JPS5934183A - Assembling method of octagon - Google Patents
Assembling method of octagonInfo
- Publication number
- JPS5934183A JPS5934183A JP14379482A JP14379482A JPS5934183A JP S5934183 A JPS5934183 A JP S5934183A JP 14379482 A JP14379482 A JP 14379482A JP 14379482 A JP14379482 A JP 14379482A JP S5934183 A JPS5934183 A JP S5934183A
- Authority
- JP
- Japan
- Prior art keywords
- cylindrical body
- members
- octagon
- nut
- frame
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Classifications
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04H—BUILDINGS OR LIKE STRUCTURES FOR PARTICULAR PURPOSES; SWIMMING OR SPLASH BATHS OR POOLS; MASTS; FENCING; TENTS OR CANOPIES, IN GENERAL
- E04H12/00—Towers; Masts or poles; Chimney stacks; Water-towers; Methods of erecting such structures
- E04H12/18—Towers; Masts or poles; Chimney stacks; Water-towers; Methods of erecting such structures movable or with movable sections, e.g. rotatable or telescopic
- E04H12/182—Towers; Masts or poles; Chimney stacks; Water-towers; Methods of erecting such structures movable or with movable sections, e.g. rotatable or telescopic telescopic
Landscapes
- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Measurement Of Radiation (AREA)
Abstract
Description
【発明の詳細な説明】
本発明は、角形の筒状体を多層に配置した構造体、特に
高エネルギ物理学の実験研究に用いる素粒子検出器の一
部を構成する構造体の組立方法に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method of assembling a structure in which rectangular cylindrical bodies are arranged in multiple layers, particularly a structure that constitutes a part of an elementary particle detector used for experimental research in high energy physics. .
物質を構成する究極の基本粒子とさt″Lでいるフォー
クの存在、特性など研究するための素粒子検出器は、ビ
ームハzfプ、超電導コイルなどからなる中心部の装置
と、これらの装置を外側から支持しさらにμ粒子検出器
としての機能を有する外殻構造体などによって構成され
ても・る。The elementary particle detector used to study the existence and characteristics of the ultimate fundamental particles and forks that make up matter consists of a central device consisting of a beam haptic, a superconducting coil, etc., and a system that connects these devices. It may also be constituted by an outer shell structure that is supported from the outside and further functions as a μ particle detector.
外殻構造体は、第1図に示すようにμ粒子検出器(1)
およびμ粒子の速度を減速させるためのミューオンフィ
ルター(以下フィルターと称す)(2) (3)、超電
導コイルが発生した電場をさらに強化するためのリター
ンヨーク(4)、フィルター(2)(3)およびリター
ンヨーク(4)の両端部を支持するためのフレーム(5
)、フレーム(5)の中心開口部を覆うポールチップベ
ース(6)およびポールチップ(7)などからなる。The outer shell structure has a μ particle detector (1) as shown in Figure 1.
and muon filters (hereinafter referred to as filters) (2) (3) to slow down the velocity of μ particles, return yokes (4) to further strengthen the electric field generated by the superconducting coils, and filters (2) (3). and a frame (5) for supporting both ends of the return yoke (4).
), a pole tip base (6) and a pole tip (7) that cover the center opening of the frame (5).
一方、高エネルギ状態の粒子を衝突させ、発生した素粒
子を捕捉するための設備は必然的に大型化し、素粒子検
出器の総重耽は約25008に達する。従って実験設備
が海辺に便利な海岸に設置される場合を除き現地組\f
てを必要とする。On the other hand, equipment for colliding high-energy particles and capturing the generated elementary particles inevitably becomes larger, and the total weight of elementary particle detectors reaches approximately 25,008. Therefore, unless the experimental equipment is installed on the coast where it is conveniently located, the local
Requires
そして、現地組\γを行う場合は、組立後の寸法精度、
組立作業の容易さ、組立を容易にするための構造設計な
どが重要な問題となる。If on-site assembly\γ is performed, the dimensional accuracy after assembly,
Important issues include ease of assembly and structural design to facilitate assembly.
