JPS6272854A

JPS6272854A - Hanger for roof

Info

Publication number: JPS6272854A
Application number: JP21096085A
Authority: JP
Inventors: 元旦船木
Original assignee: Funaki Shoji KK
Current assignee: Funaki Shoji KK
Priority date: 1985-09-26
Filing date: 1985-09-26
Publication date: 1987-04-03
Also published as: JPH0333869B2

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention]

（産業上の利用分野〕本発明は、屋根板と棟側から軒側に葺く屋根用の吊り子
に関するものである。〔従来の技術〕一般に、金属板からなる尾根板は軒側から棟側につまり
、下から上に向って葺いていたが、屋根板を傷付けるこ
とが少なく、作業性よく急勾配の屋根に葺くことができ
るなどの理由で、屋根板を棟側から軒側に葺くことが、
最近行われるようになった。また、本発明者によって、屋根板を棟側から軒側に葺く
屋根において、垂木のような支持部材上に木毛板などの
下地材を介して屋根板を葺くと共に支持部材に固定した
吊り子を用いて棟側２軒側両屋根板の接続係合部を前記
支持部材に結合保持させることが先に提案されている。〔発明が解決しようとする問題点〕前述した屋根板を棟側から軒側に葺く屋根に用いる従来
の吊り子は、棟側１軒側両屋根板の接続保合部を支持部
材に結合保持す、る機能を有するのみであり、下地材は
棟側屋根板の棟側端が吊り子に掛止めされた後に１軒側
から棟４Ｍ屋根板と支持部材の間に挿入し、ざらにその
後、棟側屋根板と軒側屋根板の接続保合部の次の吊り子
を支持部材に固定していたので、棟側２軒側両下地材間
に軒棟方向の隙間が生じ易く、またこの隙間が生じない
ように下地材を位置決めすることがむすがしく、作業性
がよくないという問題点があった。本発明は、前述した問題点を解決して、棟側１軒側両下
地材間に軒棟方向に隙間が生じないように、下地材を垂
木のような支持部材と屋根板の間に位置決め保持でき、
しかも作業性よく棟側から軒側に屋根板を葺くことがで
きる屋根用吊り子を提供することを目的としている。〔問題点を解決するための手段〕本発明は、屋根板を棟側から軒側に葺く屋根用吊り子で
あって、垂木のような支持部材上に支持固定される取付
板に軒側下地材支持部を形成し、取付板の棟側端から前
記下地材の厚さ以上の高さに起立する立上り板を形成し
、立上り板の上端に軒側に屈曲した棟側下地材支持段部
を形成し、この支持段部の軒側端から下地材の厚さ以上
の高さに起立する受け板を形成し、受け板の上端に軒側
に折返される係止板を形成し、この係止板の軒側端部に
軒側屋根用引掛は部を形成した金属板の一体成形品から
なるものである。〔作用〕本発明は、前述のように構成したので、支持部材と棟側
屋根板との間に軒側から下地材を挿入し、棟側下地材の
軒側端を受け部に当接させて前記支持部上に下地材の軒
側端部を支持させ、また軒側下地材の棟側端を軒側から
立上り板に当接させて軒側下地材を取付板に支持させて
あることにより、棟側２軒側両下地材の側端部が軒棟方
向に重なるように配置して位置決めすることができ、棟
側下地材と軒側下地材との間に隙間がほとんどできず、
屋根の断熱性、遮音性を向上させることができる。また
、棟側下地材は前記支持段部の軒側端から起立する受け
板に当接し１軒側下地材が前記立上り板に当接すること
により、両地地材とくに棟側下地材の位置決めが容易に
でき、これらの位置決め作業性がよい。〔実施例〕以下、本発明の一実施例につき図面を参照して説明する
。第１図は本発明の一実施例による吊り子を示す、未実施
例の吊り子（１）は、鋼板のような金属をプレスなどで
曲げ加工した一体成形品から構成されている。吊り子（
１）は、取付板（２）の軒［端部にスリット状長孔（２
ａ）が設けられた固定部（２ｂ〕が形成され、固定部（
２ｂ）から類語立上り部（２ｃ）を介して若干立上った
ＩＦ側側地地材支持部２ｄ）が棟寄りの部分に形成され
ている。取付板（２）の棟側端から棟側に突出する係合
突部（３ａ）を介して起立する立上り板（３）が形成さ
れ、立上り板（３）の高さは■２図、第３図に示すよう
に下地材（４）の厚さと同等以上の寸法に設定されてい
る。立上り板（３）の上端からほぼ直角に軒側に棟側下
地材支持段部（５）が屈曲され、この段部（５）は軒側
下地材支持部（２ｄ）と平行に一部が軒棟方向に虫なる
ように配置されている。前記段部（５）の軒側端から受
け板（６）が起立し、受け板（８）の高さは、下地材（
４）の厚さと同等以上（好ましくはほぼ同等〕の寸法に
設定されている。なお、受け板（６〕は軒側に倒れるよ
うに若干傾斜している。受け板（６）の上端には軒側に
ほぼ直角に屈曲して係止板（７）が折返元され、係止板
（７〕は前記軒側下地材支持部（２ｄ）と平行に形成さ
れている。係止板（７）は傾斜立上り部（２ｃ）より若
干棟側の位置から軒１１１端部を下方に直角に屈曲させ
て端板部（７ａ）が設けられ、端板部（７ａ）の下端か
ら棟側に直角に屈曲させた屈曲部（７ｂ）が形成され、
屈曲部（７ｂ）の高さは前記段部（５〕の高さと同１以
上の高さに配置されている。屈曲部（７ｂ）の棟（ｉｌ
ｌ＠から引掛は部（７ｃ）が直角に起立させて形成され
ている。次に５以上のように構成された実施例の吊り子の使用に
ついて説明する。第２図、第３図において、（８）はＣ形鋼からなる母屋
であり、母屋（８）上にはこれらと直交する金属垂木（
８）が支持１足されている。金属垂木（８）は、断面ハ
ツト形の金属板の成形品からなり溝の開口を下向きにし
て配置され、天板（９ａ）の適所に２つを１組にして切
起し爪（９ｂ）と切起し片（８ｃ〕が形成され、棟側の
切起し爪（９ｂ）は予め軒側に湾曲されている。両押えと棟吊り子（ともに図示しない）なとの取付具に
よって長尺の塗装鋼板などからなる棟側屋根板（１０）
の棟側端部が係合保持される０棟４Ｒ屋根板（１０）と
前記垂木(Industrial Application Field) The present invention relates to a roof board and a hanger for a roof that is installed from the ridge side to the eave side. Previously, roofing was done from the bottom to the top, but now roofing is done from the ridge side to the eave side because it is less likely to damage the shingles, and it is easier to install on steeply sloped roofs. Thatching is
