JP3944552B1 - Joining device - Google Patents
Joining device Download PDFInfo
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- JP3944552B1 JP3944552B1 JP2006207353A JP2006207353A JP3944552B1 JP 3944552 B1 JP3944552 B1 JP 3944552B1 JP 2006207353 A JP2006207353 A JP 2006207353A JP 2006207353 A JP2006207353 A JP 2006207353A JP 3944552 B1 JP3944552 B1 JP 3944552B1
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- JP
- Japan
- Prior art keywords
- hinged
- bolt
- nut
- base material
- shaft member
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Abstract
【課題】
軸部材が接合基材に任意の方向から任意の角度で接合できる。
複数の軸部材どうしを任意の角度で接合できる。
任意の形状の3角錐状単位架構等の構造ユニットが造れ、それらどうしを接合できる。
【解決手段】
先端にボルト穴を設け、軸部材とヒンジ接合できるよう加工されたヒンジ付ボルトで接合基材を貫通、他端にスプリング座金を挟み、先端にボルト孔を設け、軸部材とヒンジ接合できるよう加工されたヒンジ付ナットで該ヒンジ付ボルトを締め付け、該ヒンジ付ナット及びヒンジ付ボルトを必要な回転角度に定めて固定する。この接合基材を、円盤としてその側面にヒンジ付きボルトをねじ接合、必要な回転角度に定めて締め付けナットで固定してもよい.
【選択図】図2
【Task】
The shaft member can be bonded to the bonding substrate at an arbitrary angle from an arbitrary direction.
A plurality of shaft members can be joined at an arbitrary angle.
A structural unit such as a triangular pyramid unit frame having an arbitrary shape can be formed, and these can be joined together.
[Solution]
Bolt hole is provided at the tip, and the base material is penetrated with a hinged bolt that has been machined so that it can be hinge-joined with the shaft member. The hinged bolt is tightened with the hinged nut, and the hinged nut and the hinged bolt are fixed at a necessary rotation angle. This joining base material, as a disk, screwed with a bolt with a hinge on its side, may be fixed to the required rotation angle and fixed with a tightening nut.
[Selection] Figure 2
Description
本発明は、建造物の構築、機械・器具の組み立てなどのために、軸部材どうし、接合基材(装置)どうし、及び構造ユニットどうしを接合する接合装置に関するものである。 The present invention relates to a joining device that joins shaft members, joining base materials (devices), and structural units together for building construction and assembly of machines and instruments.
従来立体トラスなどの構造物を構築するために、球体に軸部材をねじ接合するなどの接合装置があった。(特許文献1、2、3参照)
球体等の接合基材に軸部材を接合する場合、従来は、接合基材に直接軸部材をねじ接合するために、接合基材に対する軸部材の方向が一定となるので、軸部材の方向に合わせて接合基材のねじ加工をする必要があって、接合装置の種類が増すため標準化に難点があり、施工も努力を要しまたコスト高にもなっている。 When joining a shaft member to a joining base material such as a sphere, conventionally, since the shaft member is directly screw-joined to the joining base material, the direction of the shaft member relative to the joining base material is constant. In addition, it is necessary to thread the joining base material, and since there are more types of joining devices, there is a difficulty in standardization.
本願発明の目的は、軸部材がジョイントとなる接合基材に任意の方向から任意の角度で接合できることにある。また、軸部材と接合基材で3角錐状単位架構等の構造ユニットを造り、その接合基材どうしを接合することによって、構造ユニットどうしを接合することにある。 An object of the present invention is to be able to join at any angle from any direction to a joining base material in which a shaft member becomes a joint. Further, a structural unit such as a triangular pyramid unit frame is made of a shaft member and a joining base material, and the joining base materials are joined together to join the structural units.
その特徴とするところは、図1、図2を参照して、先端にボルト孔11を設け、軸部材とヒンジ接合できるよう加工されたヒンジ付ボルト13dで板材などの接合基材14を貫通、他端にスプリング座金を挟み、先端にボルト孔を設け、軸部材とヒンジ接合できるよう加工されたヒンジ付ナット13eで、ヒンジ付ボルト13dを締め付け、ヒンジ付ナット13e及びヒンジ付ボルト13dを必要な回転角度を定めて固定する。
1 and 2, with reference to FIGS. 1 and 2, a
前記接合基材を図1、2の如く円盤とし、その側面に前記ヒンジつきボルト13をねじ接合、必要な回転角度に定めて締め付けナット15で固定する。 As shown in FIGS. 1 and 2, the joining base material is a disk, and the hinged bolt 13 is screwed to the side surface of the joining base material and fixed to a necessary rotation angle with a tightening nut 15.
