JP4925318B2

JP4925318B2 - Storage rack

Info

Publication number: JP4925318B2
Application number: JP2007195153A
Authority: JP
Inventors: 雄一郎横田
Original assignee: Panasonic Corp; Matsushita Electric Industrial Co Ltd
Current assignee: Panasonic Corp; Panasonic Holdings Corp
Priority date: 2007-07-26
Filing date: 2007-07-26
Publication date: 2012-04-25
Anticipated expiration: 2027-07-26
Also published as: JP2009028274A

Description

本発明は、収納棚に関するものである。 The present invention relates to a storage shelf.

従来から収納棚として、間隔を隔てて平行に配置した一対の支持枠部と、支持枠部の長手方向にずらして配置して一対の支持枠部の間に架け渡した複数の架設部とを備えて形成したものが知られている。特に、浴室などの水廻り部分に配置される収納棚では、良好な水切り性能や良好なお手入れ性能を確保するため、支持枠部や架設部をそれぞれステンレス線材で構成させた収納棚が知られている（たとえば特許文献１参照）。そして、このような収納棚にあって、支持枠部と架設部との連結には溶接にて行われることが一般的である。 Conventionally, as a storage shelf, a pair of support frame portions arranged in parallel with a gap therebetween, and a plurality of installation portions arranged to be shifted in the longitudinal direction of the support frame portion and spanned between the pair of support frame portions What has been prepared is known. In particular, in storage shelves that are placed around water, such as in bathrooms, in order to ensure good draining performance and good care performance, there are known storage shelves in which the support frame part and the erection part are each made of stainless steel wire. (For example, refer to Patent Document 1). In such a storage shelf, the connection between the support frame portion and the erection portion is generally performed by welding.

ところで、収納棚は、水切り性能やお手入れ性能を向上させたいのであれば、具体的に収納物を載せる架設部の配設密度を低くする（すなわち架設部の配設本数や架設部の間隔幅を大きくする）ことが好ましいのであるが、収納棚の配設場所によって棚に載せると予期される収納物の種類が異なるのであり、たとえば予期される収納物がボトル等の大物である場合には収納物を載せる架設部の間隔は比較的広く形成しても差し支えないが、収納物がカミソリ等の小物である場合には収納物を載せる架設部の間隔が広いと架設部の間から収納物が落下してしまう恐れがある。 By the way, if it is desired to improve drainage performance and maintenance performance, the storage shelf specifically lowers the density of the installation parts on which the stored items are placed (that is, the number of installation parts and the interval width of the installation parts). However, the type of storage items expected to be placed on the shelf differs depending on the location of the storage shelf. For example, when the expected storage item is a large item such as a bottle. The interval between the erection parts on which the articles are placed may be formed relatively wide. However, if the errand is a small item such as a razor, the erection parts are placed between the erection parts if the interval between the erection parts on which the articles are placed is wide. May fall.

このように収納棚は、その配設場所に応じて収納物を載せる架設部の配置数や架設部の間隔幅を適宜設定可能にするのが好ましいが、叙述のように支持枠部と架設部との連結を溶接で行わせたものでは、支持枠部と架設部とが溶着一体化し、架設部の配置数や架設部の間隔幅を適宜設定可能にすることなどできないのであった。
実用新案登録第３０９３５４３号公報 Thus, it is preferable that the storage shelf can appropriately set the number of installation parts to be placed and the interval width of the installation parts according to the installation location. However, as described above, the support frame part and the installation part In such a case, the support frame portion and the installation portion are welded and integrated, and the number of installation portions and the interval width of the installation portions cannot be appropriately set.
Utility Model Registration No. 3093543

本発明は上記の点に鑑みてなされたものであり、その目的とするところは、収納棚の配設場所に応じて架設部の配置数や架設部の間隔幅を適宜設定可能にする収納棚を提供することを課題とするものである。 The present invention has been made in view of the above points, and an object of the present invention is to provide a storage shelf that can appropriately set the number of installation portions and the interval width of the installation portions according to the location of the storage shelf. It is a problem to provide.

