JP2004223227A - Shelf apparatus - Google Patents

Shelf apparatus Download PDF

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Publication number
JP2004223227A
JP2004223227A JP2003054960A JP2003054960A JP2004223227A JP 2004223227 A JP2004223227 A JP 2004223227A JP 2003054960 A JP2003054960 A JP 2003054960A JP 2003054960 A JP2003054960 A JP 2003054960A JP 2004223227 A JP2004223227 A JP 2004223227A
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Japan
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hole
plate
partitioning plate
design
frame plate
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JP2003054960A
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Japanese (ja)
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Shinpei Sawada
新平 澤田
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Aomori Prefecture
青森県
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Priority to JP2003054960A priority Critical patent/JP2004223227A/en
Publication of JP2004223227A publication Critical patent/JP2004223227A/en
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Abstract

PROBLEM TO BE SOLVED: To provide a shelf apparatus comprising a novel structure simply and inexpensively realizing a shelf assembly in lattice squares having various sizes and forms with a desired design selected from various kinds of patterns.
SOLUTION: The shelf apparatus realizes each of the shelf assemblies designed to various kinds and having the lattice squares with the various patterns. The shelf assembly is constructed by such a manner that a unit standard size and a plate thickness are preliminarily determined, that side frame plates and partition plates having sizes obtained by multiplying the unit standard size by an integer or obtained by appropriately combining a value of the unit standard size multiplied by the integer with the plate thickness and, if necessary, corner partition plates are prepared in appropriate numbers in each kind, and that only the necessary number of the plates in the kind determined by the shelf assembly design desired are grouped together and assembled.
COPYRIGHT: (C)2004,JPO&NCIPI

Description

【0001】 [0001]
【発明の目的】 SUMMARY OF THE INVENTION
この発明は、板材を組み合わせて格子状升目に組み立ていく形式の棚に関するものであって、単位基準寸法と板厚とを予め決定しておき、その単位基準寸法を整数倍するか、同整数倍した値に板厚を適宜組み合わせるかしたものとして寸法取りをした側枠板と仕切用板、それに必要ならば出隅仕切用板とを、各種類毎に適宜枚数を用意しておき、所望する棚組みデザインによって決まる種類のものでその必要枚数分だけを揃えて組み立てるようにしさえすれば、幾とおりの棚組みデザインに仕切った様々な格子状升目の棚でも簡便、経済的なものとして実現し得るようにする新規な構造からなる棚装置を提供しようとするものである。 This invention relates to a shelf of the type will assembled in a grid squares by combining a sheet material, determined in advance and the unit reference dimension and the plate thickness, or an integer multiple of the unit reference dimension, the integral multiple the side frame plate having a dimensioned as those combined or thickness appropriate values ​​and partitioning plate, it and external corner partitioning plate if necessary, is prepared the appropriate number for each type, desired if only to assemble only align its required number of sheets in the kinds of things determined by Tanakumi design, also conveniently implemented as economic shelf of various lattice-like grids which partitioned in several ways shelf set design it is intended to provide a shelving system comprising a novel structure that get so.
【0002】 [0002]
【従来の技術】 BACKGROUND OF THE INVENTION
板を平らに架け渡して物を置く器具として広く家庭は勿論、職場でも使用されている棚装置には、その用途やサイズに応じて木造のものからスチール製のものや、プラスチック製、ガラス製のものまで各種素材から形成されてきていて、一般には、側板に複数の棚板を取り付けるようにした構造から成り立つものとして知られており、それらには、完全に棚板が固定式に出来上がっていてデザインの決まった家具調の伝統的な棚装置をはじめ、棚板が着脱自在で、収容物に応じてその高さを調節できるようにしたもの、棚板に仕切りが固定式または可動式で付けられているもの、相欠き構造の仕切り板を縦横に組んでいって格子状升目に仕切るようにしたもの、あるいは縦仕切り枠に等間隔の取付け穴が用意されていて、それら取付け穴に嵌 Of course widely households as instruments to put things passing flatly over the plate, the shelving system that is also used in the workplace, or anything steel from those of wooden depending on the application and size, plastic, glass up it has been formed from various materials those, generally known as consists of a structure to attach a plurality of shelves to the side plate and include fully shelves is not completed in the fixed including traditional shelving system Furniture the preformatted design Te, shelves are removable, that to be able to adjust its height in accordance with the contained goods, with a partition on the shelves in a fixed or movable what is, half-lap as a partition plate of the structure went teamed up vertically and horizontally so as to divide in a grid square, or in the mullion frame equidistant mounting holes are provided, fitted to their mounting holes 可能に作られた棚板端部を着脱自在に取りつけるように部品化したもの等、様々なタイプのものがある。 Can crafted like those parts of such mounting shelves end detachably, there are various types.
【0003】 [0003]
しかし、これら従前からの棚装置は、棚板の上下高さ位置の調整はできても格子状升目全体の組み合わせ方、即ち棚組みデザインのパターンそのものを変えることはできず、棚組みデザインを変更しようとすると、それまで使用していた部材と構成を異にする新たな構成による部材を必要としたり、場合によってはそれまでの部材で不要になるものが生じることになってしまうといった不都合を伴うことになって、限られた部材だけで棚組デザインを大幅に変えることが実質的に不可能であった。 However, the shelf device from these Previously, the vertical height on the combination of the overall grid-like grids be able to adjust the position of the shelves, i.e. can not change the pattern itself of Tanakumi design change Tanakumi Design an attempt involves disadvantage or a member which has required a member by a new structure different in configuration used, and in some cases become that which becomes unnecessary in member so far caused far it since it, it was virtually impossible to change the shelf assembly design significantly only a limited members.
【0004】 [0004]
そのために、例えば、平成8年特許公開第366号として掲載された「組立て棚」発明や実用新案登録第3066864号掲載の「組み立て棚」考案等に散見されるもののような、一辺が基準寸法で構成された筒状直方体からなる箱体の一群を、積み木のように前後、左右、上下に積み上げていき、それら箱体の積み上げ方と、積み上げられた箱体個々の筒状空間の向きとによって、限られた構成部材でありながらも、全体の棚の形を自在に変更可能にし、しかも棚空間を様々な方向(といっても、互いに水平方向あるいは垂直方向に90度変位した関係に限定された方向)に変えたものとして実現されるようにした類いのものも提案されていて、これらは、前記した従前までのものと違って多様性の点において確かに抜きん出たものといえ Therefore, for example, such as those scattered in the "assembly shelf" devised such that the listed "assembled shelf" invention and utility model registration No. 3066864 issue of the 1996 Patent Publication No. 366, one side at a reference dimension a group of the box body consisting configured tubular rectangular, front and rear as building blocks, left and right, we stacked vertically, and stacked how their box body, by the orientation of the stacked obtained box body each tubular space , while a component a limited, and can be changed the shape of the whole shelves freely, yet be said various directions (and the shelf space, limited to the relationship of the 90 degrees displaced in the horizontal direction or the vertical direction to each other has been so realized as to change to a direction) were have been proposed those physicians kind, they are said to those certainly stand out in terms of diversity unlike those to previously described above が、それらは立方体であるが故に、その周壁を超えて空間を連続できない弱味があり、空間を空間軸方向に延長して棚の奥行を倍々に拡大する変化か、垂直方向の積み上げ方の変化やそのときの筒状空間の向きによってできる収容空間の変化に限られ、一垂直面内で構成される格子状升目の大きさを箱体の筒状空間以外の形、大きさとする棚組みデザインの変化までを期待することはできないものとなっていた。 But because although they are cubes, we have weaknesses that can not be continuous space beyond its peripheral wall, or change to expand the depth of the shelf by extending the space in the space axis direction bye, vertical stacking how changes in and is limited to changes in the housing space can be depending on the direction of the cylindrical space at that time, the shape other than the cylindrical space of the size of the box lattice-like grids comprised in one vertical plane, Tanakumi designs that size You will be expected to change had become a thing that can not be.
