JP2011066841A - Wall-mounting structure for display article - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a wall-mounting structure with which a flat television can be readily mounted on the wall which has proper appearance as interior, with which the position adjustment of a display article is facilitated and which is superior in stability or in earthquake resistance. <P>SOLUTION: The mounting structure for mounting a flat television 10 along a wall surface 11 in the room so as to vertically adjust a position includes two cables 12, whose ends are fixed, and which are extended and arranged in a vertical direction along the wall surface 11 and a mounting support 13, which is engaged with each cable 12 so as to be moved slidably and fixed on the back side of the flat television 10, and in which interval holding legs 14 protruding toward the wall surface 11 are provided at two upper and lower positions. The mounting support 13 is engaged with the cable 12 via a first cable engaging metal fitting 15 which is capable of adjusting a position, with respect to the cable 12 so as to be slidably moved, and the lower end of the cable 12 is fixed below the flat television 10 on the wall surface 11 via a second cable engaging metal fitting 16 capable of adjusting a position with respect to the cable 12. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a wall surface mounting structure for a display product for mounting a display product such as a flat-screen television so that its position can be adjusted in the vertical direction along the wall surface.

  As a display article, for example, a television has been made thinner and larger in recent years, and there is a tendency for an arrangement method having a beautiful appearance as a part of an interior. Conventional televisions were mainly placed on the floor using a stand or the like, but instead of this, for example, by installing them on the wall surface of the room using hardware, There is a demand for enhanced functionality.

  On the other hand, when trying to install a TV on a wall in a general home, for example, expensive wall hangings dedicated to each TV manufacturer are required, and these wall hangings have different specifications for each TV and are less versatile. . Further, the wall surface of the mounting portion needs to be reinforced, or a hardware for driving and fixing such as a screw is used at the time of mounting, so that the wall surface may be damaged. Furthermore, once the television is installed on the wall, it is difficult to adjust or move the mounting position.

  On the other hand, using a versatile TV wall-mounting rack (see, for example, Patent Document 1) for installing a flat-screen TV on a wall surface in a room, or using a picture rail, the TV is connected to a cable or the like. There has also been developed a mounting bracket that is installed on a wall surface in a suspended state.

JP 2006-287562 A

  However, the conventional TV wall-mounting rack has a complicated and large configuration, which is cumbersome and costly. In addition, there are many parts that appear on the wall surface of the room, resulting in poor aesthetics as an interior. become. In addition, the mounting brackets that are installed on the wall surface with the picture rail suspended using the picture rail can be easily installed on the wall, and the appearance on the wall surface of the room is reduced, resulting in excellent aesthetics. Sufficient consideration is not given to the shaking of the time, and it will be inferior in stability and earthquake resistance after installation.

  The present invention allows a display article such as a thin TV to be easily and inexpensively installed on a wall surface, is excellent in aesthetics as an interior, is easy to adjust the position of the display article, and is stable and earthquake resistant. Another object of the present invention is to provide a wall surface mounting structure for a display article that is also excellent.

  The present invention is a display article wall surface mounting structure for attaching a display article such as a flat-screen television so that the position of the display article can be adjusted in the vertical direction along the wall surface, and is arranged to extend in the vertical direction along the wall surface, And at least two ends of which at least one end is fixed above and / or below the mounting position of the display article on the wall surface, and the at least two strands are respectively engaged. , At least two bodies, which are fixed to the back side of the display article to support the display article, and which are provided with spacing holding legs protruding toward the wall surface on the opposite side of the display article at at least two locations above and below A fixing position above and / or below the mounting position of the display article on the wall surface, The above-mentioned cable body stretched between the attachment support tool is slidably attached to the cable body attachment fitting having a position adjusting function and a position fixing function with respect to the cable body, The object described above is achieved by providing a wall surface mounting structure for a display article in which a stretch length between a fixed position on the wall surface and the mounting support can be adjusted.