上記課題を解決するために請求項１に係る収納棚にあっては、間隔を隔てて平行に配置した一対の支持枠部２と、支持枠部２の長手方向にずらして配置して一対の支持枠部２の間に架け渡した複数の架設部３とを備えて成る収納棚１であって、架設部３の架け渡し方向の両端に支持枠部２に対してその長手方向にスライド自在にして着脱自在に嵌合する嵌め込み部４を備え、支持枠部２に被着した介在部材５を嵌め込み部４と支持枠部２との間に圧入させて嵌め込み部４を支持枠部２の長手方向の任意位置に固定したことを特徴とする。これによると、支持枠部２に架設部３を着脱自在にできると共に、この架設部３は支持枠部２の任意箇所に介在部材５を介して取外し自在に固定できたことから、収納棚１の配設場所に応じて、架設部３の配置数や架設部３の間隔幅を適宜設定できる。 In order to solve the above-mentioned problem, in the storage shelf according to claim 1, a pair of support frame portions 2 arranged in parallel with a gap therebetween, and a pair of support frame portions 2 arranged to be shifted in the longitudinal direction of the support frame portion 2 A storage shelf 1 including a plurality of erection parts 3 spanned between support frame parts 2, and slidable in the longitudinal direction with respect to the support frame part 2 at both ends of the erection part 3 in the bridging direction. The fitting member 4 is detachably fitted, and the interposition member 5 attached to the support frame portion 2 is press-fitted between the fitting portion 4 and the support frame portion 2, thereby fitting the fitting portion 4 to the support frame portion 2. It is characterized by being fixed at an arbitrary position in the longitudinal direction. According to this, since the erection part 3 can be detachably attached to the support frame part 2 and the erection part 3 can be detachably fixed to an arbitrary portion of the support frame part 2 via the interposition member 5, the storage shelf 1 The number of the erection parts 3 and the interval width of the erection parts 3 can be set as appropriate according to the arrangement location.

また請求項２に係る収納棚にあっては、請求項１において、上記一対の支持枠部２の各先端部間に連結枠部６を一体に架設すると共に、支持枠部２への架設部３の着脱を各支持枠部２の基端部からの嵌め込み部４の抜き差しにて行わせるようにし、各支持枠部２の基端部に収納棚１の設置面８に対して固定する台座７を着脱自在に取り付けたことを特徴とする。これによると、収納棚１の設置面８に固定した台座７に対して支持枠部２の基端部を着脱自在にしたことで、台座７から外した支持枠部２の基端部での嵌め込み部４の抜き差しによって支持枠部２への架設部３の着脱が可能になるのであり、したがって、一対の支持枠部２の各先端部間に連結枠部６を一体に架設する構造を採用できて、収納棚１の剛性強度を向上できる。 Further, in the storage shelf according to claim 2, in claim 1, the connecting frame portion 6 is integrally constructed between the respective front end portions of the pair of support frame portions 2, and the installation portion to the support frame portion 2 is provided. The base 3 is fixed to the base end of each support frame 2 with respect to the installation surface 8 of the storage shelf 1 by attaching and detaching the fitting part 4 from the base end of each support frame 2. 7 is detachably attached. According to this, by making the base end part of the support frame part 2 detachable with respect to the base 7 fixed to the installation surface 8 of the storage shelf 1, the base end part of the support frame part 2 removed from the base 7 The installation part 3 can be attached to and detached from the support frame part 2 by inserting / removing the fitting part 4. Therefore, a structure in which the connection frame part 6 is integrally installed between the respective front end parts of the pair of support frame parts 2 is adopted. It is possible to improve the rigidity and strength of the storage shelf 1.

本発明にあっては、収納棚の配設場所に応じて架設部の配置数や架設部の間隔幅を適宜設定できる、という利点を有する。 The present invention has an advantage that the number of installation parts and the interval width of the installation parts can be appropriately set according to the location of the storage shelf.

以下、本発明を添付図面に示す実施形態に基いて説明する。 Hereinafter, the present invention will be described based on embodiments shown in the accompanying drawings.

