JP2017186776A - Adjustable channel of ladder receiver to be fitted at any portion - Google Patents

Adjustable channel of ladder receiver to be fitted at any portion Download PDF

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JP2017186776A
JP2017186776A JP2016075543A JP2016075543A JP2017186776A JP 2017186776 A JP2017186776 A JP 2017186776A JP 2016075543 A JP2016075543 A JP 2016075543A JP 2016075543 A JP2016075543 A JP 2016075543A JP 2017186776 A JP2017186776 A JP 2017186776A
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channel
rafter
eaves
receiver
ladder
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友一 錦生
Yuichi Kinjo
友一 錦生
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Abstract

PROBLEM TO BE SOLVED: To solve a problem with a method that has a foot part of an adjustable hanger box fitted on a side surface of an eaves rafter that makes fitting of the foot part difficult or impossible as an anchor device when the side surface of the rafter is round or a pitch between the adjacent rafters is narrow.SOLUTION: A device named ladder receiver is for supporting a ladder installed after fitting a connecting fixture named adjustable channel at any portion of a member suited for anchoring of a building structure. The ladder receiver has a beam that is a main constituent member inserted by sliding from a front surface of the channel and fixed on both outside and inside plates of the channel. The configuration connects and fixes an anchor member of the building structure with the ladder receiver, thus eliminating all locations that disable fitting of the connecting fixture.SELECTED DRAWING: Figure 3

Description

この発明は、アジャスタブルチャンネルと呼称する(以下チャンネルと略称)装具を
建造物のアンカーに適合する部材に,左右一対で装着し、架設される梯子の上端部を支承するラダーレシーバーと呼称する(以下レシーバーと略称)装具の、主要構成部材である本体ビーム(以下ビームと略称)を、チャンネルのアウトサイド側板に装備されたビーム挿入溝へ、チャンネル正面からスライド挿入させ、ビーム端末部に装備された本体ビームエンドシリンダー(以下シリンダーと略称)から、連結固着補助装具のコネクトステック(以下ステックと略称)を引出し、インサイド側板のステックボルト部挿入ピットヘ挿入し、チャンネル内外に装備されたナットで、インサイド側板にステックが緊締される事により、建造物のアンカー部材と、レシーバーが連結固着され、架設される梯子の保安が、確保できる装具の提供をするものである。
The present invention refers to a ladder receiver that is called an adjustable channel (hereinafter abbreviated as a channel) with a pair of left and right devices attached to a building anchor and supports the upper end of a ladder to be built (hereinafter referred to as a ladder receiver). The main body beam (hereinafter abbreviated as “receiver”) of the brace is slide-inserted from the front of the channel into the beam insertion groove provided on the outside side plate of the channel, and installed at the beam end. Pull out the Connect Stick (hereinafter abbreviated as "stick") from the beam end cylinder (hereinafter abbreviated as "cylinder"), and insert it into the stick bolt insertion pit of the inside side plate. As the stick is tightened, the anchor member of the building and Sieber is fixedly connected, ladders security to be laid is intended to provide a brace that can be secured.

従来のレシバー連結固着装具として、アジャスタブルBOXのフット部を、垂木側面に装着し、レシバーと軒先垂木を連結固着する事が出来るものがある。(特許文献3参照)     As a conventional receiver connecting / fixing device, there is one that can attach and fix the foot of an adjustable BOX to the side of the rafter and connect the receiver and the eaves rafter. (See Patent Document 3)

特許第4484954号Patent No. 4,484,954 特許第4491361号Patent No. 4491361 特許第5835779号Japanese Patent No. 5835777

森林資源の豊富な山間部の家屋や、昭和初期以前の古い仕様による建造物に見られる垂木に小丸太太鼓落し材を、屋根防水材に杉檜皮材を、野地板材に割竹縄絡み材を、使用したような建造物は、垂木の側面が平面ではなく丸太状を呈しており、又、隣接する垂木のピッチが狭い、既設の建造物の場合、現場での施工に使用する工具の取扱いが困難であるため軒先垂木の側面には、前記連結装具のフット部を装着する事が困難、又は、不能となる場合があり、連結固着装具の装着不能箇所が生ずる問題点を解消する事が出来る装具が必要となる。     Small round drums are used for rafters found in mountainous houses with abundant forest resources and buildings with old specifications before the early Showa period, cedar husks are used for roof waterproofing, and split bamboo ropes are used for field boards. In the case of an existing building where the side of the rafters is not a flat surface but a log, and the pitch of adjacent rafters is narrow, the structure used is a tool used for construction on site. Since it is difficult to handle, it is difficult or impossible to attach the foot part of the connecting device to the side of the eaves rafter, and the problem that the connecting fixing device cannot be mounted is eliminated. An orthosis that can be used is required.

