JP7075732B2

JP7075732B2 - Workframe

Info

Publication number: JP7075732B2
Application number: JP2017143515A
Authority: JP
Inventors: 誠久保田; 勇小島; 雄二倉橋
Original assignee: Itoki Corp
Current assignee: Itoki Corp
Priority date: 2017-07-25
Filing date: 2017-07-25
Publication date: 2022-05-26
Anticipated expiration: 2037-07-25
Also published as: JP2019027007A

Description

特許法第３０条第２項適用平成２９年５月２７日、東京都中央区月島４－１６－１３Ｄａｉｗａ月島ビル５Ｆ株式会社イトーキＤＬＴ内にて公開Application of Article 30, Paragraph 2 of the Patent Act May 27, 2017, 4-16-13 Tsukishima, Chuo-ku, Tokyo Daiwa Tsukishima Building 5F Published in Itoki DLT Co., Ltd.

本発明は、屋内にポール部材(柱部材ともいう)とビーム部材やフレーム材（以下これらを梁部材ともいう)を結合して組み立て、分解自在にオフィスルームやパビリオン等の屋内空間を形成するワークフレームに関する。 The present invention is a work in which a pole member (also referred to as a pillar member) and a beam member or a frame member (hereinafter, these are also referred to as a beam member) are combined and assembled indoors to form an indoor space such as an office room or a pavilion so as to be freely disassembled. Regarding the frame.

従来より、金属製のポール部材と金属製のビーム部材を結合して屋内にオフィスルーム等の空間を形成するワークフレームに関する技術については、特許文献１～５などにより提案されており、実用に供されているものもあって公知である。 Conventionally, techniques related to a work frame in which a metal pole member and a metal beam member are combined to form a space such as an office room indoors have been proposed in Patent Documents 1 to 5 and the like, and are put into practical use. Some of them are known.

しかし、上記のワークフレームに関する公知技術は、いずれもアルミ押出材を始めとする成形した金属材の外周面にビーム部材の係止用溝を形成したポール部材を用いており、また前記ポール部材の係止用溝に結合されるビーム部材も、金属材のトラス構造のビーム部材やアルミ押出材によるビーム部材であった。 However, all of the known techniques relating to the above-mentioned work frame use a pole member in which a groove for locking a beam member is formed on the outer peripheral surface of a molded metal material such as an extruded aluminum material, and the pole member. The beam member coupled to the locking groove was also a beam member having a truss structure made of a metal material or a beam member made of an extruded aluminum material.

一方、近年、森林整備支援の一環として、間伐材の利用拡大に向けた施策が採られ、また地球温暖化問題への対応策の一つとして、間伐材をエコロジー素材として活用することが推進されている。因みに、間伐材の利用現状は、割り箸、間伐材による再生紙のファイル等の文房具、机などの家具、道路標識の支柱などであるが、上記ワークフレームには未だ利用されていない。 On the other hand, in recent years, as part of forest maintenance support, measures have been taken to expand the use of thinned wood, and as one of the measures to deal with the global warming problem, the use of thinned wood as an ecology material has been promoted. ing. By the way, the current state of use of thinned wood is disposable chopsticks, stationery such as files of recycled paper made from thinned wood, furniture such as desks, pillars of road signs, etc., but they have not yet been used in the above work frame.

特許３９５４３５７号公報Japanese Patent No. 3954357 特許３９５４３５９号公報Japanese Patent No. 3954359 特許４３３２１４８号公報Japanese Patent No. 4332148 特開２０１７－１１９９９２号公報Japanese Unexamined Patent Publication No. 2017-11992 特開２０１７－８９２４３号公報Japanese Unexamined Patent Publication No. 2017-89243

そこで本発明は、従来提案されているワークフレームが、その主要構成部材のポール部材やビーム部材をほぼ全て金属材により形成して木質系材が全く使用されていない点、並びに、エコロジー素材としての間伐材の活用という観点から、間伐材を含む木質系材を主体にして、その木質系材の必要な部位に金属材を使用した木質系材と金属材の複合材により形成したポール部材とビーム部材を用いたワークフレームを提供することを課題とする。 Therefore, in the present invention, the conventionally proposed work frame has almost all pole members and beam members of its main constituent members formed of a metal material, and no wood-based material is used, and as an ecology material. From the viewpoint of utilizing thinned wood, a pole member and a beam formed of a composite material of wood-based material and metal material that mainly uses wood-based material including thinned wood and uses metal material at the required part of the wood-based material. An object of the present invention is to provide a work frame using members.

上記課題を解決することを目的としてなされた本発明ワークフレームの構成は、
木質系材により形成した床に立てられる平断面多角形乃至円形のポール部材であって、当該ポール部材の高さ方向に延びて係止孔を上下方向で列状に有する金属製係止孔列柱体の複数本を外周上に埋設したポール部材と、離間して床に立てた少なくとも2本の前記ポール部材に結合して架設される木質系材で形成したビーム部材であって、当該ビーム部材の長さ方向両端から前記ポール部材の係止孔に係止される金属製爪部を突出させて設けたビーム部材と、を備えていることを特徴とする。 The configuration of the work frame of the present invention made for the purpose of solving the above problems is
A flat cross-section polygonal to circular pole member that can be erected on a floor made of wood-based material, and is a metal locking hole row pillar that extends in the height direction of the pole member and has locking holes in a row in the vertical direction. A beam member formed of a pole member in which a plurality of the pole members are embedded on the outer periphery and a wood-based material erected by connecting the pole members to at least two pole members standing apart from each other on the floor. It is characterized by including a beam member provided with a metal claw portion that is locked to a locking hole of the pole member protruding from both ends in the length direction.

前記ポール部材とビーム部材とは、少なくとも２本の前記ポール部材の少なくとも上端部の係止孔に、前記ビーム部材両端の爪部を係止して固定し、前記ポール部材にビーム部材が架設された本発明ワークフレームの一例に形成される。 The pole member and the beam member are fixed by locking and fixing the claws at both ends of the beam member to at least two locking holes at the upper ends of the pole member, and the beam member is erected on the pole member. It is formed as an example of the work frame of the present invention.

前記ビーム部材が、前記２本のポール部材の上端部と中間部の２箇所に架設されている場合、又は上端部と中間部と下端部の３箇所に架設されている場合において、上，下で対面する２本のビーム部材の間に、前記上，下のビーム部材の上下の対向面において支持させる縦棧、又はパネルを配置した形態の本発明ワームクレームの例に形成する。 When the beam member is erected at two locations, the upper end portion and the intermediate portion, of the two pole members, or when the beam member is erected at three locations, the upper end portion, the intermediate portion, and the lower end portion, the upper and lower parts are erected. It is formed in the example of the worm claim of the present invention in the form in which a vertical stile or a panel is arranged so as to be supported on the upper and lower facing surfaces of the upper and lower beam members between the two beam members facing each other.

本発明において、ポール部材とビーム部材は、間伐材又は集成材や積層材により形成することができる。２本のポール部材と前記２本のポール部材の係止孔に爪部が係止して架説されるビーム部材とは、前記ポール部材の係止孔列柱体と前記ビーム部材の爪部の支持金具の間に、金属製方杖部材をネジ止めで架設したものがある。 In the present invention, the pole member and the beam member can be formed of thinned lumber, laminated lumber, or laminated lumber. The beam member, in which the claws are locked in the locking holes of the two pole members and the two pole members, is the support of the locking hole column of the pole member and the claws of the beam member. There is a metal cane member erected between the metal fittings with screws.