【0005】 [0005]
そこで、この発明では、これまでの棚装置のそうした実情を踏まえ、限られた一定の規格で統一した部材を作り上げ、種類毎の部材点数を欠かさないで用意し、それらの中から必要な種類のものを適宜選択して種類毎に必要点数だけ揃え、共通する手段によって組み立てて多様な棚組デザインによる棚装置を自在に実現することができるようにならないものかとの判断から、逸早く開発、研究に着手して試行錯誤と共に試作実験を繰り返してきた結果、遂にその実現化に成功したものであり、以下では、その構成を、代表的な幾つかの実施例と共に詳述していくこととする。 Therefore, in the present invention, light of these circumstances of the shelving system to date, the constant a limited created a member unified by the standard, prepared without miss a number of members of each type, the type needed from among them align only necessary points for each type by appropriately selecting things, from the determination of whether those not to be able to freely achieve a shelf device according to various shelf assembly design assembled by common means, quickly develop, research undertaken with results that have repeated trial experiments with trial and error, which has finally succeeded in its realization, in the following, the structure will be going in detail with typical several embodiments.
【0006】 [0006]
【発明の構成】 SUMMARY OF THE INVENTION
この発明の棚装置は、後述する実施例からも容易に理解されるとおり、基本的に次のとおりの構成から成り立っている。 Shelf device according to the present invention, as will be readily understood from the examples described later, and consists essentially of the following configurations.
即ち、単位基準寸法a(cm)と板厚t(cm)とし、m、n値は整数としたときに、縦寸法が[(a+t)n+α]、奥行寸法がa、板厚tで、上下両端に夫々(t+α)/2ないしt/2ずつを確保した位置の一方に天枠板取着用通孔、他方に底枠板取着用通孔を何れも少なくとも一対ずつの通孔として穿設した上、これら天枠板取着用通孔と底枠板取着用通孔との間を(a+t)で等分した夫々の位置には、横設する仕切用板を取り付けるための少なくともと一対ずつの盲孔か通孔を穿設してなる側枠板が二枚、その間隔を[am+t(m−1)/2]として平行に立設するものとする一方、奥行寸法がa、板厚tと変らず、長さ寸法だけを[am+t(m−1)]としたものが少なくとも二枚と、それよりも小さい[a(m−1)+t That is, the unit reference dimension a (cm) thickness t and (cm), m, when the n value is obtained by an integer, the vertical dimension [(a + t) n + α], depth is a, in the thickness t, the vertical on each (t + α) / 2 to bored as through holes in one of the positions ensured by t / 2 top frame blanking worn hole, at least one pair by both the other to the bottom frame blanking worn holes at both ends, the position of each obtained by equally dividing by (a + t) between these top frame blanking worn hole and the bottom frame cutting plan worn hole, or at least to pair each blind hole for attaching the partitioning plate to the lateral set through the side frame plate two formed by drilled holes, whereas it is assumed that the parallel upright the interval as [am + t (m-1) / 2], never change the depth dimension a, a thickness t, only length [am + t (m-1)] and is at least two those smaller than [a (m-1) + t (m−1)]、[a(m−2)+t(m−1)]、……、aと、棚組みデザインによって夫々決まってくる必要な長さ寸法のもので、長さ寸法(但し、aのものは除く。)の両端または一端を(a+t/2)とした箇所と、その内側を(a+t)で等分した箇所との夫々の位置には、少なくともと全てが共通した一対ずつの通孔を穿設し、夫々両端木口には定着穴が穿設されてなる数種類の仕切用板を少なくともその必要枚数分ずつだけ用意するようにした上、それら所定間隔を置いて立設した二枚の側枠板の上端および下端近傍所定箇所に穿設されている通孔間に、長さ寸法を[am+t(m−1)]とした二枚の仕切用板を天枠板および底枠板として介在し、それら側枠板通孔と仕切用板定着穴とにビスもしくはダボその他のネジ込み金 (M-1)], [a (m-2) + t (m-1)], ......, and a, but each decided to come required length dimension by Tanakumi design, length (but , a portion where the both ends or one end and (a + t / 2) of excluding.) ones a, the position of each of the points obtained by equally dividing the inside with (a + t), each pair of all to least is common bored a through hole, on the respective opposite ends butt the fixing hole has to be prepared by several kinds of partitioning plate made is drilled by at least a required number of sheets minutes, standing them at a predetermined distance between perforated holes are bored in the upper and lower ends near the predetermined location of two of the side frame plates, the length [am + t (m-1)] and the two pieces of the partitioning plate top frame plate and bottom interposed as a frame plate, bis or dowel other gold screwed on and their side frame plate hole and partitioning plate fixing hole を跨がらせて強固に連結したものとすると同時に、棚組みデザインに従って仕切用板を縦横に組み合わせ、夫々の木口に穿設してある定着穴と、それらが対峙することとなる側枠板の盲穴もしくは通孔とにビスもしくはダボその他のネジ込み金具を跨がらせて所望棚組みデザインの格子状升目に組み立ててなるものとした構成を要旨としている棚装置である。 And at the same time as those firmly connected by reluctant extend over the combination of the partitioning plate in a matrix in accordance Tanakumi design, the fixing holes are drilled in each end grain, the side frame plate they become able to confront it is a shelving system that is summarized as configuration assumed that on the blind hole or through hole by reluctant extend over the screw or dowel other threaded fittings made by assembling in a grid square of the desired Tanakumi design.