本例の収納棚１は、浴室の壁面に設置するに好適な収納棚であり、図１のように収納棚１の外縁を構成する支持枠体９と、支持枠体９の対向部間に着脱自在に架け渡されて収納物を載せる複数の架設部３と、支持枠体９に着脱自在に被設されて収納棚１を浴室の壁面である設置面８に固定する台座７とを備えたステンレス製のワイヤー収納棚である。 The storage shelf 1 of this example is a storage shelf suitable for installation on the wall surface of a bathroom, and between the support frame body 9 constituting the outer edge of the storage shelf 1 and the opposing portion of the support frame body 9 as shown in FIG. There are provided a plurality of erection parts 3 that are detachably bridged and on which stored items are placed, and a pedestal 7 that is detachably provided on a support frame 9 and fixes the storage shelf 1 to an installation surface 8 that is a wall surface of a bathroom. A stainless steel wire storage shelf.

詳しくは、支持枠体９は、左右に間隔を隔てて略水平且つ平行に配置した一対の支持枠部２と、この一対の支持枠部２の先端間を繋ぐ連結枠部６とで平面視コ字状に形成された枠体であり、支持枠部２や連結枠部６はそれぞれ直棒形状であってその長さ方向に亙って同一の円形断面を備えるように形成されている。なお、便宜上、支持枠部２に沿ってその先端に向く方向を前方（矢印ａ）と称すると共に、支持枠部２に沿ってその基端に向く方向を後方（矢印ｂ）と称し、一対の支持枠部２の並設方向を左右方向（矢印ｃ：左方、矢印ｄ：右方）とし、上記前後方向と左右方向とにそれぞれ垂直な方向を上下方向（矢印ｅ：上方、矢印ｆ：下方）として説明をしていく。 Specifically, the support frame body 9 is a plan view of a pair of support frame portions 2 arranged substantially horizontally and parallel to each other on the left and right sides, and a connecting frame portion 6 that connects between the ends of the pair of support frame portions 2. The frame body is formed in a U-shape, and the support frame portion 2 and the connecting frame portion 6 are each formed in a straight bar shape and have the same circular cross section over its length direction. For convenience, the direction along the support frame 2 toward the tip thereof is referred to as the front (arrow a), and the direction along the support frame 2 toward the base end is referred to as the rear (arrow b). The side-by-side direction of the support frame portions 2 is the left-right direction (arrow c: left, arrow d: right), and the directions perpendicular to the front-rear direction and the left-right direction are the up-down directions (arrow e: up, arrow f: We will explain as (lower).

架設部３は、上記支持枠体９の一対の支持枠部２に対して左右に架け渡される桟部材であり、主体を構成する横架部１０の両端部から立設部１１が略垂直上方に延びて正面視略Ｕ字状を成し、この立設部１１の上端部に支持枠部２にそれぞれ着脱自在（取り付け・取り外し自在）に嵌合する嵌め込み部４が形成されている。本例の嵌め込み部４は内部に前後方向に貫通する円孔状の貫通孔４ａを有したリング形状に形成されており、また上記貫通孔４ａはその内周面が支持枠部２の外周面よりも大径に形成されており、支持枠部２は貫通孔４ａに遊嵌状態で挿通可能にされている。また、横架部１０や立設部１１はそれぞれ直棒形状であってその長さ方向に亙って同一の円形断面を備えるように形成されている。 The erection part 3 is a cross member that is bridged to the left and right with respect to the pair of support frame parts 2 of the support frame body 9, and the erection part 11 extends substantially vertically upward from both end parts of the horizontal part 10 constituting the main body. A fitting portion 4 is formed in the upper end portion of the standing portion 11 so as to be detachably fitted to the support frame portion 2 (attachable / detachable). The fitting portion 4 of this example is formed in a ring shape having a circular through hole 4 a penetrating in the front-rear direction inside, and the inner peripheral surface of the through hole 4 a is the outer peripheral surface of the support frame portion 2. The support frame portion 2 can be inserted into the through hole 4a in a loosely fitted state. Further, each of the horizontal portion 10 and the standing portion 11 has a straight bar shape and is formed so as to have the same circular cross section over its length direction.