前記ビーム部材を形成している２枚のビーム材は、両端部の金属製瓜部の支持金具が配設された部位を除く中間部分の隙間に、その隙間を塞ぐか、又は埋めるスペーサ部材を配置することができる。隙間を塞ぐスペーサ部材は、当該隙間の蓋、又は／及び底として設け、前記蓋には着脱自在のものもある。また、隙間を埋めるスペーサ部材は、当該隙間の全長に亘り設けたり、部分的区間に設けたりする。 The two beam materials forming the beam member have a spacer member that closes or fills the gap in the intermediate portion excluding the portion where the support metal fittings of the metal gourds at both ends are arranged. Can be placed. The spacer member that closes the gap is provided as a lid and / or a bottom of the gap, and some of the lids are removable. Further, the spacer member for filling the gap may be provided over the entire length of the gap or may be provided in a partial section.

２本のポール部材に架設したビーム部材の２枚のビーム材の隙間には、正面視断面が略Ｔ状のパネル支持部材を、当該支持部材の水平部を嵌め込んで取付けると共に、この支持部材の垂直部とその両面に配置した係着部材の一例として面ファスナの雌雄部材の一方の部材をパネル保持部として備えた構成とすることができる。 A panel support member having a substantially T-shaped front view is attached to the gap between the two beam members of the beam member erected on the two pole members by fitting the horizontal portion of the support member. As an example of the vertical portion of the above and the engagement member arranged on both sides thereof, one member of the male and female members of the hook-and-loop fastener can be provided as a panel holding portion.

前記上下位のビーム部材が備えたパネル保持部に支持させるパネルは、その上、下部に前記パネル保持部に係着する部材の一例として前記面ファスナの雌雄部材の他方の部材を備えたものである。 The panel supported by the panel holding portion provided by the upper and lower beam members is further provided with the other member of the male and female member of the hook-and-loop fastener as an example of the member engaged with the panel holding portion at the lower portion. be.

前記ポール部材は、当該ポール部材の高さ方向に延びた筒状又は溝状のコード収容体を、該コード収容体の外面に上下方向で離間して設けた少なくとも２箇所の係止爪を当該ポール部材の係止孔に係止させて備えることができる。 The pole member has at least two locking claws in which a tubular or groove-shaped cord accommodating body extending in the height direction of the pole member is provided on the outer surface of the cord accommodating body so as to be separated in the vertical direction. It can be provided by locking it in the locking hole of the pole member.

前記ビーム部材は、２枚のビーム材の隙間に電源部としてライン状の電源供給部材を配設し、該電源供給部材に照明器具等の電気機器やパソコン等の電子機器を接続できるように形成したものがある。 The beam member is formed by disposing a line-shaped power supply member as a power supply unit in a gap between two beam materials so that an electric device such as a lighting fixture or an electronic device such as a personal computer can be connected to the power supply member. There is something I did.

本発明ワークフレームは、床に立てられる少なくとも２本のポール部材と隣り合うポール部材間に架設する上、下で対面するビーム部材と、上、下のビーム部材の間に設けるパネルやルーバー状の縦棧によって、屋内を垂直面で区画する間仕切状のワークフレームに形成することができる。 The work frame of the present invention is erected between at least two pole members erected on the floor and adjacent pole members, and has a panel or louver shape provided between the beam members facing each other below and the upper and lower beam members. The vertical louver can be formed into a partition-like work frame that divides the interior by a vertical plane.

床に立てるポール部材を３本以上使用する本発明ワークフレームでは、各ポール部材の上端部に架設されたビーム部材において平面内で対面するビーム部材同士を、連結ビーム部材で結合した形態とすることができる。 In the work frame of the present invention using three or more pole members standing on the floor, the beam members facing each other in the plane of the beam members erected at the upper end of each pole member are connected by a connecting beam member. Can be done.

以上に述べた本発明ワークフレームの構成は、次のように纏めることができる。すなわち、木質系材により形成した平断面八角形等の床に建てられるポール部材であって、このポール部材の外周上に平面視９０度又は４５度間隔で当該ポール部材の高さ方向に延び係止孔を上下方向で列状に備える金属製の係止孔列柱体を埋設した少なくとも2本のポール部材と、離間して立てた隣り合う前記ポール部材間に架設して結合される木質系材で形成したビーム部材であって、前記ポール部材の係止孔に係止される金属製爪部を当該ビーム部材の両端から突出して有するビーム部材を備えていることを特徴とする。 The configuration of the work frame of the present invention described above can be summarized as follows. That is, it is a pole member built on a floor having a flat cross-section octagonal shape formed of a wood-based material, and extends in the height direction of the pole member at intervals of 90 degrees or 45 degrees in a plan view on the outer periphery of the pole member. A wood-based material that is erected and joined between at least two pole members in which metal locking hole column pillars having stop holes are provided in a row in the vertical direction and the adjacent pole members that are erected apart from each other. The formed beam member is characterized by comprising a beam member having metal claws locked to the locking holes of the pole member protruding from both ends of the beam member.

本発明は、木質系材により形成した床に立てられる平断面多角形乃至円形のポール部材であって、当該ポール部材の高さ方向に延びて係止孔を上下方向で列状に有する金属製係止孔列柱体の複数本を外周上に埋設したポール部材と、離間して床に立てた少なくとも2本の前記ポール部材に結合して架設される木質系材で形成したビーム部材であって、当該ビーム部材の長さ方向両端から前記ポール部材の係止孔に係止される金属製爪部を突出させて設けたビーム部材とを備えてワークフレームとしたので、屋内設置型のオフィスルームやパビリオン等の屋内空間を、木質系材が全面的に現われたポール部材とビーム部材によって形成することができる。また、前記ポール部材とビーム部材は、木質系材の中でも特に間伐材を主体に形成することにより、間伐材の有効利用に資するところ大である。さらに、前記ポール部材とビーム部材は、間伐材などの木質系材で形成されているにもかかわらず、両部材の結合部は、金属製係止孔柱体に形成した係止孔とこの係止孔に係止される金属製爪部により形成されるから、前記両部材の強力な結合強度を実現することができる。 The present invention is a flat cross-sectional polygonal to circular pole member that can be erected on a floor made of wood-based material, and is made of metal that extends in the height direction of the pole member and has locking holes in a row in the vertical direction. A beam member formed of a pole member in which a plurality of locking hole column pillars are embedded on the outer periphery and a wood-based material erected by connecting to at least two pole members erected on the floor apart from each other. Since the work frame is provided with a beam member provided by projecting a metal claw portion locked to the locking hole of the pole member from both ends in the length direction of the beam member, it can be used in an indoor installation type office room or the like. An indoor space such as a pavilion can be formed by a pole member and a beam member in which wood-based materials are fully exposed. Further, the pole member and the beam member contribute to the effective utilization of the thinned wood by forming mainly the thinned wood among the wood-based materials. Further, although the pole member and the beam member are made of a wood-based material such as thinned wood, the joint portion between the two members is the locking hole formed in the metal locking hole column and the engagement thereof. Since it is formed by a metal claw portion that is locked to the stop hole, it is possible to realize a strong bonding strength between the two members.