【0007】 [0007]
この基本的な構成による棚装置は、単位基準寸法a(cm)と板厚t(cm)とし、m、n値は整数としたときに、縦寸法が[(a+t)n+α]、奥行寸法がa、板厚tで、上下両端に夫々(t+α)/2ないしt/2ずつを確保した位置の一方に天枠板取着用通孔、他方に底枠板取着用通孔を何れも少なくとも一対ずつの通孔として穿設した上、これら天枠板取着用通孔と底枠板取着用通孔との間を(a+t)で等分した夫々の位置には、横設する仕切用板を取り付けるための少なくともと一対ずつの盲孔か通孔を穿設してなる側枠板が二枚、その間隔を[am+t(m−1)/2]として平行に立設するものとする一方、奥行寸法がa、板厚tと変らず、長さ寸法だけを[am+t(m−1)]としたものが少なくとも二枚と、それより The shelf according to basic configuration device, a unit reference dimension a (cm) and thickness t (cm), m, when the n value is obtained by an integer, the vertical dimension [(a + t) n + α], is depth a, in the thickness t, respectively upper and lower ends s (t + α) / 2 to the ceiling frame blanking wear holes in one position securing by t / 2, while the bottom frame blanking wear holes to both at least one pair each of on bored as holes, the position of each obtained by equally dividing by (a + t) between these top frame blanking worn hole and the bottom frame cutting plan worn holes, at least for mounting the partitioning plate for lateral setting a blind hole or a through hole formed by drilling the side frame plate are two pieces of each pair, while it is assumed that parallel to upright the interval as [am + t (m-1) / 2], the depth dimension a , never change the plate thickness t, and at least two that the only length [am + t (m-1)], than も小さい[a(m−1)+t(m−1)]、[a(m−2)+t(m−1)]、……、aと、棚組みデザインによって夫々決まってくる必要な長さ寸法のもので、長さ寸法(但し、aのものは除く。)の両端または一端を(a+t/2)とした箇所と、その内側を(a+t)で等分した箇所との夫々の位置には、少なくともと全てが共通した一対ずつの通孔を穿設し、夫々両端木口には定着穴が穿設されてなる数種類の仕切用板を少なくともその必要枚数分ずつだけ用意するようにした上、それら所定間隔を置いて立設した二枚の側枠板の上端および下端近傍所定箇所に穿設されている通孔間に、長さ寸法を[am+t(m−1)]とした二枚の仕切用板を天枠板および底枠板として介在し、それら側枠板通孔と仕切用板定着穴とにビスもし Also small [a (m-1) + t (m-1)], [a (m-2) + t (m-1)], ......, and a, you need come determined respectively by Tanakumi design length being sized, length (however, excluding. those a) and where it left both ends or one end and (a + t / 2) of the position of each of the points obtained by equally dividing the inside with (a + t) on the bored a through hole of each pair of all to least are common, which is adapted to the respectively opposite ends butt prepared by several kinds of partitioning plate fixing hole is being drilled by at least a required number of sheets minutes , between perforated holes are bored in the upper and lower ends near the predetermined location of two of the side frame plate erected them at predetermined intervals, two with a length dimension [am + t (m-1)] interposed in the partitioning plate as a top frame plate and the bottom frame plate, screws if on the their side frame plate hole and partitioning plate fixing hole はダボその他のネジ込み金具を跨がらせて強固に連結したものとすると同時に、棚組みデザインに従って仕切用板を縦横に組み合わせ、夫々の木口に穿設してある定着穴と、それらが対峙することとなる側枠板の盲穴もしくは通孔とにビスもしくはダボその他のネジ込み金具を跨がらせて所望棚組みデザインの格子状升目に組み立てると共に、それら格子状升目の中、側枠板と天枠板または底枠板とした仕切用板とで直角をなす隅部が含まれる升目には、該升目に合致する大きさの仕切用板を意匠効果を兼ねた補強用背板として適宜手段で嵌め込み、固定してなるものとした棚装置を含んでいる。 At the same time shall be firmly linked by reluctant extend over the dowel other threaded fittings, combining partitioning plate vertically and horizontally according Tanakumi design, the fixing holes are drilled in each end grain, they confront with assembling it to become a blind hole or through hole of the side frame plate screws or with dowels were reluctant straddle the other threaded fittings in a grid square of the desired Tanakumi design, among them grid-like square, and the side frame plate the square containing the corners at right angles with a top frame plate or the bottom frame plate and the partitioning plate, appropriate means the size partitioning plate that matches the 該升 eyes as a reinforcing backplate also serves as a design effect in fitting includes a shelving system which shall become fixed.
【0008】 [0008]
単位基準寸法a(cm)は、特に制限された数値のものである必要はないものの、棚が本来有する「物を載せて収容しておく」機能からして、対象とする収容物品の大きさとして最も汎用されている寸法、例えばJISによる紙の仕上り寸法で例えるならば、A判の中でもA列4番、即ちA4判であったり、B判サイズではB列5番のB5判といったサイズの縦寸法を収納し得るように、A4判を基本としてa=32としたり、B5判であればa=30等とするか、更に細かくその下の寸法とすればよく、そして、板厚t(cm)は、それら単位基準寸法aによって棚組みしていったときに考えられる最大格子状升目の大きさのデザインにした場合、該最大格子状升目における棚空間に、対象とする収容物品を何を想定して収容するかによっ Unit reference dimension a (cm), although need not be particularly restricted numbers, or the shelf "keep housed place objects" inherent function of receiving the article of interest size most general-purpose has been that the size, for example, if compare with finished paper size by JIS as, a column No.4 of a-size, or a words A4 size, in the B-format size such B5 size of B column No. 5 as the vertical dimensions may be accommodated, or a a = 32 the A4 size as the base, either a long if a = 30, etc. a B5 size may be more finely and dimensions of the bottom and the plate thickness t ( cm), when the size of the design of the maximum grid-like squares considered when began to set shelf by their unit reference dimension a, to shelf space in said maximum grid-like square, the accommodating articles of interest what assumed depending on whether and accommodates 決まる耐荷重でも十分耐え得る強度を有する寸法(素材によって異なる。)に設定する。 Set the dimensions (depending material.) Having a sufficiently endure strength load bearing double even determined.
【0009】 [0009]
側枠板は、この発明の棚装置を支える基本的な骨格であって、全荷重を受けて床面等の支持体に伝えるための脚部のような機能を果たす部材であり、高さ寸法が(a+t)n(n値は整数)に少なくともα(cm。側枠板上下端に突出状としたい任意の値で、0を含む。)が加えられた[(a+t)n+α]に少なくとも設定され、奥行寸法をa(cm)としたものに形成され、その上下両端に夫々少なくともと(t+α)/2ないしt/2ずつを確保した位置の一方に天枠板取着用通孔、他方に底枠板取着用通孔を何れも少なくとも一対ずつの通孔として穿設した上、これら天枠板取着用通孔と底枠板取着用通孔との中心間をn等分した夫々の位置には、後述する横設仕切板を取り付けるための少なくともと一対ずつの盲孔か通孔(天枠板取 Side frame plate is a basic skeleton for supporting the shelving system of the present invention is a member which functions like the legs to convey the support of the floor surface or the like by receiving the total load, the height dimension at least set but (a + t) n (n value is an integer) (in any of the value to be a projecting shape cm. side frame plate upper and lower ends, including zero.) at least alpha to was added [(a ​​+ t) n + α] is, the bottom of the depth are formed in those with a (cm), the husband upper and lower ends people least to (t + α) / 2 to one on the top frame blanking worn hole locations ensuring by t / 2, on the other on bored frame blanking worn holes as through holes of any one by at least one pair, at the center between the n equally dividing respective positions of these top frame blanking worn hole and the bottom frame cutting plan worn hole, later At least to pair by the blind hole or through hole for mounting the transverse 設仕 Setsuban to (top frame blanking 用通孔および底枠板取着用通孔のものと同じ)を穿設してなるものとして、最低二枚、棚組みデザインで横方向のスパンを繰り返すものではそのスパン数に応じて必要となる枚数のものを用意するようにしておく。 The same) as those of use hole and the bottom frame cutting plan worn hole as formed by drilled, two minimum required depending on the number of spans intended to repeat the span laterally Tanakumi design number keep so as to prepare the things.