  In the display article wall surface mounting structure according to the present invention, the at least two strips extending in the vertical direction along the wall surface have an upper end above the display article mounting position on the wall surface. The lower end portions are respectively fixed below the mounting position of the display article on the wall surface and extend between the upper and lower positions of the mounting position of the display article. The cable is slidably attached to the cable body via a first cable body attachment fitting provided on a mounting support and having a position adjusting function and a position fixing function with respect to the cable body. At least one of the upper end portion and the lower end portion of the strip is attached to the wall surface, and is a second strip anchor that has a position adjusting function and a position fixing function with respect to the strip. It is preferably fixed to the upper and / or lower mounting position of the display article in the wall through.

  Further, in the wall surface mounting structure for a display article according to the present invention, the end portion of the cable body is fixed above and / or below the display article mounting position on the wall surface via a cable body fitting. The wall is provided with a slide locking groove that is disposed laterally above the mounting position of the display article, and that slidably latches the striated clasp. An upper locking rail member, and a lower engagement member, which is disposed laterally below the display article mounting position and includes a slide locking groove that slidably engages the cable-holding bracket. A stop rail member is attached, and by slidingly moving the cord-attachment metal fittings along the upper and lower slide locking grooves, the cord body and the disc It is preferable that a possible positioning rays article in the lateral direction.

  According to the wall surface mounting structure of the display article of the present invention, a display article such as a flat-screen television can be easily and inexpensively installed on the wall surface, and it has excellent aesthetics as an interior, and the position adjustment of the display article is possible. Easy and excellent in stability and earthquake resistance.

It is a schematic perspective view explaining the state which attached the thin television along the wall surface using the wall surface mounting structure of the display article which concerns on preferable one Embodiment of this invention. It is sectional drawing seen from the side of the flat-screen television explaining the structure of the wall surface mounting structure of the display article which concerns on preferable one Embodiment of this invention. It is the rear view seen from the back of the flat-screen television explaining the structure of the wall surface mounting structure of the display article which concerns on preferable one Embodiment of this invention. (A) is a side view, (b) is a front view along AA in (a), and (c) is a cross-sectional view along BB in (b). is there. (A) is a partial front view explaining the attachment state of the 1st cable body attachment metal fitting, (b) is sectional drawing along CC of (a). (A) is a partial front view explaining the attachment state of a lower guide hole, (b) is sectional drawing along DD of (a). (A) is sectional drawing along EE of Fig.4 (a) explaining the attachment state of a space | interval holding | maintenance leg part. It is the F section enlarged view of FIG. 2 explaining the fixed state to the wall surface of the upper end part of a rope body. It is the G section enlarged view of FIG. 2 explaining the fixation state to the wall surface of the upper end part of a rope body. It is a principal part side view explaining the structure of the wall surface mounting structure of the display article which concerns on other embodiment.

  As shown in FIG. 1, a display article wall surface mounting structure according to a preferred embodiment of the present invention includes, for example, a thin television 10 as a display article in a simple and stable state along a room wall surface 11. As a part of the interior, it was adopted as a structure that makes it possible to attach it nicely.

  That is, the wall surface mounting structure of the display article of the present embodiment is a mounting structure for mounting the thin television 10 along the wall surface 11 so as to be vertically adjustable, as shown in FIGS. And at least two end portions 12 a and 12 b that are fixed in the vertical direction along the wall surface 11, and are respectively fixed above and / or below the attachment position of the thin television 10 on the wall surface 11. The strips 12 and at least two of these strips 12 are attached to each other, fixed to the back side of the flat-screen TV 10 to support the flat-screen TV 10, and on the opposite side of the flat-screen TV 10. At least two (two in this embodiment) mounting support 13 provided with spacing holding legs 14 projecting toward the wall surface 11 are provided at at least two locations. The cable body 12 stretched between the mounting position 13 above and / or below the mounting position of the flat-screen television 10 on the wall surface 11 and the position adjustment function and position with respect to the cable body 12. By being slidably engaged with the laying body anchoring brackets 15 and 16 having a fixing function, the length of the tension between the fixing position on the wall surface 11 and the mounting support 13 can be adjusted. .

