JPS6120166Y2

JPS6120166Y2 -

Info

Publication number: JPS6120166Y2
Application number: JP1304079U
Authority: JP
Priority date: 1979-02-03
Filing date: 1979-02-03
Publication date: 1986-06-18
Also published as: JPS6141704U

Description

【考案の詳細な説明】この考案は従来の枠材と板材とで構成されたパ
ネル板を或る角度で接頭接合する場合、丁番など
により接合したが、組立、取外しに手数と技能と
を必要とした。本考案の型材を用いたパネル板の
接合は、従来の接合方法の組立を容易にし、また
取外しを簡単に出来る様にすることを目的とし、
併せて大量生産方式にて接合用の型材の製造を可
能ならしめ様とするものである。[Detailed explanation of the invention] This invention conventionally uses a hinge or the like to join panel boards made up of frame materials and board materials at a certain angle, but it takes time and skill to assemble and remove them. I needed it. The purpose of joining panel boards using the profile of the present invention is to make assembly easier than conventional joining methods, and to make removal easier.
In addition, the present invention is designed to enable the manufacture of joining molding materials using a mass production method.

まづ、本考案に用いるそれぞれの型材について
述べる。型材１は、断面が長方形であつて、接合
用の型材７，８および９を嵌合取付けるために、
溝状に切込んだ結合溝と、この結合溝の中心に沿
う溝状の凹部に、型材１をパネル板１６の枠材１
７に取付ける木ネジを差込む、円形孔とを設けた
ものである。（第１図、第２図、および第３図参
照。）型材７は、平板状の台座２′に、先端にストツ
パー１８を設けた２個の弧状の突起部１３および
１３′とほぞ状の凸部２とにより形成されてい
る。（第１図参照。）型材８は、断面が正方形で、開口部にストツパ
ー１８を設けた両側を弧状とした２個の切込部１
４および１４′を設けた方形部８′と、ほぞ状の凸
部２とにより形成されている。（第２図参照。）型材９は、型材８の方形部８′を90度回転した
同形の方形部９′とほぞ状の凸部２とより形成さ
れている。（第３図参照。）以下に前記各型材を用いてパネル板を接合する
とき、その接合度を自在に調整出来る接合の態様
を説明する。第１図に示すものは、パネル板１６
の接頭部の枠材１７に、まつ型材１を木ネジにて
取付け、型材１の結合溝に型材７の凸部２嵌合取
付けたものを示す。第２図に示すものは、型材７
を取付けた場合と同じ様に、パネル板の接頭部に
取付けられた型材１の結合溝に型材８の凸部２を
嵌合取付けたものを示し、第３図は型材８を取付
ける場合と全く同じように、型材９を取付けたも
のを示すものである。 First, each mold material used in this invention will be described. The shape material 1 has a rectangular cross section, and in order to fit and attach the joining shapes 7, 8 and 9,
The frame material 1 of the panel board 16 is fitted with the mold material 1 into the joint groove cut into a groove shape and the groove-like recess along the center of the joint groove.
It is provided with a circular hole into which a wood screw to be attached to 7 is inserted. (See Figures 1, 2, and 3.) The mold material 7 has two arc-shaped protrusions 13 and 13' with a stopper 18 at the tip and a tenon-shaped pedestal 2'. It is formed by the convex portion 2. (See Fig. 1.) The profile 8 has a square cross section, and has two notches 1 with stoppers 18 in the opening and arcuate ends on both sides.
4 and 14', and a tenon-shaped protrusion 2. (See FIG. 2.) The mold material 9 is formed of a rectangular portion 9' of the same shape as the rectangular portion 8' of the mold material 8 rotated by 90 degrees, and a tenon-shaped convex portion 2. (See FIG. 3.) Below, when joining panel boards using each of the above-mentioned shapes, a joining mode in which the degree of joining can be freely adjusted will be explained. What is shown in FIG.
The eyelet shape material 1 is attached to the frame material 17 of the prefix with wood screws, and the convex portion 2 of the shape material 7 is fitted and attached to the coupling groove of the shape material 1. What is shown in Fig. 2 is the mold material 7.
Figure 3 shows the protrusion 2 of the profile 8 fitted into the coupling groove of the profile 1 attached to the prefix of the panel board in the same way as when the profile 8 is attached. Similarly, the figure shows the shape material 9 attached.