課題を解決するための手段を、左側垂木の小口面へ装着する装具を例として、図面を併用して記述する。
(右側垂木へ装着する装具、及び、垂木小口部以外のアンカー部材見付面へ装着する装具の例は、左側垂木小口面への装着例と類似するため記述を省略する)
Means for solving the problem will be described with reference to the drawings, taking as an example an appliance to be mounted on the facet of the left rafter.
(The description of the equipment attached to the right rafter and the equipment attached to the anchor member locating surface other than the rafter edge is similar to the example attached to the left rafter edge, and the description is omitted.)

解決手段1 建造物のアンカー適合部材と、レシーバーを連結固着するアジャスタブルチャャンネルと呼称する(以下チャンネルと略称)連結固着装具のアンカー部材に固着する部材面を、チャンネルの底板(図1〜図6−2−C−B)、チャンネル底板に向かって左側に固着される部材を、アウトサイド側板(図1〜図4、図6−2−C−O)、チャンネル底板に向かって右側に固着される部材を、インサイド側板(図1〜図3、図5、図6−2−C−I)とし、左右の側板を竪型に対向させ、前記チャンネル底板に左右の両側板を、U字状に連接固着したチャンネルの底板(図1〜図6−2−C−B)を、軒先垂木の小口部へ固着(図1、図4−2−C−D)し、アウトサイド側板に装備されたレシーバー本体ビーム(以下ビームと略称)挿入溝(図3−2−C−D)へ、チャンネル正面から前記ビーム(図1、図2、図4−1−1)を、スライド挿入して落し込み、前記ビーム端末部のシリンダーに内蔵されているコネクトステック(以下ステックと略称)を引出し、前記ステックのボルト部(図2−1−3−B)を、インサイド側板(図1〜図3、図5、図6−2−C−I)の、チャンネル内外に装備されたナットで、インサイド側板に緊締固着する事により、軒先垂木と、ビームが連結固着され、、垂木小口部に装着する事が出来る連結固着装具となる。     Solution 1 An anchor fitting member of a building and an adjustable channel for connecting and fixing a receiver (hereinafter abbreviated as a channel) a member surface to be fixed to an anchor member of a connection fixing device are connected to the bottom plate of the channel (FIGS. 6-2C-B), the member fixed on the left side toward the channel bottom plate is fixed to the outside side plate (FIGS. 1 to 4, FIG. 6-2-C-O) and the channel bottom plate on the right side The members to be used are the inside side plates (FIGS. 1 to 3, FIG. 5, FIG. 6-2-C-I), the left and right side plates are opposed in a bowl shape, and the left and right side plates are U-shaped on the channel bottom plate. The bottom plate of the channel (Fig. 1 to Fig. 6-2-C-B), which is connected and fixed in a shape, is fixed to the edge of the eaves rafter (Fig. 1, Fig. 4-2-C-D) and is installed on the outside side plate Receiver body beam (hereinafter abbreviated as beam) The beam (FIGS. 1, 2, and 4-1-1) is slid into the insertion groove (FIGS. 3-2-C-D) from the front of the channel, and is built into the cylinder of the beam end. The connected stick (hereinafter abbreviated as "stick") is pulled out, and the bolt part (Fig. 2-1-3-B) of the stick is connected to the inside side plate (Figs. 1, 3, 5, and 6-2-C-). The nuts installed inside and outside the channel of I) are fastened and fixed to the inside side plate, whereby the eaves rafter and the beam are connected and fixed, so that it becomes a connected fixing device that can be attached to the rafter edge.

解決手段2 軒先垂木をアンカー部材として、垂木小口面へチャンネルの底板を固着しただけでは、アンカー装具としての強度が不足する場合に、チャンネル底板の裏面に、垂木下端にチャンネルを固着出来るフィン(図4、図5−2−C−F)を、補剛材として連接固着した、ボトムフインアジャスタブルチャンネルと呼称する(以下ボトムフィンチャンネルと略称)連結固着装具であり、チャンネルの底板を垂木小口部へ、前記フインを垂木下端部へ、大釘打込み、又は、長足ビスの捻込みにより、チャンネルを固着する事で、垂木小口部へのチャンネルの固着のみではアンカー装具としての強度が不足する場合でも、軒先垂木を、アンカー適合部材とする事が可能となる。     Solution 2 A fin that can fix the channel to the bottom of the rafter and the bottom of the rafter, when the strength of the anchor brace is insufficient simply by fixing the bottom plate of the channel to the rafter facet using the eaves rafter as an anchor member (Fig. 4, Fig. 5-2C-F) is a connecting and fixing device called a bottom fin adjustable channel (hereinafter abbreviated as "bottom fin channel") which is connected and fixed as a stiffener, and the bottom plate of the channel is connected to the rafter edge. , By fixing the channel to the lower end of the rafter by driving a large nail or by screwing a long leg screw, even if the strength of the anchor device is insufficient only by fixing the channel to the rafter edge, The eaves rafter can be used as an anchor compatible member.