この架設部３を支持枠体９に固定するには、支持枠部２に被着した介在部材５を嵌め込み部４と支持枠部２との間に圧入させることで行われる。本例の介在部材５は弾性体で且つ側方に切れ目１２のあるＣ字筒状のブッシング材５ａで構成されており、このブッシング材５ａは内面部に支持枠体９を外嵌する嵌合部１３を備えると共に外面部に架設部３の嵌め込み部４に内嵌する被嵌合部１４を備えている。嵌合部１３は前後に貫通する取付孔１３ａで形成され、被嵌合部１４は前方程外径が太くなるテーパ面１４ａで構成されており、ブッシング材５ａの外面部の前端には外方へ突出するフランジ部１５が形成されている。 In order to fix the erection part 3 to the support frame body 9, the interposition member 5 attached to the support frame part 2 is press-fitted between the fitting part 4 and the support frame part 2. The interposition member 5 of this example is an elastic body and is composed of a C-shaped cylindrical bushing material 5a having a cut 12 on the side. The bushing material 5a is a fitting that externally fits the support frame 9 to the inner surface. A portion 13 is provided, and a fitted portion 14 that is fitted into the fitting portion 4 of the installation portion 3 is provided on the outer surface portion. The fitting portion 13 is formed by a mounting hole 13a penetrating in the front-rear direction, and the fitted portion 14 is configured by a tapered surface 14a whose outer diameter increases toward the front, and the front end of the outer surface portion of the bushing material 5a is outward. A flange portion 15 is formed so as to protrude to the rear.

このブッシング材５ａは、図２（ｂ）のように、支持枠部２の軸線のスラスト方向から支持枠部２に近接させて切れ目１２から嵌合部１３に支持枠部２を押し込むようにすることで、嵌合部１３に支持枠部２を嵌合させた状態で支持枠部２の任意位置に簡単に被着できる。そして、この支持枠部２に被着したブッシング材５ａに対して、支持枠部２に嵌め込み部４が遊嵌された架設部３を支持枠部２に沿わせて前方にスライドさせることで、ブッシング材５ａの被嵌合部１４を架設部３の嵌め込み部４に内嵌することができ、つまり、ブッシング材５ａを嵌め込み部４と支持枠部２との間に圧入させることができて、架設部３を支持枠体９に固定することができる。ここで、フランジ部１５は、支持枠部２に沿って前方にスライドする架設部３の嵌め込み部４がブッシング材５ａの被嵌合部１４を通り過ぎようとした際に嵌め込み部４が当てられるのであり、ブッシング材５ａを介して確実に架設部３を支持枠体９に固定させるようにされている。なお、ブッシング材５ａを介して支持枠体９に固定された架設部３は後方にスライドさせることで、嵌め込み部４と支持枠部２との間でのブッシング材５ａの圧入状態を解除でき、架設部３の支持枠体９への固定状態を解除できる。 As shown in FIG. 2B, the bushing material 5 a is made to approach the support frame portion 2 from the thrust direction of the axis of the support frame portion 2 and push the support frame portion 2 into the fitting portion 13 from the cut 12. Thus, the support frame portion 2 can be easily attached to an arbitrary position of the support frame portion 2 in a state where the support frame portion 2 is fitted to the fitting portion 13. And with respect to the bushing material 5a attached to the support frame part 2, the construction part 3 in which the fitting part 4 is loosely fitted to the support frame part 2 is slid forward along the support frame part 2, The fitted portion 14 of the bushing material 5a can be fitted into the fitting portion 4 of the erection portion 3, that is, the bushing material 5a can be press-fitted between the fitting portion 4 and the support frame portion 2, The erection part 3 can be fixed to the support frame 9. Here, the flange portion 15 is applied to the fitting portion 4 when the fitting portion 4 of the erection portion 3 that slides forward along the support frame portion 2 is about to pass the fitting portion 14 of the bushing material 5a. Yes, the erection part 3 is securely fixed to the support frame 9 via the bushing material 5a. The erection part 3 fixed to the support frame 9 via the bushing material 5a can be slid rearward to release the press-fitted state of the bushing material 5a between the fitting part 4 and the support frame part 2, The fixed state of the erection part 3 to the support frame 9 can be released.