It has started to be done recently. In addition, the present inventor has proposed a method in which the roof sheets are covered from the ridge side to the eave side, in which the roof sheets are covered over a support member such as a rafter through a base material such as a wood wool board, and are fixed to the support member. It has previously been proposed to connect and hold the connecting and engaging portions of both roof panels on the ridge side and the eave side to the support member using hangers. [Problems to be Solved by the Invention] The conventional hanger used for a roof in which the above-mentioned roof plates are covered from the ridge side to the eave side connects the connecting and securing parts of both roof plates on the ridge side and the eave side to the supporting member. After the ridge-side end of the ridge-side roof board is hooked to the hanger, the base material is inserted between the ridge 4M roof board and the support member from the first eave side, and then roughly After that, since the next hanger of the connecting and securing part of the ridge side roof plate and the eave side roof plate was fixed to the support member, a gap in the eave ridge direction was likely to occur between the two ridge side and eave side base materials. Furthermore, it is difficult to position the base material so that this gap does not occur, resulting in poor workability. The present invention solves the above-mentioned problems and allows the base material to be positioned and held between a supporting member such as a rafter and a roof board so that a gap does not occur in the direction of the eave ridge between the base materials on the ridge side and the eave side. ,
Moreover, it is an object of the present invention to provide a roof hanger that can be used to roof shingles from the ridge side to the eave side with good workability. [Means for Solving the Problems] The present invention is a roof hanger for roofing from the ridge side to the eave side, and in which the eave side is attached to a mounting plate supported and fixed on a support member such as a rafter. Forming a base material support part, forming a rising plate that stands up from the ridge side end of the mounting plate to a height equal to or greater than the thickness of the base material, and forming a ridge side base material support step bent toward the eaves at the upper end of the rising plate. forming a receiving plate that stands up from the eave-side end of the supporting stepped portion at a height equal to or greater than the thickness of the base material, and forming a locking plate that is folded back toward the eaves at the upper end of the receiving plate; This locking plate is made of an integrally molded metal plate with an eave-side roof hook formed at the eave-side end. [Function] Since the present invention is configured as described above, the base material is inserted from the eave side between the support member and the ridge side roof board, and the eave side end of the ridge side base material is brought into contact with the receiving part. The eave-side end of the base material is supported on the support part, and the ridge-side end of the eave-side base material is brought into contact with a board rising from the eaves side, and the eave-side base material is supported by the mounting plate. With this, it is possible to arrange and position the two ridge-side base materials on both eaves sides so that they overlap in the eave ridge direction, and there is almost no gap between the ridge-side base material and the eave-side base material.