【0010】 [0010]
これに対して、仕切用板は、上記側枠板の間に使用されて両端または一端だけを当該側枠板に当設、連結したり、あるいは全然当該側枠板には連結せず、仕切用板同士で連結、使用されるようにして横設または縦設配置され、所望の格子状升目の棚組みデザインを構成し、縦設使用箇所のものでは、対象とする収容物品の積載荷重を受けてそれを支持する機能を果たすものであり、天然木や集成板、パーティクルボード等の木製とする外、アルミニウム等の金属製やプラスチック製の型材あるいは張合わせ材によるものとすることができる。 In contrast, the partitioning plate is To設 only both ends or one end is used for the side frame plates to the side frame plate, the connecting or or at all the side frame plate are not connected, the partitioning plate linked to each other, is horizontal set or Tate設 arranged so as to be used to configure the Tanakumi design desired grid-like squares, it is intended longitudinal 設使 for location, receiving the live load of accommodating the article in question is intended to fulfill the function of supporting it, it can be made natural wood or assembly plate, outside the wood, such as particle board, such as aluminum by a metal or plastic mold material or the bonded material.
【0011】 [0011]
そして、それら仕切用板は、奥行寸法と板厚tとが、前記した側枠板と変らない寸法で、奥行寸法がa、板厚tとし、長さ寸法だけを[am+t(m−1)](m値は整数で、勿論側枠板の高さを決定するときの整数nと同じであることを妨げない。)とし、[am+t(m−1)]センチ以下、それよりも小さい[a(m−1)+t(m−1)]、[a(m−2)+t(m−1)]、……、aまでと、単位基準寸法単位で長さを異にしていき、細小でaまでの種類のものが各種類毎に適宜点数分だけ用意され、何れも(但し、長さ寸法aのものだけを除く。)長さ寸法を(a+t)で等分した夫々の位置に、少なくともと全てが共通した一対ずつの通孔(先の天枠板取着用通孔および底枠板取着用通孔のものと同じ)を穿設し、夫々両端木 Then, they partitioning plate, and the depth and the thickness t, in dimensions unchanged with the the side frame plate, and depth dimensions a, the plate thickness t, the only length [am + t (m-1) ] (m value is an integer, of course not preclude the same as an integer n in determining the height of the side frame plate.) and, [am + t (m-1)] cm or less, less than [ a (m-1) + t (m-1)], [a (m-2) + t (m-1)], ......, and up to a, continue to different in length in a unit standard unit of measurement, microangiopathy in those types until a are prepared by appropriate scores minute for each type, both (excluding only those of length a.) the length (a + t) in the respective positions obtained by equally dividing by , bored a hole of each pair of all to least it is common (the same as the previous one of the top frame blanking worn hole and the bottom frame cutting plan worn holes), respectively across the tree には定着穴が穿設されてなるものに形成されていなければならず、それら各種類の中、最低でも二枚だけは天枠板および底枠板とするものとして長さ寸法を[am+t(m−1)]のものを選択するようにし、その他のものを、所望する棚組みデザインによって夫々決まってくる必要な長さ寸法のものが、夫々その必要枚数分ずつだけ用意され、後は、組立て仕様書等に従って決められた格子状升目になるように、所定箇所に最適長さのものを充当していくようにする。 It must be formed in which the fixing hole is being drilled in, among them the type, only two at least the top frame plate and the length as a bottom frame plate [am + t ( so as to select one of the m-1)], the others, those desired respectively determined come required length by Tanakumi design, is provided only each one by its required number of sheets minutes, after, as it will be-determined grid-like squares according assembly specifications or the like so that gradually appropriated those optimal length at a predetermined position.
【0012】 [0012]
また、上記のようにして形成される各種類の仕切用板は、所望のデザインで棚組みを終えてから、でき上がった格子状升目の中、側枠板と天枠板または底枠板とした仕切用板とで直角をなす隅部が含まれる升目に合致する大きさのものを選択し、その升目に、適宜手段、例えば後述する実施例でも取り上げているような手段による外、適宜留め具や受け金具を取着したり、あるいは適宜接着剤を塗布したりする等して抜け落ちてしまわないように嵌め込み、この発明による棚装置で垂直面内の主に左右方向への全体の変形を防止するようにした補強用背板に兼用することができる。 Further, each type of partitioning plate is formed as described above, after finishing the shelves set at a desired design, in a grid-like squares the finished and the side frame plate and the top frame plate or the bottom frame plate select the one sized to match the square that contains the corner at right angles with the partitioning plate, on the square, a suitable means, for example, without by means such as those featured in the examples described below, as appropriate fasteners and receiving or attaching a bracket or fitting so as not to fall off by, for example a suitable adhesive to or coated, prevents mainly overall deformation in the lateral direction of the vertical plane in the shelf apparatus according to the invention it can be used also in reinforcing the back plate so as to.
【0013】 [0013]
一方、この仕切用板として、長さ寸法の各種種類の中、棚組みデザインによって決まる必要な数種類のものに、tを加算した長さ寸法のものを用意して出隅仕切用板とし、棚組みデザインによって決まる出隅箇所の一方に使う役ものとして機能させるため、本来の仕切用板としての長さ寸法のものを、長さ方向の一方の端縁から(a+t)で等分した夫々の位置に、全てが共通した少なくとも一対ずつの通孔を穿設すると共に、他端に最も近接した通孔から同他端までの間に出隅接続端部が形成されてなるものとしておき、棚組みデザインによって決まる出隅箇所の一方に、同所に相当する出隅仕切用板として採用し、その出隅仕切用板の出隅接続端部に、同所に相応しい選択された仕切用板の木口を突き付け、出隅接続端部に望む通孔と当 On the other hand, as the partitioning plate, among various types of length, those of several necessary depends Tanakumi design, the external corner partitioning plate to the one that satisfies the length dimension obtained by adding the t, shelves to function as a useful thing to use one of the external corner points determined by the set design, those of length as the original partitioning plate, from one edge in the longitudinal direction (a + t) each were divided equally the position, as well as bored through holes one by at least a pair all in common, leave shall external corner connecting end portion is formed between the nearest through hole to the other end to the other end, the shelf on one external corner locations determined by the set design, employed as external corner partitioning plate corresponding to orthotopically, the external corner connecting end of the external corner partitioning plate is selected appropriate for orthotopic All partitioning plate It poses butt, through holes and those wishing to external corner connecting end 仕切用板木口の定着穴とに、ビスもしくはダボその他のネジ込み金具を跨がらせて連結して所望の出隅を実現するための出隅仕切用板となるようにしたものとすることができる。 The fixing hole of the partitioning plate butt, be that as the external corner partitioning plate for linked by reluctant extend over the screw or dowel other threaded fittings to achieve the desired external corner it can.