  Further, in this embodiment, at least two (two in this embodiment) strips 12 extending and arranged in the vertical direction along the wall surface 22 are attached to the thin television 10 whose upper end portion 12 a is the wall surface 11. The lower end 12b is fixed above the position below the attachment position of the thin television 10 on the wall surface 11 and extends between the upper and lower positions of the attachment of the thin television 10, and the attachment support 13 is slidably attached to the cable body 12 via a first cable body attachment fitting 15 provided on the mounting support 13 and having a position adjusting function and a position fixing function with respect to the cable body 12. The at least one of the upper end portion 12a and the lower end portion 12b (the lower end portion in the present embodiment) of the rope body 12 is attached to the wall surface 11 and has a position adjusting function and a position fixing function. Above and / or below the mounting position of the flat-screen TV 10 in the wall 11 through the second rope member engaging Chakukanagu 16 having the function is fixed to (downward in this embodiment).

  Furthermore, in this embodiment, the upper end part 12a and the lower end part 12b of the rope body 12 are fixed above and below the attachment position of the thin television 10 on the wall surface 11 via the rope body engaging brackets 17 and 16. The slide locking groove is arranged in the wall surface 11 in the horizontal direction above the mounting position of the thin TV 10 and locks the upper cable body anchoring metal fitting 17 so as to be slidable in the horizontal direction. An upper locking rail member 18 having a lower wall 19 and a flat TV 10 are disposed laterally below the mounting position of the flat-screen television 10, and a lower cable body fitting (second cable body fitting) 16 is arranged in the horizontal direction. A lower locking rail member 20 having a slide locking groove 21 that is slidably locked is attached, and the upper and lower strip anchors 17 and 16 are vertically latched. Groove 19, Be to each slide along the 1, it has a position adjustable with rope body 12 and the TV 10 in the lateral direction.

  In the present embodiment, the rope body 12 constituting the wall surface mounting structure is preferably various linear members having flexibility and a desired tensile strength sufficient to support the thin television 10. For example, a wire such as a stainless steel wire, a rope such as a nylon rope, a wire, a chain, or the like can be used. In the present embodiment, the rope body 12 has a length sufficient to be disposed between the upper locking rail member 18 and the lower locking rail member 20. As will be described later, the upper end 12a of the cable body 12 is engaged with the upper cable body anchoring metal fitting 17 and slid to the upper locking rail member 18 via the upper cable body anchoring metal fitting 17. In addition to being fixed, it is guided along the mounting support 13 by being guided by the first strip anchoring metal 15 and the lower guide hole 22, and the lower end 12b of the second cord anchoring bracket ( The lower cable body engaging bracket 16 is fixed to the lower locking rail member 20 through the second cable body engaging metal 16 so as to be slidable. As a result, each cord body 12 is stretched in a state of extending in the vertical direction along the wall surface 11 so as to draw a substantially isosceles trapezoidal trajectory when viewed from the side (see FIG. 2). Become.

  Moreover, in this embodiment, as shown in FIGS. 4A to 4C, the mounting support 13 constituting the wall surface mounting structure has a U-shaped cross section made of, for example, aluminum or steel. It is made of a grooved steel of about 30 mm, and the flat intermediate strip 13a is fixed so as to be along the back surface of the thin TV 10, and is long enough to fit in the vertical height of the thin TV 10. Two pieces are arranged in parallel with each other in a belt shape. A plurality of bolt fastening holes 24 are formed in the middle band plate portion 13a of the mounting support 13 at positions that match the bolt screw holes 23 (see FIG. 2) provided on the back surface of the thin television 10. . By fitting these bolt fastening holes 24 to the bolt screwing holes 23 of the thin television 10 and fastening the bolt members 25, the mounting support 13 is integrally fixed to the back surface of the thin television 10. Become.

  In the present embodiment, the mounting support 13 is provided with the first cable body anchoring bracket 15 at the upper end portion thereof, the lower guide hole 22 at the lower end portion thereof, and the upper and lower portions being spaced apart from each other. The pair of spacing legs 14 are respectively attached to the upper end portion and the lower end portion.

