (not shown), and a double-sided adhesive tape 34 is affixed to the end surface of the base. The L-shaped fixture 20B, the L-shaped fixture 20C, and the L-shaped fixture (not shown) have the same configuration, and the details are omitted. The structure of the holding body 18 is almost the same as that in FIG. 8, but the through hole 188 is not necessary in this modification.

  The L-shaped fixture 20A, the L-shaped fixture 20B, the L-shaped fixture 20C, and the L-shaped fixture (not shown) are placed on the installation surface 50 in accordance with the dimensions of the fixture 70, and are placed on the substrate openings of the respective L-shaped fixtures. The board pressing tool 30 is inserted. Each substrate pressing tool 30 is fixed to the installation surface 50 by a double-sided adhesive group 34 attached to the base portion 304. Moreover, since the area of the collar part of the board | substrate presser 30 is larger than the area of a board | substrate opening part, each L-shaped thin plate 22 is locked by the board | substrate presser 30, and does not remove | deviate. In this state, the holding body 18 is placed on the substrate 222 of each L-shaped fixture so as not to come into contact with the flange portion 302. The fixture 70 is placed on the L-shaped fixture 20A, L-type fixture 20B, L-type fixture 20C, and L-type fixture (not shown) on which the holding body 18 is placed. In this state, the side surface A 704 and the side surface B 706 of the fixture 70 are in contact with the upright pieces 226 of the respective L-shaped fixtures. Next, the upright piece pressing tool 32 is fitted into the upright piece opening of each upright piece 226. Each upright piece pressing tool 32 is fixed to the side surface A 704 and the side surface B 706 of the fixture by a double-sided adhesive group 34 attached to the base 304. Since the area of the eaves portion of the upright piece presser 32 is larger than the area of the upright piece opening, each L-shaped thin plate 22 is locked by the upright piece presser 32 and will not come off. Thereby, the fixture 70 is fixed to the installation surface 50 by the L-shaped fixture 20A, the L-shaped fixture 20B, the L-shaped fixture 20C, and the L-shaped fixture (not shown).

  The holding body 18 prevents the load of the fixture 70 from being directly applied to the flange portion 302 of the substrate pressing member 30. As a result, the load of the fixture 70 is directly applied to the substrate 222. On the other hand, since the substrate 222 is in direct contact with the installation surface 50, the load of the fixture 70 is applied to the installation surface 50 via the substrate 222.

  The L-shaped fixing tool 20B and the L-shaped fixing tool 20C have the same structure as the L-shaped fixing tool 20A. The substrate 222 is fixed to the installation surface 50 by the substrate pressing tool 30, and the standing piece 226 is a fixture by the standing piece pressing tool 32. 70 is fixed to the side surface A704. An L-shaped fixture (not shown) has a similar structure, and details are omitted.

  As described above, the fixture 70 is firmly fixed to the installation surface 50 by the fall-preventing tool 1 composed of four L-shaped fixtures, and even if a strong shaking such as an earthquake occurs, the fall is avoided. In addition, when the fixture 70 is moved, first, the substrate is formed by sandwiching and rotating a peeling tool, which will be described in detail later, in a peeling hole of the substrate pressing tool 30 attached to the substrate 222 of each L-shaped fixture. The presser 30 is peeled from the installation surface 50. Next, the fixture 70 is removed, and the standing piece holder 32 is turned to the side surface of the fixture 70 by turning the peeling tool into the peeling hole of the standing piece holder 32 attached to the standing piece 226 of each L-shaped fixture. Peel from. As described above, the four L-shaped fixtures can be removed from the installation surface 50 and the side surfaces A704 and B706 of the fixture 70 without damaging these surfaces by using a peeling tool.

