JP2011005194A - Falling/slipping-preventive structure of furniture - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a falling/slipping-preventive structure of furniture or the like which can effectively prevent the furniture or the like from moving at earthquake by making it exhibit a fall and slip prevention function without damaging the furniture or the like and preventing the furniture or the like from falling and slipping at earthquake.SOLUTION: The falling/slipping-preventive structure 10 is intended to prevent the furniture or the like 12 installed along a wall surface 11 of a room from falling and slipping at earthquake. The furniture or the like 12 is provided with rope-like body engagement grooves 30 guiding rope-like bodies 18 so as to make them to be wound transversely along the front of the furniture or the like 12 in the upper portion and the lower portion. The structure prevents the furniture or the like 12 from falling and slipping by supporting the upper portion and the lower portion of the furniture or the like 12 from the wall surface 11 through the rope-like bodies 18 by winding the rope-like bodies 18 while guiding them by the rope-like body engagement grooves 30 from the front side of the furniture or the like 12 and engaging both ends of the rope-like bodies 18 with the slide engagement grooves 14 and 16 of the engagement rail members 15 and 17 attached to the wall surface 11 by using the rope-like body engagement fittings 13 and 19.

Description

  The present invention relates to a structure for preventing furniture from slipping and more particularly to a structure for preventing furniture from falling and slipping to prevent the furniture installed along an indoor wall surface from falling and sliding during an earthquake.

  Conventionally, various instruments and devices for preventing the furniture from falling or slipping during an earthquake have been proposed. For example, those using pole-type instruments are known. The fall-prevention structure using pole-type equipment is intended to prevent the furniture from falling by stretching it between the furniture and the ceiling with a stick-shaped equipment. It may worsen, or the ceiling may be pushed up and damaged, or it may not be able to withstand large fluctuations caused by an earthquake.

  On the other hand, as a structure for preventing the fall of furniture considering aesthetics, a structure using a rail member attached along an indoor wall surface and an L-shaped hardware attached to the rail member (for example, a patent) Reference 1) and one end portion of the rope body are locked and supported by the rail member, and the other end portion of the rope body is fixed to the upper portion of the furniture using a connecting metal fitting. There has also been proposed a fall prevention structure that prevents the fall (see, for example, Patent Literature 1 and Patent Literature 2).

JP 2006-34824 A JP 2007-130407 A

  However, in the fall prevention structure using the above-mentioned conventional L-shaped metal fittings and connecting metal fittings, the L-shaped metal fittings and connecting metal fittings are fixed by directly driving a fixing metal fitting such as a screw into furniture. In addition to being damaged, the holding force when stopping with screws varies depending on the material of the furniture, so depending on the combination of the screw and the material, it will not be possible to fully demonstrate the function of preventing the furniture from falling down during an earthquake There is a case. Further, in the above conventional fall prevention structure, only the upper part of the furniture is supported by the indoor wall surface, so that it is possible to effectively prevent the furniture from falling over to a certain degree of shaking, for example, during a large earthquake. It is difficult to effectively prevent supine overturning and rotational movement caused by foot cleaning caused by furniture slipping.

  The present invention can exhibit a sufficient fall prevention function with almost no damage to the furniture, and can effectively prevent the furniture from moving during an earthquake by preventing the furniture from falling and slipping during an earthquake. An object of the present invention is to provide a structure to prevent furniture from slipping and preventing slipping.

  The present invention relates to a structure for preventing overturning and slipping of furniture for preventing overturning and sliding movement of furniture installed along an indoor wall surface. Ribbon guide means for guiding the wire so as to be wound in a transverse direction along the front part of the furniture is provided at least at the upper part and the lower part, and the rope is guided from the front side of the furniture. Winding while being guided by the strip guide means, and fixing the both ends of the strip to the wall surface using the strip anchoring bracket, at least the upper and lower parts of the furniture via the strip The above object is achieved by providing a structure for preventing the furniture from toppling and slipping, which is supported by the wall surface and prevents the furniture from toppling and sliding.