解決手段3 チャンネルのインサイド側板(図3、図6−2−C−I)、アウトサイド側板(図3、図6−2−C−O)の両側板の外側へ、アウトサイド側フイン(図6−2−C−S−B−L)と、インサイド側(図6−2−C−S−B−R)フインを固着した、サイドフィンアジャスタブルチャンネルと呼称する(以下サイドフィンチャンネルと略称)チャンネルを、垂木小口部を除く、アンカー部材の見付け面(例えば鼻隠し、破風)に、装着する事ができ、建造物のアンカー部材と、レシーバーのビームが、チャンネル底板と、前記の両サイドフインで、アンカー部材に固着されたチャンネルに、連結固着する事が出来る装具である。     Solution 3 Outside fins (see FIG. 3 and FIG. 6-2-C-I) and outside side plates (FIG. 3, FIG. 6-2-C-O) on both sides of the outside plate. 6-2C-S-B-L) and the inside fin (FIG. 6-2-C-S-B-R) fins fixed to each other, referred to as a side fin adjustable channel (hereinafter abbreviated as side fin channel). The channel can be attached to the anchor member's finding surface (eg, nasal cover, gust of wind), excluding the rafters, and the building anchor member, receiver beam, channel bottom plate, and both side fins. It is an appliance that can be connected and fixed to the channel fixed to the anchor member.

この発明により得られる効果について、図面を併用して記述する。     The effects obtained by the present invention will be described with reference to the drawings.

効果1 レシーバー装着による効果
軒先垂木、又は、建造物のアンカーに適合する部材の任意部位に、左右一対に装着されたチャンネル(図1〜図6−1−2−C)へ、ビーム(図1、図4、図5−1−1)を、チャンネル正面からスライド挿入し、アウトサイド側板のビーム挿入溝(図1〜図4−2−C−D)へ落し込み、アウトサイド側板のピース挿入ピット(図2〜図4−2−C−K)へのピース(図2、図4―2−C−KP)挿入で、ビームをアウトサイド側板(図1〜図4−2−C−O)に固定、螺状ボルト加工されたステックの端末部(図1、図2−2−1−3−B)をシリンダー(図2−1−E)から引出し、インサイド側板のボルト部挿入ピット(図2、図6−2−C−P)へ挿入し、インサイド側板(図1〜図3、図5、図6−2−C―I)の内外に装備されたナット(図2−1−3−N、図2−1−3WN)で、ステック本体をインサイド側板(図1〜図3、図5、図6−2−C−I)へ、緊締する事により、チャンネルを介し、ビームと軒先垂木、又は、建造物のアンカー適合部材が、同時に連結固着され、,架設梯子を支承するレシーバーの保安効果が得られる。
Effect 1 Effect of receiver mounting Beam (FIG. 1) to channels (FIGS. 1 to 6-1-2C) mounted on a pair of left and right at an arbitrary part of a member that fits an eaves rafter or an anchor of a building. 4 and FIG. 5-1-1) are slid and inserted from the front of the channel, dropped into the beam insertion groove (FIGS. 1 to 4-2 -C-D) of the outside side plate, and the piece of the outside side plate is inserted. Inserting a piece (Fig. 2, Fig. 4-2C-KP) into a pit (Fig. 2 to Fig. 4-2C-K) inserts the beam into the outside side plate (Figs. 1 to 4-2C-O). ) And the screw end bolted (Fig. 1, Fig. 2-2-1-3-B) is pulled out from the cylinder (Fig. 2-1-E), and the bolt side insertion pit ( 2 and FIG. 6-2-C-P), the inside side plate (FIGS. 1 to 3, FIG. 5, 6-2-CI) Nut (Fig. 2-1-3-N, Fig. 2-1-3WN) equipped inside and outside the stick body to the inside side plate (Figs. 1-3, 5 and 5) By tightening to 6-2 C-I), the beam and the eaves rafter or the anchor fitting member of the building are connected and fixed at the same time through the channel, and the safety effect of the receiver that supports the built-in ladder is improved. can get.