このように架設部３はブッシング材５ａを介して支持枠部２に固定されるのであるが、本例では図２（ａ）のように架設部３は支持枠部２に対して前後方向に所定間隔ごとに複数固定されるのであり、この複数の架設部３の水平面内に並ぶ各横架部１０によって収納物を載置する収納面を形成させている。 In this way, the erection part 3 is fixed to the support frame part 2 via the bushing material 5a. In this example, the erection part 3 extends in the front-rear direction with respect to the support frame part 2 as shown in FIG. A plurality of fixed portions are fixed at predetermined intervals, and a storage surface on which storage items are placed is formed by the horizontal portions 10 arranged in the horizontal plane of the plurality of installation portions 3.

台座７は、内部に前後に貫通する挿入孔１６を有した筒状部材であり、挿入孔１６に挿入した支持枠体９の基端部を台座７の周面から挿入孔１６に向けて螺進させた取付ビス１７によって締め付けることで、支持枠体９の基端部に着脱自在に被設される。ここで、支持枠体９の基端部における外周面の下部には取付ビス１７の先端端面を当接させる凹所状の切欠部１８が略水平に切欠いたように形成されており、凹所状の切欠部１８に取付ビス１７が引っ掛かることで抜けを防止しつつ、取付ビス１７の先端端面の支持枠体９への当接面を大きくして、台座７と支持枠体９との強固な取付強度の確保が図られている。台座７における支持枠体９が挿入孔１６に挿入される側と反対側の筒端面は設置面８への接地面となり、台座７は適宜の手段を用いて設置面８に固定される。本例の台座７は接地面を接着剤で設置面８に接着させることで設置面８に固定されるのであるが、たとえばビス等による固定具を用いてこれを行わせてもよい。ここで、台座７を被設する支持枠体９の基端部は、架設部３の嵌め込み部４を支持枠体９から抜き差しして架設部３を支持枠体９に着脱させる部位であるが、台座７が被設されている状態では架設部３の嵌め込み部４が支持枠体９から抜き差しできない状態となる。つまり、架設部３の支持枠体９への着脱は、台座７を被設しない状態の支持枠体９の基端部で行われるのである。 The pedestal 7 is a cylindrical member having an insertion hole 16 penetrating in the front-rear direction, and the base end portion of the support frame 9 inserted into the insertion hole 16 is screwed from the peripheral surface of the pedestal 7 toward the insertion hole 16. By tightening with the advanced mounting screw 17, it is detachably attached to the base end portion of the support frame 9. Here, a recess-like notch 18 that abuts the tip end face of the mounting screw 17 is formed in the lower part of the outer peripheral surface at the base end portion of the support frame 9 so as to be cut out substantially horizontally. The mounting screw 17 is caught by the notch 18 and the contact surface of the tip end surface of the mounting screw 17 to the support frame body 9 is increased, so that the pedestal 7 and the support frame body 9 are firmly connected. Secures sufficient mounting strength. The cylindrical end surface of the pedestal 7 opposite to the side where the support frame 9 is inserted into the insertion hole 16 serves as a grounding surface to the installation surface 8, and the pedestal 7 is fixed to the installation surface 8 using appropriate means. The pedestal 7 of this example is fixed to the installation surface 8 by adhering the grounding surface to the installation surface 8 with an adhesive. However, this may be performed using a fixing tool such as a screw. Here, the base end portion of the support frame 9 on which the pedestal 7 is provided is a part where the fitting portion 4 of the installation portion 3 is inserted into and removed from the support frame 9 and the installation portion 3 is attached to and detached from the support frame 9. In the state where the pedestal 7 is provided, the fitting portion 4 of the erection portion 3 cannot be inserted into and removed from the support frame 9. That is, the attachment / detachment of the erection part 3 to / from the support frame body 9 is performed at the base end part of the support frame body 9 in a state where the base 7 is not installed.