  And in the structure for preventing overturning of furniture according to the present invention, it is preferable that the cable body guide means is a cable body engaging groove provided transversely across the front surface of the furniture.

  In the fall-slip prevention structure of the present invention, it is preferable that the cable body guide means includes a winding positioning member attached to at least both side portions of the front portion of the furniture.

  Furthermore, the fall slip prevention structure of the present invention is preferably provided with a cylindrical protective cover so as to cover a portion of the cable body that is wound around the furniture while being guided by the cable body guide means. .

  Furthermore, the anti-slip structure according to the present invention includes an upper locking rail member and a lower locking rail member each having a slide locking groove that slidably locks the cable body fixing metal fitting in a lateral direction. Are arranged so as to extend in the lateral direction along the upper end portion and the lower end portion, respectively. It is preferable that the portion is fixed to the wall surface.

  In the fall-slip prevention structure of the present invention, it is preferable that the cable body is attached to the cable body attachment metal fitting so that the extension length can be adjusted.

  Furthermore, the fall slip prevention structure of the present invention is characterized in that the cable body anchoring fitting and the slide engagement groove rotate the upper part engagement by rotating 90 degrees from the slidable state. It is preferable to provide a structure in which the cable body engaging bracket is fixed at a predetermined position of the rail member or the lower locking rail member.

  Furthermore, in the fall / slip prevention structure of the present invention, it is preferable that the lower locking rail member also serves as a baseboard.

  In the fall-slip prevention structure of the present invention, it is preferable that the upper locking rail member also serves as a peripheral edge.

  According to the anti-slip structure of furniture of the present invention, it is possible to exert a sufficient anti-fall function without almost damaging the furniture, and to prevent the furniture from falling and slipping during an earthquake, It is possible to effectively prevent the furniture from moving.

It is a perspective view explaining the structure of the fall prevention structure of the furniture which concerns on preferable one Embodiment of this invention. (A) is a partial perspective view for explaining a state in which furniture is supported on the wall surface via a cable body and a first cable body attachment bracket in the upper part of the furniture, and (b) is an upper locking rail member. FIG. (A) is a partial perspective view for explaining a state in which furniture is supported on a wall surface via a cable body and a second cable body engaging bracket in the lower part of the furniture, and (b) is a lower locking rail member FIG. (A) is a side view of the first cord body anchoring bracket, (b) is a top view, (c) is a bottom view, and (d) is A in (a) with the cord body and washer member attached. It is sectional drawing along -A. It is a perspective view of a 2nd cable body attachment metal fitting. It is a perspective view explaining the structure of the fall prevention structure of the furniture based on other preferable embodiment of this invention.

  As shown in FIG. 1, the furniture fall prevention structure 10 according to a preferred embodiment of the present invention is a furniture 12 that is installed along an indoor wall surface 11. Even if it is received, it is employed as a structure for allowing the installation position to be firmly held without causing a fall or slip.

  That is, the furniture fall prevention structure 10 of the present embodiment is a prevention structure for preventing the furniture 12 installed along the indoor wall surface 11 from toppling and sliding during an earthquake. For example, as the ridge body guiding means for guiding the ridge body 18 so as to be wound transversely along the front surface portion of the furniture 12, the front surface portion of the furniture 12 is horizontally traversed. The cable body engaging groove 30 is provided at least in the upper part and the lower part, and the cable body 18 is guided from the front side of the furniture 12 by the cable body guiding means (the cable body engaging groove). 30, while being guided by the cable 30, and fixing both ends of the cable body 18 to the wall surface 11 using the cable body fittings 13 and 19, at least the upper and lower parts of the furniture 12 through the cable body 18. Is supported by the wall 11 and the house So as to prevent overturning and sliding movement of the class 12.