本発明ワークフレームにより形成した屋内空間の一例の斜視図。The perspective view of an example of the indoor space formed by the work frame of this invention. 図１の屋内空間に使用されている最少ユニットの本発明ワークフレームの一例の正面図。A front view of an example of the work frame of the present invention of the smallest unit used in the indoor space of FIG. 図２のワークフレームの平面図。Top view of the work frame of FIG. 図２のワークフレームのＢ－Ｂ矢視断面図BB arrow cross-sectional view of the work frame of FIG. 図２のワークフレームのＡ部拡大図。FIG. 2 is an enlarged view of part A of the work frame of FIG. 図５の一部を断面にした平面図。A plan view showing a part of FIG. 5 as a cross section. 図６の分解状態平面図。FIG. 6 is a plan view of an exploded state. 図７のＣ－Ｃ矢視正面図。The front view of the CC arrow in FIG. 7. 図８のアタッチメント部材３２ａの左側面図。The left side view of the attachment member 32a of FIG. 図８の金属製爪部３ａと支持金具３ｄ部分の平面図。FIG. 8 is a plan view of the metal claw portion 3a and the support metal fitting 3d portion of FIG. 図２のＤ－Ｄ矢視拡大断面図。FIG. 2 is an enlarged cross-sectional view taken along the line DD of FIG. 図２のＥ－Ｅ矢視拡大断面図。FIG. 2 is an enlarged cross-sectional view taken along the line EE. 図２の本発明ワークフレームに設置するパネルの一例の正面図。The front view of an example of the panel installed in the work frame of this invention of FIG. 図１３のパネルの裏面図。The back view of the panel of FIG. 図１の屋内空間を形成したワークフレームに使用されている本発明ワークフレームの別例の正面図。The front view of another example of the work frame of this invention used for the work frame which formed the indoor space of FIG. 図１５のワークフレームの正面図Front view of the work frame of FIG. 図１５のワークフレームのＦ－Ｆ矢視拡大断面図。FIG. 15 is an enlarged cross-sectional view taken along the line FF of the work frame of FIG. 図１５の本発明ワークフレームに縦棧によるルーバーを取付けた例の正面図。The front view of the example which attached the louver by the vertical sill to the work frame of this invention of FIG. ポール部材に装着する配線ダクトの背面図。Rear view of the wiring duct attached to the pole member. 図１９の配線ダクトの右側面図。The right side view of the wiring duct of FIG. 図１９の配線ダクトの底面図。The bottom view of the wiring duct of FIG. ポール部材の中間部を省略し下端部を断面にした拡大正面図。Enlarged front view with the lower end as a cross section, omitting the middle part of the pole member. ポール部材にアジャスタを取付けた状態の断面図。Sectional drawing which attached the adjuster to the pole member. ポール部材の下端部にアジャスタに代えて装着するアジャスタ機能を備えた安定板の正面図。Front view of a stabilizer equipped with an adjuster function that is attached to the lower end of the pole member instead of the adjuster. 本発明ワークフレームのビーム部材同士を直線状に接合する側の平断面図。The plan sectional view of the side which joins the beam members of the work frame of this invention in a straight line. 図２５の接合前の分解状態の平断面図。FIG. 25 is a plan sectional view of a disassembled state before joining in FIG. 25. 図２５の直線接合したビーム部材に別のビーム部材を直交状態で結合する例の平断面図。FIG. 5 is a plan sectional view of an example in which another beam member is coupled to the linearly joined beam member of FIG. 25 in an orthogonal state. 図２７の結合状態を説明するための平断面図。FIG. 2 is a plan sectional view for explaining the coupling state of FIG. 27. 図２７のＧ－Ｇ矢視断面図。FIG. 27 is a cross-sectional view taken along the line GG of FIG. 27. 図２８のＨ－Ｈ矢視正面図。FIG. 28 is a front view of an arrow looking at an arrow. 本発明のビーム部材におけるライン状の電源供給部材の設置例の断面図。FIG. 3 is a cross-sectional view of an installation example of a line-shaped power supply member in the beam member of the present invention. 本発明のビーム部材の模式的斜視図。The schematic perspective view of the beam member of this invention. 本発明のポール部材とビーム部材の架設状態の例を示す斜視図。The perspective view which shows the example of the erected state of the pole member and the beam member of this invention.

次に、図を参照しつつ本発明ワークフレームの実施の形態例について説明する。 Next, an example of an embodiment of the work frame of the present invention will be described with reference to the drawings.

図１、図２において、１は、間伐材、集成材、積層材のいずれかによる木質系材によって形成した本発明ワークフレームの床に立てる支柱として用いるポール部材である。 In FIGS. 1 and 2, reference numeral 1 denotes a pole member used as a support column on the floor of the work frame of the present invention formed of a wood-based material made of thinned wood, laminated wood, or laminated wood.

図に例示したポール部材１(図５～図７、図２２参照)は、内接円の直径が１００～１２０ｍｍ程度の平断面正八角形をなし、高さが約２５００ｍｍの木製角柱によって形成されている。この角柱の各辺(８つの辺)の中央部には、断面の中心に向かうか、又は断面の中心から放射状に拡がって配置される断面略凹状の溝１ａ(以下、凹溝１ａという)が形成されている。前記凹溝１ａには、この凹溝１ａに嵌合される平断面略コ状の外形を有し、コ状部の底壁に縦長スリット状の係止孔２ａを等ピッチで形成した金属製の係止孔列柱体２（以下、係止孔柱体２ともいう）が、前記係止孔２ａを凹溝１ａの縁側に位置付けて嵌合配置され、木ネジ２ｂによってこのポール部材１に埋設固定されている（図２２参照）。
ポール部材１の下端部中心に形成した穴部１ｆには、図２３、図２４に例示するアジャスタ１ｃ、又はアジャスタ機能を備えた安定板１ｄのボルト部材１ｅを螺合するナット部材１ｂが配置されている。 The pole member 1 illustrated in the figure (see FIGS. 5 to 7 and 22) has a regular octagonal flat cross section with an inscribed circle having a diameter of about 100 to 120 mm, and is formed of a wooden prism having a height of about 2500 mm. There is. At the center of each side (eight sides) of this prism, a groove 1a having a substantially concave cross section (hereinafter referred to as a concave groove 1a) is arranged toward the center of the cross section or radially extending from the center of the cross section. It is formed. The concave groove 1a has a substantially U-shaped flat cross section fitted in the concave groove 1a, and is made of metal in which vertically long slit-shaped locking holes 2a are formed at equal pitches on the bottom wall of the U-shaped portion. The locking hole row column 2 (hereinafter, also referred to as the locking hole column 2) is fitted and arranged by positioning the locking hole 2a on the edge side of the concave groove 1a, and is embedded and fixed in the pole member 1 by a wood screw 2b. (See FIG. 22).
In the hole portion 1f formed at the center of the lower end portion of the pole member 1, the adjuster 1c exemplified in FIGS. 23 and 24 or the nut member 1b for screwing the bolt member 1e of the stabilizer 1d having the adjuster function is arranged. ing.

図示したポール部材１では、外周面に設けた８つの凹溝１ａに対し、１つ置きの４つの凹溝１ａにしか、係止孔柱体２は設けられていない。本発明においては、上記４つの凹溝１ａに係止孔柱体２を設けるポール部材１と、８つの凹溝１ａのすべてに係止孔柱体２を設けたポール部材１とがあるが、いずれのポール部材１を用いるかは任意である。因みに、係止孔柱体２を平面視９０度ピッチで設ける場合には、ポール部材１の平面形状は、断面略正方形(四角形)であれば足りる。 In the illustrated pole member 1, the locking hole pillar 2 is provided only in every other four concave grooves 1a with respect to the eight concave grooves 1a provided on the outer peripheral surface. In the present invention, there is a pole member 1 in which the locking hole pillar 2 is provided in the four concave grooves 1a, and a pole member 1 in which the locking hole pillar 2 is provided in all the eight concave grooves 1a. Which pole member 1 is used is arbitrary. Incidentally, when the locking hole pillar 2 is provided at a pitch of 90 degrees in a plan view, the planar shape of the pole member 1 may be a substantially square cross section (quadrangle).

