JP2007291765A

JP2007291765A - Installation structure of vibration control device

Info

Publication number: JP2007291765A
Application number: JP2006122121A
Authority: JP
Inventors: Terufusa Oshima; 輝興大島; Shigeru Akimoto; 茂秋元
Original assignee: Misawa Homes Co Ltd
Current assignee: Misawa Homes Co Ltd
Priority date: 2006-04-26
Filing date: 2006-04-26
Publication date: 2007-11-08
Anticipated expiration: 2026-04-26
Also published as: JP4634960B2

Abstract

<P>PROBLEM TO BE SOLVED: To provide an installation structure of a vibration control device, which can shorten a construction period by enabling the vibration control device to be easily introduced into a building by omitting construction labor on a job site. <P>SOLUTION: In this installation structure of the vibration control device, an upper frame member 12, which is laid between upper ends of a pair of column materials 10 and 10, a lower frame member 13, which is laid between lower ends of the column materials 10 and 10, and vertical frame members 14 and 14, which are erected between both the ends of the upper and lower frame members 12 and 13, are provided between the pair of column materials 10 and 10 in such a manner as to be assembled in a rectangular frame shape. The vibration control device 20 is built into an area which is surrounded by the upper and lower frame members 12 and 13 and both the vertical frame members 14 and 14, so that the vibration control device 20 and the pair of column materials 10 and 10 are integrated together. The pair of column materials 10 and 10, which is provided with the vibration control device 20, is erected and fixed on the top surface of a foundation 30 via column base metals 40 and 40. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

本発明は、予め制振装置が設けられた一対の柱材を基礎上に立設する制振装置の設置構造に関する。 The present invention relates to a vibration damping device installation structure in which a pair of pillar members provided with a vibration damping device in advance are erected on a foundation.

従来、建物の制振装置の一例として、特許文献１に記載のものが知られている。この特許文献１に記載の制振装置は、柱と梁に囲まれた架構の内部空間に取付用ガセット等を介して設置されるブレースの途中に、ダンパ（制振部材）を介在させて、このダンパによって、地震等の際の振動エネルギーを吸収するものであり、ブレース型制振装置と称されている。
特開２００３−０４９５５７号公報 Conventionally, the thing of patent document 1 is known as an example of the damping device of a building. In the vibration damping device described in Patent Document 1, a damper (vibration damping member) is interposed in the middle of a brace installed via a mounting gusset or the like in an internal space of a frame surrounded by columns and beams. This damper absorbs vibration energy in the event of an earthquake or the like, and is called a brace-type vibration damping device.
JP 2003-049557 A

しかし、特許文献１の制振装置では、地震などによる建物の変形が小さい場合には制振部材（エネルギー吸収材料）に伝えられる変形も小さいため、制振部材のエネルギー吸収量が小さく、建物の振動を減衰する減衰力も小さくなり、制振構造があまり有効に働かない。そのため、制振装置の配置箇所を多くしなければならかった。
そして、このような制振装置は、現場で柱と梁に囲まれた架構の内部空間、例えば壁内に設置しなげればならず、現場での施工に手間がかかるため、制振装置を建物に導入しづらいという問題があった。また、このように現場での施工に手間がかかると、その分時間もかかってしまうため、工期が長引いてしまう場合があった。 However, in the vibration damping device of Patent Document 1, when the deformation of the building due to an earthquake or the like is small, the deformation transmitted to the vibration damping member (energy absorbing material) is also small, so the energy absorption amount of the vibration damping member is small, The damping force that attenuates the vibration is also reduced, and the damping structure does not work very effectively. For this reason, it was necessary to increase the number of locations of the vibration damping device.
And such a vibration control device must be installed in the internal space of the frame surrounded by pillars and beams at the site, for example, in the wall. There was a problem that it was difficult to introduce into the building. In addition, if it takes a lot of time to construct at the site in this way, it takes much time, so the construction period may be prolonged.

そこで、建物に生じた振動をより効果的に減衰できるような制振装置を建物に容易に導入することが可能な技術の開発が望まれていた。 Therefore, it has been desired to develop a technology capable of easily introducing a vibration damping device that can attenuate vibrations generated in the building more effectively.

本発明の課題は、現場での施工手間を省略することで建物に制振装置を容易に導入することができ、これによって、工期の短縮を図ることが可能な制振装置の設置構造を提供することを目的とする。 It is an object of the present invention to provide a vibration damping device installation structure that can easily introduce a vibration damping device into a building by omitting construction work on-site, thereby shortening the construction period. The purpose is to do.

請求項１に記載の発明は、例えば図１および図２に示すように、一対の柱材１０，１０間に、これら柱材１０，１０の上端部間に架設される上枠部材１２と、柱材１０，１０の下端部間に架設される下枠部材１３と、これら上下枠部材１２，１３の両端部間に立設される縦枠部材１４，１４とが矩形枠状に組み立てられて設けられ、
これら上下枠部材１２，１３と、両縦枠部材１４，１４とで囲まれた部位に制振装置２０を組み込むことによって、この制振装置２０と前記一対の柱材１０，１０とが一体化されており、
前記制振装置２０が設けられた一対の柱材１０，１０が、柱脚金物４０，４０を介して基礎３０の上面に立設固定されていることを特徴とする。 The invention according to claim 1, for example, as shown in FIG. 1 and FIG. 2, between a pair of pillar members 10, 10, an upper frame member 12 constructed between upper ends of these pillar members 10, 10, A lower frame member 13 laid between the lower end portions of the column members 10 and 10 and vertical frame members 14 and 14 erected between both end portions of the upper and lower frame members 12 and 13 are assembled in a rectangular frame shape. Provided,
The vibration damping device 20 and the pair of column members 10 and 10 are integrated by incorporating the vibration damping device 20 in a portion surrounded by the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14. Has been
A pair of pillar members 10 and 10 provided with the vibration damping device 20 are fixed upright on the upper surface of the foundation 30 via pillar bases 40 and 40.

請求項１に記載の発明によれば、前記上下枠部材１２，１３と、両縦枠部材１４，１４とで囲まれた部位に制振装置２０を組み込むことによって、制振装置２０と一対の柱材１０，１０とが一体化されているので、現場での施工手間を省略することができる。すなわち、例えば工場等で、予め前記制振装置２０と一対の柱材１０，１０とを一体化するように製造しておくことによって、現場で一対の柱材１０，１０間に、前記上下枠部材１２，１３や両縦枠部材１４，１４、制振装置２０を組み込む必要がなくなる。
そして、このように制振装置２０が設けられた一対の柱材１０，１０を、柱脚金物４０，４０を介して基礎３０の上面に立設固定することによって、建物に制振装置２０を容易に導入することができるので、工期の短縮を図ることが可能となる。 According to the first aspect of the present invention, the vibration damping device 20 is paired with the vibration damping device 20 by incorporating the vibration damping device 20 into a portion surrounded by the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14. Since the column members 10 and 10 are integrated with each other, it is possible to omit construction work on site. That is, for example, in a factory or the like, the upper and lower frames are formed between the pair of column members 10 and 10 on site by manufacturing the vibration damping device 20 and the pair of column members 10 and 10 in advance. There is no need to incorporate the members 12, 13 and the vertical frame members 14, 14, and the vibration control device 20.
The pair of pillar members 10 and 10 provided with the vibration damping device 20 in this way are erected and fixed to the upper surface of the foundation 30 via the column base metal members 40 and 40, so that the vibration damping device 20 is attached to the building. Since it can be introduced easily, the construction period can be shortened.

また、前記上下枠部材１２，１３および両縦枠部材１４，１４が矩形枠状に組み立てられて、前記一対の柱材１０，１０間に設けられているので、この一対の柱材１０，１０どうしを所定の間隔をあけて連結することができる。すなわち、例えば前記柱脚金物４０，４０を、前記一対の柱材１０，１０と同一間隔で基礎３０の上面に固定し、これら柱脚金物４０，４０の位置に合わせて前記連結された一対の柱材１０，１０を設けるだけで、これら一対の柱材１０，１０を容易に、かつ正確に立設させることができる。
さらに、前記上下枠部材１２，１３および両縦枠部材１４，１４は、前記一対の柱材１０，１０を補強する補強材としての効果も発揮することができる。 Further, since the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14 are assembled in a rectangular frame shape and provided between the pair of column members 10 and 10, the pair of column members 10 and 10. The two can be connected with a predetermined interval. That is, for example, the column bases 40 and 40 are fixed to the upper surface of the base 30 at the same interval as the pair of column members 10 and 10, and the pair of connected bases 40 and 40 are matched to the positions of the column base brackets 40 and 40. By only providing the column members 10, 10, the pair of column members 10, 10 can be erected easily and accurately.
Further, the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14 can also exhibit an effect as a reinforcing material for reinforcing the pair of column members 10 and 10.