The insulation and sound insulation properties of the roof can be improved. In addition, the ridge side base material comes into contact with the receiving plate that stands up from the eave side end of the support step, and the one eave side base material comes into contact with the rising plate, so that the positioning of both base materials, especially the ridge side base material, is facilitated. It is easy to do and has good positioning workability. [Example] Hereinafter, an example of the present invention will be described with reference to the drawings. FIG. 1 shows a suspender according to an embodiment of the present invention. An unembodied suspender (1) is constructed from an integrally molded product obtained by bending a metal such as a steel plate using a press or the like. Hanging child (
1) has a slit-like elongated hole (2
A fixing part (2b) provided with a) is formed, and a fixing part (2b) is formed.
An IF-side ground material support portion 2d) that slightly rises from 2b) via a synonymous rising portion (2c) is formed in a portion near the ridge. A rising plate (3) is formed that stands up from the ridge-side end of the mounting plate (2) via the engagement protrusion (3a) that protrudes toward the ridge side, and the height of the rising plate (3) is as shown in Figure 2. As shown in Figure 3, the dimensions are set to be equal to or greater than the thickness of the base material (4). A ridge-side base material support step (5) is bent toward the eaves at a nearly right angle from the upper end of the rising board (3), and a portion of this step (5) is bent parallel to the eave-side base material support portion (2d). They are arranged so that they line up in the direction of the eaves. A receiving plate (6) stands up from the eave side end of the stepped portion (5), and the height of the receiving plate (8) is equal to the base material (
The thickness is set to be equal to or more than (preferably almost the same as) the thickness of the receiving plate (6).The receiving plate (6) is slightly inclined so as to fall toward the eaves.The upper end of the receiving plate (6) The locking plate (7) is bent at a substantially right angle to the eave side and is folded back, and the locking plate (7) is formed parallel to the eave side base material support portion (2d).Latching plate (7) ) is provided with an end plate part (7a) by bending the end of the eave 111 downward at a right angle from a position slightly on the ridge side from the inclined rising part (2c), and a right angle from the lower end of the end plate part (7a) to the ridge side. A bent part (7b) is formed,
The height of the bent part (7b) is arranged to be at least the same as the height of the stepped part (5).
From l@, the hook is formed with the part (7c) standing up at a right angle. Next, the use of the hanger of the embodiment configured as described above will be explained. In Figures 2 and 3, (8) is a main building made of C-shaped steel, and on top of the main building (8) are metal rafters (
8) is supported by 1. The metal rafter (8) is made of a molded metal plate with a hat-shaped cross section, and is arranged with the opening of the groove facing downward.The metal rafter (8) is made of a molded metal plate with a hat-shaped cross section, and is placed with the opening of the groove facing downward. A cut-and-raised piece (8c) is formed, and the cut-and-raised claw (9b) on the ridge side is curved in advance toward the eave side. Ridge side roof panels made of thick painted steel plates (10)
The 0 building 4R roof plate (10) whose ridge side end is engaged and held and the rafter