<Fourth Modification of Second Embodiment>
FIGS. 17A and 17B are views showing a state in which the overturn prevention tool of the fourth modified example of the second embodiment of the present invention is attached to a device, FIG. 17A is a front view, and FIG. 17B is a side view. FIG. As shown in FIG. 9, the overturn prevention device 1 is composed of four L-shaped fixtures, that is, an L-shaped fixture 20A, an L-shaped fixture 20B, an L-shaped fixture 20C, and an L-shaped fixture not shown. The FIG. 17 shows a state in which the fixture 70 is fixed to the installation surface 50 by the side surface B706 of the fixture 70 and the L-shaped fixture 20A fixed to the installation surface 50. The L-shaped fixture 20 </ b> A includes an L-shaped thin plate 22, a J-shaped thin plate 37, a substrate pressing tool 30, a side plate pressing tool 38, and a double-sided adhesive tape 34.

  The L-shaped thin plate 22 includes a substantially rectangular substrate 222, an upright piece 226 that stands on one side of the substrate 222, a piece of the upright piece 226 opposite to the substrate 222, and perpendicular to the upright piece 226 in the same direction as the substrate 222. The upper thin plate 230 is comprised. The substrate 222 is provided with four substrate openings. An upper elliptical hole is provided in the upper thin plate 230. Further, the standing piece 226 is provided with a standing piece fixing portion 229, and this portion is fixed near the center of the substrate 222 by welding, bonding or the like. Needless to say, the case where the substrate 222 and the upright piece 226 are integrally formed is also included. The substrate 222 is provided with four standing piece openings. A substrate presser 30 is inserted into each substrate opening, and an upright piece presser 32 is inserted into each upright piece opening. Each substrate pressing tool 30 includes a flange 302, a base 304, and a peeling hole 306, and a double-sided adhesive tape 34 is affixed to the end surface of the base 304.

  The J-shaped thin plate 37 is provided with a bottom plate portion 376 at the lower portion of the side plate portion 372, and is configured such that the shape seen from the side surface forms a J-shape. A bottom plate fixing portion 377 is provided on the bottom plate portion 376, and this portion is fixed to the side plate portion 372 by welding or adhesion. Needless to say, the case where the side plate portion 372 and the bottom plate portion 376 are integrally formed is also included. The bottom plate portion 376 is provided with a bottom plate elliptical hole. The side plate portion 372 is provided with four side plate openings. Side plate pressers 38 are fitted in the respective side plate openings. Each side plate pressing tool 38 includes a flange portion 382, a base portion, and a peeling hole 386, and a double-sided adhesive tape 34 is attached to an end surface of the base portion. The configuration of the side plate pressing member 38 is the same as that of the substrate pressing member 30 shown in FIG.

  The bolt 392 of the fixing member 39 is inserted into the thin plate elliptic hole 232 of the upper thin plate 230 and the bottom plate elliptic hole 378 of the bottom plate portion 376, and the upper thin plate 230 and the bottom plate portion 376 are screwed together and fixed by a nut 394. Since the long diameters of the thin plate elliptic holes and the bottom plate elliptic holes are orthogonal to each other, the mutual positions of the upper thin plate 230 and the bottom plate portion 376 can be adjusted by changing the screwing positions. Therefore, the substrate 222 is fixed to the installation surface 50 by the substrate pressing tool 30, and the positions of the upper thin plate 230 and the bottom plate portion 376 are adjusted so that the side plate portion 372 contacts the side surface B706 of the fixture 70, and the bolt 492 and the nut are adjusted. 494 can be fixed. As a result, the fixture 70 is fixed to the installation surface 50 by the L-shaped fixture 20 </ b> A including the L-shaped thin plate 22, the J-shaped thin plate 37, the substrate pressing tool 30, and the side plate pressing tool 38. The L-shaped fixture 20B, the L-shaped fixture 20C, and the L-shaped fixture (not shown) have the same configuration and will not be described in detail.

  18A and 18B are views showing an L-shaped thin plate, in which FIG. 18A is a front view, FIG. 18B is a plan view, and FIG. 18C is a side view. The L-shaped thin plate 22 includes a substantially rectangular substrate 222, an upright piece 226 that stands on one side of the substrate 222, a piece of the upright piece 226 opposite to the substrate 222, and perpendicular to the upright piece 226 in the same direction as the substrate 222. The upper thin plate 230 is comprised. The substrate 222 is provided with four substrate openings 224. A substrate pressing member 30 is fitted in each substrate opening 224. An upper elliptical hole 232 is provided in the upper thin plate 230. Further, the standing piece 226 is provided with a standing piece fixing portion 229, and this portion is fixed near the center of the substrate 222 by welding, bonding or the like. Needless to say, the case where the substrate 222 and the upright piece 226 are integrally formed is also included.

