KR200395102Y1 - Support fixable to the corner of wall - Google Patents

Abstract

The present invention relates to a corner support, while an existing support uses one wall surface, and aims to provide a support that is easy to install with the edge of the wall up or down or left and right.

To this end, the corner support, the rubber plate 20 for preventing slipping is bonded to the footrest 21 and the assembly groove 21-1 is formed; An intubation base member having a joint portion 22-1 fixed to the assembly groove 21-1 and giving a predetermined slope to the footrest 21, and having an uneven screw portion 23 formed therein. (22); An adjustment screw (24) rotatably assembled with the screw part (23), the screw being formed to engage the screw part (23) in an inner diameter, and having a thick and deep unevenness formed to facilitate rotation; The intubation base material 22 is drawn in, and the inlet pipe base material 25 is formed in which the joint part 22-1 is fixed to the assembly groove 21-1 and gives a predetermined slope to the footrest 21. do.

According to the present invention, while the existing support uses one wall surface, it is easy to install with the edge of the wall surface up and down or left and right.

Description

Corner support {Support fixable to the corner of wall}

The present invention relates to a corner support, and more particularly, to a support for mounting or malfunctioning objects and the like using the edge of the wall.

Conventional supports usually use only one side of the wall. In other words, to hang a towel or clothes in the bathroom or room, a hanger is fixed by nailing a wall.

In this example a drawing showing a support for hanging a towel is shown in FIG. 1. Referring to FIG. 1, a conventional support includes a lattice 11 having an “a” shape on a wall surface 13, a fixing plate 14 closely adhered to a wall surface to fix the lattice, and transversely to the fixed lattice 11. Consists of a transverse rod 12 is inserted into.

Of course, the nail or strong adhesive is used to fix the fixing plate 14 to the wall. Therefore, the structure which hangs the towel 10 to the side bar 12 is attained.

However, according to the conventional support structure, the support is fixed using only one wall, so it is not appropriate in the case of a narrow space or a bathroom. In addition, in the case of the conventional support was fixed with a strong adhesive or nail, etc., if the initial position was misplaced or dismantled to install in another place, there was a difficult point to dismantle, such as removing the nail or remove the adhesive.

In addition, nail nails are created when nails are used, and adhesive marks remain when adhesives are used.

In addition, in the case of the elderly, it was often difficult to install such an earthquake belt because it was very laborious.

In addition, according to the conventional method, the support performs only one function, for example, because it is possible to use only one of the hangers for hangers or hangers for hangers, there is a problem that it is difficult to use for other purposes.

The present invention is conceived to solve the above-mentioned problems, and the object of the present invention is to provide a support that is easy to install by vertically or vertically at the edge of the wall while using a wall.

In addition, it is another object to provide a support that can be applied to a variety of applications of one type of support to another type of support.

In order to achieve this purpose, it provides a corner support consisting of a scaffold attached to the wall, a tubular material used as a transverse rod or a longitudinal rod, adjusting screw adjusting the length.

Therefore, the corner support, the rubber plate for the non-slip is bonded to the scaffold and the assembly groove is formed; An intubation base material having a joint part fixed to the assembly groove and giving a predetermined inclination to the foot plate, and having an uneven screw part formed thereon; An adjusting screw which is assembled with the screw and rotates and has an inner diameter in which a screw is formed to be engaged with the screw, and a thick and deep unevenness is formed to facilitate rotation; The intubation base material is drawn in, and the inlet pipe base material and the like are formed in which the joint part is fixed to the assembly groove and gives a predetermined slope to the scaffold.

In addition, the side surface of the scaffold is flat, may further include a flat plate having a flat surface to be placed on the side surface and having at least one edge to be coupled to the edge of the wall.

Therefore, it is possible to install with the edge of the wall up or down or left and right.

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

2 is an exploded view of the corner support according to the present invention, the footrest 21 to be fixed to the corner, the intubation base material 22 to be inserted, the adjustment screw 24 for adjusting the position, the intubation base material 22 is inserted A drawing pipe base material 25 is constituted.

To describe the structure of this in more detail, first, the footrest 21 is composed of two pairs on both sides of the support to be fixed to two places of the wall edge. Of course, depending on the material of the wall, it may be adhesive to give friction. If the material of the wall is cement, the cement is a rough surface, but it can be fixed by using the pushing force of both sides and the adhesive force of rubber. In the case of bathroom tiles, the surface is smooth, so the scaffold is better attached. However, if the rubber footing does not adhere to the surface is very rough, it is also possible to attach to the wall using a separate adhesive means to the footing. In this case, it is also possible to apply an adhesive or the like under the scaffolding or to combine the scaffolding and the wall by a separate means such as nails.

