JP3161274U - Wall-mounted rack structure with reinforced inner plate - Google Patents

Abstract

A wall-mounted rack structure with a reinforced inner plate that is applied to a wall structure having a low density is provided. A vertical rack portion having a front side and a back side is provided, and a front side is provided with a storage rack mounting portion, and a back side is provided with a hanging portion. A storage rack 20 for mounting or coupling to the storage rack mounting portion in the vertical rack portion is provided, and is provided in a vertically extended form corresponding to the vertical rack portion, and one wall-facing surface 31 and one vertical rack are provided. A reinforcing inner plate 30 having a part mounting surface is provided, and the wall-facing surface is planar and is provided so as to lean against the wall surface of the wall-hanging rack to be mounted. By providing the hook combination part 34 on the vertical rack part mounting surface, the hook part in the vertical rack part can be hooked and combined. [Selection] Figure 1

Description

  The present invention relates to a wall rack product structure, and more particularly to an original wall rack design with a reinforced inner plate.

  Wall rack products occupy a fixed position (share) in the furniture market because they do not take up space on the floor, are very suitable for some use environments and are easy to use.

  However, conventional wall rack products still have some problems and drawbacks to be solved.

  A conventional wall-mounted rack structure has at least one vertical rack portion that is usually attached to and fixed to a wall surface by design, and the front side of the vertical rack portion is provided for attaching a storage rack portion. In order to be able to adjust the height of the storage rack portion up and down, the vertical rack portion is usually provided with a hanging positioning hole that is separated vertically. Also, in order to improve the fitting space for hanging and the bending strength of the entire vertical rack portion, the vertical rack portion is usually provided in a U-shaped cross-sectional shape so as to lift the rack surface high forward. become. In addition, in the conventional wall-mounted rack, since the vertical rack portion is fastened to the wall surface, mounting positioning holes are also provided on the rack surface of the vertical rack portion. However, it is okay to attach and fix such a conventional wall rack to a hard concrete wall or wooden wall, but when attaching and fixing it to a low-density wall (for example, fireproof building materials) The nails made to be firmly driven into the wall surface are not made into a straight shape, but are stretched in a crossing direction with multiple nails. In addition, since there is a separated space from the rack side to the wall of the conventional wall-mounted rack, the driving nail is driven into the wall surface after passing through the separated space. In this case, the depth of effective driving is insufficient, and the strength of positioning by the driving nail is remarkably reduced, so that the conventional wall-mounted rack has a severe problem that it is difficult to attach it firmly to a low-density wall surface. is there. In addition, many of these low-density wall surfaces are fire-proof building materials, and this will also be a trend in building materials development in the present and future, so that it is greatly limited to the application of wall-mounted rack products. Is an important issue.

  Therefore, it is the user's desire to develop an original structure that provides a more ideal and practical solution to the problems existing in the above-described conventional wall rack structure, and the relevant contractors It is also the goal and direction that we should strive to research and develop and break through.

  In light of this, the inventor has many years of experience in manufacturing, developing and designing related products, and after designing and carefully evaluating the above goals, finally obtained a practical invention. That is why.

  The present invention aims to provide a wall-mounted rack structure with a reinforced inner plate, and the problem to be solved is that it is difficult to stably attach a conventional wall-mounted rack to a low-density wall surface. It is to improve and break through.

  As a means for solving the problems of the present invention, that is, as a technical feature, it is provided in a vertically extending rack body, and has a vertical rack portion having a front side and a back side, the front side being a storage rack mounting portion, and the back side being a hanging portion. An assembly rack is provided, and a storage rack for attaching to or coupling to the storage rack mounting section in the vertical rack section is provided, and is provided in a vertically extended form corresponding to the vertical rack section. There is a reinforced inner plate with a vertical rack part mounting surface and a surface, and the wall side surface is planar, so that it is close to the wall surface of the wall rack to be mounted, that is, close to each other in parallel In addition, the mounting positioning hole is provided on the surface near the wall, and the hanging combination portion is provided on the vertical rack portion mounting surface, so that the hanging portion in the vertical rack portion can be hooked and combined. It is provided a wall hanging rack structure according to claim. Compared with the background art, the original design of the present invention is such that the wall-hanging rack is close to and touches the wall surface with the reinforced inner plate. The wall rack of the present invention is particularly useful for mounting to a wall surface of a low-density structure (for example, a fire wall material) because the wall rack is securely and stably attached to the wall. , Novelty, inventive step.

  The fact of the effect improvement by this invention is as follows.

  The “wall-mounted rack structure with reinforced inner plate” posted in the present invention is an original design mainly comprising the vertical rack part, the storage rack and the reinforced inner plate. Compared to the structure, the wall-mounted rack can be driven deeply enough even with a driving nail applied to a low-density wall surface by approaching and contacting the wall surface with the reinforced inner plate, and the wall-mounted rack is reliable and Because it can be mounted in a stable state, the wall-mounted rack of the present invention has practicality, inventive step, especially applicable to mounting on a wall of a low density structure (for example, a fire wall material). It matches the trend and demand of building materials development.