上記構成の本例の収納棚１にあっては、上記のように支持枠部２に架設部３を着脱自在にできると共に、この架設部３は支持枠部２の任意箇所に介在部材５を介して取外し自在に固定できたものであり、すなわち支持枠部２と架設部３とが組み付け自在にされている。したがって、収納棚１はその配設場所に応じて収納すると予期される収納物が異なるのであるが、図３（ａ）のように収納すると予期される収納物がボトルＢ等の大物である場合には、任意の架設部３の支持枠部２への固定を解除して支持枠部２から架設部３を取外したりすることで、収納物を載せる架設部３の配置数を少なく、且つ架設部３の間隔を比較的広く形成することができ、水切れの良い収納棚１を形成することができる。一方、図３（ｂ）のように収納すると予期される収納物がカミソリＣ等の小物である場合には、支持枠部２に新たな架設部３を取付けて新たな介在部材５を介して支持枠部２に固定させることで、架設部３の配置数を多く、且つ架設部３の間隔を比較的狭く形成することができ、架設部３の間から収納物が落下しないようにできるのである。このように本例の収納棚１にあっては、収納棚１の配設場所に応じて、架設部３の配置数や架設部３の間隔幅を適宜設定できる、という利点を有するのである。 In the storage shelf 1 of the present example having the above-described configuration, the erection part 3 can be freely attached to and detached from the support frame part 2 as described above, and the erection part 3 has an interposition member 5 at an arbitrary position of the support frame part 2. The support frame portion 2 and the erection portion 3 can be assembled freely. Therefore, when the storage shelf 1 is stored depending on the location of the storage shelf 1, the storage items expected to be stored are different, but when the storage shelf 1 is expected to be stored as shown in FIG. In this case, the fixing of the arbitrary erection part 3 to the support frame part 2 is released, and the erection part 3 is removed from the support frame part 2, so that the number of erection parts 3 on which the stored items are placed can be reduced. The space | interval of the part 3 can be formed comparatively wide, and the storage shelf 1 with a sufficient drainage can be formed. On the other hand, when the stored item expected to be stored as shown in FIG. 3B is a small item such as a razor C, a new installation portion 3 is attached to the support frame portion 2 and a new interposition member 5 is interposed therebetween. By fixing to the support frame 2, the number of installation parts 3 can be increased, the interval between the installation parts 3 can be formed relatively narrow, and stored items can be prevented from falling between the installation parts 3. is there. As described above, the storage shelf 1 of the present example has an advantage that the number of the erection parts 3 and the interval width of the erection parts 3 can be appropriately set in accordance with the arrangement location of the storage shelves 1.

しかも、本例の収納棚１にあっては、収納棚１の設置面８に固定した台座７に対して支持枠部２の基端部が着脱自在にされると共に、台座７から外した支持枠部２の基端部での嵌め込み部４の抜き差しによって支持枠部２への架設部３の着脱が可能にされている。したがって、一対の支持枠部２の各先端部間に連結枠部６を一体に架設する構造の支持枠体９を用いることができたのであり、優れた剛性強度を有する収納棚１を実現できたのである。 Moreover, in the storage shelf 1 of this example, the base end portion of the support frame portion 2 is made detachable with respect to the pedestal 7 fixed to the installation surface 8 of the storage shelf 1, and the support is removed from the pedestal 7. The installation part 3 can be attached to and detached from the support frame part 2 by inserting and removing the fitting part 4 at the base end part of the frame part 2. Therefore, the support frame body 9 having a structure in which the connecting frame portion 6 is integrally built between the respective front end portions of the pair of support frame portions 2 can be used, and the storage shelf 1 having excellent rigidity and strength can be realized. It was.