  19 is a view showing a J-shaped thin plate, FIG. 19 (a) is a front view, FIG. 19 (b) is a plan view, and FIG. 19 (c) is a side view. The J-shaped thin plate 37 is configured such that a bottom plate portion 376 forms a J-shape below the side plate portion 372. A bottom plate fixing portion 377 is provided on the bottom plate portion 376, and this portion is fixed to the side plate portion 372 by welding or adhesion. Needless to say, the case where the side plate portion 372 and the bottom plate portion 376 are integrally formed is also included. A bottom plate elliptical hole 378 is provided in the bottom plate portion 376. The side plate portion 372 is provided with four side plate openings 373. Side plate pressers 38 are fitted into the respective side plate openings.

  20A and 20B are diagrams showing a peeling tool for peeling the pressing tool fixed to the installation surface or the side surface. FIG. 20A is a plan view and FIG. 20B is a side view. In order to remove the toppling prevention tool 1 shown in FIG. 1 from the installation surface 50, first, the female screw portion 14 is removed from the male screw portion 13 from the bottom plate inner surface 614 of the vending machine 60, and the vending machine 60 is lifted to raise the vending machine 60. The male screw portion 13 is removed from the bottom plate hole 618 of the bottom plate 612. Thus, when the vending machine 60 is removed, four flat plate fixtures remain on the installation surface 50. A thin plate pressing tool 15 is firmly fixed to the installation surface 50 by a double-sided adhesive tape 17 in each flat plate fixing tool. Therefore, by using this peeling tool, four flat plate retainers 15 are peeled off by one flat plate fixture, and a total of 16 thin plate pressers 15 are peeled off by four flat plate fixtures. The thin plate 12 can also be removed. This makes it possible to easily remove the flat plate fixture 10A, the flat plate fixture 10B, the flat plate fixture 10C, and a flat plate fixture (not shown) without causing any damage to the installation surface 50.

  Further, in order to remove the tipping prevention tool 1 shown in FIGS. 9 and 14 from the side surface and the installation surface 50 of the fixture 70, first, the upright piece 226 of the L-shaped fixture 20B and the L-type fixture 20C contacting the side surface A704 of the fixture 70. In addition, it is necessary to remove the standing piece pressing members 32 from the L-shaped fixture 20A in contact with the side surface A704 and the standing pieces 226 of the L-shaped fixture (not shown). A total of 16 of these upright piece holding fixtures 32 are fitted in one L-shaped fixture with four L-shaped fixtures, and both are firmly attached to the side surface of the fixture 70 by the double-sided adhesive tape 34. It is firmly fixed. Therefore, it peels using this peeling tool. After peeling, when the fixture 70 is lifted and removed, the L-shaped fixture 20A, the L-shaped fixture 20B, the L-shaped fixture 20C, and the L-shaped fixture (not shown) are left behind on the installation surface 50. In each of these L-shaped fixtures, the substrate pressing tool 30 is firmly fixed to the installation surface 50 by the double-sided adhesive tape 34. Therefore, by using this peeling tool, four substrate pressing members 30 are peeled off by one L-shaped fixing tool, and a total of sixteen substrate pressing members 30 are peeled off by four L-shaped fixing tools. Finally, the L-shaped sheet 22 of each L-shaped fixture can also be removed. This makes it possible to easily remove the L-shaped fixture 20A, the L-shaped fixture 20B, the L-shaped fixture 20C and the L-shaped fixture (not shown) without causing any damage to the installation surface 50.

  The peeling tool 40 includes a gripping part 402, a pressing part 404, and three protrusions 406. The peeling tool 40 peels the thin plate pressing tool 15 of the flat plate fixing tool and the substrate pressing tool 30 of the L-shaped fixing tool from the installation surface 50, and peels the standing piece pressing tool 32 of the L-shaped fixing tool from the side surface of the fixture 70. belongs to. In order to peel off each of the above-mentioned pressing tools by the pressing section 404, the pressing section 404 is pressed against the above-mentioned pressing tool and is rotated in the left-right direction. Therefore, the peeling tool 40 has three protrusions 406 and a gripping part 402 for rotating on the back side of the pressing part 404.