請求項２に記載の発明は、例えば図２および図３に示すように、請求項１に記載の制振装置２０の設置構造において、
前記制振装置２０は、矩形枠状の矩形フレーム２１と、この矩形フレーム２１に対向して設けられた一対の支持部２４，２４と、この一対の支持部２４，２４間に配置され、かつ該一対の支持部２４，２４によって支持された制振機構とを備えており、
この制振機構は、前記一対の支持部２４，２４によって支持されて、該一対の支持部２４，２４が変位した場合に、該一対の支持部２４，２４間の略中央部を中心として振れるように構成された振り子部材２６と、この振り子部材２６の端部と前記矩形フレーム２１との間に設けられた制振部材２７とを備えていることを特徴とする。 The invention according to claim 2 is an installation structure of the vibration damping device 20 according to claim 1, for example, as shown in FIGS.
The vibration damping device 20 is disposed between a rectangular frame 21 having a rectangular frame shape, a pair of support portions 24, 24 provided to face the rectangular frame 21, and the pair of support portions 24, 24. A vibration control mechanism supported by the pair of support portions 24, 24,
The vibration damping mechanism is supported by the pair of support portions 24, 24, and when the pair of support portions 24, 24 are displaced, the vibration control mechanism swings around a substantially central portion between the pair of support portions 24, 24. A pendulum member 26 configured as described above, and a damping member 27 provided between the end of the pendulum member 26 and the rectangular frame 21 are provided.

ここで、前記制振機構は、建物躯体に生じた振動が矩形フレーム２１を介して支持部２４，２４に伝わり、この支持部２４，２４の変位によって発生する振動を制振できる機構であれば、どのような構造のものでもよい。 Here, the vibration suppression mechanism is a mechanism that can transmit the vibration generated in the building frame to the support portions 24 and 24 via the rectangular frame 21 and can suppress the vibration generated by the displacement of the support portions 24 and 24. Any structure may be used.

請求項２に記載の発明によれば、地震等の振動によって建物躯体に変形が生じると、前記一対の柱材１０，１０から矩形フレーム２１を介して、一対の支持部２４，２４が変位する。一対の支持部２４，２４が変位することによって、振り子部材２６が一対の支持部２４，２４間の略中央部を中心として振り子のように振れ、この振り子部材２６の端部は振れが増幅され、これによって、前記一対の支持部２４，２４の変位が増幅される。したがって、振り子部材２６の端部と矩形フレーム２１との間に設けられている制振部材２７の変形を増幅できるので、建物躯体の小さな変形から制振機能を有効に働かせることができる。
これによって、従来とは異なり、制振装置２０の配置箇所を多くする必要がなく、現場での施工手間を省略することができる。 According to the second aspect of the present invention, when the building frame is deformed by vibration such as an earthquake, the pair of support portions 24 and 24 are displaced from the pair of column members 10 and 10 via the rectangular frame 21. . By the displacement of the pair of support portions 24, 24, the pendulum member 26 swings like a pendulum about the substantially central portion between the pair of support portions 24, 24, and the end portion of the pendulum member 26 is amplified. As a result, the displacement of the pair of support portions 24, 24 is amplified. Therefore, since the deformation of the vibration damping member 27 provided between the end of the pendulum member 26 and the rectangular frame 21 can be amplified, the vibration damping function can be used effectively from a small deformation of the building frame.
Thus, unlike the conventional case, it is not necessary to increase the number of locations where the vibration damping device 20 is arranged, and the construction work on site can be omitted.

請求項３に記載の発明は、例えば図４（ａ），（ｂ）に示すように、請求項１または２に記載の制振装置２０の設置構造において、
前記一対の柱材１０，１０は、平面視において一方の面１０ａ，１０ａが前記上下枠部材１２，１３および両縦枠部材１４，１４の一方の面１２ａ，１３ａ，１４ａ，１４ａと面一になっているとともに、他方の面１０ｂ，１０ｂが前記上下枠部材１２，１３および両縦枠部材１４，１４の他方の面１２ｂ，１３ｂ，１４ｂ，１４ｂよりも若干突出した位置にあり、
この一対の柱材１０，１０の突出部分間に、前記上下枠部材１２，１３および両縦枠部材１４，１４の他方の面１２ｂ，１３ｂ，１４ｂ，１４ｂに貼り付けられる面材１５のための貼設スペース１６が形成されていることを特徴とする。 The invention according to claim 3 is an installation structure of the vibration damping device 20 according to claim 1 or 2, as shown in FIGS. 4 (a) and 4 (b), for example.
The pair of pillar members 10 and 10 have one surface 10a and 10a flush with the one surface 12a, 13a, 14a and 14a of the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14 in plan view. And the other surfaces 10b, 10b are slightly projecting from the other surfaces 12b, 13b, 14b, 14b of the upper and lower frame members 12, 13 and the vertical frame members 14, 14.
Between the protruding portions of the pair of column members 10 and 10, for the face member 15 to be bonded to the other surfaces 12b, 13b, 14b and 14b of the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14, respectively. An affixing space 16 is formed.

請求項３に記載の発明によれば、前記貼設スペース１６に面材１５を設けることで、この面材１５の表面と、前記一対の柱材１０，１０の他方の面１０ｂ，１０ｂとが面一になる。これによって、前記一対の柱材１０，１０の両面側１０ａ，１０ａ，１０ｂ，１０ｂに、例えば石膏ボードやサイディング材等の板材（図示せず）を確実に貼り付けることができる。 According to invention of Claim 3, by providing the face material 15 in the said pasting space 16, the surface of this face material 15 and the other surfaces 10b and 10b of said pair of pillar materials 10 and 10 are obtained. Become the same. Thereby, for example, a plate material (not shown) such as a gypsum board or a siding material can be securely attached to the both side surfaces 10a, 10a, 10b, 10b of the pair of column members 10, 10.

請求項４に記載の発明は、例えば図５および図６に示すように、請求項３に記載の制振装置２０の設置構造において、
前記面材１５は、前記両縦枠部材１４，１４に、前記矩形フレーム２１を剛接合するための接合板材１５ａと、これら接合板材１５ａが設けられていない部位を覆うための複数の被覆板材１５ｂ，１５ｃとを備えていることを特徴とする。 The invention according to claim 4 is the installation structure of the vibration damping device 20 according to claim 3, for example, as shown in FIG. 5 and FIG.
The face material 15 includes a joining plate member 15a for rigidly joining the rectangular frame 21 to the vertical frame members 14 and 14, and a plurality of covering plate members 15b for covering portions where the joining plate member 15a is not provided. , 15c.

請求項４に記載の発明によれば、前記接合板材１５ａで前記両縦枠部材１４，１４と矩形フレーム２１とを剛接合することによって、前記一対の柱材１０，１０の変位を、両縦枠部材１４，１４を介して矩形フレーム２１に確実に伝達することができるので、建物躯体の小さな変形から制振機能をより有効に働かせることができる。
また、前記接合板材１５ａによって前記両縦枠部材１４，１４と矩形フレーム２１とを剛接合すると、接合板材１５ａが配置されていない部位が、配置されている部位に比して相対的に強度が弱くなるが、接合板材１５ａが配置されていない部位に前記複数の被覆板材１５ｂ，１５ｃが配置され、これら被覆板材が前記上下枠部材１２，１３や、両縦枠部材１４，１４の一部、矩形フレーム２１の一部に固定されるので、接合板材１５ａが配置されていない部位の強度を、これら複数の被覆板材１５ｂ，１５ｃによって補強することができ、よって、制振装置２０をバランスよく働かせることができる。 According to the invention described in claim 4, the vertical frame members 14, 14 and the rectangular frame 21 are rigidly joined to each other by the joining plate member 15 a, so that the displacement of the pair of column members 10, 10 can be reduced in both longitudinal directions. Since it can transmit reliably to the rectangular frame 21 via the frame members 14 and 14, a damping function can be worked more effectively from the small deformation of a building frame.
Further, when the vertical frame members 14 and 14 and the rectangular frame 21 are rigidly bonded by the bonding plate material 15a, the portion where the bonding plate material 15a is not disposed has a relatively higher strength than the portion where the bonding plate material 15a is disposed. Although it becomes weak, the plurality of covering plate members 15b and 15c are arranged in a portion where the bonding plate member 15a is not arranged, and these covering plate members are the upper and lower frame members 12 and 13, and a part of both the vertical frame members 14 and 14, Since it is fixed to a part of the rectangular frame 21, the strength of the portion where the joining plate material 15a is not disposed can be reinforced by the plurality of covering plate materials 15b and 15c, and thus the vibration damping device 20 works in a balanced manner. be able to.