なお、本例の収納棚１は、叙述のように支持枠体９や架設部３をそれぞれステンレスなどの金属製線材で構成してあって水切れが良くて水垢が付着しにくくて浴室に設置するに好適な収納棚とされているが、たとえば軽量化を期して支持枠体９や架設部３を樹脂製線材で構成して化粧キャビネットの壁面から突出する収納棚に好適なものとしてもよい。また、本例の収納棚１は、実際に収納物を載置する架設部３の部位は横架部１０であり、収納棚１の外縁を構成する支持枠体９は架設部３の横架部１０よりも上方に位置しているから（図２（ａ））、この支持枠体９は架設部３を支持する機能に加えて、架設部３に載置した収納物の落下防止索としても機能するのである。また、架設部３はブッシング材５ａを介して支持枠部２の前後方向の任意箇所に固定できるから、収納棚１の用途の応じて、収納棚１の前後の任意域（たとえば後部域）に対して架設部３の配置密度を高めるように複数の架設部３を集中して配置する態様にも簡単に設定できる。 The storage shelf 1 of this example is installed in the bathroom because the support frame body 9 and the erection part 3 are each made of a metal wire material such as stainless steel as shown in the description, so that the water drainage is good and the scale does not adhere easily. However, for example, the support frame body 9 and the erection part 3 may be made of a resin wire material to reduce the weight, and may be suitable for a storage shelf that protrudes from the wall surface of the decorative cabinet. Further, in the storage shelf 1 of this example, the part of the erection part 3 on which the stored items are actually placed is the horizontal part 10, and the support frame 9 constituting the outer edge of the storage shelf 1 is the horizontal part of the erection part 3. Since the support frame body 9 is located above the part 10 (FIG. 2A), the support frame 9 serves as a fall prevention rope for the stored items placed on the erection part 3 in addition to the function of supporting the erection part 3. Also works. Moreover, since the installation part 3 can be fixed to the arbitrary places of the front-back direction of the support frame part 2 via the bushing material 5a, according to the use of the storage shelf 1, it is in the arbitrary areas before and behind the storage shelf 1 (for example, rear part area). On the other hand, it is possible to easily set an aspect in which a plurality of erection parts 3 are concentrated and arranged so as to increase the arrangement density of the erection parts 3.

本発明の実施の形態の例の収納棚の分解斜視図である。It is a disassembled perspective view of the storage shelf of the example of embodiment of this invention. （ａ）は同上の側面図であり、（ｂ）は（ａ）のＡ部の側断面図である。(A) is a side view same as the above, (b) is a sectional side view of the A part of (a). （ａ）は同上の収納棚の一の使用形態図であり、（ｂ）は収納棚の他の使用形態図である。(A) is one usage pattern figure of a storage shelf same as the above, (b) is another usage pattern figure of a storage shelf.

Explanation of symbols

１収納棚
２支持枠部
３架設部
４嵌め込み部
５介在部材
５ａブッシング材
６連結枠部
７台座
８設置面
９支持枠体 DESCRIPTION OF SYMBOLS 1 Storage shelf 2 Support frame part 3 Construction part 4 Insertion part 5 Interposition member 5a Bushing material 6 Connection frame part 7 Base 8 Installation surface 9 Support frame

Claims

A storage shelf comprising a pair of support frame portions arranged in parallel with a gap therebetween, and a plurality of erection portions arranged so as to be shifted in the longitudinal direction of the support frame portion and spanned between the pair of support frame portions. A fitting portion that is slidable in the longitudinal direction with respect to the support frame portion at both ends in the bridging direction of the erection portion and is detachably fitted, and the interposition member attached to the support frame portion is fitted with the fitting portion; A storage shelf characterized by being press-fitted between the support frame portion and fixing the fitting portion at an arbitrary position in the longitudinal direction of the support frame portion.

The connecting frame portion is integrally installed between the distal ends of the pair of support frame portions, and the attachment portion is attached to and detached from the support frame portion by inserting and removing the fitting portion from the base end portion of each support frame portion. The storage shelf according to claim 1, wherein a pedestal fixed to the installation surface of the storage shelf is detachably attached to a base end portion of each support frame portion.