  Moreover, in this embodiment, the upper latching rail member 15 and the lower latching rail member 17 provided with the slide latching grooves 14 and 16 for latching the cord anchoring metal fittings 13 and 19 so as to be slidable in the lateral direction are as follows: The cable body 18 is disposed so as to extend laterally along the upper end portion and the lower end portion of the wall surface 11, and the cable body 18 is engaged with the slide engagement grooves 14, 16 with the cable body engagement fittings 13, 19. As a result, both end portions are fixed to the wall surface 11.

  2 (a) and 2 (b), the upper locking rail member 15 is preferably an extruded product made of aluminum and has a cross-sectional shape as shown in FIG. 2 (b). It is formed as a strip-shaped member. Further, in the present embodiment, the upper locking rail member 15 is fixed, for example, to the wall surface 11 through the fixing holes 15b formed in the back contact plate 15a with a predetermined interval in the longitudinal direction. Is attached horizontally extending in the horizontal direction along the upper end of the wall surface 11. As a result, the slide locking groove 14 extends horizontally in the lateral direction and opens toward the surface side at a position facing the back contact plate 15a of the upper locking rail member 15. In the stop groove 14, the below-mentioned cord anchors 13 and 29 are detachably engaged. Here, the slide locking groove 14 is provided with a pinching locking piece 14a projecting inwardly at the opening edges on both the upper and lower sides on the surface side, so that the width B2 of the back part is larger than the width B1 on the surface side. Is formed to be wide.

  Moreover, in this embodiment, the upper latching rail member 15 is attached along the corner | angular part where the ceiling surface 20 and the wall surface 11 cross indoors, and, thereby, it serves as a ceiling periphery. Since the upper locking rail member 15 also serves as a ceiling edge, the upper locking rail member 15 can be attached to the upper wall surface 11 of the furniture 12 with a good fit. The upper locking rail member 15 is not necessarily attached along the corner portion where the ceiling surface 20 and the wall surface 11 cross each other, and an appropriate position between the upper locking rail member 15 and the ceiling surface 20 above the furniture 12 is selected. It is also possible to extend and attach in the lateral direction.

  As shown in FIGS. 3A and 3B, the lower locking rail member 17 is preferably an extruded product made of aluminum and has a cross-sectional shape as shown in FIG. 3B. It is formed as a strip-shaped member. Further, in the present embodiment, the lower locking rail member 17 is, for example, a fixing screw toward the wall surface 11 through the fixing holes 17b formed in the back contact plate 17a with a predetermined interval in the longitudinal direction. Is attached horizontally extending in the horizontal direction along the lower end of the wall surface 11. As a result, the slide locking groove 16 extends horizontally in the lateral direction and opens toward the surface side at a position facing the back contact plate 17a of the lower locking rail member 17, and this slide engagement In the stop groove 16, the below-mentioned cord anchors 13 and 19 are detachably engaged. Here, the slide locking groove 16 is provided with sandwiched locking pieces 16a projecting inwardly at the opening edges on both the upper and lower sides on the front surface side, so that the width B2 at the inner side is wider than the width B1 on the front surface side. Is formed to be wide.

  Moreover, in this embodiment, the lower latching rail member 17 is attached along the corner | angular part where the floor surface 21 and the wall surface 11 cross indoors, and, thereby, it serves as a baseboard. Since the lower locking rail member 17 also serves as a baseboard, the lower locking rail member 17 can be attached to the lower wall surface 11 of the furniture 12 with a good fit. The lower locking rail member 17 does not necessarily have to be attached along the corner portion where the floor surface 21 and the wall surface 11 cross each other, and an appropriate position of the lower portion of the wall surface 11 is selected and extended in the lateral direction. It is also possible to attach.