請求項５に記載の発明は、例えば図１に示すように、請求項１〜４のいずれか一項に記載の制振装置２０の設置構造において、
前記一対の柱材１０，１０の上面１０ｃ，１０ｃは、前記上枠部材１２の上面１２ｃと面一になっていることを特徴とする。 The invention according to claim 5 is the installation structure of the vibration damping device 20 according to any one of claims 1 to 4, for example, as shown in FIG.
The upper surfaces 10c and 10c of the pair of column members 10 and 10 are flush with the upper surface 12c of the upper frame member 12.

請求項５に記載の発明によれば、前記一対の柱材１０，１０の上面１０ｃ，１０ｃは、前記上枠部材１２の上面１２ｃと面一になっているので、これら一対の柱材１０，１０および上枠部材１２の上面１０ｃ，１０ｃ，１２ｃに梁材（図示せず）を安定的に設置することができる。
また、前記梁材の変位を、前記一対の柱材１０，１０および上枠部材１２を介して矩形フレーム２１に確実に伝達することができるので、建物躯体の小さな変形から制振機能をさらに有効に働かせることができる。 According to the invention described in claim 5, since the upper surfaces 10c, 10c of the pair of pillar members 10, 10 are flush with the upper surface 12c of the upper frame member 12, the pair of pillar members 10, 10 and a beam member (not shown) can be stably installed on the upper surfaces 10c, 10c and 12c of the upper frame member 12.
In addition, since the displacement of the beam material can be reliably transmitted to the rectangular frame 21 via the pair of column members 10 and 10 and the upper frame member 12, the vibration control function is further effective from a small deformation of the building frame. Can work on.

本発明によれば、上下枠部材と、両縦枠部材とで囲まれた部位に制振装置を組み込むことによって、制振装置と一対の柱材とが一体化されているので、現場での施工手間を省略することができる。すなわち、例えば工場等で、予め前記制振装置と一対の柱材とを一体化するように製造しておくことによって、現場で一対の柱材間に、前記上下枠部材や両縦枠部材、制振装置を組み込む必要がなくなる。
そして、このように制振装置が設けられた一対の柱材を、柱脚金物を介して基礎の上面に立設固定することによって、建物に制振装置を容易に導入することができるので、工期の短縮を図ることが可能となる。 According to the present invention, since the vibration damping device and the pair of column members are integrated by incorporating the vibration damping device into the portion surrounded by the upper and lower frame members and both the vertical frame members, Construction work can be omitted. That is, for example, in a factory or the like, by previously manufacturing the vibration damping device and the pair of column members so as to be integrated, the upper and lower frame members and the two vertical frame members between the pair of column members at the site, There is no need to install a vibration control device.
And, because the pair of column members provided with the vibration damping device in this way can be easily introduced into the building by standing and fixing on the upper surface of the foundation via the column base metal, The construction period can be shortened.

以下、図面を参照して本発明の実施の形態について説明する。 Embodiments of the present invention will be described below with reference to the drawings.

まず、本実施の形態の制振装置２０について説明する。この制振装置２０は、図１〜図３に示すように、基礎３０上に立設される一対の柱材１０，１０間に設けられるものである。また、これら一対の柱材１０，１０の上部には図示しない梁材が設けられる。したがって、本実施の形態では、制振装置２０は在来の木造軸組工法で構築される建物の躯体に取り付けられるものである。 First, the vibration damping device 20 of the present embodiment will be described. As shown in FIGS. 1 to 3, the vibration damping device 20 is provided between a pair of column members 10 and 10 that are erected on a foundation 30. Further, a beam material (not shown) is provided on the upper part of the pair of column members 10 and 10. Therefore, in this embodiment, the vibration damping device 20 is attached to a building frame constructed by a conventional wooden frame construction method.

前記制振装置２０は、矩形枠状の矩形フレーム２１と、この矩形フレーム２１に対向して設けられた一対の支持部２４，２４と、この一対の支持部２４，２４間に配置され、かつ該一対の支持部２４，２４によって支持された制振機構とを備えている。
矩形フレーム２１は、左右一対の縦フレーム２２，２２と、上下一対の横フレーム２３，２３とを矩形枠状に組み立てて形成されたものであり、縦フレーム２２の端部と横フレーム２３の端部はピン結合されている。したがって、矩形フレーム２１は左右方向に力が作用すると平行四辺形を形成するようにして変形可能となっている。なお、縦フレーム２２、横フレーム２３は鉄やアルミニウム等の金属で形成されている。
また、縦フレーム２２は、矩形フレーム２１の外周面を構成する帯板状の外周板部２２ａと、この外周板部２２ａの内面に直角に形成されて、前記支持部２４が取り付けられる帯板状の内側板部２２ｂとから構成され、断面Ｔ字状に形成されている。
横フレーム２３は、矩形フレーム２１の外周面を構成する帯板状の外周板部２３ａと、この外周板部２３ａの両端部の内面にそれぞれ直角に形成されて、前記縦フレーム２２の内側板部２２ｂの端部にピン結合される内側板部２３ｂ，２３ｂとを備えており、内側板部２３ｂ，２３ｂには後述する制振部材２７を備えた制振ボックス２９が取り付けられるようになっている。
また、前記縦フレーム２２，２２および横フレーム２３，２３の各外周板部２２ａ，２２ａ，２３ａ，２３ａには、図２および図３に示すように、予め工場等で木材１７が固定され、これら木材１７は制振装置２０を囲むようにして枠状に組み立てられている。 The vibration damping device 20 is disposed between a rectangular frame 21 having a rectangular frame shape, a pair of support portions 24, 24 provided to face the rectangular frame 21, and the pair of support portions 24, 24. And a vibration damping mechanism supported by the pair of support portions 24, 24.
The rectangular frame 21 is formed by assembling a pair of left and right vertical frames 22 and 22 and a pair of upper and lower horizontal frames 23 and 23 into a rectangular frame shape. The end of the vertical frame 22 and the end of the horizontal frame 23 are formed. The parts are pin-coupled. Therefore, the rectangular frame 21 can be deformed so as to form a parallelogram when a force acts in the left-right direction. The vertical frame 22 and the horizontal frame 23 are made of metal such as iron or aluminum.
Further, the vertical frame 22 is formed in a belt plate-like outer peripheral plate portion 22a constituting the outer peripheral surface of the rectangular frame 21, and a belt plate shape formed at right angles to the inner surface of the outer peripheral plate portion 22a to which the support portion 24 is attached. The inner plate portion 22b is formed in a T-shaped cross section.
The horizontal frame 23 is formed at right angles to the belt-shaped outer peripheral plate portion 23a constituting the outer peripheral surface of the rectangular frame 21 and the inner surfaces of both end portions of the outer peripheral plate portion 23a. Inner plate portions 23b and 23b that are pin-coupled to end portions of 22b are provided, and a damping box 29 having a damping member 27 described later is attached to the inner plate portions 23b and 23b. .
Further, as shown in FIGS. 2 and 3, the wood 17 is fixed to the outer peripheral plate portions 22a, 22a, 23a, 23a of the vertical frames 22, 22 and the horizontal frames 23, 23 in advance at a factory or the like. The wood 17 is assembled in a frame shape so as to surround the vibration damping device 20.

また、矩形フレーム２１の縦方向の長さは上下枠部材１２，１３間の距離より短く、矩形フレーム２１の横方向の長さは両縦枠部材１４，１４間の距離より短くなっている。さらに、矩形フレーム２１の厚さは、上下枠部材１２，１３と両縦枠部材１４，１４とで構成される矩形枠状の部分の厚さより薄くなっている。
したがって、制振装置２０の矩形フレーム２１は、上下枠部材１２，１３と両縦枠部材１４，１４とで囲まれた空間内に納まる。つまり、上下枠部材１２，１３と両縦枠部材１４，１４とで構成される矩形枠状の部分の内部に組み込むことが可能となっている。 Further, the longitudinal length of the rectangular frame 21 is shorter than the distance between the upper and lower frame members 12 and 13, and the lateral length of the rectangular frame 21 is shorter than the distance between the both vertical frame members 14 and 14. Furthermore, the thickness of the rectangular frame 21 is thinner than the thickness of the rectangular frame-shaped portion formed by the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14.
Therefore, the rectangular frame 21 of the vibration damping device 20 fits in a space surrounded by the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14. That is, it can be incorporated into a rectangular frame-shaped portion formed by the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14.