本発明のポール部材１は、上記例では平断面形状を正八角形としたが、その八角形に内接又は外接する円形断面の柱であってもよい。平断面形状が円形であっても、埋設する係止孔柱体２の配置パターンは、上記例と同じにできる。 In the above example, the pole member 1 of the present invention has a regular octagonal shape, but may be a pillar having a circular cross section inscribed or circumscribed in the octagon. Even if the flat cross-sectional shape is circular, the arrangement pattern of the locking hole pillar 2 to be embedded can be the same as that in the above example.

なお、ポール部材１の平断面形状は、上記の八角形や四角形、或いは、円形のほか、六角形など前記例以外の多角形とすることも可能である。ただし、この多角形であると、各辺の中央に設ける係止孔柱体２の配向角が９０度にならないため、ワークフレームの展開に制約が多くなる。 The flat cross-sectional shape of the pole member 1 may be a polygon other than the above example, such as an octagon, a quadrangle, a circle, or a hexagon. However, in the case of this polygon, the orientation angle of the locking hole pillar 2 provided at the center of each side does not become 90 degrees, so that there are many restrictions on the development of the work frame.

図１，図２において、３は、離間して床に立てた２本のポール部材１，１に梁として架設され、本発明ワークフレームを構成するためのビーム部材である。このビーム部材３も前記ポール部材１と同様に、間伐材等の木質系材を主体に形成されている。 In FIGS. 1 and 2, reference numeral 3 denotes a beam member erected as a beam on two pole members 1 and 1 standing apart from each other on the floor to form the work frame of the present invention. Like the pole member 1, the beam member 3 is mainly formed of a wood-based material such as thinned wood.

本発明ビーム部材３は、２本のポール部材１，１の係止孔柱体２の係止孔２ａに結合するため、長さ方向両端に金属製爪部３ａを外向きに突出して具備している（図５～図９参照） The beam member 3 of the present invention is provided with metal claw portions 3a protruding outward at both ends in the length direction in order to be coupled to the locking holes 2a of the locking hole pillars 2 of the two pole members 1 and 1. (See FIGS. 5 to 9)

上記の金属製爪部３ａは、木質系材により形成されるビーム部材３にその両端から突出させて設けられている。金属製爪部３ａには、当該爪部３ａにおいてポール部材１の係止孔２ａに係止させることによって、左右のポール部材１，１に架設されるビーム部材３に掛かる荷重を支える役割がある。 The metal claw portion 3a is provided on a beam member 3 formed of a wood-based material so as to project from both ends thereof. The metal claw portion 3a has a role of supporting the load applied to the beam member 3 erected on the left and right pole members 1 and 1 by locking the claw portion 3a in the locking hole 2a of the pole member 1. ..

本発明では、ビーム部材３に設ける金属製爪部３ａに、上記役割を担保させるため、ビーム部材３に一例として次の構成を付与したので、以下に説明する。 In the present invention, in order to secure the above-mentioned role in the metal claw portion 3a provided on the beam member 3, the following configuration is given to the beam member 3 as an example, which will be described below.

ビーム部材３は（図６，図７参照）、１本の断面縦長短形の角柱を垂直面内の長さ方向において２分割した形態の２枚の板状部材、或いは当初から２枚の板部材による２枚のビーム材３ｂ，３ｃから成り、以下の構成を備えている。すなわち、図５～図１０に示すように金属製爪部３ａを先端側に備えた金属製爪部板３１ａと、該爪部板３１ａを溶接等で合着して一体化した略短形板状の支持金具３ｄと、前記２枚のビーム材３ｂ，３ｃにおける長さ方向両端部（前記支持金具３ｄに対面する位置）の対向する内面に設けたスペーサブロック３ｅ，３ｆと、前記支持金具３ｄをスペーサブロック３ｅを通して一方のビーム材３ｂにネジ止めする木ネジ３１ｄと、前記スペーサブロック３ｅと３ｆを有する２枚のビーム材３ｂと３ｃを合着一枚化するための、図の例ではでは他方のビーム材３ｃの側に配する結合ボルト３ｇと、該ボルト３ｇがネジ込まれる一方のビーム材３ｂの側に配したナット３ｈを備えている。なお、前記ボルト３ｇとナット３ｈは、木工用のコネクタボルトとナット、或はスタッドボルトと両面袋ナットの何れを用いてもよい。上記スペーサブロック３ｅと３ｆは、係止ダボ３１ｅと３１ｆにより、ビーム材３ｂ，３ｃの内面に固着されている。３ｉは、前記ビーム材３ｂ，３ｃが形成する隙間においてビーム材の長さ方向の両端部近傍（金属製爪部３の支持金具３ｄの背後）や中間部分に配置する木質系材等によるスペーサ部材、３ｊは前記隙間の中間部分の底に設ける底部材である。隙間の上部を塞ぐため蓋部材として配置される部材もある。 The beam member 3 (see FIGS. 6 and 7) is a two plate-shaped member in which one prism having a vertically long and short cross section is divided into two in the length direction in the vertical plane, or two plates from the beginning. It is composed of two beam materials 3b and 3c made of members, and has the following configuration. That is, as shown in FIGS. 5 to 10, a substantially short plate in which a metal claw portion plate 31a provided with a metal claw portion 3a on the tip side and the claw portion plate 31a are fused and integrated by welding or the like. The support metal fittings 3d, the spacer blocks 3e and 3f provided on the opposite inner surfaces of the two beam materials 3b and 3c at both ends in the length direction (positions facing the support metal fittings 3d), and the support metal fittings 3d. In the example of the figure, the wood screw 31d screwed to one beam material 3b through the spacer block 3e and the two beam materials 3b and 3c having the spacer blocks 3e and 3f are united into one piece. It is provided with a coupling bolt 3g arranged on the side of the other beam material 3c and a nut 3h arranged on the side of one beam material 3b into which the bolt 3g is screwed. As the bolt 3g and the nut 3h, any of a connector bolt and a nut for woodworking, or a stud bolt and a double-sided cap nut may be used. The spacer blocks 3e and 3f are fixed to the inner surfaces of the beam materials 3b and 3c by the locking dowels 31e and 31f. 3i is a spacer member made of a wood-based material or the like placed near both ends of the beam material in the length direction (behind the support metal fitting 3d of the metal claw portion 3) or in the middle portion in the gap formed by the beam materials 3b and 3c. Reference numeral 3j is a bottom member provided at the bottom of the intermediate portion of the gap. Some members are arranged as lid members to close the upper part of the gap.

上記構成に加え、支持金具３ｄと一枚の金属製爪部３ａの背後には、２枚のビーム材３ｂ，３ｃの端部のスペーサとして作用する平断面略コ状のアタッチメント部材３２ａが設けられている。前記アタッチメント部材３２ａは、その底壁３２ａに設けたネジ孔３４ａから木ネジ３５ａをポール部材１にねじ込むことができ、これによって係止孔２ａに金属製爪部３ａが係止されたビーム部材３をポール部材１に固定することができる（図５～図８参照）。 In addition to the above configuration, behind the support metal fitting 3d and one metal claw portion 3a, an attachment member 32a having a substantially U-shaped flat cross section that acts as a spacer at the ends of the two beam materials 3b and 3c is provided. ing. The attachment member 32a can screw a wood screw 35a into the pole member 1 from a screw hole 34a provided in the bottom wall 32a, whereby the beam member 3 in which the metal claw portion 3a is locked in the locking hole 2a. Can be fixed to the pole member 1 (see FIGS. 5 to 8).