  FIGS. 21A and 21B are diagrams for explaining a method of peeling the pressing tool using the above-described peeling tool, in which FIG. 21A is a plan view, and FIG. 21B is a straight line A in the plan view of FIG. A cut surface cut along A ′. The protrusion 406 of the peeling tool 40 is inserted into the peeling holes 150, 306, and 326 of the thin plate presser 15, the substrate presser 30, and the upright piece presser 32, respectively, and is held by the presser 404 with the gripping part 402. In this state, by rotating the gripping portion 402 of the peeling tool 40 in the left-right direction, a large turning force is applied to the thin plate pressing tool 15, the substrate pressing tool 30, and the standing piece pressing tool 32 by the lever principle, and the installation surface The double-sided adhesive tape is peeled off from the side surface of 50 or the fixture 70, and finally, the thin plate pressing tool 15, the substrate pressing tool 30, and the standing piece pressing tool 32 are removed. By using the auxiliary peeling tool 40 as described above, the plate pressing tool 15, the board pressing tool 30, and the standing piece pressing tool 32 are easily peeled off, and the tipping prevention tool 1 is removed from the installation surface 50 or the side surface of the fixture 70. It is.

  It goes without saying that the present invention is not limited to the procedure of the embodiment described above, and various modifications are possible without departing from the spirit of the present invention.

  For example, in the first embodiment, four flat plate fixtures are used, and in the second embodiment, four L-shaped fixtures are used. However, depending on the size and weight of the vending machine 60 and the fixture 70, It goes without saying that the number of these fixtures also changes and includes one or more fixtures.

  Further, for example, in the first embodiment, four thin plate openings and the thin plate pressing member 15 are provided, and in the second embodiment, four standing piece openings and the standing piece pressing member 32 are provided as four substrate openings. However, the number of the openings and the number of the pressing tools vary depending on the dimensions and weights of the vending machine 60 and the fixture 70, and the number of the one or more opening parts and the pressing tools can be changed. Needless to say, cases are also included.

  In addition, for example, in the first embodiment, one holding member is used for one flat plate fixing device, and in the second embodiment, two holding members are used for one L-shaped fixing member. However, it goes without saying that the number of holders varies depending on the dimensions and weight of vending machines and furniture.

  In addition, for example, the case where the thin plate presser 15, the substrate presser 30, and the standing piece presser 32 are provided with three peeling holes has been described, but the dimensions and weights of the vending machine 60 and the fixture 70 are described. Needless to say, the number of these peeling holes also changes and includes one or more peeling holes.

  In addition, for example, in the first embodiment, four modified examples are described, and in the second embodiment, three examples are described. However, in the first embodiment and the second embodiment, these modifications are described. Needless to say, combinations of modifications are also included.