The new effects produced by the present invention are as follows.
1. Further, a structural design of the integrally formed reinforcing rib edge is further provided on the vertical rack portion mounting surface of the reinforced inner plate, whereby the structural strength of the reinforced inner plate is further strengthened, and a better bending strength is provided. To be obtained.
2. Further, the structure design of the twisted edge is further formed on both symmetrical sides of the mounting surface of the vertical rack portion of the reinforced inner plate, whereby the structural strength of the reinforced inner plate is further strengthened and the bending strength is improved. Be obtained.
3. The vertical rack portion is twisted (bent in an L shape perpendicular to the wall-side surface (part)) and the reinforced inner plate is twisted (perpendicular to the back side (part)). The edge part (bent in an L-shape) is provided with a mounting hole that is symmetrical to the position, and the vertical rack part is combined with the reinforced inner plate by a structural design in which the positioning unit passes through the mounting hole. There is no need to worry about it being fixed and being shifted upward by external force.

The contents posted in the above-described embodiments are contents used to specifically explain the present invention, and have been described in specific technical terms in the text. The scope of the request for registration should not be restricted. Even if a person who understands this field understands the concept and idea of the present invention and makes changes or modifications to it, the same effect can be obtained. All changes and modifications are included in the scope of the utility model registration request described below.

FIG. 3 is a locally exploded view of a preferred embodiment of the wall-mounted rack structure of the present invention. The local decomposition | disassembly solid view of the vertical rack part and reinforcement | strengthening inner plate of this invention. The local sectional view of the combination state of the wall hanging rack of the present invention. The other Example of the hanging part of this invention and a hanging combination part. FIG. 1 is a diagram of an embodiment in which reinforcing rib edges are added to the reinforced inner plate of the present invention. Embodiment 2 in which reinforcing rib edges are added to the reinforced inner plate of the present invention. Embodiment 3 in which reinforcing rib edges are added to the reinforced inner plate of the present invention. The exploded perspective view of another Example of the wall-hanging rack structure form in this invention. The combination sectional drawing of another Example of the wall-hanging rack structure form in this invention. The embodiment figure in which the hook combination part of this invention is provided in L shape. FIG. 3 is an embodiment of the present invention in which the positioning unit is drilled and fixed by providing mounting through holes in the winding side edge of the vertical rack portion and the winding edge portion of the reinforcing inner plate. The another Example figure of the wall hanging rack whole structure form of this invention.

  FIGS. 1 to 3 show preferred embodiments of the wall-mounted rack structure with a reinforced inner plate according to the present invention. These embodiments are only used for explanation, and when requesting a utility model registration, these are shown. It is not limited to the structure of

  The wall-mounted rack structure A of the present invention includes the following features. It may be a metal rack body, and is provided with at least one vertical rack portion 10 provided in a vertically extending rack body. The vertical rack portion 10 has a front side (part) 11 and a back side (part) 12, The front side 11 has a storage rack mounting portion 13, and the back side 12 has a hanging portion 14 (shown in FIGS. 2 and 3). The storage rack mounting portion 13 is vertically spaced at a predetermined interval and is distributed in a plurality of long passages. Although it may be configured by a hole, and the form of the hanging portion 14 may be various, it will be described later.

  At least one storage rack 20 is provided to be attached to or coupled to the storage rack mounting portion 13 in the vertical rack portion 10, and the storage rack 20 is used for placing articles. The rack 20 is hung on the storage rack mounting portion 13 formed of a long through hole in the vertical rack portion 10 by forming a hook portion 21 (shown only in FIG. 3).

  It may be a metal plate and is provided with at least one reinforced inner plate 30 provided in the vertical direction so as to be aligned with the vertical rack portion 10, and the reinforced inner plate 30 has one wall-facing surface 31 and one vertical rack portion. There is an attachment surface 32, and the wall-facing surface 31 is planar and is provided so as to lean against the wall surface of the wall-mounting rack A to be attached (closely leaning closely in parallel). In addition, a mounting positioning hole 33 having an appropriate amount is provided on the wall-facing surface 31 so that the mounting positioning unit 40 (for example, a steel nail, a screw, a driving nail, etc.) can be drilled and fixed. The vertical rack portion mounting surface 32 is provided with a hook combination portion 34 for hanging and combining the hook portion 14 on the back side 12 of the vertical rack portion 10.

The hanging portion 14 provided on the vertical rack portion 10 and the hanging combination portion 34 provided on the reinforced inner plate 30 may correspond to any of the following embodiments. That means
(1) A form in which the partition edge and the hook body are combined with each other as in the hanging portion 14 and the hanging combination portion 34 shown in FIGS.
(2) A form in which the hook body and the hook body are combined with each other as in the hanging portion 14B and the hanging combination portion 34B shown in FIG.
(3) Like the hook part 14C and the hook combination part 34C shown in FIGS. 8 and 9, the bar body and the guide groove may correspond to one of the forms combined with each other. In this embodiment, the hook combination portion 34C of the guide groove may be provided in an obliquely bent shape or an “L” shape like the hook combination portion 34D shown in FIG.