円盤等の板材の片側がヒンジ付ボルト、反対側がヒンジ付ナットになる形で、スプリング座金を挟んでヒンジ付ナットを締め付けるので、ヒンジ付ボルト及びヒンジ付ナットを任意の回転角度にして締め付けられる。従って、軸部材を任意の方向から任意の角度で、該接合基材に接合できるから、この接合基材に複数のヒンジ付ボルト、ヒンジ付ナットが装着された接合装置と軸部材で3角形を面とする任意の形状の多面体形、3角形を内臓、3角形によって形成される骨組、構造物などを作ることができる。 A plate such as a disk has a hinged bolt on one side and a nut with a hinge on the other side, and the hinged nut is tightened with a spring washer sandwiched between them. Therefore, since the shaft member can be joined to the joining base material at an arbitrary angle from an arbitrary direction, a triangular shape is formed by the joining device and the shaft member in which a plurality of hinged bolts and hinged nuts are attached to the joining base material. It is possible to create a polyhedron having an arbitrary shape as a face, a built-in triangle, a framework formed by the triangle, a structure, and the like.
軸部材と接合基材で3角錐状単位架構等の構造ユニットを造り、その接合基材の軸部材と反対側にあるヒンジ付ボルトまたはヒンジ付ナットどうしを接合することによって、構造ユニットどうしを接合することができる。その場合、ヒンジ付ボルトまたはヒンジ付ナットが、一方は一枚ヒンジ、他方は2枚ヒンジで、双方を挟み込みピンボルトで接合する。 A structural unit such as a triangular pyramid unit frame is made of a shaft member and a joint base, and the structural units are joined by joining hinged bolts or nuts on the opposite side of the joint base to the shaft member. can do. In that case, one of the hinged bolt or the hinged nut is a single hinge and the other is a two hinge, and both are sandwiched and joined by pin bolts.
これらの構造物はトラス構造であるので部材断面を最小限にでき、部材の軽量化、省資源化が図れる。軸部材の接合を一本のピンボルトによるだけなので、部材の組み立て、解体が容易で、部材のリユースも図り易い。 Since these structures are truss structures, the cross section of the member can be minimized, and the weight of the member and resource saving can be achieved. Since the shaft member is joined by only one pin bolt, the assembly and disassembly of the member is easy, and the reuse of the member is easy.
図1、図2は、各々接合基材14にヒンジ付ボルト13d及びヒンジ付ナット13eが装着されていることを示した正面図、図9のD−D断面図である。先端にボルト孔11を設け、軸部材とヒンジ接合できるよう加工されたヒンジ付ボルト13dで板材などの接合基材14を貫通、他端に先端にボルト11を設け、軸部材とヒンジ接合できるよう加工されたヒンジ付ナット13eで、スプリング座金20aを挟み、ヒンジ付ボルト13dを締め付け、ヒンジ付ナット13e及びヒンジ付ボルト13dを必要な回転角度に定めて固定する。図10(b)に示すように、ヒンジ付ナット13eの代わりに締め付ナット15cでヒンジ付ボルト13dを固定しても良い。
1 and 2 are a front view and a DD cross-sectional view of FIG. 9, respectively, showing that a
図1、図2の如く接合基材14を円盤とし、その側面にヒンジ付きボルト13をねじ接合、必要な回転角度に定めて締め付けナット15で固定する。
As shown in FIGS. 1 and 2, the joining
13d、13 ヒンジ付ボルト
13e ヒンジ付ナット
14 接合基材
15c、15 締め付ナット
20a スプリング座金
13d, 13 Bolt with
Claims (2)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2006207353A JP3944552B1 (en) | 2006-07-31 | 2006-07-31 | Joining device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2006207353A JP3944552B1 (en) | 2006-07-31 | 2006-07-31 | Joining device |
Related Parent Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP2005371313A Division JP3867128B1 (en) | 2005-12-26 | 2005-12-26 | Joining device |
Publications (2)
Publication Number | Publication Date |
---|---|
JP3944552B1 true JP3944552B1 (en) | 2007-07-11 |
JP2007177612A JP2007177612A (en) | 2007-07-12 |
Family
ID=38303060
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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JP2006207353A Expired - Fee Related JP3944552B1 (en) | 2006-07-31 | 2006-07-31 | Joining device |
Country Status (1)
Country | Link |
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JP (1) | JP3944552B1 (en) |
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2006
- 2006-07-31 JP JP2006207353A patent/JP3944552B1/en not_active Expired - Fee Related
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JP2007177612A (en) | 2007-07-12 |
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