  And in this embodiment, the linear body engaging groove 30 is provided in the upper part and the lower part of the furniture 12 as a linear body guide means, transversely crossing the front part of the furniture 12 laterally. The cable body engaging concave groove 30 is a concave groove for positioning the winding position of the cable body 18 that extends around the front surface of the furniture 12 so as not to be displaced vertically. As shown in FIG. 2 (a), for example, the upper cable body engaging concave groove 30 has a corner portion on the lower surface of the flange portion 12b projecting forward of the top plate 12a of the furniture 12, and It can be used as the cable body engaging groove 30. Further, as shown in FIG. 3A, for example, the lower cable body engaging groove 30 is formed by replacing the notched groove 30 formed below the drawer 12c on the front surface of the furniture 12 with the lower cable. It can be used as the strip engaging groove 30.

  The cable body 18 wound around the upper part and the lower part of the furniture 12 across the front surface while being guided by the cable body engaging concave grooves 30 is preferably flexible and has a desired tensile strength. Various linear members can be used. For example, a wire such as a stainless steel wire, a rope such as a nylon rope, a wire, or the like can be used. In the present embodiment, the cable body 18 is wound around the front surface of the furniture 12, and on both sides of the furniture 12, the both ends of the front surface and the upper locking rail member 15 and the lower locking rail member 17. Both ends of the cable body 18 are cut to a desired length sufficient to be stretched between them, and the first cable body anchoring metal fitting 13 and the other are engaged with one end part. By connecting to the upper locking rail member 15 and the lower locking rail member 17 via the second strip anchoring metal fitting 19 engaged with the end portion of the furniture, the wall 11 and the upper part of the furniture 12 are connected. And support the lower part.

  Moreover, in this embodiment, the cylindrical body which consists of a tube member made from rubber | gum or a synthetic resin, for example, covers the part wound around the furniture 12 while making it guide to the cable body engagement groove | channel 30. A protective cover 31 is attached (see FIGS. 2A and 3A). The tubular protective cover 31 is attached so as to cover the portion of the rope 18 that is wound around the furniture 12, so that, for example, when the furniture 12 shakes during an earthquake, the rope 18 bites into the furniture 12. It is possible to prevent the furniture 12 from being damaged more effectively.

  Here, in this embodiment, the first rope engaging bracket 13 that connects one end of the rope 18 to the upper locking rail member 15 and the lower locking rail member 17 is shown in FIG. ~ (D), a protruding engagement board 13a having a substantially oval planar shape, and a plug having a hexagonal planar shape in which a pair of rectangular opposing corners are obliquely cut out as a slope 22 The anchoring disc 13b has a three-dimensional shape in which these major axes are arranged so as to intersect perpendicularly and are joined and integrated via an intermediate neck portion 13c.

  Further, the first rope engaging hook 13 is provided with a rope insertion hole 23 continuously passing through the central portion of the protruding anchor 13a, the intermediate neck 13c, and the insertion anchor 13b. In the cage (see FIG. 4 (d)), a diameter-enlarged engagement portion 23a having an enlarged inner diameter is formed in a portion of the cord body insertion hole 23 on the insertion engagement platen 13b side. Then, after inserting one end portion of the cable body 18 into the cable body insertion hole 23 from the protruding engagement board 13a side, for example, an engagement metal object 24 is joined to the tip of the inserted cable body 18, and this engagement By locking the metal fitting 24 to the enlarged diameter engaging portion 23 a of the ridge body insertion hole 23, one end portion of the ridge body 18 is prevented from coming out of the ridge body insertion hole 23, and the one end portion is It can be made to be engaged with the 1 cable body attachment metal fitting 13.

  Furthermore, in this embodiment, the insertion baffle 13b of the first cord body fitting 13 has a width b1 between its long sides on the surface side of the slide locking groove 14 of the upper locking rail member 15. It is formed to be slightly smaller than the width B1 (see FIG. 2B) and the width B1 on the surface side of the slide locking groove 16 of the lower locking rail member 17 (see FIG. 3B). As a result, the insertion anchor 13 b of the first cord anchor 13 is provided at any position of the upper locking rail member 15 and the lower locking rail member 17 up to the back of the slide locking grooves 14 and 16. Can be easily inserted and arranged.