効果2 ビームの変位防止効果
軒先垂木、又は、建造物アンカー適合部材の任意箇所へ、左右一対で、装着されたチャンネルのアウトサイド側板(図1〜図4、図6−2−C−O)に、装備された角形のビーム挿入溝(図3、図6−2−C−D)へ、角形のビーム端末部を、チャンネル正面からスライド挿入させて落し込み、アウトサイド側板に切込まれたピース挿入ピット(図2〜図4−2−C−K)ヘの、ピース挿入(図2〜図4−2−C−KP)により、ビームの上面が押圧され、ビームの角形部がアウトサイド側板の角形溝に固定される事により、ビームの回転変位が防止され、レシーバーの回転変位が防止され、シリンダー(図2−1−E)に内蔵されたステック(図2−1−3−S)を引出し、螺状ボルト加工されたステック先端部(図2、図5−1−3−B)を、内部ナット(図2、−1−3−N)と外部ナット(図2−1−3−WN)で、インサイド側板(図1〜図3、図5−2−C−I)に緊締する事により、ビームの、左右方向への移動変位が防止出来るため、レシーバー全体が安定的に連結固着される。
Effect 2 Effect of preventing beam displacement Outside side plate of channel attached to left and right pair of eaves rafter or arbitrary place of building anchor fitting member (FIGS. 1 to 4, FIG. 6-2-CO) Then, the square beam terminal portion was slid into the square beam insertion groove (Fig. 3, Fig. 6-2-C-D) installed from the front of the channel and dropped, and cut into the outside side plate. The upper surface of the beam is pressed by the piece insertion (FIGS. 2 to 4-2-C-KP) into the piece insertion pit (FIGS. 2 to 4-2-C-K), and the square portion of the beam is outside. By fixing in the square groove of the side plate, the rotational displacement of the beam is prevented, the rotational displacement of the receiver is prevented, and the stick (FIG. 2-1-3-S) built in the cylinder (FIG. 2-1E) is prevented. ) Stick tip with threaded bolts The part (FIG. 2, FIG. 5-1-3-B) is connected to the inside side plate (FIG. 1 to FIG. 2) with an inner nut (FIG. 2, -1--3-N) and an outer nut (FIG. 2-1-3-WN). By tightening on FIG. 3 and FIG. 5-2-C-I), the displacement of the beam in the horizontal direction can be prevented, so that the entire receiver is stably connected and fixed.

効果3 施工能率向上効果
ビーム(図1−1−1)を、左右一対で装着されたチャンネル(図1−2−C)の正面から、スライド挿入し、アウトサイド側板の角形ビーム挿入溝(図1へ図4−2−C−D)へ落し込み、アウトサイド側板のピース挿入ピット(図2〜図4−2−C−K)への、ピース(図2、図3−2−C−KP)挿入で、アウトサイド側板(図2〜図4−2−C−O)の角形溝にビームの角形部分を固定し、シリンダー(図2−1−1−E)からステック(図2−1−3−S)を引出し、螺状ボルト加工された端末部(図2、図5−1−2−B)を、インサイド側板(図1〜図3、図5−2−C−I)に、内外のナットで、緊締固着する事により、チャンネルを介し、建造物のアンカー部材と、ビームを同時に連結固着する事が出来る簡単な施工方式であるため、レシーバー装着時の施工効率の向上効果が得られる。
Effect 3 Construction efficiency improvement effect The beam (Fig. 1-1-1) is slid and inserted from the front of the channel (Fig. 1-2C) mounted in a pair of left and right, and the rectangular beam insertion groove (Fig. 1 to FIG. 4-2-C-D), the piece (FIGS. 2, 3-2-C-) into the piece insertion pit (FIGS. 2 to 4-2-C-K) on the outside side plate KP), the square part of the beam is fixed to the square groove of the outside side plate (FIGS. 2 to 4-2-CO), and the stick (FIG. 2-1-1) is removed from the cylinder (FIG. 2-1-1-E). 1-3-S) is pulled out, and the terminal portion (FIGS. 2 and 5-1-2B) processed with a screw bolt is connected to the inside side plate (FIGS. 1 to 3 and FIG. 5-2-C-I). In addition, the inner and outer nuts are fastened and fixed together, and the anchor member of the building and the beam are simultaneously connected and fixed through the channel. Because it is a simple construction method can be, the effect of improving the construction efficiency at a receiver mounted is obtained.

チャンネルを介し、レシーバーと軒先垂木が連結固されたイメージ斜視図Image perspective view of receiver and eaves rafters connected and secured via channel 左側垂木に装着するチャンネル本体部の正立面(右側チャンネル図記述略)Upright surface of the channel body part to be attached to the left rafter (right channel diagram not shown) 左側垂木に固着されるチャンネルのイメージ斜視図(右側イメージ図記述略)An image perspective view of the channel fixed to the left rafter (right image illustration omitted) 前記図1の、A〜A`立断面イメージ図(右側イメージ図記述略)Fig. 1 is a vertical cross-sectional image of A-A` (right side image drawing omitted). 前記図1の、B〜B`立断面イメージ図(右側立断面イメージ図記省略)Fig. 1 B-B` vertical section image (right vertical section image not shown) サイドフィン装着チャンネルのイメージ斜視図(右側イメージ図記述略)Image perspective view of side fin mounting channel (right side image illustration not shown)

この発明による実施の形態を、図面を併用し、主たる用語の定義と、それぞれの部材が保有すろ機能を、向かって左側の垂木小口部へ装着する装具を装着例として記述する。
(向かって右側垂木への装着、及び、垂木以外のアンカー適合部材見付面への装着例は、左側垂木装着例と、類似しているため記述を省略する)
The embodiment according to the present invention will be described with reference to the drawings, in which a definition of main terms and a device for mounting a filter function possessed by each member on the left rafter edge portion are described as a mounting example.
(The mounting on the right rafter and the mounting on the anchor fitting member locating surface other than the rafter are similar to the left rafter mounting, so the description is omitted.)