  As the 1st cable body attachment metal fitting 15, the well-known various wire tension tool known as a wire grip which has a position adjustment function and position fixing function with respect to the cable body 12 can be used, for example. These wire grips have bearings and shoes as hanger members arranged inside hollow cylindrical members through which wires can be inserted, and coil springs that bias these hanger members in the axial direction. The hanger member is moved along the tapered surface inside the hollow by the urging force of the spring, and the wire is gripped by arranging the hanger member on the reduced diameter portion of the tapered surface so that the wire can be fixed. Further, the fixing can be released by moving the hanger member to the enlarged diameter portion of the tapered surface against the urging force of the coil spring. By these, the position which grips a wire can be adjusted now suitably.

  Moreover, in this embodiment, it is preferable to use a hybrid type wire grip having the advantages of both the surface fixing by the shoe type grip and the point fixing by the bearing type grip as the first striated anchor fitting 15. Yes (see Japanese Patent Application No. 2008-223688). As shown in FIGS. 5 (a) and 5 (b), the hybrid wire grip used as the first striated anchor fitting 15 has a grip body portion 26 having an upper surface (shoe) fixing mechanism. The main grip portion 26a and the sub-grip portion 26b by the lower point (bearing) fixing mechanism, and a cap 27 for opening the main grip portion 26a is provided above the grip main body portion 26. A pull pin 28 for opening the sub-grip portion 26b is arranged below the lower portion 26.

  And according to the hybrid type wire grip, at the time of temporary fixing in which only the main grip portion 26a is released, the sub grip portion 26b maintains the fixed state of the first cable body anchoring fitting 15, and the main grip portion 26a and When the subgrip portion 26b is fully released, it is possible to finely adjust the position of the first cable body attachment fitting 15 with respect to the cable body 12, and when the cable body 12 is completely fixed by the main grip portion 26a, A load can be effectively borne by the surface fixing mechanism of the main grip portion 26a to achieve high strength.

  Furthermore, in the present embodiment, the first strip anchoring metal fitting 15 is joined to one side portion of the angle piece 29 made of aluminum or steel angle steel whose grip body portion 26 has an L-shaped cross section, for example. By fixing the other side portion of the angle piece 29 to the intermediate strip plate portion 13a of the attachment support 13 from the inside through a screw member, the first cable body attachment fitting 15 is attached and supported. The upper end of the tool 13 is firmly supported and fixed.

  The lower guide hole 22 provided in the lower end portion of the attachment support 13 is formed so that the cable body 12 inserted through the first cable attachment fitting 15 at the upper end of the attachment support 13 extends along the attachment support 13. A guide hole that is guided to extend to the lower end portion of the first cable body, and is arranged so as to face the cable body insertion hole of the first cable body attachment metal fitting 15, so that the first cable body attachment metal fitting is provided. A cable body 12 extending through 15 is inserted. In this embodiment, as shown in FIGS. 6A and 6B, the lower guide hole 22 is one side of the angle piece 30 made of, for example, aluminum or steel angle steel having an L-shaped cross section. The other side portion of the angle piece 28 is joined to the intermediate band plate portion 13a of the mounting support 13 from the inside through a screw member, so that the central axis is engaged with the first strip body engagement. It is provided at the lower end portion of the mounting support 13 in a state where it matches the central axis of the cable body insertion hole of the fitting 15. Further, the surface of the angle piece 28 on the side facing the first strip anchoring metal fitting 15 is surrounded by the lower guide hole 22 so as to protect the strip body made of plastic resin or the like. A cushion material 31 is provided.

  As shown in FIG. 7, the pair of spacing holding legs 14 attached to the attachment support 13 are provided at the distal ends of an elongated cylindrical female screw rod portion 32, an elongated cylindrical male screw rod portion 33, and the male screw rod portion 33. It is possible to appropriately adjust the entire length of the spacing holding leg portion 14 by adjusting the amount of screwing between the female screw rod portion 32 and the male screw rod portion 33. It can be done. Further, the spacing leg 14 has a U-shaped cross-sectional support piece 35 sized so that the female threaded rod portion 32 fits inside the pair of opposed sides 13b of the U-shaped cross-sectional mounting support 13. Are integrally bonded and fixed together. The pair of opposing sides 35b of the U-shaped cross-sectional support piece 35 are arranged along the inside of the pair of opposing sides 13b of the U-shaped cross-sectional shape of the mounting support 13, and each opposing side is riveted. By joining them, the spacing holding leg 14 has its abutment board 34 protruding toward the wall surface 11 on the side opposite to the thin television 10, and the upper end portion and the lower end portion of the mounting support 13. Are joined and fixed integrally at the two upper and lower positions (see FIG. 2).