以下では、幾つかの具体的な実施例について詳細に説明を加えていくことにする。 Hereinafter, we will be going adding explained in detail some specific examples.
【0014】 [0014]
【実施例1】 [Example 1]
図1の斜視図には、長さ寸法の係数mを5とする五種類の仕切用板が、最小の長さaとしたL1のものから順にL5までを並べて示してあり、何れも単位基準寸法a、板厚tとした仕切用板である。 The perspective view of FIG. 1, five kinds of partitioning plates to 5 coefficients m linear dimension, Yes from the smallest of L1 that the length a as shown side by side to L5 sequentially, both units reference dimensions a, a partitioning plate having a thickness t.
仕切用板の長さ寸法は、L1=a、L2=2a+t、・・・L5=5a+(5−1)tとなり、形成格子状升目の数をmとすれば、最長の仕切板はLm=am+t(m−1)でm種類を用意すればよく、これらの平面部には、端部からa+t/2の長さの位置からもう一方の端部の方向にa+tの一定間隔で二列の通孔7,7が穿設されると共に、これら仕切用板の両端部木口には、先の通孔7,7に対応する定着穴8,8が形成されている。 Length of partitioning plate, L1 = a, L2 = 2a + t, ··· L5 = 5a + (5-1) t, and the number of forming grid-like square if m, the longest of the partition plate is Lm = am + t (m-1) in a well is sufficient to prepare the m kinds, these flat portions, from the end a + a t / 2 of the other from the position of the length in the direction of the end portion of the two rows at regular intervals in a + t with holes 7, 7 are bored in the both end portions butt end of the partitioning plate, fixing holes 8, 8 corresponding to the previous hole 7, 7 are formed.
【0015】 [0015]
【実施例2】 [Example 2]
図2は、縦方向の格子升目の数nを5、横方向の格子状升目の数mを4とした棚組みデザインの幾つかの例を示したものであり、この中、Mの例を棚組みデザインとして説明を加えてみる。 2, the number n of vertical grid squares 5, which shows some examples of Tanakumi design and the number m in the lateral direction of the grid-shaped square 4, in this, the example of M try adding a description as Tanakumi design.
図3(a)はその正面図、図4は同分解斜視図であって、左右の側枠板1,1と、仕切用板の中、格子状升目の数mを4とした仕切用板L4である天枠板2および底枠板3とに囲まれた空間内に、仕切用板L1を3枚、仕切用板L3を4枚、そして、天枠板2および底枠板3と同様の仕切板L4部材を更に1枚と使ってMの棚組みデザインに従い、組み立てていったものである。 3 (a) is a front view, FIG. 4 is an exploded perspective view, the left and right side frame plate 1,1, in the partitioning plate, the partitioning plate and 4 the number m of the grid-shaped square to a is top frame plate 2 and the bottom frame plate 3 and in a space surrounded by the L4, 3 sheets of the partitioning plate L1, 4 pieces of the partitioning plates L3, and, similar to the top frame plate 2 and the bottom frame plate 3 in accordance with Tanakumi design of M a of the partition plate L4 member further by using a single, but it went assembly.
【0016】 [0016]
側枠板1の通孔6,6と仕切用板L4である天枠板2の通孔11,11や、同じく仕切用板L4である底枠板3の通孔12,12とは、図4の分解斜視図中に示されているとおり、ビスで強固に連結された上、夫々の仕切用板両端木口に予め用意されている定着穴8,8に対して、側枠板1の通孔6,6、仕切用板L4である天枠板2の通孔11,11や、同じく仕切用板L4である底枠板3の通孔12,12、その他の仕切用板L1,L3,L4の通孔7,7等、対応するものに跨がるようにダボ9を介在し、図3(b)、図(c)、図3(d)、図3(e)のように直角に固定することにより、所望の箇所に所望の仕切用板を配置して所望どおりの棚組みデザインの棚装置に組み上げるものである。 Through hole 11, 11 and top frame plate 2 is hole 6,6 and partitioning plate L4 of the side frame plate 1, the bottom frame plate 3 through holes 12, 12 also a partitioning plate L4, FIG. as it is shown in exploded perspective view of a 4, on which are firmly connected by screws, the fixing holes 8, 8 which is prepared in advance to each of the partitioning plate across the butt, of the side frame plate 1 through holes 6,6, through holes 11, 11 and top frame plate 2 is a partitioning plate L4, also holes 12, 12 of the bottom frame plate 3 is the partitioning plate L4, other partitioning plate L1, L3, hole 7, 7 L4 etc., interposed the dowel 9 so as to extend over the corresponding ones, right angle as in FIG. 3 (b), FIG. (c), FIG. 3 (d), the FIG. 3 (e) by fixing the one in which assembled the shelving system of the shelf set design as desired by placing the desired partitioning plate to a desired position.
なお、図中4は、幕板であり、棚装置全体の強度を補強に有効となる。 Incidentally, FIG. 4 is a curtain plate is effective strength of the entire shelving system to reinforce.
【0017】 [0017]
【実施例3】 [Example 3]
図5に示す斜視図には、五種類の仕切用板L1〜L5に対応する出隅仕切用板Ld1〜Ld5が並べて示されており、図5からも理解されるとおり、長さ寸法は、Ld1=a+t、Ld2=2(a+t)、・・・L5=5(a+t)となっていき、これら出隅仕切用板Ld1〜Ld5を加えることにより、図6のような出隅を取り入れた棚組みデザインの例が示すとおり、仕切用板L1〜L5でできる棚組みと違うパターンの棚装置も可能となる。 The perspective view shown in FIG. 5, five kinds of external corner partitioning plate Ld1~Ld5 corresponding to the partitioning plate L1~L5 are shown side by side, as can be understood from FIG. 5, the length dimension, ld1 = a + t, Ld2 = 2 (a + t), it will become the ··· L5 = 5 (a + t), by adding these external corner partitioning plate lD1 to LD5, shelf incorporating external corner as shown in FIG. 6 as these examples show set design, it is possible shelf device pattern different from the Tanakumi it-partitioning plates L1 to L5.
【0018】 [0018]
【実施例3】 [Example 3]
図7ないし9に示す分解斜視図には、仕切用板L1,L2,L3を補強用背板に兼用して、この発明の棚装置を補強するようにした代表的な実施例を取り上げてある。 The exploded perspective view of FIG. 7 to 9, also serves partitioning plate L1, L2, L3 to the reinforcing back plate, there pick up the representative embodiment so as to reinforce the shelving system of the present invention .