本発明ワーククレームにおいて、ビーム部材３の両端部は、平面視略テーパ状（テーパ部３１ｂ，３１ｃ）に形成されている（図６，図７参照）。テーパ部３１ｂ，３１ｃを設けるのは、ポール部材１に４５度ピッチで設けられた係止孔２ａにおいて、隣り合う係止孔２ａにビーム部材３が設けられると、ビーム部材３同士の端部が干渉して係止孔２ａへの係止が不可能になることを回避するためである。前記ビーム部材３の模式的形態を、金属製爪部３ａの側から見た斜視図として図３２に示す。 In the work claim of the present invention, both ends of the beam member 3 are formed in a substantially tapered shape (tapered portions 31b, 31c) in a plan view (see FIGS. 6 and 7). The tapered portions 31b and 31c are provided in the locking holes 2a provided in the pole member 1 at a pitch of 45 degrees, and when the beam members 3 are provided in the adjacent locking holes 2a, the ends of the beam members 3 are provided. This is to prevent interference and making it impossible to lock the locking hole 2a. A schematic form of the beam member 3 is shown in FIG. 32 as a perspective view seen from the side of the metal claw portion 3a.

上記のポール部材１とビーム部材３とは、一例として図１に示した本発明ワークフレームによる屋内空間を形成し、この空間をオフィスルームやパビリオンなどとして利用することができる。
図１の屋内空間は、床に立てた２本の木質系材主体のポール部材１と、該ポール部材１，１が備えた金属製柱体の係止孔２ａに金属製爪部３ａを係止させて架設するビーム部材３により形成される本発明ワークフレームの一つを基本構造体とし、この構造体を連接した設置によって図１を一例とする様々な平面パターンの屋内空間に形成することができる。 The pole member 1 and the beam member 3 form an indoor space according to the work frame of the present invention shown in FIG. 1 as an example, and this space can be used as an office room, a pavilion, or the like.
In the indoor space of FIG. 1, two pole members 1 mainly made of wood-based material standing on the floor and a metal claw portion 3a are engaged with the locking holes 2a of the metal pillars provided by the pole members 1 and 1. One of the work frames of the present invention formed by the beam member 3 to be stopped and erected is used as a basic structure, and the structures are connected to each other to form an indoor space having various plane patterns as an example. Can be done.

そこで、本発明ワークフレームの形態例について、図２～図４、図１１～図１４、図１５～図１７、図１８を参照して説明する。 Therefore, an example of the form of the work frame of the present invention will be described with reference to FIGS. 2 to 4, 11 to 14, 15 to 17, and 18.

図２～図４に示す本発明ワークフレームの一例は、２本のポール部材１，１と該ポール部材１，１の上、下端部と中間部に、夫々にビーム部材３を架設して固定し、かつ、中間部と下端部のビーム部材３，３の間には、図１１～図１４により説明するパネル４を２枚設けた本発明ワークフレームの例である。ここで前記ポール部材１に対するビーム部材３の架設状態の一例を図３３の斜視図に示す。 In the example of the work frame of the present invention shown in FIGS. 2 to 4, the beam member 3 is erected and fixed to the two pole members 1, 1 and the upper, lower end and intermediate portions of the pole members 1, 1, respectively. Moreover, it is an example of the work frame of the present invention in which two panels 4 described with reference to FIGS. 11 to 14 are provided between the beam members 3 and 3 at the intermediate portion and the lower end portion. Here, an example of the erection state of the beam member 3 with respect to the pole member 1 is shown in the perspective view of FIG. 33.

図２のワークフレームにおけるパネル４は、このワークフレームの上，下のビーム部材３における２枚のビーム材３ｂ，３ｃが形成する隙間に配置した、断面略Ｔ状のパネル支持部材５における垂直部の両面に配置した係着部材の例として設けた帯状面ファスナの一方の部材によるパネル保持部５ａに保持される（図１２参照）。前記パネル支持部材５は木ねじ５ｂによってスペーサ部材３ｊに固定されている。 The panel 4 in the work frame of FIG. 2 is a vertical portion in the panel support member 5 having a substantially T-shaped cross section, which is arranged in the gap formed by the two beam materials 3b and 3c in the beam members 3 above and below the work frame. It is held by the panel holding portion 5a by one member of the strip-shaped surface fastener provided as an example of the engaging member arranged on both sides of the above (see FIG. 12). The panel support member 5 is fixed to the spacer member 3j by a wood screw 5b.

前記パネル４は、ビーム部材３の平断面形状と略類似する平断面形状を有する２枚のパネル材４ａ，４ｂによって形成されている（図１１参照）。２枚のパネル材４ａ，４ｂは、図１４に示すように両パネル材４ａ，４ｂの対向する内面の上下端部に、前記パネル保持部５ａに対応する帯状面ファスナの他方の部材による係着部材４１ａ，４１ｂを設けることにより、上下のビーム部材３に形成されたパネル保持部５ａに、パネル材４ａ，４ｂの係着部材４１ａ，４１ｂで前記保持部５ａを挟む態様で取付けられる（図１２，図１４参照）
本発明では、係着部材に帯状面ファスナを用いたが、面ファスナに代えて、或は併用して磁力が付与された磁力テープを用いることもできる。 The panel 4 is formed of two panel materials 4a and 4b having a flat cross-sectional shape substantially similar to the flat cross-sectional shape of the beam member 3 (see FIG. 11). As shown in FIG. 14, the two panel materials 4a and 4b are attached to the upper and lower ends of the facing inner surfaces of the two panel materials 4a and 4b by the other member of the strip-shaped surface fastener corresponding to the panel holding portion 5a. By providing the members 41a and 41b, the holding portions 5a are attached to the panel holding portions 5a formed on the upper and lower beam members 3 by sandwiching the holding portions 5a with the engaging members 41a and 41b of the panel materials 4a and 4b (FIG. 12). , See Figure 14)
In the present invention, the band-shaped surface fastener is used for the engagement member, but a magnetic tape to which a magnetic force is applied can be used instead of the surface fastener or in combination with the surface fastener.

上記パネル材４ａ，４ｂも、先端側（ビーム部材１に対面する側）がテーパ面４２ａ，４２ｂに形成されている（図１１参照）。テーパ面４２ａ，４２ｂにする理由は、ビーム部材３のテーパ部３１ｂ，３１ｃの場合と同じである。なお、図２の本発明ワークフレームでは、中間部と下端部のビーム部材３，３に支持させるパネル４を左右２枚タイプのものを用いているが、パネル４は１枚で形成したものであってもよい。 The front end side (the side facing the beam member 1) of the panel materials 4a and 4b is also formed on the tapered surfaces 42a and 42b (see FIG. 11). The reason for using the tapered surfaces 42a and 42b is the same as in the case of the tapered portions 31b and 31c of the beam member 3. In the work frame of the present invention shown in FIG. 2, two left and right panels 4 are used to support the beam members 3 and 3 at the intermediate portion and the lower end portion, but the panel 4 is formed by one panel. There may be.