It is a perspective view which shows the state which attached the fall prevention tool of the 1st Example to the apparatus. It is a side view which shows the state which attached the fall prevention tool of the 1st Example to the apparatus. It is a figure which shows the structure of the flat fixture of the fall prevention tool of a 1st Example. It is a perspective view of the thin plate of the fall prevention tool of a 1st Example. It is a perspective view of the thin plate pressing tool of the fall prevention tool of the first embodiment. It is a side view which shows the 1st modification of the fall prevention tool of a 1st Example. It is a side view which shows the 2nd modification of the fall prevention tool of a 1st Example. It is a perspective view of the holding body of the 2nd modification. It is a perspective view which shows the state which attached the fall prevention tool of the 2nd Example to the apparatus. It is a side view which shows the state which attached the fall prevention tool of the 2nd Example to the apparatus. It is a block diagram which shows the state by which the L-shaped fixing tool of the fall prevention tool of a 2nd Example is attached to a fixture. It is a perspective view of the L-shaped thin plate of the fall prevention tool of a 2nd Example. It is a side view which shows the 1st modification of the fall prevention tool of a 2nd Example. It is a perspective view which shows the 2nd modification of the fall prevention tool of a 2nd Example. It is a front view which shows the 2nd modification of the fall prevention tool of a 2nd Example. It is a side view which shows the 3rd modification of the fall prevention tool of a 2nd Example. It is a figure which shows the 4th modification of the fall prevention tool of a 2nd Example. It is a figure which shows the L-shaped thin plate of the 4th modification of the fall prevention tool of a 2nd Example. It is a figure which shows the J-shaped thin plate of the 4th modification of the fall prevention tool of a 2nd Example. It is a figure which shows the peeling tool for peeling the pressing tool currently fixed to the surface. It is a figure for demonstrating the method of peeling a pressing tool using a peeling tool.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Falling prevention tool 10 Flat plate fixing tool 10A Flat plate fixing tool 10B Flat plate fixing tool 10C Flat plate fixing tool 12 Thin plate 122 Thin plate opening part 13 Male screw part 14 Female screw part 15 Thin plate pressing tool 152 Gutter part 154 Base part 156 Release hole 16 Impact absorption member 17 Double-sided adhesive tape 18 Holder 182 Flat part 184 Standing piece X
186 Standing piece Y
188 Through-hole 20 L-shaped fixture 20A L-shaped fixture 20B L-shaped fixture 20C L-shaped fixture 22 L-shaped thin plate 222 Substrate 224 Substrate opening 226 Standing piece 229 Standing piece fixing portion 228 Standing piece opening 230 Upper thin plate 232 Upper elliptical hole 30 Substrate pressing member 302 Hook portion 304 Base portion 306 Peeling hole 32 Standing piece presser 322 Hook portion 324 Base portion 326 Peeling hole 34 Double-sided adhesive tape 36 Shock absorbing member 37 J-shaped thin plate 372 Side plate portion 373 Side plate opening portion 376 Bottom plate portion 377 Bottom plate fixing part 378 Bottom plate elliptical hole 38 Side plate pressing tool 382 Gutter part 384 Base part 386 Peeling hole 39 Fixing member 392 Bolt 394 Nut 40 Peeling tool 402 Holding part 404 Main body part 406 Projection part 50 Installation surface 60 Vending machine 602 Side face 604 A
606 Side B
608 Front surface 610 Back surface 612 Bottom plate 614 Bottom plate inner surface 616 Bottom plate outer surface 618 Bottom plate hole 620 Coin insertion slot 622 Commodity display section 624 Merchandise retrieval slot 626 Change retrieval slot 70 Fixture 702 Top surface 704 Side surface A
706 Side B
708 Front 710 Back 712 Bottom 714 Open / close door

Claims (15)