この様にそれぞれのパネル板の接頭部に接合用
の型材７，８および９を取付け、第１図に示すパ
ネル板に接合用の型材７を取付けたものと、第２
図に示すパネル板に接合用の型材８を取付けたも
のとを、型材７の突起部１３および１３′と型材
８の切込部１４および１４′とを嵌合させれば、
パネル板の接合を終るのであるが、この場合、型
材７の突起部１３および１３′を、型材８の切込
部１４および１４′内を滑動させて、パネル板の
接合角度を約180度から90度の範囲内で自在に調
整する。 In this way, the joining shapes 7, 8, and 9 are attached to the prefix of each panel board, and the panel board shown in FIG.
By fitting the protrusions 13 and 13' of the panel plate 7 with the notches 14 and 14' of the frame 8 into the panel board shown in the figure with the joining profile 8 attached,
To finish joining the panel boards, in this case, the protrusions 13 and 13' of the profile 7 are slid within the notches 14 and 14' of the profile 8, and the joining angle of the panel boards is changed from approximately 180 degrees. Adjust freely within a 90 degree range.

さらに、接合角度を約90度から０度の範囲内で
自在に調整するには、前記接合において、接合用
の型材８に替えて型材９を用いれば実施出来る。
すなわち、第１図に示すパネル板に型材７を取付
けたものと、第３図に示すパネル板に接合用の型
材９を取付けたものとを、型材７の突起部１３お
よび１３′と型材９の切込部１５および１５′とを
嵌合させれば、同様に接合角度を約90度から０度
の範囲内で自在に調整出来る接合が実施出来る。 Furthermore, the welding angle can be freely adjusted within the range of about 90 degrees to 0 degrees by using a molding material 9 instead of the joining molding material 8 in the joining.
That is, the panel board shown in FIG. 1 with the mold material 7 attached, and the panel board shown in FIG. By fitting the notches 15 and 15', it is possible to similarly perform a joining in which the joining angle can be freely adjusted within the range of about 90 degrees to 0 degrees.

以上に述べた様に、建築物の内装、建付家具お
よび家具に使用されるパネル板の接合は、本考案
の型材の使用による接合により、組立、取外しは
極めて簡単となり、特別の技能を必要とせずその
効果は大きく、大量生産方式にて型材が製造され
るという利点も加わつて、その効果はさらに高め
られる。 As mentioned above, the joining of panel boards used for building interiors, built-in furniture, and furniture can be assembled and dismantled extremely easily by using the shapes of this invention, but requires special skills. However, the effect is great, and with the added advantage that the mold material is manufactured using a mass production method, the effect is further enhanced.

[Brief explanation of the drawing]