図２の本発明ワークフレームでは、左右のポール部材１，１と上端部のビーム部材３には、断面略Ｕ状の方杖部材６を配置している。方杖部材６の上端部６ａは、爪部３ａの支持金具３ｄの後部に縦向きに設けたナット部３２ｄに螺合するネジ６１ａにより止められ、この方杖部材６の下端部６ｂは、ポール部材１の係止孔２ａ係止させて設けた爪ボルト２ｃに止めナット６１ｂによって止められ、ポール部材１とビーム部材３との結合度を補強する。６ｃは前記方杖部材６の凹部の内部に嵌めた略逆Ｕ状のキャップである。 In the work frame of the present invention of FIG. 2, a square cane member 6 having a substantially U-shaped cross section is arranged on the left and right pole members 1, 1 and the beam member 3 at the upper end. The upper end portion 6a of the cane member 6 is fastened by a screw 61a screwed into a nut portion 32d provided vertically at the rear portion of the support metal fitting 3d of the claw portion 3a, and the lower end portion 6b of the cane member 6 is a pole member. It is fastened to the claw bolt 2c provided by locking the locking hole 2a of No. 1 by a fixing nut 61b to reinforce the degree of coupling between the pole member 1 and the beam member 3. Reference numeral 6c is a substantially inverted U-shaped cap fitted inside the concave portion of the square cane member 6.

図１５～図１７は、本発明ワークフレームの別例で、本発明により形成した図１の屋内空間における左側に配置されているワークフレームの例である。
図１５～図１７に示す本発明ワークフレームの別例は、４本のポール部材１と、隣り合うポール部材１の上，下端部と中間部に架設した短いビーム部材３とにより形成されている。 15 to 17 are other examples of the work frame of the present invention, and are examples of the work frame arranged on the left side in the indoor space of FIG. 1 formed by the present invention.
Another example of the work frame of the present invention shown in FIGS. 15 to 17 is formed by four pole members 1 and a short beam member 3 erected at the upper, lower end and intermediate portions of adjacent pole members 1. ..

図１５～図１７に示したワークフレームでは、全ての中間のビーム部材１と全ての下端のビーム部材１の間には、先に図１１～図１４で説明したパネル４と同じように２枚のパネル材７ａ，７ｂから成り、従って取付態様も前記パネル４と同じにしたパネル７が設けられている。図１７におけるパネル支持部材５は、図１２のパネル支持部材５と同じものである。７１ａはパネル側に設けた係着部材の一例としての帯状面ファスナである。
図１５～図１７のワークフレームにおいて、中央の２本のポール部材１，１の上部に配置されるパネル７は、一方（片面）のパネル材７ｂに液晶モニタＬＭなどの重量物を取付ける関係で、当該一方のパネル材７ｂがＭＤＦを主体に形成されてパネル支持部材５に木ねじ７ｄによって固着されている（図７参照）。なお、図１５におけるＢａは、前記モニタＬＭを前記パネル材７ｂに取付けるための支持ベースである。
本発明において、重量が掛からないパネル材７ａ、及び先に述べたパネル４のパネル材４ａ，４ｂは、軽量な例えばファブリック材によって形成されたものである。図１５の各ポール部材１の下方に配置されたパネル７もそのパネル材７ａ，７ｂは軽量な材料で形成されている。 In the work frame shown in FIGS. 15 to 17, two beams are provided between the beam member 1 in the middle and the beam member 1 at the lower end in the same manner as the panel 4 described above in FIGS. 11 to 14. The panel 7 is made of the panel materials 7a and 7b of the above, and therefore the mounting mode is the same as that of the panel 4. The panel support member 5 in FIG. 17 is the same as the panel support member 5 in FIG. Reference numeral 71a is a strip-shaped surface fastener as an example of the engagement member provided on the panel side.
In the work frame of FIGS. 15 to 17, the panel 7 arranged above the two central pole members 1 and 1 has a relationship in which a heavy object such as a liquid crystal monitor LM is attached to the panel material 7b on one side (one side). The one panel material 7b is formed mainly of MDF and is fixed to the panel support member 5 by a wood screw 7d (see FIG. 7). In addition, Ba in FIG. 15 is a support base for attaching the monitor LM to the panel material 7b.
In the present invention, the weight-free panel material 7a and the panel materials 4a and 4b of the panel 4 described above are formed of a lightweight fabric material, for example. The panel 7a and 7b of the panel 7 arranged below each pole member 1 in FIG. 15 are also made of a lightweight material.

図１８は、図１５～図１７によって説明した本発明ワークフレームにおいて、左、右側の上部ビーム部材３と中間のビーム部材３の間に、縦桟によるルーバー材８を設けた例を示した図である。
ルーバー材８は、一例として、上、下のビーム部材３の間隔より少し大きい長さを有すると共に、平面から見たビーム部材３の幅より少し大きい幅の木質系の縦桟により形成している。この縦桟の上，下端部に、ビーム部材３をその幅方向の前後から挟める幅を有する略凹状の取付溝を形成し、上，下の取付溝において当該縦桟が対面するビーム部材１にルーバー材８として嵌められている。
上記例のルーバー材８は、中間のビーム部材１と下端のビーム部材１の間に、先に述べたパネル４，７に代えて設けることもある。
図１８において、下方の３枚のパネル７の夫々の上下端部には、配線取出し口７ｃを設けている。２枚のビーム材３ｂ，３ｃの隙間に配される電源コード等の配線の取出しのためである。配線取出し口は図示しないが図２のパネル４にも設けられる。 FIG. 18 is a diagram showing an example in which the louver material 8 by a vertical rail is provided between the upper beam member 3 on the left and right sides and the beam member 3 in the middle in the work frame of the present invention described with reference to FIGS. 15 to 17. Is.
As an example, the louver material 8 is formed of a wooden vertical crosspiece having a length slightly larger than the distance between the upper and lower beam members 3 and a width slightly larger than the width of the beam member 3 when viewed from a plane. .. A substantially concave mounting groove having a width for sandwiching the beam member 3 from the front and back in the width direction is formed at the upper and lower ends of the vertical rail, and the beam member 1 facing the vertical rail in the upper and lower mounting grooves. It is fitted as a louver material 8.
The louver material 8 of the above example may be provided between the intermediate beam member 1 and the lower end beam member 1 in place of the panels 4 and 7 described above.
In FIG. 18, wiring outlets 7c are provided at the upper and lower ends of each of the lower three panels 7. This is for taking out the wiring such as the power cord arranged in the gap between the two beam materials 3b and 3c. Although the wiring outlet is not shown, it is also provided in the panel 4 of FIG.

図１９～図２１は、本発明ワークフレームのポール部材１の係止孔２ａを利用して当該ポール部材１に設置する配線ダクト１２の一例を示したものである。配線ダクト１２は、ポール部材１の直径の略１／２以下の左右幅を有する略凹状でポール部材１の高さに見合う長さを有するダクト体１２１と、このダクト体１２１の凹部の略中心上において立ち上げ、先端の爪部をダクト体１２１の凹部から突出させた係止爪部１２２を備えている。前記係止爪部１２２は一例としてダクト体１２１の長さ方向の両端近傍と中間部に設けられている。配線ダクト１２は、下部又は上部のビーム部材３から上部又は下部のビーム部材３に配線を通すために用いる。因みにビーム部材３，９，１０は、２枚のビーム材に挟まれた隙間に配線が収容されるので底側にはスペーサ部材３ｊ等による塞ぎ部材が隙間の底として設けられる。 19 to 21 show an example of a wiring duct 12 installed in the pole member 1 by using the locking hole 2a of the pole member 1 of the work frame of the present invention. The wiring duct 12 has a substantially concave shape having a left-right width of about 1/2 or less of the diameter of the pole member 1 and a length corresponding to the height of the pole member 1, and a substantially center of the recess of the duct body 121. It is provided with a locking claw portion 122 that is raised above and has a claw portion at the tip protruding from a recess of the duct body 121. As an example, the locking claw portion 122 is provided in the vicinity of both ends in the length direction of the duct body 121 and in the intermediate portion. The wiring duct 12 is used to pass wiring from the lower or upper beam member 3 to the upper or lower beam member 3. Incidentally, in the beam members 3, 9 and 10, since the wiring is accommodated in the gap sandwiched between the two beam materials, a closing member by the spacer member 3j or the like is provided as the bottom of the gap on the bottom side.