  And in this embodiment system, the upper end part 12a of the cable body 12 is fixed above the attachment position of the thin television 10 in the wall surface 11 via the upper cable body attachment metal fitting 17, The lower end portion 12b of the cable body 12 is a thin television set on the wall surface 11 via a second cable body fitting (lower cable body attachment metal) 16 having a position adjusting function and a position fixing function with respect to the cable body 12. 10 is fixed below the mounting position. Further, the upper cable body anchoring metal fitting 17 and the second cable body anchoring metal fitting 16 are provided with an upper locking rail member 18 and a lower locking rail member which are provided above and below the mounting position of the thin television 10. 20, which are slidable in the lateral direction along the slide locking grooves 19, 21, and the fixing positions of the upper cable body anchoring metal fitting 17 and the second cable body anchoring metal fitting 16 are set in the horizontal direction. It can be slid to adjust the position easily.

  Here, the upper strip anchoring metal fitting 17 has, for example, a configuration substantially the same as the first rope anchoring metal fitting described in Japanese Patent Application No. 2009-154185 relating to the application of the present applicant, and FIG. As shown in (a) and (b), a ridge body engaging portion 17a having a substantially oval planar shape and a hexagonal planar shape in which a pair of opposing corners of a rectangle are obliquely cut out as slopes. And a plug-and-holding board part 17b having a three-dimensional shape in which these long axes are arranged so as to intersect perpendicularly and are joined and integrated via an intermediate neck part 17c. The top end portion of the upper end portion 12a of the strut body 12 is connected to the strut engaging portion 17a of the upper strut engaging bracket 17 through various known engaging means. It is engaged and locked so as not to come off.

  Then, the upper cord member 17 is similar to the first cord member described in Japanese Patent Application No. 2009-154185 in that the width b between the long sides is the slide lock of the upper lock rail member 18. A taper surface of the plugging and engaging platen portion 17b is inserted by inserting the plugging and engaging platen portion 17b having substantially the same width as the width b 'of the groove 19 into the slide locking groove 19 and rotating by 90 degrees. (Not shown) and a washer member (not shown) can be used to firmly fix the cable-engaging member 17 at a predetermined position of the upper locking rail member 18.

  In addition, if the upper cord anchoring bracket 17 is rotated 90 degrees in the reverse direction from such a fixed state, the fixed state is released and the upper cord anchoring bracket 17 is attached to the upper locking rail member 18. Therefore, the upper cable body engaging bracket 17 is moved to a predetermined position via the slide locking groove 19 and then fixed again. The fixing position of the fitting 17 along the upper locking rail member 18 can be easily adjusted.

  The second strip anchoring metal fitting 16 having the position adjusting function and the position fixing function is also substantially the same as the second cord anchoring metal fitting described in Japanese Patent Application No. 2009-154185 related to the application of the present applicant, for example. As shown in FIG. 9, it is constituted by a cylindrical engaging portion 16a, a columnar base portion 16b, an intermediate neck portion 16c, and an insertion engaging plate portion 16d. The cylindrical engaging portion 16a is pin-coupled to the columnar base portion 16b so as to be uniaxially rotatable, and after the lower end portion 12b of the cable body 12 is inserted into the inside via the release pipe 36, on the side surface. The lead-out hole 37 having an opening can be engaged with the lead-out hole 37 in a state of being drawn out. The cylindrical engaging portion 16a includes a known length adjusting mechanism including a chuck mechanism and a release pipe 36 provided therein as described in, for example, registered utility model No. 3122288. The lower end portion 12b of the cable body 12 can be engaged with the length being adjustable so that the cable body 12 can be stretched while maintaining a predetermined tension.