〔９〕の天板（９ａ）との間に木毛板などの適
宜の棟側下地材（４）を軒側から挿入する。吊り子（１
）の段部（５）上に棟側下地材（４〕の軒側端部を支持
させて、吊り予（１）を棟側屋根板（１０）と垂木（９
）の天板（９ａ）との間に軒側から挿入し、天板（９ａ
）に設けた湾曲した切起し爪（９ｂ）に吊り子（１）の
係合突部（３ａ）を係合させ、起立している切起し片（
９Ｃ）に吊り子（１）の長孔（２ａ）を嵌める。これに
より１棟側下地材（４）の軒側端が吊り子（１）の受け
板（６）に当接されて棟側ド地材（４）が軒棟方向に位
置決めされる。前記切起し片（９Ｃ）をハンマーで叩くなどにより塑性
変形、させて屈曲させることで、吊り子（１）の取付板
（２）を支持部材である垂木（９）に棟側と軒側の２個
所で支持して固定する。この場合に、切起し片（９Ｃ）は棟側屋根板（１０）の
軒側端より軒側に位置させてあるので、切起し片（９Ｃ
）への長孔（２ａ）の嵌合、および切起し片（９Ｃ）の
屈曲が作業性よく行える０棟側屋根＆　（１０）の軒側
係合部（１１）に、棟側屋根板（ｌＯ）と同構成の軒側
屋根板（１０′）の棟側係合部（１２’）を軒側から差
込んで１両係合部（１１）、（１２’）を係合接続させ
ると共に、軒側屋根板（１ｏ’）の棟側保合部（１２′
）の　端　部　に設け、引掛は部（１２’ａ）を吊り子
（１）の係止板（７）に設けた引掛は部（７ｃ）に引掛
けることで、軒側屋根板（ｔｏ′）を吊り子（１）に係
合保持させる。本実施例では、棟側屋根板〔１０〕の軒側係合部（１１
）には垂下部（Ｉｌａ）の下端から立上り部（ｔｉｃ）
を有する屈曲部（ｌｌｂ）が棟側に直角に折曲げられ、
屈曲部（ｌｌｂ）の棟側端縁部に折返し部（ｌｉｄ）が
形成されており、前記垂下部（ｌｌａ）　、屈曲部（ｌ
ｌｂ）の軒側部分および立上り部（ｌｌｃ）で、吊り子
（１）の係止板（７）の端板部（７ａ）　、屈曲部（７
ｂ）および引掛は部（７ｃ）を抱持する。これと共に１軒ｇａ厘根板（１０′）の棟側係合部（１
２’）には、水切り用立上り部（１２’　ｂ）が起立し
、この立上り部（１２’ｂ）の上端から立上り部（１２
’ｃ）を有する接合部″（１２ｄ）が棟側に延び、接合
部（１２’ｄ）の棟側端から上方に膨田するように引掛
は部（１２’ａ）が軒側に折返えされており、前記立上
り部（１２’ｃ）を棟側屋根板（１０）の垂下部（ｌｌ
ａ）と同一垂直面上に部首させ、接合部（１２’ｄ）を
棟側屋根板（１０）の屈曲部（１ｌ　ｂ）に接合し、引
掛は部（１２’ａ）を、これで折返し部（ｌｌａ）を抱
持して、吊り子（１）の引掛は部（７Ｃ）に引掛ける。ざらに、軒！屋根板（１０’）の軒側から１棟側下地材
（４）と同構成の軒側下地材（４′）を軒側屋根板（’
ＩＱ’）と垂木（８）の天板（９ａ）との間に挿入して
、軒側下地材（４′）の棟側端部を吊り子（１）の取付
板（２）に設けた軒側下地材支持部（２ｄ）上に支持さ
せる。この場合に取付板（２）の固定部（２ｂ）と軒側
下地材支持部（２ｄ）との間に傾斜立上り部（２Ｃ）が
形成されていることで、屈曲した切起し片（９Ｃ）は軒
側下地材（４′）に当ることがない、そして軒側屋根板
　（ｉｏ’）は、これを棟側屋根板として、より軒側の
屋根板に前述したと同様に吊り子によって係合接続され
、棟側から軒側に順次構分きされるものであり、これに
よって軒側下地材（４′〕は棟側２軒側の２個所で吊り
子に支持されることになり、軒棟方向の厚さが等しいも
のでも、屋根板の棟側９軒側係合部間の面板部と平行に
屋根板と垂木の間に敷設することができる。本実施例による吊り子は、第４図、第５図に示すように
１棟側９軒側下地材（４）、（４’）の厚さの変化に、
受け板（６）、立上り板（３）の高さを変えることで、
容易に対処することができ、同様に棟側２軒側の屋根板
の接合部での段差の調整もできる。以上説明した本実施例では、屋根板（１０’）の棟側係
合部（１２′）に水切り用立上り部（１２’ｃ）を設け
、この立上り部　（１２’ｃ）の上端から棟側に接合部
（１２′ｄ）を屈曲させ、この接合部（１２’ｄ）に立
上り部　（１２’ｃ）を形成し、接合部（１２’ｄ）が
接合する屋根板（ｌＯ）の軒側係合部（１１）の屈曲部
（１ｌ　ｂ）にも立上り部（ｌｌｃ）を設けたので、両
層根板（１０）、（１０′ンの係合部（，１１）、（１
２’）に雨水が浸み込みにくい。また、本実施例では、下地材（４）　、（４’）として
軒棟方向に厚さが等しく、しかも下地材（４）。（４′）の厚さが互いに等しいものでよいので。安価な下地材（４）　、（４’　）を金属垂木（８）　
と屋根板（１０）、（１０’）の間に敷設することかで
さる。本発明による吊り子は必ずしも」−述した実施例のもの
に限られることなく、次のような変形が考えられる。第６図に示すように、長さを長くすることにより、複数
の垂木のような支持部材上に架設して用いることができ
る。第７図、第８図に示すように、立上り板（３）に保
合孔（３ｂ）を設け、垂木（９）の切起し爪（９ｂ）を
係合させて、棟側端部を垂木（９）の天板（９Ｃ）に固
定するようにしてもよく、この場合には立上り板（３〕
に棟側に突出する係合突部を設けないものとする。第９
図に示すように棟側支持段部（５）の長さを長くしたり
、第１０図に示すように、係止板（７）の端板部（７ａ
〕に軒側屋根板用引掛は部を兼用させて、屈曲部および
これから立上る引掛は部をなくすことも、屋根板の保合
部の形状によっては可ｔＥである。なお。第４図乃至第１０図において、７５１図乃至第３図と同
符号は対応する部分を示す。また、図示してないが、本発明の吊り子は取付板の軒ａ
部をビスによって支持部材に固定するようにしてもよい
。そして、本発明による吊り子を用いて屋根板を葺く場
合の作業順も、必ずしも前述した実施例の順に限られる
ことなく適宜変更でき、屋根板とくにこれらの係合部の
形状が種々異なったものに変更できる。〔発明の効果〕以上説明したように、本発明の吊り子を用いれば、支持
部材に支持固定される取付板に軒側下地材支持部を形成
し、前記取付板の棟側漏から前記下地材の厚さ以りの高
さに立１・り根を起立させ、立上り板の１：端から軒側
に棟側ＦＪｔ！材支持膜支持段部させたので、この棟側
下地材支持部と取付板の軒側ド地材支持部とに棟側９軒
ａ−Ｆ地材をそれぞれ支持させることにより、棟側９軒
側下地材の側端部を軒棟方向に重なるように配こするこ
とかでさ、また前記両下地材を棟側１軒側屋根板の面坂
部にほとんど隙間なく沿わせることがでさ、座板の断熱
性、遮音性を向」二させることかでき、また棟側下地材
が前記支持段部の軒ａ端から起立する受け板に当接し、
軒側下地材が前記立上り板に当接させることで、両下地
材の位置決めが容易にでき、これらの位置決めが作業性
よく行えるという効果が得られる。以上本発明の実施例につき説］５■シたが、本発明の上
記目的が有効に達成されることは、上記記・或から明ら
かである。また１本発明の精神と範囲とから逸脱するこ
となく」コ記構成に変更を加えることができるので、上
記記・或は全て車なる例ンバであって、何ら限定的な意
味に解されるべきではない。特許請求の範囲は、本発明のあらゆる特徴及び言語上の
問題として脱落しているかもしれない本発明の範囲の全
ての各項を包含するものである。Insert an appropriate ridge side base material (4) such as a wood wool board between the top plate (9a) and the top plate (9) from the eave side. Hanging child (1
) by supporting the eave side end of the ridge side base material (4) on the step part (5) of
) from the eave side between the top plate (9a) and the top plate (9a).
), the engaging protrusion (3a) of the hanger (1) is engaged with the curved cut-and-raised claw (9b) provided on the raised cut-and-raised piece (
9C) into the elongated hole (2a) of the hanger (1). As a result, the eave side end of the first ridge side base material (4) comes into contact with the receiving plate (6) of the hanger (1), and the ridge side base material (4) is positioned in the eave ridge direction. By plastically deforming and bending the cut and raised piece (9C) by hitting it with a hammer, etc., the mounting plate (2) of the hanger (1) is attached to the rafter (9), which is a supporting member, on the ridge side and the eave side. Support and fix in two places. In this case, the cut-and-raised piece (9C) is located closer to the eave than the eave-side end of the ridge-side roof board (10), so the cut-and-raised piece (9C)