図7のものでは、側枠板1と天枠板2および底枠板3とした仕切用板の側から釘や木ネジ10で固定する手段としており、また、図8に示したものでは、天枠板2または底枠板3とする仕切用板であって、予めそれら補強用背板を嵌め込むと予定した箇所に背板取付用通孔5を形成すると共に、その通孔に合致する背板の方には定着孔8を予め設けておき、それら背板取付用通孔5と定着孔8とに跨がらせるようにしてビスもしくはダボその他のネジ込み金具10を差し込むようにした例によるものであり、図9に取り上げた実施例のものは、天枠板2または底枠板3の側縁(背面となる端縁)から格子状升目に向け、受け金具10を取着して抜け落ちてしまわないようにしたものであり、何れの実施例によるものでも、棚装置の垂直面内の Those of FIG. 7, and a means for fixing with nails or wood screws 10 from the side of the partitioning plate having the side frame plate 1 and the top frame plate 2 and the bottom frame plate 3, also, the one shown in FIG. 8, a partitioning plate to the ceiling frame plate 2 or bottom frame plate 3, thereby forming a hole 5 for the back plate attached at a position that is scheduled in advance fit them reinforcing backplate match that through hole towards the back plate may be provided with fixing holes 8 in advance, and so as to reluctant extend over those back plate mounting hole 5 and the fixing hole 8 inserting the screws or dowel other threaded fitting 10 of the example is due to those of the embodiment taken in FIG. 9, for the grid-like squares from the side edge of the top frame plate 2 or bottom frame plate 3 (the edge as a back), and attach the receiving metal 10 It is obtained by the order not to fall out, be by any of the embodiments, in the vertical plane of the shelf device に左右方向への変形を防止するよう補強構造を取り入れたものである。 Those incorporating a reinforcing structure so as to prevent deformation of the lateral direction.
【0019】 [0019]
【発明の作用】 [Effect of the invention]
収納しようとする対象物品の大きさや形に応じて格子状升目の大きさそのものを決定すると共に、数ある棚組みデザインの中から好みのものを選び出し、それに合わせて、数種類の仕切用板の中から、棚組みデザインに必要とするサイズの仕切用板を必要枚数だけ用意し、ビスもしくはダボその他のネジ込み金具を跨がらせて組み立てれば、所望する棚装置を自由に構成することができると共に、必要に応じて分解した上、使っていた部材だけで別の棚組みデザインに変更になると共に、別途仕切用板を足したり、あるいは間引くことにより、全く別の棚組みデザインの棚装置も実現可能になり、更に出隅仕切用板Ld1〜Ld5を加えれば、更に変化に飛んだものになる。 And determines the magnitude itself of the grid-shaped square depending on the size and shape of the target object to be housed, picked those preferences from among the many Tanakumi design, accordingly, among the several partitioning plate from prepares a necessary number of the partitioning plate size required Tanakumi design, if Kumitatere by reluctant extend over the screw or dowel other threaded fittings, it is possible to freely configure the desired shelf device , after having disassembled optionally with will change to a different Tanakumi design only member that has been used, separately or adding partitioning plate, or by thinning, also quite shelving system of another Tanakumi design realization enabling further be added to external corner partitioning plate LD1 to LD5, be something flew further change.
【0020】 [0020]
そして、実施例3に取り上げてあるように、側枠板1と天枠板2および底枠板3とした仕切用板の側から釘や木ネジ10で固定する手段によるものや、天枠板2または底枠板3とする仕切用板であって、予めそれら補強用背板を嵌め込むと予定した箇所に背板取付用通孔を形成すると共に、その通孔に合致する背板の方には定着孔を予め設けておき、それら背板取付用通孔と定着孔とに跨がらせるようにしてビスもしくはダボその他のネジ込み金具10を差し込む手段によるもの、あるいは、天枠板2または底枠板3の側縁(背面となる端縁)から格子状升目に向け、受け金具10を取着する手段によるもの等により、この発明の棚装置の垂直面内の主に左右方向への強度を補強することができる。 As are taken to Example 3, by means of nailed or wood screw 10 from the side of the partitioning plate having the side frame plate 1 and the top frame plate 2 and the bottom frame plate 3 and, top frame plate a partitioning plate to 2 or the bottom frame plate 3, to form the back-plate mounting hole at a position that is scheduled in advance fit them reinforcing back plate, toward the back plate that matches the through hole It may be provided with fixing holes in advance in, by means of inserting the screws or dowel other threaded fitting 10 so as to reluctant extend over those back plate mounting hole and the fixing hole, or top frame plate 2 or towards the grid-like squares from the side edge of the bottom frame plate 3 (the edge as a back), by by means of attaching the receiving metal 10, etc., to mainly horizontal direction in the vertical plane of the shelf device according to the present invention strength can be reinforced.
【0021】 [0021]
【発明の効果】 【Effect of the invention】
以上のとおりの構成からなるこの発明の棚装置によれば、従前までのものように、空間を空間軸方向に延長して棚の奥行を倍々に拡大、変化させたり、垂直方向の積み上げ方の変化やそのときの筒状空間の向きによってできる収容空間の変化に限られるのではなく、一垂直面内で構成される格子状升目の大きさを変化させることのできる棚組みデザインを、限られた一定の規格で統一した部材であって、種類毎の部材点数さえ欠かさないで用意しさえすれば、それらの中から必要な種類のものを適宜選択して種類毎に必要点数だけ揃え、共通する手段によって組み立てて多様化を図ることができるという秀れた特徴を発揮するものとなる。 According to the shelving system of the present invention having the structure as described above, as those to conventional, larger depth of the shelf to bye by extending the space in the space-axis direction, or alter, the vertical stacking how change and not limited to be the change in the receiving space which can be the orientation of the cylindrical space at that time, the Tanakumi design capable of changing the size of the grid-shaped square comprised in one vertical plane, limited a member unified with a constant standard was, as long prepared without miss even number of members of each type, aligned only those appropriately selected required number for each type and those of a kind required from a common It becomes to exhibit Xiu features that can be diversified assembled by means of.
【0022】 [0022]
特に、図面に示して取り上げてある実施例のものは、上記した特徴を普く備えている上に、身近な家庭用等の用に供するものとして、そのサイズは固よりのこと、単価的にも手頃のものとすることができ、そのために用意できる棚組みデザインのバリエイションとしても十分満足できるだけのものとなっており、特に実施例3に取り上げたものでは、仕切用板を補強用背板に兼用できるものとしてあって、頑強な棚装置を非常に経済的なものとして実現できるという極めて実用的な効果が得られるものとなっている。 In particular, those of are taken shown in the drawings embodiment, the upper has Amaneku the features described above, as offer for such a familiar home, the size of that of the more solid, unit price to also be a reasonable one, it has become only those can be sufficiently satisfactory as Barieishon of Tanakumi design that can be prepared for its, intended in particular taken to example 3, the partitioning plate reinforcing back plate there as can be also used, which is assumed to quite practical effect is obtained that can realize a robust shelving system as extremely economical.