  In addition, the columnar base portion 16b of the second cord anchoring bracket 19 has an intermediate neck portion 16c having the same configuration as the intermediate neck portion 17c and the insertion anchoring disc portion 17b of the upper cord anchoring bracket 17, and It is formed integrally with the insertion locking platen portion 16d, and the insertion locking platen portion 16d is inserted into the slide locking groove 21 of the lower locking rail member 20 in the same manner as the upper cable body locking bracket 17. Thus, by rotating it 90 degrees, the second cable body anchoring bracket 16 can be firmly fixed to a predetermined position of the lower locking rail member 20. If the second strip anchoring bracket 16 is rotated 90 degrees in the reverse direction from the fixed state, the fixed state is released and the second strip anchoring bracket 16 slides along the lower locking rail member 20. Since it becomes a movable state, it becomes possible to adjust the position of the fixed position along the lower latching rail member 20 of the 2nd cable body attachment metal fitting 16 easily.

  The upper locking rail member 18 and the lower locking rail member 20 that are slidably engaged with the upper cord anchoring bracket 17 and the second cord anchoring bracket 16 are also, for example, related to the application of the present applicant. The upper locking rail member and the lower locking rail member described in Japanese Patent Application No. 2009-154185 are provided with substantially the same configuration, and preferably an extruded product made of aluminum, as shown in FIGS. It is formed as a long belt-like member having a cross-sectional shape as shown in FIG. The upper locking rail member 18 and the lower locking rail member 20 are directed toward the wall surface 11 through a plurality of fixing holes 18b and 20b formed in the back contact plates 18a and 20a at predetermined intervals in the longitudinal direction. For example, by driving a fixed screw, it is attached horizontally extending along the wall surface 11 (see FIG. 1). As a result, slide locking grooves 19 and 21 extend horizontally in the lateral direction at the center portion in the width direction of the upper locking rail member 18 and the lower locking rail member 20 and open toward the surface side. become. In the slide locking grooves 19 and 21, the upper cable body anchoring metal fitting 17 and the second cable body anchoring metal fitting 16 are attached so as to be detachable and slidable.

  In order to install the thin television 10 along the wall surface of the room using the wall surface attachment structure of the present embodiment having the above-described configuration, for example, an attachment support 13 is attached to the back surface of the thin television 10 as shown in FIG. Then, the upper cable body anchoring metal fitting 17 engaged with the upper end portion 12 a of the cable body 12 is fixed at a predetermined position along the upper locking rail member 18. Further, the other end side of the cable body 12 is inserted into the first cable body attachment fitting 15 and the lower guide hole 22 provided in the attachment support 13, and the cable body 12 is moved along the attachment support 13. The lower end portion 12b of the cable body 12 extending downward through the lower guide hole 22 is engaged with the second cable body attachment metal fitting (lower cable body attachment metal attachment) 16. Then, the upper cable body anchoring metal fitting 17 is fixed at a predetermined position along the lower locking rail member 20. Further, the length of the cable body 12 stretched between the upper locking rail member 18 and the lower locking rail member 20 is adjusted via the second cable body anchoring bracket 16, and the distance is maintained. In a state in which the abutment plate portion 34 of the leg portion 14 is in close contact with the wall surface 11, adjustment is made so that the cord body 12 is stretched with a predetermined tension.

  Thereafter, the first cord body anchoring bracket 15 is operated to adjust the height direction position of the thin television 10 along the cord body 12 while sliding the thin television 10 in the vertical direction. When the flat-screen TV 10 is installed at a predetermined height, the first strip anchoring bracket 15 is fixed, and the tension of the rope 12 is adjusted via the second rope anchoring bracket 16. Thus, the installation work of the flat-screen television 10 is completed.

  And according to the wall surface mounting structure of the display article of this embodiment, the thin television 10 can be easily and inexpensively installed on the wall surface 11 as a display article, and it has excellent aesthetics as an interior. It is easy to adjust the position of the article and has excellent stability and earthquake resistance.