主たる用語の定義1 ラダーレシーバー
架設される梯子の上端を直接支承する水平に装着される装具で、左右の端末部が、U字状に折り曲げ加工されたビーム(図1、図2、図4、図5−1−1)と略称する棒状の細長材を、軒先垂木小口部、又は、アンカー適合部材に装着されたチャンネル(図1〜図5−2−C)と略称する連結固着装具へ正面からスライド挿入し、ステックと略称する連結固着補助装具により、前記チャンネルに、ボルト、ナットで前記ビームを緊締する事で構成部材の全てが連結固着され、架設梯子の保安を確保する事ができる装具の全体を指す。
Definition of main terms 1 Ladder receiver A horizontally mounted equipment that directly supports the upper end of the ladder to be installed. The left and right ends are bent into a U-shape (Figs. 1, 2, 4, 5-1-1) A rod-shaped elongated member abbreviated to the eaves-end rafter edge or a channel (FIGS. 1-5C) affixed to an anchor fitting member. A device that can secure the security of the built-in ladder by sliding and inserting from the side and fastening and fixing the beam to the channel with bolts and nuts. Points to the whole.

主たる用語の定義2 ビーム
レシーバーを構成する部材のうち左右の両端末部が、U字状に折曲げ加工され、且つ、最端末の小口部に、連結固着補助装具のステック(図2−1−3−S)を内蔵する事ができる角形のシリンダー(図2−1−1−E)を装備した、棒状を呈するレシーバーの主要部材(図1、図2、図4、図5−1−1)を指す。
Definition of main terms 2 The left and right end portions of the members constituting the beam receiver are bent into a U-shape, and the sticking auxiliary equipment stick (Fig. 2-1-1- 3-S) main member of the receiver (FIGS. 1, 2, 4, and 5-1-1) which is equipped with a rectangular cylinder (FIG. 2-1-1-E) that can be incorporated therein. ).

主たる用語の定義3 チャンネル
ビーム(図1、図2、図4、図5−1−1)を垂木軒先小口部へ連結固着する装具の本体で、軒先に向かい左側の垂木軒先を、建造物のアンカー部材とし、その垂木小口面に密着する面をチャンネルの底板(図1〜図6−2−C−B)、チャンネル底板に向かい左側のチャンネル構成部材をアウトサイド側板(図1〜図4−2−C−O)、チャンネル底板に向かい右側のチャンネル構成部材をインサイド側板(図1〜図3、図5−2−C−I)として、チャンネル底板に、左右両側板を竪型に対向させ、U字状に連接固着した、連結固着装具の本体を指す。
Definition of main terms 3 The main body of the brace that connects and secures the channel beam (Figs. 1, 2, 4, and 5-1-1) to the rafter eaves edge. The surface of the anchor member, which is in close contact with the rafter facet, is the bottom plate of the channel (FIGS. 1 to 6-C-B), and the left channel component member facing the channel bottom plate is the outside side plate (FIGS. 1 to 4). 2-C-O), the right channel component facing the channel bottom plate is the inside side plate (FIGS. 1 to 3, FIG. 5-2-C-I), and the left and right side plates are opposed to the channel bottom plate in a bowl shape. , Refers to the main body of the connecting and fixing device, which is connected and fixed in a U-shape.

主たる用語の定義4 ボトムフィンチャンネル
チャンネル底板を、垂木小口部へ固着しただけでは、アンカー部材としての強度が確保出来ない場合に、チャンネル底板裏面に、チャンネルを垂木下端へも固着できるフィンが前記底板裏面の下部に連接固着されたチャンネル(図4、図5−2−C−F)を指す。
Definition of main terms 4 Bottom fin channel If the strength of the anchor member cannot be secured by simply fixing the channel bottom plate to the rafter nose, the bottom plate is provided with a fin that can fix the channel to the bottom of the channel bottom plate and also to the lower end of the rafter. The channel (FIG. 4, FIG. 5-2-C-F) connected and fixed to the lower part of the back surface.

主たる用語の定義5 サイドフインチャンネル
垂木以外の部位で、アンカー適合部材の見付面に装着するチャンネル補剛部材として、アウトサイド側板左面(図6−2−C−S−L)と、インサイド側板右面(図6−2−C−S−R)の、チャンネル底板に接する両側板外側に、チャンネルを補剛するフィンが連接固着されたアンカー部材の見付面に装着出来る装具を指す。
Definition of main terms 5 Side fin channel The left side of the outside side plate (Fig. 6-2-CSL) and the inside side plate as a channel stiffening member to be attached to the finding surface of the anchor fitting member at a part other than the rafter. It refers to a brace that can be attached to the finding surface of an anchor member in which fins that stiffen the channel are connected and fixed to the outer side of both side plates that contact the channel bottom plate on the right side (FIG. 6-2-CSR).