前記縦フレーム２２，２２の内側板部２２ｂ，２２ｂには、一対の取付部２５，２５が対向離間してボルトによって取り付けられている。取付部２５，２５には、取付面２５ａ，２５ａが形成されており、この取付面２５ａ，２５ａに前記支持部２４，２４がボルトによって取り付けられている。
支持部２４は、２枚の支持板２４ａ，２４ａによって構成されており、支持板２４ａ，２４ａの先端部間には所定の隙間が形成され、基端部は接した状態で重ねられている。そして、この重ねられた部分が前記取付面９ａに当接されたうえでボルトによって一体的に取り付られている。また、２枚の支持板２４ａ，２４ａ間には、前記制振機構を構成する振り子部材２６の中央部が挿入されて支持されている。 A pair of attachment portions 25 and 25 are attached to the inner plate portions 22b and 22b of the vertical frames 22 and 22 by bolts so as to face each other. Attachment portions 25a and 25a are formed on the attachment portions 25 and 25, and the support portions 24 and 24 are attached to the attachment surfaces 25a and 25a by bolts.
The support portion 24 includes two support plates 24a and 24a. A predetermined gap is formed between the distal end portions of the support plates 24a and 24a, and the base end portions are overlapped with each other. The overlapped portion is in contact with the mounting surface 9a, and is attached integrally with a bolt. Further, between the two support plates 24a, 24a, the central portion of the pendulum member 26 constituting the vibration damping mechanism is inserted and supported.

前記制振機構は、前記一対の支持部２４，２４によって支持されて、該一対の支持部２４，２４が変位した場合に、該一対の支持部２４，２４間の略中央部を中心として振れるように構成された振り子部材２６と、この振り子部材２６の端部と前記矩形フレーム２１との間に設けられた制振部材２７とを備えている。 The vibration damping mechanism is supported by the pair of support portions 24, 24, and when the pair of support portions 24, 24 are displaced, the vibration control mechanism swings about a substantially central portion between the pair of support portions 24, 24. The pendulum member 26 configured as described above, and the vibration damping member 27 provided between the end of the pendulum member 26 and the rectangular frame 21 are provided.

振り子部材２６は板状でかつ、縦長の八角形状に形成されており、長手方向を上下に向けて配置されている。振り子部材２６の中央部の左半分は、一方の支持部２４の支持板２４ａ，２４ａ間に挟まれており、右半分は他方の支持部２４の支持板２４ａ，２４ａ間に挟まれている。なお、振り子部材２６は鉄やアルミニウム等の金属によって形成されている。
前記一対の支持部２４，２４の先端部によって振り子部材２６の長手方向中央部が支持されており、この振り子部材２６は、地震等の振動によって矩形フレーム２１が変形して一対の支持部２４，２４が変位した場合に、該一対の支持部２４，２４間の略中央部を中心として振れるように構成されている。 The pendulum member 26 has a plate-like shape and is formed in a vertically long octagonal shape, and is arranged with its longitudinal direction facing up and down. The left half of the central portion of the pendulum member 26 is sandwiched between the support plates 24 a and 24 a of the one support portion 24, and the right half is sandwiched between the support plates 24 a and 24 a of the other support portion 24. The pendulum member 26 is made of a metal such as iron or aluminum.
A center portion in the longitudinal direction of the pendulum member 26 is supported by the tip portions of the pair of support portions 24, 24. The pendulum member 26 has a rectangular frame 21 deformed by vibration such as an earthquake, and the pair of support portions 24, When 24 is displaced, it is configured to swing around a substantially central portion between the pair of support portions 24, 24.

すなわち、一方の支持部２４の支持板２４ａ，２４ａの先端中央部には孔が対向して形成されており、他方の支持部２４の支持板２４ａ，２４ａの先端中央部にも孔が対向して形成されている。一方、振り子部材２６の中央部には、左右に離間して孔が形成されており、これら孔のうち左側の孔は左右に長い長孔となっている。 That is, a hole is formed in the center of the tip of each of the support plates 24a, 24a of one support part 24, and the hole is also opposed to the center of the tip of each of the support plates 24a, 24a of the other support part 24. Is formed. On the other hand, a hole is formed in the central portion of the pendulum member 26 so as to be separated from the left and right, and among these holes, the left hole is a long hole that is long to the left and right.

そして、一方の支持部２４の支持板２４ａ，２４ａに形成された孔と、振り子部材２６の中央部に形成された一方の長孔とには、軸２８が振り子部材２６を回転可能とするように、かつ、長孔の長さ方向に摺動可能となるように挿通されている。この軸２８は例えば先端部にねじ部を有するボルト２８で形成されており、このボルト２８は前記孔に挿通され、これら孔に挿通されたボルト２８にはナットが螺合されている。
また、他方の支持部２４の支持板２４ａ，２４ａに形成された孔と、振り子部材２６の中央部に形成された他方の孔とには、軸２８が振り子部材２６を回転可能とするように挿通されている。この軸２８も先端部にねじ部を有するボルト２８で形成されており、このボルト２８は前記孔に挿通され、これら孔に挿通されたボルト２８にはナットが螺合されている。
これによって、振り子部材２６は、一対の支持部２４，２４によって軸２８，２８を介して支持されており、この振り子部材２６は、地震等の振動によって一対の支持部２４，２４が変位した場合に、該一対の支持部２４，２４間の略中央部、言い換えれば、軸２８，２８間の中央部を中心として振れるように構成されている。 The shaft 28 can rotate the pendulum member 26 between the holes formed in the support plates 24 a and 24 a of the one support portion 24 and the one long hole formed in the center portion of the pendulum member 26. In addition, it is inserted so as to be slidable in the length direction of the long hole. The shaft 28 is formed of, for example, a bolt 28 having a threaded portion at the tip, and the bolt 28 is inserted into the hole, and a nut is screwed into the bolt 28 inserted into the hole.
In addition, the shaft 28 can rotate the pendulum member 26 in the hole formed in the support plates 24 a and 24 a of the other support part 24 and the other hole formed in the center part of the pendulum member 26. It is inserted. The shaft 28 is also formed by a bolt 28 having a threaded portion at the tip, and the bolt 28 is inserted through the hole, and a nut is screwed into the bolt 28 inserted through the hole.
As a result, the pendulum member 26 is supported by the pair of support portions 24 and 24 via the shafts 28 and 28, and the pendulum member 26 is displaced when the pair of support portions 24 and 24 are displaced by vibration such as an earthquake. In addition, it is configured to swing around a substantially central portion between the pair of support portions 24, in other words, a central portion between the shafts 28, 28.

前記制振ボックス２９は、上下面が開口した箱状のボックス２９ａと、このボックス２９ａ内に取り付けられた一対の制振部材２７，２７と、これら制振部材２７，２７間に挿入されかつ該一対の制振部材２７，２７に固着されたプレート２７ａとを備えている。また、この制振部材２７としては、例えば高減衰ゴムによって形成された粘弾性体２７を使用している。
ボックス２９ａの対向する内面にはそれぞれ粘弾性体２１，２１が接着剤等によって固着されている。これら粘弾性体２１，２１間には、プレート２７ａが挿入されており、該プレート２７ａの表面は前記粘弾性体２１，２１に固着されている。プレート２７ａの一端部は、ボックス２９ａより突出しており、この突出している一端部は、振り子部材２６の端部にボルトによって連結されている。したがって、制振部材２７は、プレート２７ａを介して振り子部材２６の端部に着脱可能に取り付けられている。
また、前記ボックス２９ａの端面には、取付プレート２９ｂ，２０ａが突出形成されている。そして、制振ボックス２９は、ボックス２９ａを横フレーム２３の外周板部２３ａに設置したうえで、ボックス２９ａの取付プレート２９ｂ，２０ａを内側板部２３ｂ，２３ｂにボルトによって連結することによって横フレーム２３の略中央部に取り付けられている。したがって、制振部材２７はボックス２９ａを介して矩形フレーム２１の横フレーム２３に着脱可能に取り付けられている。
なお、制振ボックス２９のボックス２９ａ、プレート２７ａ等は鉄やアルミニウム等の金属で形成されている。 The vibration damping box 29 is inserted between the vibration damping members 27 and 27, a box-shaped box 29a having an open top and bottom surface, a pair of vibration damping members 27 and 27 attached in the box 29a, and And a plate 27a fixed to the pair of damping members 27, 27. Moreover, as this damping member 27, the viscoelastic body 27 formed, for example with the high damping rubber is used.
Viscoelastic bodies 21 and 21 are fixed to the opposing inner surfaces of the box 29a by an adhesive or the like, respectively. A plate 27 a is inserted between the viscoelastic bodies 21 and 21, and the surface of the plate 27 a is fixed to the viscoelastic bodies 21 and 21. One end of the plate 27a protrudes from the box 29a, and this protruding one end is connected to the end of the pendulum member 26 by a bolt. Therefore, the damping member 27 is detachably attached to the end of the pendulum member 26 via the plate 27a.
Further, mounting plates 29b and 20a are projected from the end face of the box 29a. The vibration damping box 29 has the box 29a installed on the outer peripheral plate portion 23a of the horizontal frame 23, and the mounting plates 29b and 20a of the box 29a are connected to the inner plate portions 23b and 23b by bolts. It is attached to the approximate center. Therefore, the damping member 27 is detachably attached to the horizontal frame 23 of the rectangular frame 21 via the box 29a.
The box 29a, the plate 27a, etc. of the vibration damping box 29 are made of metal such as iron or aluminum.