  That is, according to the present embodiment, the cable body 12 having the upper cable body anchoring bracket 17 and the lower cable body anchoring metal fitting 16 at the upper and lower ends, and the attachment fixed to the back side of the thin television 10. The support 13 and the upper locking rail member 18 and the lower locking rail member 20 can be easily configured, and the thin television 10 can be easily placed at a predetermined height position on the wall surface 11 by the simple operation as described above. It becomes possible to install.

  Further, the portion appearing on the wall surface 11 in the room is only the portion of the cable body 12 and the portions of the upper locking rail member 18 and the lower locking rail member 20, and a simple design excellent in aesthetics as an interior. It becomes possible to express. Note that the upper locking rail member 18 and the lower locking rail member 20 can also serve as a peripheral edge or a baseboard, thereby further improving the aesthetics of the interior.

  Further, the cable body 12 extends from the upper locking rail member 18 to the lower locking rail member 20 through the first cable body anchoring bracket 15 and the lower guide hole 22, so that the spacing holding leg portion is provided. In a state in which the abutment plate portion 34 is in close contact with the wall surface 11, it is stretched so as to draw a substantially isosceles trapezoidal trajectory with the portion along the mounting support 13 as the upper side, and the second rope Since the predetermined tension is held by the strip engaging bracket 16, the force for pressing the abutment plate portion 34 of the spacing holding leg portion 14 against the wall surface 11 acts effectively, and a strong mounting structure is configured. This makes it possible to effectively improve stability and earthquake resistance.

  Furthermore, in the present embodiment, the upper cable body anchoring bracket 17 and the lower cable body anchoring metal fitting 16 are fixed so as to be slidable along the upper locking rail member 18 and the lower locking rail member 20. Therefore, the mounting position in the left-right direction of the thin television 10 along the wall surface 11 can be easily adjusted.

  FIG. 10 is a side view of an essential part showing a display article wall surface mounting structure according to another embodiment of the present invention, omitting the display article. In the wall surface mounting structure shown in FIG. 10, the strip 12 is not provided continuously between the upper side and the lower side of the display item mounting position on the wall surface 11, but in a separated state in the display item. Are provided between the wall surface 11 above the mounting position and the upper end portion of the mounting support 13, and between the wall surface 11 below the mounting position of the display article and the lower end portion of the mounting support 13. That is, in this other embodiment, the third cable similar to the above-mentioned first cable body anchoring metal fitting 15 having a position adjusting function and a position fixing function with respect to the cable body 12 is provided at the upper end portion of the mounting support 13. A strip engaging bracket 36 is attached, and the upper strip 12 has a stretched length between the third strip engaging bracket 36 and a fixed position of the wall surface 11 above the display article. It will be stretched so that it can be adjusted. In addition, at the lower end portion of the mounting support 13, there is provided a fourth strip anchoring bracket 37 similar to the above-mentioned second strip anchoring bracket 16 having a position adjusting function and a position fixing function with respect to the strip 12. The lower cable body 12 is stretched between the fourth cable body anchoring bracket 37 and the fixed position below the display article on the wall surface 11 so that the length of the cable can be adjusted. Will be.

  And also by the wall surface attachment structure shown in FIG. 10, the height direction of the display article along the ridge body 12 by operating the 3rd ridge body attachment metal fitting 36 or the 4th ridge body attachment metal fitting 37. It is possible to adjust the position of this, and the same effect as the above embodiment can be obtained. In addition, the one end part of the divided upper and lower ridges 12 is attached to the fixing position of the wall surface 11 via the third ridge anchor 36 and the fourth tie anchor 37. In addition, even when the wall surface mounting structure is configured by directly engaging the other end portion of each cable body 12 to the upper end portion or the lower end portion of the mounting support 13, the same operational effects as the above embodiment are achieved. Become.