  On the other hand, the width b2 between the short sides of the insertion anchoring board 13b of the first cord anchoring metal fitting 13 is the width B2 of the inner part of the slide locking groove 14 of the upper locking rail member 15 (FIG. 2). (See FIG. 3B)) and a width B2 (see FIG. 3B) of the back portion of the slide locking groove 16 of the lower locking rail member 17 is formed. Thus, after the insertion engagement board 13b is inserted and arranged in the slide engagement grooves 14 and 16, the first cord body engagement bracket is provided at a predetermined position of the upper engagement rail member 15 and the lower engagement rail member 17. By rotating 13 by 90 degrees toward the inclined surface 22 side, the short side portion of the insertion locking board 13b abuts against the inner wall surface at the back of the slide locking grooves 14 and 16 so that it cannot be rotated any further. Therefore, it becomes possible to easily fix the first cable body anchoring fitting 13 to a predetermined position of the upper locking rail member 15 and the lower locking rail member 17 from a slidable state.

  Furthermore, in the present embodiment, the insertion anchoring board 13b of the first cord anchoring metal fitting 13 has an upward slope toward the circumferential direction from the slope 22 side on the upper surface on the intermediate neck part 13c side. A tapered surface 26 (see FIG. 4A) is provided. In addition, the first strip-type anchoring metal fitting 13 is attached to the middle neck portion 13c with an annular washer member 25 made of, for example, silicon rubber that can be elastically deformed (see FIG. 4D). The board 13 b is inserted into the slide locking grooves 14 and 16 of the upper locking rail member 15 and the lower locking rail member 17.

  Therefore, after inserting the insertion locking plate 13 b into the slide locking grooves 14 and 16 of the upper locking rail member 15 and the lower locking rail member 17, the first cable body locking bracket 13 is rotated to the slope 22 side. In this case, the insertion anchoring disk 13b has an upper locking state with the washer member 25 interposed between the upper surface on the intermediate neck part 13c side and the lower surface on the intermediate neck part 13c side of the protruding engaging disk 13a. The sandwiching locking piece 14a of the rail member 15 and the sandwiching locking piece 16a of the lower locking rail member 17 are sandwiched. And the insertion anchoring board 13b will increase the amount of compressive deformation of the washer member 25 by the taper surface 26 of the upper surface with rotation of the 1st cable body attachment metal fitting 13, and 1st In a state in which the cord anchoring bracket 13 is rotated 90 degrees, the amount of compressive deformation of the washer member 25 becomes a considerable size, and the first cord anchoring bracket 13 is caused by the frictional force accompanying the elastic biasing force. Can be firmly and stably fixed to predetermined positions of the upper locking rail member 15 and the lower locking rail member 17.

  In addition, if the 1st cable body attachment metal fitting 13 is rotated to a reverse direction from a fixed state, since the clamp | tightening by the washer member 25 will become loose, the 1st cable body attachment metal fitting 13 is attached to the upper latching rail member 15 or It can be easily removed from the lower locking rail member 17.

  On the other hand, as shown in FIG. 5, in the present embodiment, the second cord anchoring metal fitting 19 that connects the other end of the cord body 18 to the upper latching rail member 15 and the lower latching rail member 17 is used. The cylindrical engagement portion 27, the columnar base portion 28, the intermediate neck portion 19c, and the insertion engagement platen 19b are configured. The cylindrical engaging portion 27 is pin-coupled to the columnar base portion 28 so as to be uniaxially rotatable, and the end portion of the cable body 18 is inserted into the inside via the release pipe 29 and then opened to the side surface. It can be engaged with the lead-out hole 32 formed in a state of being pulled out. The cylindrical engaging portion 27 includes a known length adjusting mechanism including a chuck mechanism and a release pipe 29 provided therein, as described in, for example, registered utility model No. 3122288. Thus, the tensioning length of the cable body 18 is engaged in an adjustable manner so that the winding work and the tensioning work of the cable body 18 can be performed smoothly.