主たる用語の定義6 エンドシリンダー(以下シリンダーと略称)
ビーム(図1、図2、図4、図5−1−1)の左右両端末部の折り曲げ加工された小口部に、ステック本体(図2、図4−1−3−S)が内蔵出来るように装備された、角形の中空部分を指す。
Definition of main terms 6 End cylinder (hereinafter abbreviated as cylinder)
The stick body (Fig. 2, Fig. 4-1-3-S) can be built in the forked portion of the left and right ends of the beam (Figs. 1, 2, 4, and 5-1-1). It refers to a square hollow part equipped as follows.

主たる用語の定義7 ステック
シリンダー(図2−1−1−E)内に角形細長部材の大半が収納された連結固着補助部材(図2−1−3−S)で、シリンダーから露出したステックの先端部分に、螺状ボルト加工がされ(図2−1−3−B)、インサイド側板のステックボルト挿入ピット、(図3−2−C−P)へ、挿入されたボルト部を、内部ナット(図2−1−3−N)と,外部ナット(図2−1−3−WN)で、インサイド側板を挟み付けて、緊締することにより、 チャンネル(図1〜図6−2−C)を介して、建造物のアンカー適合部材と、ビーム(図1、図2、図4、図5−1−1)を連結固着するための連結固着補助装具を指す。
Definition of main terms 7 Stick A joint fixing auxiliary member (Fig. 2-1-3-S) in which most of the rectangular elongated members are housed in a cylinder (Fig. 2-1-1-E). At the tip part, a screw bolt is processed (Fig. 2-1-3-B), and the bolt part inserted into the stick bolt insertion pit (Fig. 3-2-C-P) on the inside side plate is replaced with an internal nut. (Fig. 2-1-3-N) and the outside nut (Fig. 2-1-3-WN) sandwich the inside side plate and tighten it so that the channel (Fig. 1 to Fig. 6-2-C) A connecting fixing auxiliary device for connecting and fixing the anchor fitting member of the building and the beam (FIGS. 1, 2, 4, and 5-1-1).

主たる用語の定義8 ビーム押さえピース(以下ピースと略称)
アウトサイド側板に装備された角形ビーム挿入溝(図〜図4−2−C−D)ヘ、挿入されたビーム(図1、図2、図4−1−1)の浮上を、防止するアウトサイド側板に、
切込まれたピット(図2、図3、図4−2−C−K)へ挿入し、ビーム(図1、図2、図4−1−1)の上面を押圧する事により、アウトサイド側板の角形のビーム挿入溝に、ビームの角形部を固定させる、アウトサイド側板に付属する、小片部材(図2、図4−2−C−KP)の連結固着補助装具を指す。
Definition of main terms 8 Beam holding piece (hereinafter referred to as piece)
Out that prevents the beam (FIGS. 1, 2, and 4-1-1) inserted into the rectangular beam insertion groove (FIGS. 4-2-C-D) mounted on the outside side plate from floating. On the side plate,
Insert into the cut pit (Fig. 2, Fig. 3, Fig. 4-2-CK) and press the upper surface of the beam (Fig. 1, Fig. 2, Fig. 4-1-1) to This refers to a small piece member (FIG. 2, FIG. 4-2-C-KP) connecting and fixing auxiliary device attached to the outside side plate, in which the square portion of the beam is fixed to the square beam insertion groove of the side plate.

主たる用語の定義9 内部ナット
螺状ボルト加工がされたステック先端部(図2−1−3−B)をエンドシリンダー(図2−1−1−E)から引出し、インサイド側板に装備された丸形ピット(図3、図6−2−C−P)へ、挿入されたステックを、インサイド側板(に図1〜図3、図5−C−I)に緊締するため、ステックボルト部のインサイド側板内面側に装備されるナット(図2―1−3−N)を指す。
Definition of main terms 9 Inner nut A round tip mounted on the inside side plate by pulling out the tip end of the screw (Fig. 2-1-3-B) from the end cylinder (Fig. 2-1-1-E). In order to fasten the stick inserted into the shaped pit (Fig. 3, Fig. 6-2-C-P) to the inside side plate (Figs. 1-3, Fig. 5-CI), the inside of the stick bolt part This refers to the nut (Fig. 2-1-3-N) provided on the inner side of the side plate.

主たる用語の定義10 外部ナット
ステックの螺状ボルト(図2−1−3−B)に付属し、インサイド側板(図1〜図3、図5−2−I)の外側に装備(図2−1−3−WN)され、内部ナット(図2−1−3−N)と呼応して、前記ステック(図2−1−3−S)をインサイド側板に緊締するためのナットを指す。
Definition of main terms 10 External nut Attached to the screw bolt (Fig. 2-1-3-B) of the stick and equipped on the outside of the inside side plate (Figs. 1 to 3, Fig. 5-2-I) (Fig. 2 1-3-3-WN) and refers to a nut for tightening the stick (FIG. 2-1-3-S) to the inside side plate in response to an internal nut (FIG. 2-1-3-N).