  In the other embodiment, the spacing holding leg 14 provided on the attachment support 13 is integrally attached to the attachment support 13 via the high nut 38. Since the spacing holding leg portion 14 is attached to the mounting support 13 via the high nut 38, even if a large load is applied to the high nut 38 and the male threaded rod portion 33 during rolling, they are effectively bent. Can be prevented. Furthermore, in this other embodiment, the interval holding leg portion 14 is brought into contact with the wall surface 11 via the caster 39. By bringing the spacing leg 14 into contact with the wall surface 11 via the casters 39, it is possible to effectively avoid the wall surface 11 being rubbed and damaged by the spacing leg 14 during rolling. Furthermore, in the other embodiment, the third cord anchoring metal fitting 36 and the fourth cord anchoring metal fitting 37 having the position adjusting function and the position fixing function with respect to the rope element 12 are attached to the mounting support 13. Since it is attached and arranged behind the display article, it becomes easier to operate, and it is possible to obtain a refreshing aesthetic by hiding the remaining strip 12 on the back side of the display article.

  The present invention is not limited to the above-described embodiments, and various modifications can be made. For example, it is necessary to provide an upper locking rail member and a lower locking rail member on the wall surface, and to make it possible to move the striated attachment fitting along the wall and to adjust the mounting position of the display article in the lateral direction. However, it is also possible to fix the attachment position in the left-right direction on the wall surface of the rope body so that only the adjustment of the attachment position in the vertical direction of the display article can be performed. Further, the display article attached to the wall surface by the wall surface attachment structure of the present invention is not limited to a flat-screen television, and various articles such as a personal computer display, a picture, a poster panel, a screen, a whiteboard, and a wall storage box can be used. In order to attach to the wall surface, the wall surface attachment structure of the present invention can be employed.

10 Flat-screen TV (display goods)
DESCRIPTION OF SYMBOLS 11 Wall surface 12 Strip body 12a Upper end part of a strip body 12b Upper end part of a strip body 13 Mounting support 14 Space | interval holding | maintenance leg part 15 1st rope body attachment metal 16 2nd cable body attachment metal Strip body fitting)
Reference Signs List 17 Upper Cage Engagement Bracket 18 Upper Locking Rail Member 19, 21 Slide Locking Groove 20 Lower Locking Rail Member 22 Lower Guide Hole 31 Cushion Material 34 Contact Plate Part of Spacing Holding Leg

Claims (3)

A display article wall mounting structure for mounting a display article such as a flat-screen television so that the position of the display article can be adjusted vertically along the wall surface,
At least two strips that are arranged to extend in the vertical direction along the wall surface, and at least one end is fixed above and / or below the mounting position of the display article on the wall surface;
The at least two strips are respectively engaged, and are fixed to the back side of the display article so as to support the display article and project toward the wall surface on the side opposite to the display article. The holding leg part is composed of at least two mounting supports provided at least in two locations,
The cord body stretched between the fixing position above and / or below the mounting position of the display article on the wall surface and the mounting support has a position adjusting function and a position fixing function with respect to the cord body. Wall mounting of a display article in which the length between the fixed position on the wall surface and the mounting support can be adjusted by being slidably mounted on the cable body mounting bracket having Construction. The at least two strips extending in the vertical direction along the wall surface have an upper end above the display article mounting position on the wall surface and a lower end attached to the display article on the wall surface. Each of which is fixed below the position and extends between the upper and lower positions of the display article mounting position,
The attachment support is slidably movable to the cable body via a first cable body attachment fitting provided on the attachment support and having a position adjusting function and a position fixing function with respect to the cable body. A second cord body attached to the wall surface and having a position adjusting function and a position fixing function attached to the wall surface, at least one of the upper end portion and the lower end portion of the cord body being worn 2. The display article wall surface mounting structure according to claim 1, wherein the display article wall surface fixing structure is fixed above and / or below the display article mounting position on the wall surface via a metal fitting. The end of the rope is fixed to the upper and / or lower of the display article mounting position on the wall surface via a rope fitting.
An upper locking rail member provided on the wall surface with a slide locking groove that is disposed laterally above the mounting position of the display article and that slidably locks the cord-fitting bracket. And a lower locking rail member that is disposed laterally below the mounting position of the display article and that includes a slide locking groove that slidably locks the strip anchoring metal in the horizontal direction. And
3. The position of the cable body and the display article can be adjusted in the left-right direction by sliding the cable body fittings along the upper and lower slide locking grooves. Wall mounting structure for display products.

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