  Further, the columnar base portion 28 of the second strip anchoring bracket 19 has an intermediate neck portion 19c having the same configuration as the intermediate neck portion 13c and the insertion anchoring disc 13b of the first strip anchoring bracket 13. And the washer member 25 between the lower surface of the cylindrical base 28 on the side of the intermediate neck 19c and the upper surface of the side of the plug-in engaging plate 19b on the side of the intermediate neck 19c. With the sandwiched locking piece 14a of the upper locking rail member 15 and the clamping locking piece 16a of the lower locking rail member 17 being sandwiched, The upper locking rail member 15 and the lower locking rail member 17 can be easily fixed at predetermined positions.

  That is, the insertion anchoring board 19b of the second strip anchoring metal 19 is provided with the inclined surface 22 and the tapered surface 26 in the same manner as the insertion anchoring board 13b of the first rope anchoring metal 13. After inserting the insertion locking board 19b into the slide locking grooves 14 and 16 of the upper locking rail member 15 and the lower locking rail member 17 in a state where the elastically deformable washer member 25 is mounted on the intermediate neck portion 19c. If the second strip anchoring metal piece 19 is rotated 90 degrees toward the inclined surface 22 side, the short side portion of the insertion anchoring plate 19 comes into contact with the inner wall surface of the back part of the slide locking grooves 14 and 16. Since the amount of compressive deformation of the washer member 25 becomes a considerable size, the second cable body anchoring bracket 19 is firmly and stably placed at a predetermined position of the upper locking rail member 15 and the lower locking rail member 17. It becomes possible to fix in the state. Moreover, if the 2nd cable body attachment metal fitting 19 is rotated to a reverse direction from a fixed state, the 2nd wire body attachment metal fitting 19 will be easily removed from the upper latching rail member 15 or the lower latching rail member 17. It becomes possible.

  In the present invention, the upper part of the furniture provided with the rope guide means is an area that is 1/4 of the height of the furniture from the upper end of the furniture, and the lower part of the furniture is the lower end of the furniture. To an area having a height of 1/4 of the furniture.

  And according to the furniture fall prevention structure 10 of this embodiment provided with the above-mentioned structure, while being able to exhibit sufficient fall prevention function, hardly damaging the furniture 12, it falls to the furniture 12 at the time of an earthquake. Further, it is possible to effectively prevent the furniture 12 from moving during an earthquake by preventing slippage.

  That is, according to the present embodiment, the furniture 12 is provided with the cable body engaging concave grooves 30 that guide the cable body 18 so as to be wound in the lateral direction along the front surface portion. The cable body 18 is wound from the front side of the furniture 12 via the cable body engaging concave groove 30, and both ends of the cable body 18 are attached to the wall surface 11 using the cable body engaging metal fittings 13 and 19. Since the furniture 12 is supported by being fixed to prevent the furniture 12 from overturning and sliding, it is not necessary to directly fix and fix the fittings such as screws and screws to the furniture. It is possible to prevent the furniture from falling over while keeping the class 12 in a good-looking state with almost no damage.

  Moreover, according to this embodiment, in the upper part and the lower part of the furniture 12, the rope body 18 is wound along the front surface part, and the furniture 12 is supported from the wall surface 11, Therefore By fixing the two lower portions at the same time, it is possible to effectively prevent the furniture from moving dangerously even in the event of a large earthquake by suppressing the fall at the upper part and suppressing the slip at the lower part.

  FIG. 6 shows an anti-slip structure 10 'for furniture according to another preferred embodiment of the present invention. In the embodiment shown in FIG. 6, as the rope body guide means for guiding the rope body 18 so as to be wound transversely along the front face portion of the furniture 12 ′, A winding positioning member 33 attached to at least both side portions is used. That is, in the embodiment shown in FIG. 6, the winding positioning member 33 is a metal or synthetic resin mounting jig having a bent locking portion of the cable body 18 such as a tubular shape, an annular shape, or a U-shape. The furniture 12 'can be attached to both upper and lower side portions of the furniture 12 with a simple joining means such as a fixing screw or an adhesive in a state where the furniture 12' is hardly damaged.