) and the bending of the cut-and-raised piece (9C) can be easily done by attaching the ridge-side roof plate to the eave-side engaging part (11) of the 0-building side roof & (10). Insert the ridge side engaging part (12') of the eave side roof board (10') with the same configuration as (lO) from the eave side and engage and connect the two engaging parts (11) and (12'). At the same time, the ridge side retaining part (12') of the eave side roof board (1o')
), the hook part (12'a) is attached to the locking plate (7) of the hanger (1), and the hook part (7c) is attached to the eave side roof board (to' ) is engaged and held by the hanger (1). In this example, the eave side engaging portion (11) of the ridge side roof board [10] is
) has a rising part (tic) from the lower end of the hanging part (Ila).
A bent part (llb) having a shape is bent at right angles to the ridge side,
A folded part (lid) is formed at the ridge side edge of the bent part (llb), and the hanging part (lla) and the bent part (lb)
At the eave side part and rising part (llc) of the hanger (1), the end plate part (7a) of the locking plate (7) of the hanger (1)
b) and the hook holds part (7c). Along with this, the ridge side engagement part (1
2'), a rising part (12'b) for draining stands up, and a rising part (12'b) is formed from the upper end of this rising part (12'b).
The joint part (12'c) with the joint part (12'c) extends toward the ridge side, and the hook part (12'a) is folded back toward the eave side so that the joint part (12'a) bulges upward from the ridge side end of the joint part (12'd). The rising part (12'c) is connected to the hanging part (ll) of the ridge side roof board (10).
Make the radical on the same vertical plane as a), join the joint part (12'd) to the bent part (1l b) of the ridge roof board (10), and connect the hook part (12'a) with this. Hold the folded part (lla) and hook the hook of the hanger (1) on the part (7C). Zarani, eaves! From the eave side of the roof board (10'), attach the eave side base material (4') of the same composition as the first building side base material (4) to the eave side roof board ('
IQ') and the top plate (9a) of the rafter (8), and attached the ridge side end of the eave side base material (4') to the mounting plate (2) of the hanger (1). It is supported on the eave side base material support part (2d). In this case, by forming an inclined rising part (2C) between the fixed part (2b) of the mounting plate (2) and the eave side base material support part (2d), the bent cut and raised piece (9C) is formed. ) does not touch the eave side base material (4'), and the eave side roof plate (io') is used as a ridge side roof plate and is attached to a roof plate closer to the eave using hangers in the same way as described above. They are engaged and connected, and are divided sequentially from the ridge side to the eave side, and as a result, the eave side base material (4') is supported by hangers at two locations, one on the ridge side and the other on the eave side. Even if the thickness in the eave ridge direction is the same, it can be laid between the roof plate and the rafters parallel to the face plate part between the ridge side nine eave side engaging parts of the roof plate. As shown in Figures 4 and 5, due to changes in the thickness of the base materials (4) and (4') on the 1st building side and 9th eave side,
By changing the height of the receiving plate (6) and rising plate (3),
This can be easily dealt with, and it is also possible to adjust the level difference at the joint between the two roof panels on the ridge side. In this embodiment described above, a rising part (12'c) for draining is provided on the ridge side engaging part (12') of the roof board (10'), and from the upper end of this rising part (12'c) to the ridge side. The joint part (12'd) is bent to form a rising part (12'c) at this joint part (12'd), and the eave side of the roof board (lO) to which the joint part (12'd) joins is formed. Since the bent portion (1l b) of the engaging portion (11) is also provided with a rising portion (llc), the engaging portions (, 11), (1