【0023】 [0023]
叙述のように、この発明の棚装置は、その特徴ある構成によって所期の目的を確実に発揮できるものとなっていて、棚空間の格子状升目を自由に選択して変化に富んだものに構成できることから、消費者のパズル的で美的な創造力を大いに助長できるものとなる外、仕切用板を適宜追加したり、取り外して更に変化をもたせることも容易なものとなる等、極めて多様性のある棚装置が実現可能となり、画一的な棚装置に飽き足らない多くの消費者には勿論のこと、付加価値に富んだ新たな棚装置を求めている家具業界からも、部材の種類が少なく形状が単純であってCAD・CAM加工等の利用による製造も容易なものとして高い評価を受けて大いに普及、拡大していくことが予想される。 As narrative, shelving system of the present invention, by its characteristic configuration have become what can reliably exhibit the intended purpose, what variegated select a grid square shelf space freely because it can configure, outside which becomes capable of greatly promoting puzzle aesthetic creativity of the consumer to add a partitioning plate appropriately, etc. also it becomes easy to further impart a change in removal, extremely diverse a shelf device becomes feasible, uniform shelf equipment of course things to many consumers that not enough tired of, even from the furniture industry, which is seeking a new shelving system rich in value-added, kind of member greatly spread highly regarded as also produced easily by a simpler less shape utilizing the CAD · CAM processing, etc., it is expected to continue to expand.
【図面の簡単な説明】 BRIEF DESCRIPTION OF THE DRAWINGS
【図1】種類毎の仕切用板の形状、寸法を示す斜視図である。 [1] for each type of the shape of the partitioning plate is a perspective view showing the dimensions.
【図2】棚組みデザインの代表的なパターンAないしPを示す正面図である。 [Figure 2] to no pattern A representative of Tanakumi design is a front view showing a P.
【図3】Mの棚組みデザインによる正面図と要部拡大図である。 FIG. 3 is a front view and a main part enlarged view according to Tanakumi design of M.
【図4】同分解斜視図である。 4 is an exploded perspective view.
【図5】種類毎の出隅用仕切用板を並べて示す斜視図である。 5 is a perspective view showing side by side external corner for partitioning plates each type.
【図6】出隅用仕切用板を使った出隅のある棚組みデザインの代表的なパターンQないしXを示す正面図である。 [6] It is no typical pattern Q of Tanakumi design with the external corner using the external corner for the partitioning plate is a front view showing the X.
【図7】補強用背板を採用したものの分解斜視図である。 7 is an exploded perspective view of those adopted reinforcing backplate.
【図8】補強用背板を採用した他の実施例による分解斜視図である。 8 is an exploded perspective view illustrating another embodiment employing reinforcing backplate.
【図9】補強用背板を採用した更に他の実施例による分解斜視図である。 9 is an exploded perspective view according to another embodiment employing reinforcing backplate.
【符号の説明】 DESCRIPTION OF SYMBOLS
1 側枠板2 天枠板3 底枠板4 幕板5 通孔6 通孔7 通孔8 定着穴9 ダボ10 ネジ11 通孔12 通孔L1〜L5 仕切用板Ld1〜Ld5 出隅仕切用板 1 side frame plate 2 top frame plate 3 bottom frame plate 4 acts plate 5 hole 6 hole 7 hole 8 fixing holes 9 dowels 10 screw 11 through hole 12 hole L1~L5 partitioning plate Ld1~Ld5 external corner for partition board

Claims (3)

  1. 単位基準寸法a(cm)と板厚t(cm)とし、m、n値は整数としたときに、縦寸法が[(a+t)n+α]、奥行寸法がa、板厚tで、上下両端に夫々(t+α)/2ないしt/2ずつを確保した位置の一方に天枠板取着用通孔、他方に底枠板取着用通孔を何れも少なくとも一対ずつの通孔として穿設した上、これら天枠板取着用通孔と底枠板取着用通孔との間を(a+t)で等分した夫々の位置には、横設する仕切用板を取り付けるための少なくともと一対ずつの盲孔か通孔を穿設してなる側枠板が二枚、その間隔を[am+t(m−1)/2]として平行に立設するものとする一方、奥行寸法がa、板厚tと変らず、長さ寸法だけを[am+t(m−1)]としたものが少なくとも二枚と、それよりも小さい[a(m−1)+t(m− And the unit reference dimensions a and (cm) and thickness t (cm), m, when the n value is obtained by an integer, the vertical dimension [(a + t) n + α], depth is a, in the thickness t, the upper and lower ends respectively (t + α) / 2 to t / 2 by one on the top frame blanking worn hole positions reserved, on bored the other to the bottom frame blanking worn holes as through holes of any one by at least a pair, these top the position of each obtained by equally dividing by (a + t) between the frame blanking worn hole and the bottom frame cutting plan worn hole is at least to blind hole or through hole of each pair for mounting the partitioning plate for lateral setting the side frame plate two formed by drilling, while it is assumed that parallel to upright the interval as [am + t (m-1) / 2], never change the depth dimension a, a thickness t, the length only [am + t (m-1)] and is at least two those dimensions smaller than [a (m-1) + t (m- 1)]、[a(m−2)+t(m−1)]、……、aと、棚組みデザインによって夫々決まってくる必要な長さ寸法のもので、長さ寸法(但し、aのものは除く。)の両端または一端を(a+t/2)とした箇所と、その内側を(a+t)で等分した箇所との夫々の位置には、少なくともと全てが共通した一対ずつの通孔を穿設し、夫々両端木口には定着穴が穿設されてなる数種類の仕切用板を少なくともその必要枚数分ずつだけ用意するようにした上、それら所定間隔を置いて立設した二枚の側枠板の上端および下端近傍所定箇所に穿設されている通孔間に、長さ寸法を[am+t(m−1)]とした二枚の仕切用板を天枠板および底枠板として介在し、それら側枠板通孔と仕切用板定着穴とにビスもしくはダボその他のネジ込み金具を跨 1)], [a (m-2) + t (m-1)], ......, a and, those of the respective fixed come the required length by Tanakumi design, length (however, of a those are excluded. a point that both ends or one end and (a + t / 2) of) the position of each of the points obtained by equally dividing the inside with (a + t), the through hole of each pair of all to least is common was bored, on the fixing holes in each opposite ends butt was made to prepare only several partitioning plate made is drilled by at least a required number of sheets minutes, two of erected them at a predetermined distance between perforated holes are bored in the upper and lower ends near the predetermined position of the side frame plate, the length [am + t (m-1)] and the two pieces of the partitioning plate as a top frame plate and the bottom frame plate interposed, straddle the screw or dowel other threaded fitting on the their side frame plate hole and partitioning plate fixing hole らせて強固に連結したものとすると同時に、棚組みデザインに従って仕切用板を縦横に組み合わせ、夫々の木口に穿設してある定着穴と、それらが対峙することとなる側枠板の盲穴もしくは通孔とにビスもしくはダボその他のネジ込み金具を跨がらせて所望棚組みデザインの格子状升目に組み立ててなるものとしたことを特徴とする棚装置。 And at the same time as those firmly connected by et, blind hole combination the partitioning plate in a matrix in accordance Tanakumi design, the fixing holes are drilled in each butt end, the side frame plate to be that they confront or shelving system being characterized in that shall become assembled in a grid square of the desired Tanakumi design by reluctant extend over the screw or dowel other threaded fitting into a hole.