A fall prevention tool for preventing the equipment mounted on the installation surface from falling,
A substrate having a substantially rectangular substrate having a substrate opening, a substrate insertion portion that fits into the substrate opening, and a substrate insertion locking portion that locks the insertion into the substrate opening at the head of the substrate insertion portion. A holding tool, and a fixing tool,
Fixing means for fixing the device to the fixture;
Fixing means for fixing the substrate pressing tool to the installation surface;
A fall-preventing tool comprising:   2. The overturn prevention tool according to claim 1, wherein the substrate pressing member is inserted from the substrate insertion portion into the opening portion of the substrate placed on the installation surface.   The said board | substrate insertion part is a substantially cylindrical body, The said board insertion latching | locking part is provided in the one surface of the said substantially cylindrical body, and the adhering means is provided in the other surface, The Claim 1 characterized by the above-mentioned. Fall prevention tool.   The overturn prevention tool according to claim 1, wherein the board insertion locking portion has an area larger than an area of the board opening. The fixing means includes
A male screw portion standing vertically on the surface of the substrate;
A female screw portion that is screwed into the male screw portion that is fitted into a bottom plate hole provided on the bottom surface of the device;
The fall prevention tool according to any one of claims 1 to 4, further comprising:   The overturn prevention tool according to any one of claims 1 to 5, wherein an impact absorbing member is inserted between the substrate presser and the substrate.   A trapezoidal holding body having a substantially rectangular flat plate and a pair of upstanding pieces standing in the same direction on two opposing pieces of the substantially rectangular flat plate is inserted between the substrate and the device. The overturn prevention tool according to any one of claims 1 to 6.   8. The overturn prevention tool according to claim 7, wherein the holding body is provided with a through hole for penetrating the male screw portion in the vicinity of a center portion of the substantially rectangular flat plate. The fixing means includes
A substantially rectangular upright piece standing upright on the one side of the board of the fixture and having an upright opening;
An upright piece presser having an upright piece insertion portion that fits into the upright piece opening portion and an upright piece insertion locking portion that locks the insertion into the head of the upright piece insertion portion. Insert the upright piece presser from the upright piece insertion portion side into the upright piece opening of the upright piece placed so as to contact,
Locking the standing piece so as not to come off from the standing piece opening by the standing piece fitting locking portion having an area larger than the area of the standing piece opening,
The rising piece pressing tool is fixed to the side surface of the device by the fixing means provided on the surface on the opposite side of the rising piece insertion locking portion on the rising piece insertion portion side,
The fall prevention tool according to any one of claims 1 to 4, wherein the upright piece is fixed to a side surface of the device. The fixing means includes
A substantially rectangular upright piece standing vertically to the substrate on one side of the substrate of the fixture;
An upper thin plate provided in the same direction as the substrate perpendicular to the standing piece on the piece on the opposite side to the substrate of the standing piece;
A J-shaped thin plate comprising a bottom plate portion fixed to the upper thin plate and a side plate portion in contact with a side surface of the device;
A side plate presser having a side plate insertion portion that fits into a side plate opening provided in the side plate portion and a side plate insertion locking portion that locks the insertion into the head of the side plate insertion portion, and
A bolt is inserted into the upper elliptic hole provided in the upper thin plate and the bottom plate elliptic hole provided in the bottom plate portion, and the upper thin plate and the bottom plate portion are fixed by screwing with a nut,
The side plate pressing tool is inserted from the side plate insertion portion side into the side plate opening of the side plate portion placed so as to be in contact with the side surface of the device,
The side plate is locked so as not to come off from the side plate opening by the side plate insertion locking portion having an area larger than the area of the side plate opening,
The side plate presser is fixed to the side surface of the device by the fixing means provided on the surface opposite to the side plate insertion locking portion on the side plate insertion portion side,
The fall prevention tool according to any one of claims 1 to 4, wherein the side plate is fixed to a side surface of the device.   11. The overturn according to claim 9, wherein an impact absorbing member is inserted into at least one of a surface where the upright piece presser and the upright piece are in contact with each other or a surface where the side plate presser is in contact with the side plate. Prevention tool.   A trapezoidal holding body having a substantially rectangular flat plate and a pair of upstanding pieces standing in the same direction on two opposing pieces of the substantially rectangular flat plate is inserted between the substrate and the device. The overturn prevention tool according to any one of claims 9 to 11.   The overturn prevention tool according to any one of claims 1 to 12, wherein the fixing means is a double-sided adhesive tape. A pressing tool having a fitting portion that fits into an opening of a substantially rectangular thin plate and a fitting locking portion that locks the fitting into the opening at the head of the fitting portion is fixed by the fixing means. In the peeling tool that peels from the fixed surface,
A substantially plate-shaped main body, a protrusion provided on one surface of the main body, and a grip provided on one end of the main body;
The protruding part is inserted into a peeling hole provided in the pressing tool, the main body part is pressed against the pressing tool, and the gripping part is rotated around the pressing tool to peel the pressing tool from the fixing surface. A peeling tool characterized in that A pressing tool having a fitting portion that fits into an opening of a substantially rectangular thin plate and a fitting locking portion that locks the fitting into the opening at the head of the fitting portion is fixed by the fixing means. A peeling method for peeling from a fixed surface,
A protrusion provided on one surface of the substantially plate-shaped main body of the peeling tool is inserted into the peeling hole of the pressing tool, the main body is pressed against the pressing tool, and the peeling tool is held around the pressing tool. The peeling method characterized by peeling the said pressing tool from the said adhering surface by rotating a part.

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