2') prevents rainwater from penetrating. Further, in this embodiment, the base materials (4) and (4') have the same thickness in the direction of the eaves, and the base material (4). (4') need only have the same thickness. Cheap base material (4), (4') to metal rafters (8)
and between the roof panels (10) and (10'). The hanger according to the present invention is not necessarily limited to the embodiments described above, and the following modifications are possible. As shown in FIG. 6, by increasing the length, it can be used by being installed on a plurality of support members such as rafters. As shown in Figures 7 and 8, a retaining hole (3b) is provided in the rising plate (3), and the cut-and-raised claw (9b) of the rafter (9) is engaged to secure the ridge side end. It may be fixed to the top plate (9C) of the rafter (9); in this case, the rising plate (3)
There shall be no engaging protrusion that protrudes toward the ridge side. 9th
As shown in the figure, the length of the ridge side support stepped part (5) can be increased, or as shown in Figure 10, the end plate part (7a
Depending on the shape of the retaining part of the roof board, it is also possible to make the hook for the eave side roof board also serve as a part, and eliminate the part for the bent part and the catch that rises from it. In addition. In FIGS. 4 to 10, the same reference numerals as in FIGS. 751 to 3 indicate corresponding parts. Although not shown, the hanger of the present invention is attached to the eaves a of the mounting plate.
The part may be fixed to the support member with screws. Furthermore, the order of work when roofing shingles using the hanger according to the present invention is not necessarily limited to the order of the above-described embodiments, and can be changed as appropriate, and the roof shingles, especially the shapes of the engaging portions, may be varied in various ways. It can be changed to something. [Effects of the Invention] As explained above, if the hanger of the present invention is used, an eave side base material support part is formed on the mounting plate that is supported and fixed to the support member, and the base material is removed from the ridge side leakage of the mounting plate. 1. Raise the roots at a height higher than the thickness of the material, and 1: ridge side FJt from the end to the eave side of the standing board! Since the material supporting membrane support step part is made, by supporting the ridge side 9 houses a-F base material respectively on this ridge side base material support part and the eave side base material support part of the mounting plate, the ridge side 9 houses a-F base material is supported. By arranging the side end portions of the side base materials so as to overlap in the direction of the eave ridge, and by aligning both base materials with the slope of the roof board on the ridge side and one eave side with almost no gaps, The heat insulation and sound insulation properties of the seat board can be improved, and the ridge side base material comes into contact with the receiving board rising from the eave a end of the support step,
By bringing the eaves side base material into contact with the rising plate, it is possible to easily position both base materials, and the effect that these positionings can be performed with good workability is obtained. The above is a description of the embodiments of the present invention] 5) However, it is clear from the above description that the above objects of the present invention are effectively achieved. In addition, changes may be made to the structure described above without departing from the spirit and scope of the present invention, so the above description or all of the above examples are examples of cars, and should not be construed in any limiting sense. Shouldn't. The claims are intended to embrace every feature of the invention and every item of the scope of the invention which may be omitted as a matter of language.