第１図は型材１をパネル板に取付け、型材１を
介して、型材７を嵌合取付けた態様を示す断面
図、第２図は型材１を取付け、型材１を介して、
型材８を嵌合取付けた態様を示す断面図、第３図
は第２図と同じく第２図の型材８に替えて型材９
を嵌合取付けた態様を示す断面図である。１……結合溝を設けた型材、２……型材７に設
けたほぞ状の凸部、２′……型材７の台座、７…
…突起部、台座およびほぞ状の凸部とよりなる型
材、８……切込部を設けた方形部とほぞ状の凸部
とよりなる型材、８′……切込部を設けた型材８
の方形部、９……切込部を設けた方形部とほぞ状
の凸部とよりなる型材、９′……型材９の、取付
けた場合、90度方向が異なる型材８の方形部８′
と同形の方形部、１３……型材７の、先端にスト
ツパーを設けた弧状の突起部、１３′……型材７
の、先端にストツパーを設けた弧状の突起部、１
４……型材８の、開口部にストツパーを設けた弧
状の切込部、１４′……型材８の、開口部にスト
ツパーを設けた弧状の切込部、１５……型材９
の、開口部にストツパーを設けた弧状の切込部、
１５′……型材９の、開口部にストツパーを設け
た弧状の切込部、１６……パネル板、１７……パ
ネル板の骨組枠材、１８……ストツパー。 FIG. 1 is a cross-sectional view showing a mode in which the profile 1 is attached to a panel board and the profile 7 is fitted and attached via the profile 1, and FIG.
FIG. 3 is a cross-sectional view showing a state in which the mold material 8 is fitted and attached, and as in FIG. 2, a mold material 9 is used instead of the mold material 8 in FIG. 2.
FIG. DESCRIPTION OF SYMBOLS 1... Shape material provided with a coupling groove, 2... Tenon-shaped convex portion provided on the shape material 7, 2'... Pedestal of the shape material 7, 7...
...Shape material consisting of a protrusion, a pedestal, and a tenon-like convex portion, 8...A shape material consisting of a rectangular portion with a notch and a tenon-like convex portion, 8'...Shape material 8 with a notch.
A square part 9...A shape material consisting of a square part provided with a notch and a tenon-like convex part, 9'...A square part 8' of a shape material 8 whose direction differs by 90 degrees when attached.
A rectangular part of the same shape as 13...an arc-shaped protrusion with a stopper at the tip of the shape material 7, 13'...the shape material 7
An arc-shaped protrusion with a stopper at the tip, 1
4... An arc-shaped notch in the profile 8 with a stopper provided at the opening, 14'... An arc-shaped cut in the profile 8 with a stopper provided in the opening, 15... Profile 9
An arc-shaped notch with a stopper at the opening,
15'... Arc-shaped notch in the profile 9 with a stopper provided at the opening, 16... Panel plate, 17... Frame material of the panel plate, 18... Stopper.

Claims

[Claims for Utility Model Registration] 1. When joining panel boards in such a way that the joining angle can be freely adjusted, a method for fitting and attaching another shape material to the long side of a rectangle in cross section,
A shape material 1 with a groove-like coupling groove that is attached to the panel board with wood screws is attached to the prefix of each panel board to be joined, and a shape material 1 with a square cross section and an opening is attached to the shape material 1 of one panel board. Two notches 1 each having an arc shape on both sides with a stopper 18 provided thereon.
4 and 14' and a tenon-shaped convex part 2, or a joining part 8' formed by a rectangular part 8' of the part 8, which is formed by rotating the square part 8' of the part 8 by 90 degrees, and a tenon and a rectangular part 9' of the same shape. A joining molding material 9 formed by a shaped convex portion 2 is fitted and attached, and two arc-shaped protrusions each having a stopper 18 at the tip are attached to the molding material 1 of the other panel plate and to a flat pedestal 2'. The joining molding material 7 formed by the portions 13 and 13' and the tenon-shaped convex portion 2 is fitted and attached, and the notches 14 and 14' of the molding material 8 or the notch 1 of the molding material 9 are formed.
5 and 15' and the projections 13 and 1 of the profile 7
3' are fitted to join the panel plates, and the joining angle is set to the projections 13 and 7 of the profile 7 that fit into the notches 14 and 14' of the profile 8 or the notches 15 and 15' of the profile 9. The structure of the panel board joint is such that the joining angle can be freely adjusted by sliding the part 13'. 2 Hold the panel board at an angle of about 180 degrees to 90 degrees.
In joining panel boards in which the joining angle can be freely selected, the shapes 8 and 7 are used as joining shapes, and the protrusions 13 and 7 of the shapes 7 fitted into the notches 14 and 14' of the shapes 8 are used. 1
3' is slidable to freely adjust the joining angle. The structure of the joining part of the panel board according to claim 1, which is a registered utility model. 3. When joining panel boards in which the joining angle can be freely selected in the range of about 90 degrees to 0 degrees, use the shapes 9 and 7 as the joining shapes, and cut the cut of the shapes 9. Parts 15 and 1
The protrusions 13 and 1 of the profile 7 fitted into the
3' is slidable to freely adjust the joining angle. The structure of the joining part of the panel board according to claim 1, which is a registered utility model.