In order to fix the footrest, the rubber plate 20 may be adhered to prevent slippage, but a double-sided tape or an adhesive may be used. Since many methods have been introduced in the related art, it will be omitted for easy understanding of the present invention.

The rubber plate 20 may be a rubber material, but a silicon material or the like may be used.

The foot plate 21 to which the rubber plate is bonded is assembled to the intubation base material 22, and the intubation base material 22 is formed with a joint portion 22-1 for engaging the foot plate 21 so that there is a slight inclination. This is a structure that inclines the footrest 21 so that the sole is in close contact with the wall like the horse's horse. Therefore, the footrest 21 can be fixed to the wall stably without a gap. To this end, the scaffold 21 has a shape having a certain area, preferably a narrow front and a wide rear like a human foot, but also rectangular or disc shaped.

The intubation base material 22 is formed with a screw portion 23 in which unevenness is repeated. The intubation base material 22 may be a steel pipe, as well as a plastic material. Intubation may be hollow or may be a full tube for rigidity. Therefore, it is possible to assemble the adjustment screw 24 is inserted into the screw portion 23 to move back and forth.

Of course, in the inner diameter of the adjustment screw 24, the screw portion 23 is formed with the same irregularities as the unevenness of the screw portion is formed. Therefore, the adjustment screw 24 is able to move back and forth along the unevenness of the screw portion 23 it is possible to adjust the length. Of course, the outer shape of the adjustment screw 24 is preferably to be thick and deep in order to be able to easily turn with bare hands. In addition, the screw formed in the inner diameter is preferably in close contact with the screw portion 23 of the intubation base material 22 so as not to loosen when tightened.

Inlet pipe base material 25 is configured to allow the intubation base material 22 to be inserted in order to enable the length adjustment by the adjustment screw. Inlet pipe base material 25 is also composed of a material similar to the intubation base material 22, the inside is an empty steel pipe structure so that the intubation base material 22 can be inserted. In addition, the intubation base material 22 has a diameter slightly larger than the diameter of the intubation base material 22 so that the intubation material can be drawn in or drawn out. In the lower part, the joint part 22-1 is formed so that the footrest 21 can be assembled with an inclination.

Of course, although omitted when describing the scaffold to be assembled to the intubation base material 22, the assembling groove 21-1 is formed in the scaffold 21 using the intubation base material 22 or the inlet pipe base material 25 ), The footrest 21 is assembled and fixed.

In the same way as the intubation base material 22, the foot plate assembled to the inlet pipe base material 25 is bonded with a rubber plate 20 for preventing slippage.

By the configuration of FIG. 2 described above, the present invention is a corner support is completed, the figure showing the assembled appearance of this corner support is shown in FIG. That is to say that both plates have a slope and to adjust the length by rotating the assembly screw (24). In this figure, the length is increased by rotating counterclockwise. As the length increases, the two legs are pushed against each other toward the wall, thereby allowing the scaffold and the wall to come into close contact with each other. In the present invention, when the scaffold is coupled to the wall, the scaffolding itself is also coupled, but the coupling between the wall and the scaffold is stronger by the force pushing the scaffold from the center to the wall group.

3 is a view illustrating a plane cut along the line AA ′ of FIG. 3. This is a cross section showing how length control is possible. To explain this, the intubation base material 22 is introduced into the inlet tube base material 25, and the adjustment screw 24 is rotated on the screw portion 23 of the intubation base material 22 to be moved back and forth. In addition, since the introduction pipe base material 25 is larger than the diameter of the intubation base material 22, a step is generated and stopped by the adjustment screw 24. That is, the insertion pipe base material 25 is blocked by the adjustment screw 24 is no longer moved inward, so that the length can be adjusted.

Therefore, when the adjustment screw 24 is rotated, the inlet pipe base material 25 is pushed outward, and thus the length of the support is increased, so that the pushing force is generated on both walls.

5 is a view showing another fixing structure of the scaffold, unlike the method of assembling and fixing the intubation base material 22 or the inlet pipe base material 25 on the scaffold 21 which is the method described in FIGS. Shows. In other words, the flow scaffold 51 is formed in the flow scaffold 51, so that the inclination is formed to one side while the tubular material 50 moves, so that the flow scaffold 51 is inclined like the scaffold 21 described above. In other words, the bar-shaped tubular base material 50 in the dotted line is fixed by being seated in the inner groove while inclining to the right. Therefore, it is possible to be inclined to the floating scaffold 51 can be fixed to the wall corner.