[Brief explanation of drawings]

３１図は本発明による吊り子の一実施例を示す語視図、
帛２図は第１図の吊り子を用いた屋根の部分４Ｉ！Ｅ略
爪直断面図、第３図は’：Ｊ、２図の部分拡大断面図、
：５４図、第５図は異なった厚さの下地材を用いる場合
をそれぞれ示す吊り子の断面図、第６図は長さの長い変
形例の吊り子を示す斜視図、第７図および男８図は本発
明の他の実施例による吊り子の斜視図およびその使用説
明用の断１ｍ図、第９図および第１Ｏ図は本ｅ　Ｉ＋の
さらに他の互いに異なる吊り子をそれぞれ示す断面図で
ある。（１）・・・吊り子、（２〕・・・取付板、（２ｂ）・
・・固定部、（２ｃ）・・・傾斜間−しり部、（２ｄ）
・・・軒側下地材支持部、〔３〕・・・立上り仮、（３
ｄ〕・・・係合突部、（３ｂ）・・・係合孔部、　（４
）、（４’）・・・下地材、（５）・・・棟側ド地材支
持段部、（６）・・・受け根、（７）・・・係止板、　
（７ａ）・・・端板部、（７ｃ）・・・引掛は部、（９
）・・・金属垂木（支持部材）、（９ａ）・・・天板、
〔９ｂ〕・・・切起し爪、（９Ｃ）・・・切起し片、（
１０）、（１０’）・・・Ｊメ根板、　（＋１１．（１
２’）・・・軒側、４１！Ｌｊ側保合部。特　許　出　願　人　　訟木簡・バ有限会社第４図手続補正書（自発）昭和６１　＋１−９　Ｂ　５　［’１特Ｊ′ｌｌｊ長′自　　１’、　　ＩＩ＋　　　明　雄
　　殿ｌ　串イ′１の表示昭和６０年持重檜願第２１０９６０号２発明の名称屋根用吊りｒ３　補１１−を才る者１１イ′１との関係　　　特１，１　出願人訟木商事有
限会社・４代理人５補ＩＬの対象（明細、１Ｆの「発明の詳細な説明」の欄）１）明細、
１７第５Ｌ′丁第４行のｒｆｌｌ！！月の厚さ以Ｌ」を
「ト地材のＪ’７さとほぼ同一が、又はそれ以１でＪと
補正する。２、特許請求の範囲（１）　　屋根板を棟側から軒側に葺く屋根用の吊りｒ
−であって、爪木のような支持部打丁に支持固定される
取付板に軒側下地材支持部を形成し、取付板の棟側端か
ら前記下地材の厚さ以ｌ二の高さに起立する立上り板を
形成し、ｘ”Ｌ　Ｊ：り板の」二部に軒側に屈曲した棟
側下−地材支持段部を形成し、この支持段部の軒側端か
らＦ地材のＪワさ上」丸ｉＥＬ二しユ叉且ｊ１以七の高
さに起立する受け板をｊ［ニ成し、受け板のト端に軒側
に折返えされる係１１−板を形成し、この係＋ｈ板の軒
側端部に軒側屋根板用引掛は部を形成した金属板の一体
成形品からなることを特徴とする屋根用吊りｆｏ（２）　　取付板は、軒側端部に支持材に対する固定部
を形成し、この国定部がら若モ立上らせた棟寄りの部分
に軒側Ｆ地材支持部を形成してある特許請求の範囲第１
項記載の屋根用吊り子。（３）　　取付板は、軒側端部と棟側端部とを支持部材
に固定するものである特許請求の範囲′ｆＪ２項記載の
屋根用吊り子。（４）　　係止板は、軒側端部をＦ方に屈曲した端板部
のド端から棟側に屈曲した屈曲部を棟側下地材支持段部
と同し高さ以トの高さに配置し、屈曲部の棟側端から引
掛は部を起立させてある特許請求の範囲第１項、第２項
または第３項記載の屋根用吊りＴ。（５）　　棟側ト地材支持段部は、軒側−Ｆ地材支持部
と平行に一部が軒棟方向に重なるように形成してある特
許請求の範囲第１項、第２項、第３項または第４項記載
の屋根用吊り子。Fig. 31 is a perspective view showing an embodiment of the hanger according to the present invention;
Figure 2 is part 4I of the roof using the hangers in Figure 1! E: Rough straight cross-sectional view of the claw, Figure 3 is ':J, partial enlarged cross-sectional view of Figure 2,
: Figures 54 and 5 are cross-sectional views of the hanger showing cases in which base materials of different thicknesses are used, Figure 6 is a perspective view showing a modified example of the hanger with a longer length, Figure 7 and Figure 8 is a perspective view of a suspender according to another embodiment of the present invention and a 1-meter cross-sectional view for explaining its use, and Figures 9 and 10 are sectional views showing still other different suspenders of this e I+, respectively. It is. (1)...Hipper, (2)...Mounting plate, (2b)...
・・Fixed part, (2c) ・・Between the slope and the butt part, (2d)
... Eave side base material support part, [3] ... Temporary rise, (3
d]...Engagement protrusion, (3b)...Engagement hole, (4
), (4')... Base material, (5)... Ridge side base material support step, (6)... Receiving root, (7)... Locking plate,
(7a)... End plate part, (7c)... Hook part, (9
)...Metal rafter (supporting member), (9a)...Top plate,
[9b]...Cut-and-raised nail, (9C)...Cut-and-raised piece, (
10), (10')...J root plate, (+11.(1)
2')...Eave side, 41! Lj side retention part. Patent Applicant: Mokkan & Ba Co., Ltd. Figure 4 Procedural Amendment (Voluntary) 1988 +1-9 B 5 Display No. 210960 of 1985 2 Name of the invention Roof hanging r 3 Supplement 11-Relationship with person aged 11a'1 Special 1, 1 Applicant Suiki Shoji Co., Ltd. 4 Agent 5 Supplement Object of IL (specification, "Detailed description of the invention" column on 1F) 1) Specification,
17th 5th L' block 4th row rfll! ! 2. Scope of Claims (1) Roofing plates are roofed from the ridge side to the eave side. Hanging r for roof
- an eave side base material support part is formed on a mounting plate that is supported and fixed to a supporting part such as a nail board, and a height of 12 times less than the thickness of the base material from the ridge side end of the mounting plate; A rising board is formed that stands up at A receiving board that stands up at a height of J1 or more is made of two circles, and a board that is folded back toward the eaves at the top end of the receiving board. A hanging fo for a roof is characterized in that it consists of an integrally molded metal plate with a hook formed on the eave side end of the plate and a hook for the eave side roof plate formed on the eave side end of the plate. A fixing part for the supporting material is formed at the end part, and an eave side F ground material supporting part is formed in the part near the ridge where this nationally designated part is raised.
Roof hangers listed in section. (3) The roof hanger according to claim 'fJ2, wherein the mounting plate fixes the eave side end and the ridge side end to the support member. (4) The height of the locking plate shall be at least the same height as the ridge-side base material support stepped portion of the end plate bent from the end of the end plate bent toward the ridge side toward the ridge side. 3. The roof hanging T according to claim 1, 2 or 3, wherein the hanging portion is arranged at the ridge side end of the bent portion and the hook portion is made to stand up from the ridge side end of the bent portion. (5) The ridge-side ground material support stepped portion is formed parallel to the eave-side -F ground material support portion so that a portion thereof overlaps in the eave ridge direction. The roof hanger according to item 3 or 4.