  2. 単位基準寸法a(cm)と板厚t(cm)とし、m、n値は整数としたときに、縦寸法が[(a+t)n+α]、奥行寸法がa、板厚tで、上下両端に夫々(t+α)/2ないしt/2ずつを確保した位置の一方に天枠板取着用通孔、他方に底枠板取着用通孔を何れも少なくとも一対ずつの通孔として穿設した上、これら天枠板取着用通孔と底枠板取着用通孔との間を(a+t)で等分した夫々の位置には、横設する仕切用板を取り付けるための少なくともと一対ずつの盲孔か通孔を穿設してなる側枠板が二枚、その間隔を[am+t(m−1)/2]として平行に立設するものとする一方、奥行寸法がa、板厚tと変らず、長さ寸法だけを[am+t(m−1)]としたものが少なくとも二枚と、それよりも小さい[a(m−1)+t(m− And the unit reference dimensions a and (cm) and thickness t (cm), m, when the n value is obtained by an integer, the vertical dimension [(a + t) n + α], depth is a, in the thickness t, the upper and lower ends respectively (t + α) / 2 to t / 2 by one on the top frame blanking worn hole positions reserved, on bored the other to the bottom frame blanking worn holes as through holes of any one by at least a pair, these top the position of each obtained by equally dividing by (a + t) between the frame blanking worn hole and the bottom frame cutting plan worn hole is at least to blind hole or through hole of each pair for mounting the partitioning plate for lateral setting the side frame plate two formed by drilling, while it is assumed that parallel to upright the interval as [am + t (m-1) / 2], never change the depth dimension a, a thickness t, the length only [am + t (m-1)] and is at least two those dimensions smaller than [a (m-1) + t (m- 1)]、[a(m−2)+t(m−1)]、……、aと、棚組みデザインによって夫々決まってくる必要な長さ寸法のもので、長さ寸法(但し、aのものは除く。)の両端または一端を(a+t/2)とした箇所と、その内側を(a+t)で等分した箇所との夫々の位置には、少なくともと全てが共通した一対ずつの通孔を穿設し、夫々両端木口には定着穴が穿設されてなる数種類の仕切用板を少なくともその必要枚数分ずつだけ用意するようにした上、それら所定間隔を置いて立設した二枚の側枠板の上端および下端近傍所定箇所に穿設されている通孔間に、長さ寸法を[am+t(m−1)]とした二枚の仕切用板を天枠板および底枠板として介在し、それら側枠板通孔と仕切用板定着穴とにビスもしくはダボその他のネジ込み金具を跨 1)], [a (m-2) + t (m-1)], ......, a and, those of the respective fixed come the required length by Tanakumi design, length (however, of a those are excluded. a point that both ends or one end and (a + t / 2) of) the position of each of the points obtained by equally dividing the inside with (a + t), the through hole of each pair of all to least is common was bored, on the fixing holes in each opposite ends butt was made to prepare only several partitioning plate made is drilled by at least a required number of sheets minutes, two of erected them at a predetermined distance between perforated holes are bored in the upper and lower ends near the predetermined position of the side frame plate, the length [am + t (m-1)] and the two pieces of the partitioning plate as a top frame plate and the bottom frame plate interposed, straddle the screw or dowel other threaded fitting on the their side frame plate hole and partitioning plate fixing hole らせて強固に連結したものとすると同時に、棚組みデザインに従って仕切用板を縦横に組み合わせ、夫々の木口に穿設してある定着穴と、それらが対峙することとなる側枠板の盲穴もしくは通孔とにビスもしくはダボその他のネジ込み金具を跨がらせて所望棚組みデザインの格子状升目に組み立てると共に、それら格子状升目の中、側枠板と天枠板または底枠板とした仕切用板とで直角をなす隅部が含まれる升目には、該升目に合致する大きさの仕切用板を意匠効果を兼ねた補強用背板として適宜手段で嵌め込み、固定してなるものとしたことを特徴とする棚装置。 And at the same time as those firmly connected by et, blind hole combination the partitioning plate in a matrix in accordance Tanakumi design, the fixing holes are drilled in each butt end, the side frame plate to be that they confront or together by reluctant extend over the screw or dowel other threaded fitting into a hole assembled in a grid square of the desired Tanakumi design, among them lattice-like grids, and the side frame plate and the top frame plate or the bottom frame plate the square containing the corners at right angles with a partitioning plate, and those fitted with suitable means the size partitioning plate that matches the 該升 eyes as a reinforcing backplate also serves as a design effect, formed of a fixed shelving system, characterized in that the.
  3. 仕切用板は、長さ寸法の各種種類の中、棚組みデザインによって決まる必要な数種類のものに、tを加算した長さ寸法のものを用意して出隅仕切用板とした上、該出隅仕切用板には、長さ方向の一方の端縁から(a+t)で等分した夫々の位置に、全てが共通した少なくとも一対ずつの通孔を穿設すると共に、他端に最も近接した通孔から同他端までの間に出隅接続端部が形成されてなるものとした上、棚組みデザインによって決まる出隅箇所の一方に、同所に相当する出隅仕切用板と仕切用板とを選択し、その出隅仕切用板の出隅接続端部に、当該仕切用板の木口を突き付け、出隅接続端部に望む通孔と当該仕切用板木口の定着穴とにビスもしくはダボその他のネジ込み金具を跨がらせて連結することにより、所望の出隅となる格子状升目 Partitioning plate, among various types of length, those of several necessary depends Tanakumi design, on which the external corner partitioning plate to the one that satisfies the length dimension obtained by adding the t, said output the corner partitioning plate, the position of each obtained by equally dividing the one edge in the longitudinal direction at (a + t), as well as bored through holes one by at least a pair all in common, closest to the other end after having assumed that external corner connection end between the through hole to the other end is formed on one of the external corner points determined by Tanakumi design, external corner partitioning plate and a partition corresponding to orthotopic select a plate, the external corner connecting end of the external corner partitioning plate, the poses butt of partitioning plates, screws into the fixing holes of the through hole and the partitioning plate butt end overlooking the external corner connecting end or dowel by coupling by reluctant extend over the other threaded fittings, grid-like squares the desired external corner 加えた棚組みデザインのものに形成した、請求項1または2何れか記載の棚装置。 Addition was Tanakumi formed in one design, the shelf device as set forth in any one of claims 1 or 2.
JP2003054960A 2003-01-25 2003-01-25 Shelf apparatus Pending JP2004223227A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2012513779A (en) * 2008-12-31 2012-06-21 ク,クアオゾン Systematic board type furniture and structural member production method
WO2016175516A1 (en) * 2015-04-28 2016-11-03 이현숙 Panel assembly and furniture comprising panel assembly

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JP2012513779A (en) * 2008-12-31 2012-06-21 ク,クアオゾン Systematic board type furniture and structural member production method
WO2016175516A1 (en) * 2015-04-28 2016-11-03 이현숙 Panel assembly and furniture comprising panel assembly
KR20160128133A (en) * 2015-04-28 2016-11-07 이현숙 Panel Assembly And Furniture Made Of The Same
KR101708110B1 (en) * 2015-04-28 2017-02-20 이현숙 Panel Assembly And Furniture Made Of The Same

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