この発明による実施の形態を図面を併用して記述する。     An embodiment according to the present invention will be described with reference to the drawings.

実施の形態1 装具装着部位の確認と適合装具の選択。
敷地、建造物の平立面の現況から、梯子架設可能部位と、建造物のアンカー部材の適否を確認し、アンカー部材に適合する装具を選択する。
Embodiment 1 Confirmation of a device attachment site and selection of a suitable device.
From the present situation of the site and the flat surface of the building, confirm the suitability of the ladder erection site and the anchor member of the building, and select the equipment that fits the anchor member.

実施の形態2 チャンネルの装着
、 装着部位の確認に基づき、チャンネル(図2、図3)ボトムフィンチャンネル(図4、図5)サイドフィンチャンネル(図6)の装着方式のなかから、装着部位に適合する型式のチャンネルを確定し、左右一対として、所定の部位へ大釘打込み、又は、長足ビス捻込みによりチャンネルを固着する。
Embodiment 2 Installation of channel
Based on the confirmation of the mounting site, the channel type (Figs. 2 and 3), bottom fin channel (Figs. 4 and 5), side fin channel (Fig. 6), and the type of channel suitable for the mounting site are determined. Then, as a pair of left and right, the channel is fixed by driving a large nail into a predetermined site or by screwing a long leg screw.

実施の形態3 ビームの挿入と連結固着
左右一対に装着されたチャンネルへ、正面からビーム(図1、図2、図4、図5−1−1)をスライド挿入し、アウトサイド側板のビーム挿入溝(図3−2−C−D)へ落し込み、ピース挿入溝(図2、図3−2−C−K)へのピース(図2、図3−2−C−KP)挿入で前記ビームを、ビーム挿入溝に固定し、シリンダー(図2−1−1−E)からステック(図2−1−3−S)を引出し、螺状ボルトの加工がされた先端部をインサイド側板のボルト挿入ピット(図2、図6−2−C−P)へ挿入、内部ナット(図2−1−3−N)と外部ナット(図2−1−3−WN)で、ステック(図2−1−3−S)を、インサイド側板(図1〜図3、図5、図6−2−C−I)に緊締する事で内外ナットがインサイド側板を挟み付け固着し、レシーバーと、チャンネルが連結固着される。
Third Embodiment Beam Insertion and Connection Fixing A beam (FIGS. 1, 2, 4, and 5-1-1) is slid into a channel mounted on a pair of left and right sides from the front, and beam insertion on the outside side plate is performed. Drop into the groove (FIG. 3-2-C-D), and insert the piece (FIG. 2, FIG. 3-2-C-KP) into the piece insertion groove (FIG. 2, FIG. 3-2-C-K). The beam is fixed to the beam insertion groove, the stick (Fig. 2-1-3-S) is pulled out from the cylinder (Fig. 2-1-1-E), and the tip end where the screw bolt is processed is attached to the inside side plate. Insert into the bolt insertion pit (Fig. 2, Fig. 6-2-C-P), with the internal nut (Fig. 2-1-3-N) and the external nut (Fig. 2-1-3-WN), stick (Fig. 2 -1-3-S) is fastened to the inside side plate (FIGS. 1 to 3, 5, and 6-2-C-I) so that the inner and outer nuts And pinching fixing the side plate, and receiver, the channel is fixedly connected.

1−1 ラダーレシーバー本体ビーム(以下ビームと略称)
1−1−E 本体ビームエンドシリンダー
1−2 ラダーストッパー
1−3−B コネクトステックボルト加工部位
1−3−N ステック付属内部ナット
1−3−S コネクトステック本体
1−3−WN ステック付属外部ナット
1−4 ストッパー補強プレート
1−5 セーフティフック挿入ピット
2−C アジャスタブルチャンネル(以下チャンネルと略称)
2−C−B チャンネル底板
2−C−D 本体ビーム挿入溝
2−C−F チャンネルボトムフィン(以下ボトムフィンと略称)
2−C−FT ボトムフィン固着釘、又は、ビス
2−C−I チャンネルインサイド側板
2−C−K 本体ビーム押さえピース挿入ピット
2−C−KP 本体ビーム押さえピース
2−C−O チャンネルアウトサイド側板
2−C−P ステックボルト部挿入丸形ピット
2−C−S チャンネル底板固着釘、又は、長足ビス挿入ピット
2−C−S−B チャンネルサイドフィン(以下サイドフインと略称)
2−C−S−B−L アウトサイド側フィン
2−C−S−B−R インサイド側フイン
2−C−S−P サイドフイン固着ビス挿入ピット
K 瓦
KS 瓦引っ掛け桟
N 野地板
T 垂木
W 戸樋
Z 瓦座