  As shown in FIGS. 5 to 7, the reinforcing rack plate 35 may further include integrally formed reinforcing rib edges 35 and 35 </ b> B on the vertical rack portion mounting surface 32 of the reinforcing inner plate 30. By providing, the structural strength of the reinforced inner plate 30 is further strengthened, and a better bending strength can be obtained. The specific installation of the reinforcing rib edge 35 may be provided in a plurality of spaced forms as shown in FIG. 5 or in a single form like the reinforcing rib edge 35 shown in FIG. The cross-sectional shape of the reinforcing rib edge can also be provided in various forms. However, the reinforcing rib edge has a “V” shape such as the reinforcing rib edge 35 shown in FIGS. 5 and 6 and a reinforcing rib edge 35B shown in FIG. However, such a cross-sectional shape leads to an improvement in the structural strength of the reinforced inner plate 30.

  Further, as shown in FIGS. 8 and 9, twisted edges 36 are further formed on both symmetrical sides of the vertical rack portion mounting surface 32 of the reinforced inner plate 30, but the back side of the vertical rack portion 10. The side edges 15 that are twisted (bent in an L shape perpendicular to the back side 12) are formed on both sides that are symmetric with respect to 12, and the reinforced inner plate 30 is twisted (with respect to the wall-facing surface 31). The vertical edges 10 of the vertical rack 10 and the twisted edges 36 of the reinforced inner plate 30. Are provided with mounting through-holes 150 and 360 that are symmetrical to each other, and a positioning unit 50. When the positioning unit 50 passes through the mounting through holes 150 and 360 (shown in detail in FIG. 11), the vertical rack portion 10 is combined and fixed to the reinforced inner plate 30, and the external force is applied. Although there is no fear of shifting upward, the specific form of the positioning unit 50 may be an embodiment such as a bolt, a support pin, and a pin link.

  FIG. 12 shows another embodiment of the entire wall-mounted rack A structure. The difference from the embodiment shown in FIG. 1 is that the number of the vertical rack portions 10 is increased, and the storage rack 20 The form of has changed.

A wall rack 10 vertical rack portion 11 front side 12 back side 13 rack mounting portion 14, 14B, 14C hanging portion 15 twisted side edge 150 through-hole 20 mounting rack 21 hook portion 30 reinforced inner plate 31 wall side surface 32 vertical Rack mounting surface 33 Mounting positioning hole 34, 34B, 34C, 34D Hooking combination part 35, 35B Reinforcement rib edge 36 Twist edge 360 Mounting through hole 40 Mounting positioning unit 50 Positioning unit

Claims (5)

There is provided at least one vertical rack portion 10 provided in a vertically extending rack body. The vertical rack portion 10 has a front side 11 and a back side 12, and the front side 11 has a storage rack mounting portion 13 and the back side. 12 is provided with a hanging portion 14;
At least one storage rack 20 is provided for mounting or coupling to the storage rack mounting portion 13 in the vertical rack portion 10, and the storage rack 20 is used for placing articles.
There is provided at least one reinforced inner plate 30 extending in the vertical direction provided in accordance with the vertical rack portion 10, and the reinforced inner plate 30 has one wall-facing surface 31 and one vertical rack portion mounting surface 32. The wall-facing surface 31 is planar and is provided so as to lean against the wall surface of the wall-mounted rack A to be mounted. The mounting-positioning hole 33 and the vertical rack portion mounting surface 32 are provided on the wall-facing surface 31. A wall-mounted rack with a reinforced inner plate, characterized in that it is provided to be used for hanging and combining the hanging portion 14 on the back side 12 of the vertical rack portion 10 by providing the hanging combination portion 34 Construction. The hanging portion (14, 14B, 14C) provided in the vertical rack portion 10 and the hanging combination portion (34, 34B, 34C) provided in the reinforced inner plate 30 are any of the following embodiments:
(1) A form in which the partition edge and the hook body are combined with each other,
(2) A form in which the hook body and the hook body are combined with each other;
(3) The wall-mounted rack structure with a reinforced inner plate according to claim 1, wherein the bar body and the guide groove correspond to one of the forms combined with each other.   The wall-mounted rack structure with a reinforced inner plate according to claim 1, wherein integrally formed reinforcing rib edges (35, 35B) are provided on the vertical rack portion mounting surface (32) of the reinforced inner plate (30).   The reinforced inner plate 30 is formed with a twisted edge 36 on opposite sides on the wall-side surface 31 and a twisted side edge 15 on the opposite side 12 on the back side 12 of the vertical rack portion 10. The wall-mounted rack structure with a reinforced inner plate according to claim 1, wherein the wall-mounted rack structure has a reinforced inner plate.   Further, the mounting rack holes 150 and 360 and the positioning unit 50 which are symmetrical with respect to the winding side edge 15 of the vertical rack portion 10 and the winding edge portion 36 of the reinforcing inner plate 30 are provided. 5. The vertical rack portion 10 is provided so as to be combined with and fixed to the reinforced inner plate 30 by passing through the mounting through holes 150 and 360. Wall-mounted rack structure with reinforced inner plate.

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