そして、図１および図２に示すように、前記一対の柱材１０，１０に、これら柱材１０，１０の上端部間に架設される上枠部材１２と、柱材１０，１０の下端部間に架設される下枠部材１３と、これら上下枠部材１２，１３の両端部間に立設される縦枠部材１４，１４とが矩形枠状に組み立てられて設けられ、これら上下枠部材１２，１３と、両縦枠部材１４，１４とで囲まれた部位に、前記制振装置２０が組み込まれている。すなわち、このように前記上下枠部材１２，１３と、両縦枠部材１４，１４とで囲まれた部位に制振装置２０を組み込むことによって、前記制振装置２０と一対の柱材１０，１０とが一体化されている。
したがって、予め工場等で前記制振装置２０と一対の柱材１０，１０とを一体化するように製造しておけば、現場で一対の柱材１０，１０間に、前記上下枠部材１２，１３や両縦枠部材１４，１４、制振装置２０を組み込む必要がなくなるので、現場での施工手間を省略することができる。そして、このように制振装置２０が設けられた一対の柱材１０，１０を、柱脚金物４０，４０を介して基礎３０の上面に立設固定することによって、建物に制振装置２０を容易に導入することができるので、工期の短縮を図ることが可能となっている。
また、前記上枠部材１２および両縦枠部材１４，１４は、前記一対の柱材１０，１０を補強する補強材としての効果も発揮することができる。 As shown in FIGS. 1 and 2, the pair of pillar members 10, 10 are provided with an upper frame member 12 installed between upper ends of the pillar members 10, 10, and lower ends of the pillar members 10, 10. A lower frame member 13 installed between the upper frame members 12 and 13 and vertical frame members 14 and 14 provided between both ends of the upper and lower frame members 12 and 13 are assembled in a rectangular frame shape. , 13 and the vertical frame members 14, 14, the vibration damping device 20 is incorporated. That is, by incorporating the vibration damping device 20 in the region surrounded by the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14, the vibration damping device 20 and the pair of column members 10 and 10 are combined. And are integrated.
Therefore, if the vibration damping device 20 and the pair of column members 10 and 10 are manufactured in advance in a factory or the like, the upper and lower frame members 12 and 10 are placed between the pair of column members 10 and 10 at the site. 13, both vertical frame members 14, 14, and the vibration damping device 20 are not required to be incorporated, so that construction work on site can be omitted. The pair of pillar members 10 and 10 provided with the vibration damping device 20 in this way are erected and fixed to the upper surface of the foundation 30 via the column base metal members 40 and 40, so that the vibration damping device 20 is attached to the building. Since it can be easily introduced, the construction period can be shortened.
In addition, the upper frame member 12 and the vertical frame members 14 and 14 can also exhibit an effect as a reinforcing material that reinforces the pair of column members 10 and 10.

なお、前記横フレーム２３，２３の外周板部２３ａ，２３ａに固定された木材１７と、前記上下枠部材１２，１３との間には、制振装置２０を所定部位に保持して固定するための固定木材１８が立設されている。 In addition, in order to hold and fix the vibration damping device 20 at a predetermined portion between the wood 17 fixed to the outer peripheral plate portions 23a, 23a of the horizontal frames 23, 23 and the upper and lower frame members 12, 13. The fixed wood 18 is erected.

また、前記一対の柱材１０，１０の上面１０ｃ，１０ｃは、前記上枠部材１２の上面１２ｃと面一になっており、これら一対の柱材１０，１０および上枠部材１２の上面１２ｃに梁材を安定的に設置できるとともに、この梁材の変位を、前記一対の柱材１０，１０および上枠部材１２を介して前記矩形フレーム２１に確実に伝達することができる。
なお、梁材を設置する際は、この梁材に、前記一対の柱材１０，１０の上部に設けられたダボ材１９を差し込むための孔部（図示せず）を設けておき、この孔部にダボ材１９を挿入するようにして梁材を設置する。 Further, the upper surfaces 10c, 10c of the pair of column members 10, 10 are flush with the upper surface 12c of the upper frame member 12, and the upper surfaces 12c of the pair of column members 10, 10 and the upper frame member 12 are The beam member can be stably installed, and the displacement of the beam member can be reliably transmitted to the rectangular frame 21 via the pair of column members 10 and 10 and the upper frame member 12.
When installing the beam member, a hole (not shown) for inserting the dowel member 19 provided on the upper part of the pair of column members 10 and 10 is provided in the beam member. The beam material is installed so that the dowel material 19 is inserted into the part.

以上のような構成の制振装置２０であれば、図３に示すように、地震等の振動によって建物躯体に変形が生じると、前記一対の柱材１０，１０から矩形フレーム２１を介して、一対の支持部２４，２４が変位する。一対の支持部２４，２４が変位することによって、振り子部材２６が一対の支持部２４，２４間の略中央部を中心として振り子のように振れ、この振り子部材２６の端部は振れが増幅され、これによって、前記一対の支持部２４，２４の変位が増幅される。
したがって、振り子部材２６の端部と矩形フレーム２１との間に設けられている制振部材２７の変形を増幅できるので、建物躯体の小さな変形から制振機能を有効に働かせることができるようになっている。 In the case of the vibration damping device 20 configured as described above, as shown in FIG. 3, when deformation occurs in the building frame due to vibration such as an earthquake, the pair of column members 10 and 10 are connected via the rectangular frame 21. A pair of support parts 24 and 24 are displaced. By the displacement of the pair of support portions 24, 24, the pendulum member 26 swings like a pendulum about the substantially central portion between the pair of support portions 24, 24, and the end portion of the pendulum member 26 is amplified. As a result, the displacement of the pair of support portions 24, 24 is amplified.
Therefore, since the deformation of the vibration damping member 27 provided between the end of the pendulum member 26 and the rectangular frame 21 can be amplified, the vibration damping function can be effectively used from a small deformation of the building frame. ing.