本発明は、外殻構造体の主要部をなすオクタゴン、すな
わちフィルター、リターンヨーク、フレーム、ボールチ
ッフ、ホールチツフヘースなどからなる多層角形筒状構
造体を建設現場において精度良く且つ容易に組立て得る
方法を提供するためになしたもので、各筒状体をボルト
結合装置を有する板状部材による組立荷造とし、各筒状
体の下半部を構成する部材は、構造体の外層に位置する
ものから、また筒状体の上半部を構成する部材は、荷造
体の内層に位置するものかも順次側板の間に取り付け、
さきに側板に取り付けた部材にそれぞれボルト結合する
ものであり、すべての部材は側板によって正確に位置決
めされるので組立精度が高く、且つ組立作業が容易であ
り、しかも各部材はボルト結合されるので部材が大型に
なった場合でも容易に組立できる利点を有するものであ
る。The present invention provides a method for accurately and easily assembling an octagon, which is the main part of an outer shell structure, at a construction site, which is a multi-layered rectangular cylindrical structure consisting of a filter, return yoke, frame, ball tip, hole tip heath, etc. This was done to provide a structure in which each cylindrical body is assembled and packed by a plate-like member having a bolt connection device, and the members constituting the lower half of each cylindrical body are located on the outer layer of the structure. Also, the members constituting the upper half of the cylindrical body may be located in the inner layer of the packing body, and are successively installed between the side plates.
Each member is bolted to each member that was previously attached to the side plate, and since all the members are accurately positioned by the side plate, the assembly accuracy is high and the assembly work is easy. This has the advantage of being easy to assemble even when the members are large in size.
以下本発明の実施例につき図面を参照しつN説明する。Embodiments of the present invention will be described below with reference to the drawings.
第2図および第ろ図はオクタゴンの概略構造を示すもの
で、正八角形を形成するフレーム(5)はほぼ等分に分
割した上下部のフレーム(8) (9)よりなり、フラ
ンジ000・Oを介して上下一体に結合される。リター
ンヨーク(4)および内外層のフィルター(2) (3
)は、いずれも長方形に形成した8個の板状の部材から
なり、各部材の側辺部を相互に植込みポル) (11)
およびナツトθカを用いて一体に組み立てられ、フレー
ム(5)と相似の正八角形を形成している。また各部材
はオクタゴンの軸心の方向に全長に亘って延び、その両
端部は上下部のフレーム(8) (9) K支持されて
いる。Figures 2 and 4 show the schematic structure of an octagon. The frame (5) forming the regular octagon is composed of upper and lower frames (8) and (9) divided into almost equal parts, and the flanges 000 and 000. The upper and lower parts are connected together via the . Return yoke (4) and inner and outer layer filters (2) (3
) consists of eight plate-shaped members, each formed into a rectangle, and the sides of each member are implanted into each other (pol) (11)
and nuts θ are assembled together to form a regular octagon similar to the frame (5). Further, each member extends over its entire length in the direction of the axis of the octagon, and both ends thereof are supported by upper and lower frames (8) (9) K.
なお第ろ図に示すように各筒状体の下半部に位置する部
材は、いずれも筒状体の内側から締めイて1けるナツト
0図により相互にボルト結合さ第1、上半部に位置する
部材は、ナツト02を筒状体の外側から締め付けてボル
ト結合されるようKなっている。As shown in Figure 1, the members located in the lower half of each cylindrical body are bolted to each other by nuts tightened from the inside of the cylindrical body. The members located at K are connected by bolts by tightening the nut 02 from the outside of the cylindrical body.
上下部のフレーム(8) (9)の各内11111側面
部a3α3には、第6図および第4図に示rごとく正八
角形を形成する内外層フィルター(2) (3)の両端
部に係合する溝θaαのが穿設しである(第4図ないし
第6図に・・フランジを施して示す)。なお上部フレー
ム(8) Kおける溝の配置は入角形の上辺部に若干の
相異があるだけでその他は下部フレーム(9)ニおける
配置と変りはなし・0またリターンヨーク(4)は、上
下部のフレーム(8)(9)の内周面にスペーサ0・Q
を介して支持される。In each inner 11111 side part a3α3 of the upper and lower frames (8) (9), as shown in FIG. 6 and FIG. The matching grooves θaα are bored (shown with flanges in FIGS. 4 to 6). The arrangement of the grooves in the upper frame (8) K is the same as the arrangement in the lower frame (9) except that there is a slight difference in the upper side of the rectangular shape. spacers 0 and Q on the inner peripheral surfaces of the frames (8) and (9).