図１の本発明ワークフレームにより形成された屋内空間では、２本のポール部材１に架設したビーム部材３同士を、連結ビーム部材９，１０を用いて連結しているので、前記ビーム部材３と連結ビーム部材９，１０の連結形態の例について、図２５～図３０により説明する。 In the indoor space formed by the work frame of the present invention of FIG. 1, the beam members 3 erected on the two pole members 1 are connected to each other by using the connecting beam members 9 and 10, so that the beam members 3 and the beam members 3 are connected to each other. An example of the connection form of the connection beam members 9 and 10 will be described with reference to FIGS. 25 to 30.

図２５～図３０の連結ビーム部材９の断面構造は、図６，図７で説明したビーム部材３の金属製爪部３ａを取付けた部位の構造に類似している。
すなわち、図２５，図２６において、９ａ，９ｂは２枚の板状のビーム材で、ビーム材９ａ，９ｂの間に、スペーサブロック９ｃ，９ｄによって挟まれる金属製の連結板９ｅが配置されている。
２本の連結ビーム部材９，９は、共通した一枚の連結板９ｅを共有し、この連結板９ｅが、止めネジ９ｆによってスペーサブロック９ｃ，９ｃを通して一方側に直列した２枚のビーム材９ａ，９ａの内面に固着される。 The cross-sectional structure of the connecting beam member 9 of FIGS. 25 to 30 is similar to the structure of the portion to which the metal claw portion 3a of the beam member 3 described with reference to FIGS. 6 and 7 is attached.
That is, in FIGS. 25 and 26, 9a and 9b are two plate-shaped beam materials, and a metal connecting plate 9e sandwiched by spacer blocks 9c and 9d is arranged between the beam materials 9a and 9b. There is.
The two connecting beam members 9 and 9 share a common one connecting plate 9e, and the two connecting beam members 9a are connected in series on one side through the spacer blocks 9c and 9c by the set screw 9f. , 9a is fixed to the inner surface.

１枚の連結板９ｅをスペーサブロック９ｃ，９ｃを介して固着した一方側の前記２枚のビーム材９ａ，９ｂに対し、スペーサブロック９ｄ，９ｄを内面に備えた他方側で直列する２枚のビーム材９ｂ，９ｂが固定ボルト９ｇによって一方側のビーム材９ａ，９ａの側に設けられているナット９ｈに締め込まれることにより、２本の連結ビーム部材９，９が直線状に連結される。なお、９ｉは２枚のビーム材９，９ｂの間におかれるスペーサ部材、９ｊはビーム材９ａ，９ｂとスペーサブロック９ｃ，９ｄ、スペーサ部材９ｉを結合している係止ダボである。２本のビーム部材９，９の結合態様は、前記ビーム部材３同士の連結にも採用できる。この場合、ビーム部材３同士の連結するため対向した端部の金属製爪部３ａを支持金具３ｄごとスペーサブロック３ｅ，３ｆと一緒に取り外し、これらに代えて連結板９とスペーサブロック９ｃ，９ｄを用いる。 Two beam materials 9a and 9b on one side to which one connecting plate 9e is fixed via spacer blocks 9c and 9c are connected in series on the other side with spacer blocks 9d and 9d on the inner surface. The beam materials 9b and 9b are fastened to the nuts 9h provided on the side of the beam materials 9a and 9a on one side by the fixing bolts 9g, so that the two connecting beam members 9 and 9 are linearly connected. .. Note that 9i is a spacer member placed between the two beam materials 9 and 9b, and 9j is a locking dowel that connects the beam materials 9a and 9b with the spacer blocks 9c and 9d and the spacer member 9i. The coupling mode of the two beam members 9 and 9 can also be adopted for connecting the beam members 3 to each other. In this case, in order to connect the beam members 3, the metal claws 3a at the opposite ends are removed together with the spacer blocks 3e and 3f together with the support metal fittings 3d, and the connecting plate 9 and the spacer blocks 9c and 9d are replaced with these. Use.

図２７～図３０は、図２５，図２６により説明した連結ビーム部材９に直交して別の連結ビーム部材１０を連結する例を示したものである。この直交連結に使用する連結ビーム部材１０は、先端に、横向きの連結金具１０ａを有する平面板大略横長Ｔ状の連結板１０ｂを、この連結ビーム部材１０の側端部において、２枚のビーム材１０ｃ，１０ｄの間に、スペーサブロック１０ｅ，１０ｆを介して固定ボルト１０ｈにより固定して備えている。１０ｋは、ビーム材１０ｃとスペーサブロック１０ｅを結合している係止ダボである。この連結ビーム部材１０は、連結板９ｅと連結板１０ｂの形態において前記連結ビーム部材９と異なっている。 27 to 30 show an example in which another connected beam member 10 is connected orthogonally to the connected beam member 9 described with reference to FIGS. 25 and 26. The connecting beam member 10 used for the orthogonal connection is a flat plate having a substantially horizontally long T-shaped connecting plate 10b having a lateral connecting metal fitting 10a at the tip thereof, and two beam materials at the side ends of the connecting beam member 10. It is provided between 10c and 10d by being fixed by a fixing bolt 10h via spacer blocks 10e and 10f. Reference numeral 10k is a locking dowel that connects the beam material 10c and the spacer block 10e. The connecting beam member 10 is different from the connecting beam member 9 in the form of the connecting plate 9e and the connecting plate 10b.

上記連結ビーム部材１０を用いる直交連結では、図２７，図２８に示すように、まず連結部板１０ｂと一体の連結金具１０ａを、相手側の連結ビーム部材９に、止めビス１１ａで取付けると共に、当該連結ビーム部材９に対し固定ボルト１２ａを受けナット１３ａに締め込むことによって、連結金具１０ａを連結板１０ｂと一緒に連結ビーム部材９に固定する。 In the orthogonal connection using the connection beam member 10, as shown in FIGS. 27 and 28, first, the connection fitting 10a integrated with the connection portion plate 10b is attached to the connection beam member 9 on the other side with a stop screw 11a, and at the same time. By receiving the fixing bolt 12a with respect to the connecting beam member 9 and tightening it to the nut 13a, the connecting metal fitting 10a is fixed to the connecting beam member 9 together with the connecting plate 10b.

そして、上記の連結板１０ｂに対し、図２７に示すようにスペーサブロック１０ｅを備えた一方のビーム材１０ｃを止めネジ１０ｇによって連結板１０ｂに固着する。この状態で他方のビーム材１０ｄをそのスペーサブロック１０ｆを介して連結板１０ｂに当接させ、固定ボルト１０ｈをナット１０ｉにネジ込むことにより、図２７に示す直交状態でのビーム部材同士の結合を実現できる。 Then, as shown in FIG. 27, one beam material 10c provided with the spacer block 10e is fixed to the connecting plate 10b with the set screw 10g to the connecting plate 10b. In this state, the other beam material 10d is brought into contact with the connecting plate 10b via the spacer block 10f, and the fixing bolt 10h is screwed into the nut 10i to bond the beam members in the orthogonal state shown in FIG. 27. realizable.