Claims

[Claims]

(1) A hanger for a roof that covers roof plates from the ridge side to the eave side, in which an eave side base material support part is formed on a mounting plate that is supported and fixed on a support member such as a rafter, and the mounting board A rising board is formed that stands up from the ridge side end to a height equal to or greater than the thickness of the base material, and a ridge side base material supporting stepped portion bent toward the eaves is formed at the upper end of the rising board, and the support step of this supporting stepped portion is formed. A receiving plate is formed that stands up from the eave side end to a height greater than the thickness of the base material, a locking plate that is folded back toward the eaves is formed at the upper end of the receiving plate, and a locking plate is formed at the eave side end of this locking plate. A roof hanger characterized in that it is made of an integrally molded metal plate that forms a hook part for an eave side roof board.

(2) The mounting plate has a fixing part for the supporting material at the end of the eaves side, and an eave-side base material supporting part is formed in a part slightly raised from the fixing part near the ridge. Roof hanger as described in Scope 1.

(3) The roof hanger according to claim 2, wherein the mounting plate fixes the eave side end portion and the ridge side end portion to the support member.

(4) The locking plate is arranged such that the bent part bent toward the ridge side from the lower end of the end plate part where the eave side end part is bent downward is at a height equal to or higher than the ridge side base material support stepped part, The roof hanger according to claim 1, 2 or 3, wherein the hook portion is erected from the ridge side end of the bent portion.

(5) The ridge-side base material support stepped portion is formed parallel to the eave-side base material support portion so that a portion overlaps in the eave ridge direction.Claims 1, 2, and 3 Or the roof hanger described in paragraph 4.