1-1 Ladder receiver body beam (hereinafter abbreviated as beam)
1-1-E Main body beam end cylinder 1-2 Ladder stopper 1-3-B Connect stick bolt processing part 1-3- Internal stick attached nut 1-3-S Connect stick main body
1-3-3 External nut attached to stick 1-4 Stopper reinforcement plate 1-5 Safety hook insertion pit 2-C Adjustable channel (hereinafter abbreviated as channel)
2-C-B channel bottom plate 2-C-D body beam insertion groove 2-C-F channel bottom fin (hereinafter abbreviated as bottom fin)
2-C-FT Bottom fin fixing nail or screw 2-CI Channel inside side plate 2-C-K Main body beam pressing piece insertion pit 2-C-KP Main body beam pressing piece 2-C-O Channel outside side plate 2-C-P stick bolt insertion round pit 2-C-S channel bottom plate fixing nail or long screw insertion pit 2-C-S-B channel side fin (hereinafter abbreviated as side fin)
2-C-S-B-L Outside side fin 2-C-S-B-R Inside side fin 2-C-S-P Side fin fixing screw insertion pit K tile KS tile tile hook N base plate T rafter W door Z Z tiles


Claims (3)

連結装具の軒先垂木小口部へ装着される部材面を、底板、底板に向かって左右両端末
の部材を、左側板、右側板として、左右二枚の側板を竪形に対向させ、底板へU字状に、連接固着された、アジャスタブルチャンネルと呼称する(以下チャンネルと略称)装具へ、軒先垂木のピッチ寸法より、垂木幅二本分程度の長さを加算した棒状の、左右両端末が、建造物の外周面より外側に装着出来るように軒先垂木先端部から持ち出され、且つ、前記チャンネルとの連結ができるようU字状に折曲加工された、ラダーレシーバ本体ビームと呼称する(以下ビームと略称)装具を、前記チャンネルの前面からスライド挿入し、前記チャンネルのアウトサイド側板のビーム挿入溝へ落し込み、コネクトステックと呼称(以下ステックと略称)する装具先端の螺状ボルト部を、チャンネルインサイド側板に、内外のナットで緊締する事により、軒先垂木小口部と、レシーバービームが、チャンネルを介して、固着一体化される事を特徴とする、ラダーレシーバーのチャンネル。
The member surface to be attached to the eaves edge rafter edge of the connecting device is the bottom plate, the left and right end members are facing the bottom plate, the left and right side plates are facing the bottom plate, and the left and right side plates are opposed to each other in a bowl shape. The rod-shaped left and right terminals, which are connected to each other in a letter shape, are called adjustable channels (hereinafter abbreviated as "channels"). It is called a ladder receiver body beam (hereinafter referred to as a beam) which is taken out from the front end of the eaves rafter so as to be mounted outside the outer peripheral surface of the building and is bent into a U shape so as to be connected to the channel. The device tip is inserted into the beam insertion groove on the outside side plate of the channel by slidingly inserting the device from the front of the channel, and called Connect Stick (hereinafter referred to as Stick). The ladder receiver is characterized in that the eaves-end rafter edge and the receiver beam are fixedly integrated with each other through the channel by tightening the threaded bolt part of the inner side plate with the inner and outer nuts. Channel.
チャンネルを軒先垂木小口部へ固着しただけでは、アンカー装具としての強度が不足する場合に、前記チャンネル底板の裏面に、垂木下端面へも装具を固着出来るフィンを、接合固着したボトムフィンチャンネルと呼称するチャンネルを補剛する装具により、軒先垂木小口面を、アンカー適合部材にする事が出来ることを特徴とする、請求項1に記載のラダーレシーバーのチャンネル。     When the channel is fixed to the eaves rafter edge, if the strength of the anchor device is insufficient, the fin that can fix the device to the bottom surface of the rafter on the back of the channel bottom plate is called a bottom fin channel that is bonded and fixed. The ladder receiver channel according to claim 1, wherein an eaves-end rafter facet can be used as an anchor fitting member by an appliance that stiffens the channel. 軒先垂木以外のアンカー適合部材に、チャンネルの固着が可能となるようチャンネル左右側板の外側に、フインが接合固着された、サイドフインチャンネルと呼称する装具で、アンカー適合部材の見付け面に、装着できる事を特徴とする、請求項1に記載のラダーレシーバーのチャンネル。     A fitting called a side fin channel, with fins joined and secured to the outside of the left and right side plates of the channel so that the channel can be secured to an anchor fitting member other than the eaves rafter, and can be attached to the anchor fitting member finding surface. The ladder receiver channel of claim 1, wherein:
JP2016075543A 2016-04-05 2016-04-05 Adjustable channel of ladder receiver to be fitted at any portion Pending JP2017186776A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP2016075543A JP2017186776A (en) 2016-04-05 2016-04-05 Adjustable channel of ladder receiver to be fitted at any portion

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP2016075543A JP2017186776A (en) 2016-04-05 2016-04-05 Adjustable channel of ladder receiver to be fitted at any portion

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Publication Number Publication Date
JP2017186776A true JP2017186776A (en) 2017-10-12

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ID=60045344

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