図３０は、本発明ワークフレームのビーム部材３（９，１０）の２枚のビーム材３ｂ，３ｃの隙間の上下部に、断面凹溝状のライン状をなす電源供給部材１１を配置した例の断面図である。図３０の下位の電源供給部材１１には図１に示す照明器具１３のプラグ部材を支持させて導通する照明器具１３をビーム部材３から吊下げて設けることができる。前記電源供給部材１１には図１の屋内空間で使用する液晶モニタやパソコン、複合複写機等の電子，電気機器類の電源を接続することができる。 FIG. 30 shows an example in which a power supply member 11 having a groove-like cross section is arranged in the upper and lower portions of the gap between the two beam materials 3b and 3c of the beam member 3 (9, 10) of the work frame of the present invention. It is a cross-sectional view of. The lower power supply member 11 of FIG. 30 may be provided with a lighting fixture 13 that supports and conducts a plug member of the lighting fixture 13 shown in FIG. 1 by suspending it from the beam member 3. A power supply for electronic and electrical equipment such as a liquid crystal monitor, a personal computer, and a compound copier used in the indoor space of FIG. 1 can be connected to the power supply member 11.

本発明は以上の通りであるから、間伐材等の木質系材を用い、その木質系材を主体に形成されたポール部材とビーム部材の結合に、これらの両部材に組み込んだ金属製の結合用や係止用の部材を用いてワークフレームを形成するようにしたから、木材の
温かくて柔らかい質感に溢れた屋内空間形成用のワークフレームを提供できる。 Since the present invention is as described above, a wood-based material such as thinned wood is used, and a metal bond incorporated into both of these members is used to connect a pole member and a beam member formed mainly of the wood-based material. Since the work frame is formed by using the members for use and locking, it is possible to provide a work frame for forming an indoor space full of the warm and soft texture of wood.

１木質系材によるポール部材
１ａ凹溝
２金属製係止孔列柱体（係止孔柱体）
２ａ係止孔
３木質系材によるビーム部材
３ａ金属製爪部
３ｂ，３ｃ木質系のビーム材
３ｄ支持金具
３ｅ，３ｆスペーサブロック
４パネル
４ａ，４ｂパネル材
５パネル支持部材
６方杖部材 1 Pole member made of wood-based material 1a Recessed groove 2 Metal locking hole column pillar body (locking hole pillar body)
2a Locking hole 3 Beam member made of wood-based material 3a Metal claw part 3b, 3c Wood-based beam material 3d Support bracket 3e, 3f Spacer block 4 Panel 4a, 4b Panel material 5 Panel support member 6 Square cane member

Claims

木質系材により形成され、床に立てられる平断面多角形乃至円形のポール部材であって、当該ポール部材の高さ方向に沿って多数の係止孔を上下方向で列状に並べて備える金属製係止孔列柱体の複数本を外周上に埋設したポール部材と、
離間して床に立てた少なくとも２本の前記ポール部材に結合して架設される木質系材で形成したビーム部材であって、前記金属製係止孔列柱体における前記係止孔の数よりも少ない１以上の数の金属製爪部が当該ビーム部材の長さ方向両端において設けられたビーム部材と、
を備え、
いずれかの前記金属製係止孔列柱体において選択されたいずれかの前記係止孔に対して、前記金属製爪部が係止されることで前記ビーム部材の端部が前記ポール部材に連結されていること
を特徴とするワークフレーム。 It is a flat cross-section polygonal to circular pole member formed of wood-based material and can be erected on the floor, and is made of metal having a large number of locking holes arranged in a row in the vertical direction along the height direction of the pole member. A pole member in which multiple locking hole columns are embedded on the outer circumference, and
A beam member formed of a wood-based material that is erected by being connected to at least two pole members erected on the floor at a distance, and is smaller than the number of the locking holes in the metal locking hole column. A beam member having one or more metal claws provided at both ends in the length direction of the beam member, and a beam member.
Equipped with
The end of the beam member is connected to the pole member by locking the metal claw to any of the locking holes selected in the metal locking hole column. A work frame characterized by being.

ポール部材に埋設する金属製係止孔列柱体は、当該ポール部材の平面から見て９０度間隔、又は４５度間隔でポール部材の外周面に埋設した
請求項１のワークフレーム。 The work frame according to claim 1, wherein the metal locking hole row pillar body embedded in the pole member is embedded in the outer peripheral surface of the pole member at intervals of 90 degrees or 45 degrees when viewed from the plane of the pole member.

ビーム部材は、長さ方向において垂直面で対面する２枚のビーム材を備え、
当該２枚のビーム材が、長さ方向両端部において支持金具と一体の前記金属製爪部とスペーサ部材を挟持して合着一体化されたものである
請求項１又は２のワークフレーム。 The beam member comprises two beam materials facing each other in a vertical plane in the length direction.
The work frame according to claim 1 or 2, wherein the two beam materials are fused and integrated by sandwiching the metal claw portion integrated with the support metal fitting and the spacer member at both ends in the length direction.

ビーム部材は、その長さ方向両端側を平面視略テーパ状に形成した
請求項１～３のいずれかのワークフレーム。 The work frame according to any one of claims 1 to 3, wherein the beam member is formed so that both ends in the length direction are substantially tapered in a plan view.

ポール部材とビーム部材は、前記ビーム部材が床に離間して立てた少なくとも２本の前記ポール部材の上端部に架設されているか、又は上端部と中間部に架設されているか、若しくは上端部と中間部と下端部に架設されてワークフレームを形成し、該ワークフレームにおいて、上，下で対面しているビーム部材同士における任意のビーム部材同士の間に、当該ビーム部材の上下方向の対向面において支持されるルーバー状の縦棧又はパネルを設ける
請求項１～４のいずれかのワームクレーム。 The pole member and the beam member are erected at the upper end portion of at least two of the pole members erected with the beam member separated from the floor, or erected at the upper end portion and the intermediate portion, or the upper end portion. A work frame is formed by being erected at an intermediate portion and a lower end portion, and in the work frame, a vertical facing surface of the beam member is provided between arbitrary beam members among the beam members facing each other at the top and bottom. A worm claim according to any one of claims 1 to 4, provided with a louvered vertical beam or panel supported by the above.

金属製爪部と一体の支持金具を両端部に挟持してビーム部材を形成している２枚のビーム材が形成する隙間に、当該隙間を塞ぐか又は埋めるスペーサ部材を配置する
請求項１～５のいずれかのワークフレーム。 Claims 1 to 1 for arranging a spacer member that closes or fills the gap formed by two beam members forming a beam member by sandwiching a support metal fitting integrated with a metal claw portion between both ends. Any of the 5 workframes.

ポール部材に架設して上下方向で対面する２本のビーム部材の対面部に、パネルを略帯面状の係着部材で支持するパネル保持部を設け、該パネル保持部に、パネルの上下部に前記係着部材に係着する係着部材を略帯面状に設けたパネルを保持させて取付ける
請求項１～６のいずれかのワークフレーム。 A panel holding portion for supporting the panel with a substantially band-shaped engaging member is provided on the facing portion of the two beam members erected on the pole member and facing each other in the vertical direction, and the upper and lower portions of the panel are provided on the panel holding portion. The work frame according to any one of claims 1 to 6, wherein the engagement member attached to the engagement member is attached by holding a panel provided in a substantially band surface shape.

ポール部材は、当該ポール部材の高さ方向に延びる筒状又は溝状のコード収容体を、該収容体の外面の上下方向に離間して設けた少なくとも２箇所の係止爪を当該ポール部材の係止孔に係止させて備える
請求項１～７のいずれかのワークフレーム。 The pole member has at least two locking claws provided with a tubular or groove-shaped cord accommodating body extending in the height direction of the pole member and spaced apart from each other in the vertical direction on the outer surface of the accommodating body. The work frame according to any one of claims 1 to 7, which is provided by locking it in a locking hole.