一方、以上のように制振装置２０が組み込まれた一対の柱材１０，１０間には面材１５が貼設される。すなわち、図４（ａ），（ｂ）に示すように、前記一対の柱材１０，１０は、平面視において一方の面１０ａ，１０ａが前記上下枠部材１２，１３および両縦枠部材１４，１４の一方の面１２ａ，１３ａ，１４ａ，１４ａと面一になっているとともに、他方の面１０ｂ，１０ｂが前記上下枠部材１２，１３および両縦枠部材１４，１４の他方の面１２ｂ，１３ｂ，１４ｂ，１４ｂよりも若干突出した位置にあり、この一対の柱材１０，１０の突出部分間に、前記上下枠部材１２，１３および両縦枠部材１４，１４の他方の面１２ｂ，１３ｂ，１４ｂ，１４ｂに貼り付けられる面材１５のための貼設スペース１６が形成されている。
このように貼設スペース１６に面材１５を設けることで、この面材１５の表面と、前記一対の柱材１０，１０の他方の面１０ｂ，１０ｂとが面一になるので、前記一対の柱材１０，１０の両面側１０ａ，１０ａ，１０ｂ，１０ｂに、例えば石膏ボードやサイディング材等の板材を確実に貼り付けることができる。なお、本実施の形態においては、前記貼設スペース１６に貼り付けられる面材１５は構造用合板が用いられている。 On the other hand, the face material 15 is affixed between the pair of column members 10 and 10 in which the vibration damping device 20 is incorporated as described above. That is, as shown in FIGS. 4 (a) and 4 (b), the pair of pillar members 10 and 10 have one surface 10a and 10a in the plan view, the upper and lower frame members 12 and 13 and both the vertical frame members 14 and 14 is flush with one surface 12a, 13a, 14a, 14a, and the other surface 10b, 10b is the other surface 12b, 13b of the upper and lower frame members 12, 13 and the vertical frame members 14, 14. , 14b, 14b, and between the projecting portions of the pair of column members 10, 10, the other surfaces 12b, 13b of the upper and lower frame members 12, 13 and the vertical frame members 14, 14 are provided. An affixing space 16 for the face material 15 to be affixed to 14b and 14b is formed.
By providing the face material 15 in the affixing space 16 in this manner, the surface of the face material 15 and the other surfaces 10b, 10b of the pair of columnar materials 10, 10 are flush with each other. For example, a plate material such as a gypsum board or a siding material can be securely attached to the both side surfaces 10a, 10a, 10b, and 10b of the column members 10 and 10. In the present embodiment, a structural plywood is used as the face material 15 to be affixed to the affixing space 16.

また、前記面材１５は、図５および図６に示すように、前記両縦枠部材１４，１４に、前記矩形フレーム２１を剛接合するための接合板材１５ａと、これら接合板材１５ａが設けられていない部位を覆うための複数の被覆板材１５ｂ，１５ｃとを備えている。
前記接合板材１５ａは、図４および図５に示すように、前記両縦枠部材１４，１４と、前記矩形フレーム２１に固定された木材１７とに跨り、さらに上下に長尺に形成されている。
前記複数の被覆板材１５ｂ，１５ｃは、図５に示すように、前記接合板材１５ａ，１５ａどうし間において前記制振装置２０を覆い隠すようにして設けられる大判な第１被覆板材１５ｂと、図６に示すように、前記両接合板材１５ａおよび第１被覆板材１５ｂの上下に設けられる第２被覆板材１５ｃ，１５ｃとを備えている。この第２被覆板材１５ｃ，１５ｃは、上側が前記上枠部材１２の上面１２ｃに達する高さまで、下側が前記下枠部材１３の下面に達する高さまで設けられている。 Further, as shown in FIGS. 5 and 6, the face material 15 is provided with a joining plate material 15a for rigidly joining the rectangular frame 21 to the vertical frame members 14 and 14, and these joining plate materials 15a. A plurality of covering plate members 15b and 15c are provided for covering the portions that are not.
As shown in FIG. 4 and FIG. 5, the joining plate material 15 a extends over both the vertical frame members 14, 14 and the wood 17 fixed to the rectangular frame 21, and is formed in a vertically long shape. .
As shown in FIG. 5, the plurality of covering plate members 15b and 15c are a large first covering plate member 15b provided so as to cover the vibration damping device 20 between the bonding plate members 15a and 15a, and FIG. As shown in FIG. 2, the second cover plate members 15c and 15c are provided above and below the joint plate member 15a and the first cover plate member 15b. The second covering plate members 15 c and 15 c are provided so that the upper side reaches a height reaching the upper surface 12 c of the upper frame member 12 and the lower side reaches a height reaching the lower surface of the lower frame member 13.

そして、このように前記接合板材１５ａで前記両縦枠部材１４，１４と矩形フレーム２１とを剛接合することによって、前記一対の柱材１０，１０の変位を、両縦枠部材１４，１４を介して矩形フレーム２１に確実に伝達することができるので、建物躯体の小さな変形から制振機能をより有効に働かせることができる。 Then, by rigidly joining the vertical frame members 14 and 14 and the rectangular frame 21 with the joining plate material 15a in this way, the displacement of the pair of column members 10 and 10 is reduced. Therefore, the vibration control function can be made to work more effectively from the small deformation of the building frame.

また、前記接合板材１５ａによって前記両縦枠部材１４，１４と矩形フレーム２１とを剛接合すると、接合板材１５ａが配置されていない部位が、配置されている部位に比して相対的に強度が弱くなるが、接合板材１５ａが配置されていない部位に前記複数の被覆板材１５ｂ，１５ｃが配置され、これら被覆板材が前記上下枠部材１２，１３や、両縦枠部材１４，１４の一部、矩形フレーム２１の一部に固定されるので、接合板材１５ａが配置されていない部位の強度を、これら複数の被覆板材１５ｂ，１５ｃによって補強することができ、よって、制振装置２０をバランスよく働かせることができる。 Further, when the vertical frame members 14 and 14 and the rectangular frame 21 are rigidly bonded by the bonding plate material 15a, the portion where the bonding plate material 15a is not disposed has a relatively higher strength than the portion where the bonding plate material 15a is disposed. Although it becomes weak, the plurality of covering plate members 15b and 15c are arranged in a portion where the bonding plate member 15a is not arranged, and these covering plate members are the upper and lower frame members 12 and 13, and a part of both the vertical frame members 14 and 14, Since it is fixed to a part of the rectangular frame 21, the strength of the portion where the joining plate material 15a is not disposed can be reinforced by the plurality of covering plate materials 15b and 15c, and thus the vibration damping device 20 works in a balanced manner. be able to.

次に、本実施の形態の柱脚金物４０について説明する。この柱脚金物４０は、図７に示すように、基礎３０から突出するアンカーボルト３０ａを挿通するための挿通孔４１ａが形成されたベースプレート４１部と、前記一対の柱材１０，１０の柱脚１１，１１の下面に当接してこれを支持する支持プレート４２部と、この支持プレート４２と前記ベースプレート４１との間に設けられ、ベースプレート４１上に支持プレート４２を支持する支持脚４３と、前記支持プレート４２の上面に設けられ、前記一対の柱材１０，１０の柱脚１１，１１に形成されるスリット１１aに差し込まれる差込部４４とを備えている。 Next, the column base metal 40 of this Embodiment is demonstrated. As shown in FIG. 7, the column base metal 40 includes a base plate 41 part in which an insertion hole 41 a for inserting an anchor bolt 30 a protruding from the foundation 30 is formed, and the column bases of the pair of column members 10 and 10. A support plate 42 that abuts on and supports the lower surfaces of 11 and 11; a support leg 43 that is provided between the support plate 42 and the base plate 41 and supports the support plate 42 on the base plate 41; An insertion portion 44 is provided on the upper surface of the support plate 42 and is inserted into a slit 11 a formed in the column bases 11, 11 of the pair of column members 10, 10.

前記差込部４４は平面視十字状に形成されており、この差込部４４の形状に合わせて前記柱脚１１，１１のスリット１１aも断面十字状に形成されている。そして、このスリット１１aに、前記差込部４４が差し込まれることで前記一対の柱材１０，１０と前記一対の柱脚金物４０，４０とが接続される。
なお、図示はしないが、前記柱材１０，１０の柱脚１１，１１および差込部４４にピン挿通孔を形成し、このピン挿通孔にドリフトピンを差し込んで、これにより柱材１０，１０と柱脚金物４０，４０とを強固に接続することが好ましい。 The insertion portion 44 is formed in a cross shape in plan view, and the slits 11a of the column bases 11 and 11 are also formed in a cross-section in accordance with the shape of the insertion portion 44. The pair of column members 10 and 10 and the pair of column base metal members 40 and 40 are connected by inserting the insertion portion 44 into the slit 11a.
Although not shown, a pin insertion hole is formed in the column bases 11 and 11 and the insertion portion 44 of the column members 10 and 10, and a drift pin is inserted into the pin insertion hole, whereby the column members 10 and 10 are formed. It is preferable to firmly connect the column base metal members 40 and 40 to each other.