  Further, the rope body 18 is wound and guided along the front surface portion of the furniture 12 ′ by being locked and guided by the bending locking portion of the positioning member 33, and both end portions thereof. However, the first locking member 13 and the second fixing member 19 are used to fix the upper locking rail member 15 and the lower locking rail member 17 at predetermined positions. Yes.

  The same effect as the above-described furniture overslip prevention structure 10 shown in FIG. 1 is achieved by the furniture overslip prevention structure 10 ′ shown in FIG. 6.

  The present invention is not limited to the above-described embodiments, and various modifications can be made. For example, the furniture does not necessarily need to be a wardrobe, and the present invention can be employed to prevent other various furniture from falling or slipping during an earthquake. Further, in addition to the upper and lower parts of the furniture, it is also possible to support the furniture from the wall surface by wrapping a cable body around these intermediate parts. Furthermore, it is not always necessary that the both end portions of the rope body be locked in the slide locking grooves of the upper locking rail member and the lower locking rail member using the rope engaging bracket, It is also possible to fix the cable body fitting to the wall surface by other means without using the lower locking rail member.

DESCRIPTION OF SYMBOLS 10,10 'Furniture fall prevention structure 11 Wall surface 12,12' Furniture 13 1st rope attachment metal fitting 14,16 Slide lock groove 15 Upper latch rail member 17 Lower latch rail member 18 Strip body 19 2nd cable body attachment metal fitting 20 20 ceiling surface 21 floor surface 30 cable body attachment groove (wire body guide means)
31 Cylindrical protective cover 33 Winding positioning member (strand guide means)

Claims (9)

A furniture fall prevention structure for preventing fall and sliding movement of furniture installed along an indoor wall surface during an earthquake,
The furniture is provided with at least an upper part and a lower part of the cable body guide means for guiding the cable body so as to be wound transversely along the front surface of the furniture.
By winding the cable body while guiding the cable body from the front side of the furniture by the cable body guide means, and fixing the both ends of the cable body to the wall surface using a cable body attaching bracket, A furniture toppling and slipping preventing structure for preventing the furniture from toppling and sliding by supporting at least an upper part and a lower part of the furniture by a wall surface via a rope. The structure for preventing overturning of furniture according to claim 1, wherein the cable body guide means is formed of a cable body engaging concave groove provided transversely across a front surface portion of the furniture. 2. The structure for preventing overslip of furniture according to claim 1, wherein the cable body guide means comprises a winding positioning member attached to at least both sides of the front surface of the furniture. The furniture overturn according to any one of claims 1 to 3, wherein a tubular protective cover is attached so as to cover a portion of the cable body that is wound around the furniture while being guided by the cable body guide means. Anti-slip structure. An upper locking rail member and a lower locking rail member each having a slide locking groove that slidably locks the cord-attachment metal fittings in the horizontal direction are respectively lateral along the upper and lower ends of the wall surface. The cable body is arranged so that both end portions are fixed to the wall surface by locking the cable body fixing bracket in the slide locking groove. The structure for preventing overturning of furniture according to any one of claims 1 to 4. The structure for preventing overturning of furniture according to any one of claims 1 to 5, wherein the cable body is attached to the cable body attachment metal fitting so as to be adjustable in a stretched length. The cord anchoring bracket and the slide latching groove rotate the cord anchoring bracket 90 degrees from a slidable state so that the upper latching rail member or the lower latching rail member is predetermined. 7. The structure for preventing overturning of furniture according to claim 5 or 6, further comprising a structure in which the cable body anchoring metal fitting is fixed at the position. The structure for preventing overslip of furniture according to any one of claims 5 to 7, wherein the lower locking rail member serves also as a baseboard. The structure for preventing overturning of furniture according to any one of claims 5 to 8, wherein the upper locking rail member serves as a peripheral edge.

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