6 and 7 show an application example of the corner support assembled by FIGS. 2 to 4. 6 shows the corner of the room

 When the closet is installed by using, the corner support 60 is fixed to both side walls and shows an example of using it as a hanger. In other words, the intubation base material 22 and the inlet pipe base material 25 described above are assembled to function as a horizontal bar, so a hanger is possible. In addition, by inserting the corner support according to the present invention under the flat plate constituting the closet to be fixed to the flat plate. As such, when fixing the plate using the corner support, one end of the plate is fixed to the corner, so that only one corner support can be used for strong fixing. However, the corner support that enters the bottom of the plate is used with a flat side so that the plate can rise above it.

7 is an example of using the present invention corner support for fixing the large screen to the corner of the corner of the screen 71, the corner support 70 is installed up and down to fix the screen 71 to this corner support. There are many other uses. That is, it can be applied to curtain rod hanger and flowerpot wall hanger.

Although the present invention has been described in detail with the preferred embodiments, the scope of the present invention is not limited to the specific embodiments, and should be interpreted by the appended claims. In addition, those of ordinary skill in the art should understand that many modifications and variations are possible without departing from the scope of the present invention.

According to the present invention, while the existing support uses one wall surface, the installation is easy by the top and bottom or left and right edges of the wall surface. In the past, nailing or adhesive-based products were used to install hooks on the wall. In the case of nailing, nail holes in the wall were removed when the hook was removed or moved, for example, due to a hole in the wall. It remained unsightly as it was, and in the case of a product using an adhesive, the adhesive marks remained unsightly after removing the hook. However, the present invention has the advantage that it can be detached and attached freely as long as there are corners by not leaving nail holes or adhesive marks on the wall.

In addition, nailing or drilling a hole for nails are difficult for a child or old man without power, but the present invention has the advantage that anyone can use simply because it is fixed to the corner and push the bolts.

In addition, it is possible to easily make a shelf at the corner by placing a flat plate on the support, it is possible to use the application in a variety of ways, such as installing the support at a certain interval and then placing other connecting members therebetween.

1 is a view showing a support fixed to the conventional one side wall.

2 is an exploded view of a corner support according to the present invention.

3 is a perspective view of the assembled corner support according to the present invention.

FIG. 4 is a cross-sectional view of the corner supporter taken along the line AA ′ in FIG. 3.

5 is a view showing another fixing structure of the scaffold in FIG.

6 is a view showing an embodiment in which the corner support according to the present invention is applied to the closet.

7 is a view showing another embodiment in which the corner support according to the present invention is applied to a large screen.

******** Explanation of symbols in FIGS. 2 and 5 **********

20: rubber plate, 21: scaffold

22: intubation base material, 23: screw portion

24: adjusting screw, 25: inlet pipe base material

50: tubular material, 51: flow scaffold

52: flow groove

Claims (6)

A footrest 21 to which the rubber plate 20 for preventing slipping is bonded and the assembly groove 21-1 is formed; An intubation base material 22 having a joint part 22-1 fixed to the assembly groove 21-1 and giving a predetermined inclination to the footrest 21, and having an uneven screw part 23 formed therein. Wow; An adjustment screw (24) rotatably assembled with the screw part (23), the screw being formed to engage the screw part (23) in an inner diameter, and having a thick and deep unevenness formed to facilitate rotation; The intubation base material 22 is drawn in, and the inlet pipe base material 25 having the joint part 22-1 which is assembled and fixed to the assembly groove 21-1 and gives a predetermined slope to the footrest 21 is formed. Corner support configured to include. The method of claim 1, The intubation base material 22 is smaller than the diameter of the inlet pipe base material 25, so that a step is formed, and the inlet pipe base material 25 is blocked by the adjustment screw 24, so that the length adjustment is possible. . The method of claim 1, The scaffolding 21 is a corner support, characterized in that it can be installed up and down or left and right of the wall edge. The method of claim 1, The rubber plate 20 is a corner support, characterized in that the rubber plate or rubber material of the rubber material for slipping. The method of claim 1, The connection structure of the footrest 21 and the joint portion 22-1, The inclined bar-shaped tubular material 50 is inserted into the flow scaffold 51 in which the key groove-shaped flow groove 52 is formed and moved to one side, such that the inclination is formed on the flow scaffold 51 attached to the wall. Corner support. The method according to any one of claims 1 to 5, wherein The sides of the scaffold are flat, And a flat plate having at least one edge so as to be flat on the side and coupled to the edge of the wall.