一方、この柱脚金物４０，４０は、基礎３０の上面に、前記一対の柱材１０，１０間と同一の間隔をあけて固定される。また、一対の柱脚金物４０，４０間には、床板３１を前記下枠部材１３の下面に当接する高さに支持するための支持部４５が設けられる。
この支持部４５として、図８に示すように、前記基礎３０の上面に固定され、かつ前記一対の柱脚金物４０，４０間に設けられる土台部材４５ａと、図９に示すように、前記一対の柱脚金物４０，４０と一体的に形成され、かつ、これら一対の柱脚金物４０，４０を、所定の間隔をあけて接続する接続金物４５ｂ，４５ｃとが挙げられる。 On the other hand, the column bases 40, 40 are fixed to the upper surface of the foundation 30 with the same interval as that between the pair of column members 10, 10. Further, a support portion 45 for supporting the floor plate 31 at a height at which the floor plate 31 comes into contact with the lower surface of the lower frame member 13 is provided between the pair of column base metal members 40, 40.
As shown in FIG. 8, the support portion 45 is fixed to the upper surface of the foundation 30 and is provided between the pair of column bases 40, 40, and as shown in FIG. There are connecting metal fittings 45b and 45c that are integrally formed with the column base metal fittings 40 and 40 and connect the pair of column base metal fittings 40 and 40 at a predetermined interval.

前記土台部材４５ａは、図８に示すように、前記一対の柱材１０，１０間の距離と同一の長さ寸法を有しており、両端面に前記一対の柱脚金物４０，４０が当接されている。そして、このように所定の間隔をあけて設けられた一対の柱脚金物４０，４０の位置に合わせて前記一対の柱材１０，１０を立設するだけで、前記一対の柱材１０，１０間に組み込まれる制振装置２０を、基礎３０の上方の所定位置に精度良く設置することができるようになっている。つまり、この土台部材４５ａの長さ寸法と、前記下枠部材１３の長さ寸法とが略同一となるように形成されている。
また、基礎３０の上面には、前記一対の柱脚金物４０，４０間に固定される前記土台部材４５ａとは異なる土台部材４５ａが設けられ、これら土台部材４５ａの上面に床板３１が設けられて建物の床面が構成される。 As shown in FIG. 8, the base member 45a has the same length as the distance between the pair of column members 10 and 10, and the pair of column base metal members 40 and 40 are applied to both end surfaces. It is touched. The pair of column members 10 and 10 can be simply erected in accordance with the positions of the pair of column bases 40 and 40 provided at predetermined intervals in this manner. The vibration damping device 20 incorporated in between can be accurately installed at a predetermined position above the foundation 30. That is, the length dimension of the base member 45a and the length dimension of the lower frame member 13 are formed to be substantially the same.
Further, a base member 45a different from the base member 45a fixed between the pair of column base metal members 40, 40 is provided on the upper surface of the foundation 30, and a floor plate 31 is provided on the upper surface of the base member 45a. The floor of the building is constructed.

前記接続金物４５ｂは、図９（ａ）に示すように、前記一対の柱材１０，１０間の距離と同一の長さ寸法を有しており、両端部に前記一対の柱脚金物４０，４０が当接され、溶接等の手段によって固定されている。また、床板３１を前記下枠部材１３の下面に当接する高さに支持できるように高さ調節を行うために、接続金物４５ｂの上板部４６に、図示しないスペーサ板材等を敷き込むことができる。このように高さ調節できるようになっていれば、床の高さが異なる建物のいずれにも対応できるので好ましい。また、図９（ｂ）に示すように、予め前記接続金物４５ｃのように上板部４７を、床板３１を前記下枠部材１３の下面に当接する高さに支持できるような厚さとなるように形成しても良い。 As shown in FIG. 9A, the connection hardware 45b has the same length as the distance between the pair of column members 10, 10, and the pair of column base metal 40, 40 is abutted and fixed by means such as welding. Further, in order to adjust the height so that the floor plate 31 can be supported at a height contacting the lower surface of the lower frame member 13, a spacer plate material (not shown) or the like may be laid on the upper plate portion 46 of the connection hardware 45 b. it can. If the height can be adjusted in this way, it is preferable because it can correspond to any building having a different floor height. Further, as shown in FIG. 9B, the upper plate portion 47 has a thickness that can support the floor plate 31 at a height that abuts the floor plate 31 against the lower surface of the lower frame member 13 in advance as the connection metal 45c. You may form in.

そして、このように所定の間隔をあけて設けられた一対の柱脚金物４０，４０の位置に合わせて前記一対の柱材１０，１０を立設するだけで、前記一対の柱材１０，１０間に組み込まれる制振装置２０を、基礎３０の上方の所定位置に精度良く設置することができるようになっている。つまり、この接続金物４５ｂ（４５ｃ）の長さ寸法と、前記下枠部材１３の長さ寸法とが略同一となるように形成されている。
また、このように前記接続金物４５ｂ（４５ｃ）と一対の柱脚金物４０，４０とが一体的に形成されていることで、前記一対の柱脚金物４０，４０間に所定の間隔をあける作業を行う必要がなくなるので、現場での施工手間を省略することができ、工期の短縮を図ることができる。 The pair of column members 10 and 10 can be simply erected in accordance with the positions of the pair of column bases 40 and 40 provided at predetermined intervals in this manner. The vibration damping device 20 incorporated in between can be accurately installed at a predetermined position above the foundation 30. That is, the length dimension of the connection hardware 45b (45c) and the length dimension of the lower frame member 13 are formed to be substantially the same.
In addition, the connection bracket 45b (45c) and the pair of column base brackets 40, 40 are integrally formed in this manner, so that a predetermined interval is provided between the pair of column base brackets 40, 40. Since there is no need to perform the operation, it is possible to omit the construction work on site and to shorten the construction period.

さらに、前記土台部材４５ａおよび接続金物４５ｂ，４５ｃのような支持部４５を、前記一対の柱脚金物４０，４０間に設けることで、図１０および図１１に示すように、支持部４５で床板３１を支持した際に、前記下枠部材１３だけでなく、この下枠部材１３とともに組み立てられる上枠部材１２や両縦枠部材１４，１４、またこれら上下枠部材１２，１３および両縦枠部材１４，１４に固定される一対の柱材１０，１０、制振装置２０を床板３１上に安定的に支持することができる。
また、床板３１に生じた振動を、前記下枠部材１３を介して制振装置２０に確実に伝達することができるので、この制振装置２０の制振機能を有効に働かせることができる。 Further, by providing a support portion 45 such as the base member 45a and the connecting hardware 45b, 45c between the pair of column base hardware 40, 40, as shown in FIGS. When supporting 31, not only the lower frame member 13 but also the upper frame member 12 and both vertical frame members 14, 14 assembled together with the lower frame member 13, and the upper and lower frame members 12, 13 and both vertical frame members The pair of pillar members 10 and 10 and the vibration damping device 20 fixed to the fourteen and fourteen can be stably supported on the floor plate 31.
In addition, since vibration generated in the floor plate 31 can be reliably transmitted to the vibration damping device 20 via the lower frame member 13, the vibration damping function of the vibration damping device 20 can be effectively used.

次に、制振装置２０の一対の柱材１０，１０への組み込み、および制振装置２０が組み込まれた一対の柱材１０，１０の設置方法について説明する。
まず、図１および図２に示すように、予め工場等で、一対の柱材１０，１０間に制振装置２０を組み込んで一体化しておく。この時、これら一対の柱材１０，１０間に、前記上下枠部材１２，１３と、両縦枠部材１４，１４とを矩形枠状に組み立てて設けてから、これら上下枠部材１２，１３と、両縦枠部材１４，１４とで囲まれた部位に前記制振装置２０を組み込むようにする。
これによって、この制振装置２０を上下枠部材１２，１３と両縦枠部材１４，１４とで囲まれた部位に保持することができるので、前記一対の柱材１０，１０を、一対の柱脚金物４０，４０の位置に合わせるようにして立設するだけで、前記一対の柱材１０，１０間に組み込まれる制振装置２０を、基礎３０の上方の所定位置に精度良く設置できる。
また、前記上下枠部材１２，１３と両縦枠部材１４，１４とを矩形枠状に組み立てて前記一対の柱材１０，１０間に設けるので、この一対の柱材１０，１０どうしを所定の間隔をあけて連結することができるようになっている。 Next, the incorporation of the vibration damping device 20 into the pair of column members 10 and 10 and the installation method of the pair of column members 10 and 10 into which the vibration damping device 20 is incorporated will be described.
First, as shown in FIGS. 1 and 2, a vibration damping device 20 is assembled and integrated between a pair of pillar members 10 and 10 in advance in a factory or the like. At this time, the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14 are assembled and provided in a rectangular frame shape between the pair of column members 10 and 10. The vibration damping device 20 is incorporated in a portion surrounded by the vertical frame members 14 and 14.
As a result, the vibration damping device 20 can be held in a portion surrounded by the upper and lower frame members 12 and 13 and the both vertical frame members 14 and 14, so that the pair of column members 10 and 10 are connected to a pair of columns. The vibration damping device 20 incorporated between the pair of pillar members 10 and 10 can be accurately installed at a predetermined position above the foundation 30 only by being erected so as to be aligned with the positions of the legs 40 and 40.
Further, since the upper and lower frame members 12 and 13 and the vertical frame members 14 and 14 are assembled in a rectangular frame shape and provided between the pair of column members 10 and 10, the pair of column members 10 and 10 are arranged in a predetermined manner. It can be connected at intervals.

次いで、前記一対の柱材１０，１０の突出部分間に形成された貼設スペース１６に、前記接合板材１５ａと複数の被覆板材１５ｂ，１５ｃとを貼り付ける。なお、これら複数の被覆板材１５ｂ，１５ｃのうち、前記第２被覆板材１５ｃ，１５ｃは、制振装置２０が設けられた一対の柱材１０，１０が、前記一対の柱脚金物４０，４０を介して基礎３０上に立設された後に貼り付けるようにする。 Next, the joining plate member 15a and the plurality of covering plate members 15b and 15c are attached to the attaching space 16 formed between the protruding portions of the pair of pillar members 10 and 10. Of the plurality of covering plate members 15b and 15c, the second covering plate members 15c and 15c include the pair of column members 10 and 10 provided with the vibration damping device 20 and the pair of column base metal members 40 and 40. After being erected on the foundation 30 through, it is pasted.

続いて、図８および図９に示すように、基礎３０の上面に、前記一対の柱材１０，１０を支持するための一対の柱脚金物４０，４０を、一対の柱材１０，１０間と同一の間隔をあけて固定しておく。この時、これら一対の柱脚金物４０，４０間に、前記支持部４５を設けるようにする。
そして、基礎３０の上面に、前記一対の柱脚金物４０，４０および支持部４５を設けた後は、図１０に示すように、複数の床板３１，３１…を敷設して建物の床面を形成する。なお、予め前記床板３１に、前記柱脚金物４０，４０の差込部４４のための切欠部３１ａを設けておくようにする。 Subsequently, as shown in FIGS. 8 and 9, a pair of column bases 40, 40 for supporting the pair of column members 10, 10 are arranged on the upper surface of the foundation 30 between the pair of column members 10, 10. And fix them at the same interval. At this time, the support portion 45 is provided between the pair of column base metal members 40, 40.
Then, after providing the pair of column base metal members 40, 40 and the support portion 45 on the upper surface of the foundation 30, as shown in FIG. 10, a plurality of floor plates 31, 31,. Form. In addition, the floor plate 31 is provided with a notch 31a for the insertion portion 44 of the column base hardware 40, 40 in advance.

その後、図１１に示すように、前記制振装置２０が設けられた一対の柱材１０，１０を、前記一対の柱脚金物４０，４０で支持するようにして基礎３０上に立設する。これによって、前記一対の柱材１０，１０間に組み込まれる制振装置２０を、基礎３０の上方の所定位置に精度良く設置できるだけでなく、現場での施工手間を省略することができ、しかも、建物に制振装置２０を容易に導入することができるので、格段に工期の短縮を図ることが可能となる。 Thereafter, as shown in FIG. 11, the pair of column members 10, 10 provided with the vibration damping device 20 are erected on the foundation 30 so as to be supported by the pair of column base metal members 40, 40. As a result, the vibration damping device 20 incorporated between the pair of pillar members 10 and 10 can be accurately installed at a predetermined position above the foundation 30, and construction work on site can be omitted. Since the vibration damping device 20 can be easily introduced into the building, the construction period can be significantly shortened.

そして、前記第２被覆板材１５ｃ，１５ｃを、前記両接合板材１５ａおよび第１被覆板材１５ｂの上下に貼り付ける。その後は、前記制振装置２０が設けられた一対の柱材１０，１０の両面側１０ａ，１０ａ，１０ｂ，１０ｂに、例えば石膏ボード等の板材を貼り付けたり、前記一対の柱材１０，１０および上枠部材１２の上面１０ｃ，１０ｃ，１２ｃに梁材を設けたりして、建物の構築作業を順次進めていく。 Then, the second covering plate members 15c and 15c are attached to the upper and lower sides of both the joining plate members 15a and the first covering plate member 15b. Thereafter, a plate material such as a gypsum board is attached to the both side surfaces 10a, 10a, 10b, 10b of the pair of pillar members 10, 10 provided with the vibration damping device 20, or the pair of pillar members 10, 10 The building construction work is sequentially advanced by providing beam members on the upper surfaces 10c, 10c, and 12c of the upper frame member 12.

制振装置が組み込まれる前の一対の柱材を示す斜視図である。It is a perspective view which shows a pair of pillar material before a damping device is integrated. 制振装置が組み込まれた後の一対の柱材を示す斜視図である。It is a perspective view which shows a pair of pillar material after a damping device is integrated. 制振装置の作動状態を示す正面図である。It is a front view which shows the operating state of a damping device. 貼設スペースを示す断面図であり、（ａ）は面材が貼設されていない状態であり、（ｂ）は面材が貼設された状態である。It is sectional drawing which shows the affixing space, (a) is the state in which the face material is not affixed, (b) is the state in which the face material was affixed. 接合板材および第１被覆板材が貼設された状態を示す斜視図である。It is a perspective view which shows the state by which the joining board | plate material and the 1st coating board | plate material were stuck. 第２被覆板材が貼設された状態を示す斜視図である。It is a perspective view showing the state where the 2nd covering board material was stuck. 柱脚金物を示す斜視図である。It is a perspective view which shows a column base metal object. 一対の柱脚金物および土台部材の設置状態を示す斜視図である。It is a perspective view which shows the installation state of a pair of column base metal and a base member. 接続金物が一体的に形成された一対の柱脚金物を示す斜視図であり、（ａ）はその一例であり、（ｂ）は（ａ）のものと異なる例である。It is a perspective view which shows a pair of column base metal with which the connection hardware was formed integrally, (a) is the example, (b) is an example different from the thing of (a). 制振装置が設けられた一対の柱材の立設方法を示す斜視図である。It is a perspective view which shows the standing method of a pair of pillar material provided with the damping device. 制振装置が設けられた一対の柱材の設置状態を示す斜視図である。It is a perspective view which shows the installation state of a pair of pillar material provided with the damping device.

Explanation of symbols

１０柱材
１２上枠部材
１３下枠部材
１４縦枠部材
２０制振装置
３０基礎
４０柱脚金物 DESCRIPTION OF SYMBOLS 10 Column material 12 Upper frame member 13 Lower frame member 14 Vertical frame member 20 Damping device 30 Foundation 40 Column base metal

Claims

Between a pair of column members, an upper frame member erected between the upper end portions of these column members, a lower frame member erected between the lower end portions of the column members, and between both end portions of these upper and lower frame members. The vertical frame member is assembled in a rectangular frame shape,
By incorporating the vibration damping device into a portion surrounded by these upper and lower frame members and both vertical frame members, the vibration damping device and the pair of column members are integrated,
A structure for installing a vibration damping device, wherein a pair of column members provided with the vibration damping device are fixed upright on an upper surface of a foundation via a column base.

In the installation structure of the vibration damping device according to claim 1,
The vibration damping device is a rectangular frame-shaped rectangular frame, a pair of support portions provided opposite to the rectangular frame, and disposed between the pair of support portions and supported by the pair of support portions. With a vibration control mechanism,
The vibration damping mechanism is supported by the pair of support portions, and when the pair of support portions is displaced, a pendulum member configured to swing around a substantially central portion between the pair of support portions; An installation structure for a damping device, comprising: a damping member provided between an end of the pendulum member and the rectangular frame.

In the installation structure of the vibration damping device according to claim 1 or 2,
The pair of column members have one surface flush with one surface of the upper and lower frame members and both vertical frame members in plan view, and the other surface of the upper and lower frame members and both vertical frame members. In a position slightly protruding from the other surface,
An attachment space for a face material to be attached to the other surface of the upper and lower frame members and both vertical frame members is formed between the protruding portions of the pair of column members. Installation structure.

In the installation structure of the vibration damping device according to claim 3,
The face material includes a joining plate material for rigidly joining the rectangular frame to the vertical frame members, and a plurality of covering plate materials for covering portions where these joining plate materials are not provided. The installation structure of the damping device.

In the installation structure of the vibration damping device according to any one of claims 1 to 4,
An installation structure of a vibration damping device, wherein upper surfaces of the pair of column members are flush with an upper surface of the upper frame member.