Supported through.
上下部のフレーム(8) (9) K設けた溝(14)
0!′ilはすべて工場で機械加工されるので、精度
良く加工することができ、現地組立の際各部材はこの溝
04)θ0に係合して位置決めされるので、組立作業を
容易に行ない得、しかも組立精度を高めることができる
。また位置決めのための機械加工は、前記溝04) Q
i19を加工すればよいので、組立精度を高めるための
費用を最低限に抑えることができる。Upper and lower frames (8) (9) K groove (14)
0! 'il is all machined at the factory, so it can be machined with high precision, and during on-site assembly, each member is positioned by engaging with this groove 04) θ0, so assembly work can be done easily. Furthermore, assembly precision can be improved. Also, machining for positioning is done using the groove 04) Q
Since it is only necessary to process i19, the cost for improving assembly accuracy can be kept to a minimum.
次にオクタゴンの組立手順を第7図ないし第12図を参
照しつ\説明する。まず外側フィルタ一部材(17)を
ジヤツキなどの支持台(4I)を用いて基準高さに調整
し架台(42上に結合する。次いでフィルタ一部材(l
′I′)の両端部に合わ−せて下部フレーム(9)(9
)を架台(4功上に据イ」け、そののり支持台θυを取
り除く(第7図参照)。Next, the assembly procedure of the octagon will be explained with reference to FIGS. 7 to 12. First, the outer filter member (17) is adjusted to the standard height using a support stand (4I) such as a jack, and is connected to the stand (42).
Attach the lower frame (9) to both ends of the
) on the pedestal (4) and remove its glue support θυ (see Figure 7).
次に内側のフィルタ一部材(ハ)を垂直におろし下部フ
レーム(9)の溝に結合する。次いでスペーサ(43を
介してリターンヨーク部材(ト)をフィルタ一部材(イ
)の上部に取り付ける。次いでフィルタ一部材a枠α■
肯を斜め上方から溝(1句θ4)K沿って挿入し、ナツ
ト(6)を上方から締め付けて各フィルタ一部材Qη(
ハ)の上面に固定する。次(・で各フィルタ一部材を図
示しないボルトを用いて下部フレームの内側面部(13
に固定する(第8図参照)。Next, the inner filter member (C) is vertically lowered and connected to the groove of the lower frame (9). Next, attach the return yoke member (G) to the top of the filter member (A) via the spacer (43).Then, attach the return yoke member (G) to the upper part of the filter member (A).
Insert the filter diagonally from above along the groove (1 line θ4) K, and tighten the nut (6) from above to tighten each filter member Qη(
c) Fix it on the top surface. Next, attach each filter member to the inner side of the lower frame (13) using bolts (not shown).
(See Figure 8).
次に内側のフィルタ一部材(η(イ)の内側にスペーサ
0→を介してリターンヨーク部材■(7)を取りイ」け
、ナツト(2)を上方から締め付けてリターンヨーク部
材(33K固定する。次いでフィルタ一部材(ホ)(2
1)(ハ)(ホ)を下部フレーム(9)の溝(IQ (
14) K沿って上方から挿入し、斜め上方からナツト
02を締め付(ケてフィルタ一部材(18) Q’14
(イ)@すζ固定する。次いでフィルタ一部材(A(ホ
)にスペーザ卿を介してリターンヨーク部材(慢(ハ)
を取り付け、ナツト(1カを斜め上方から締め付けてリ
ターンヨーク部材(至)CI K固定する(第9図参照
)。Next, take the return yoke member (7) inside the inner filter member (η (A) through the spacer 0→), and tighten the nut (2) from above to fix the return yoke member (33K). .Next, filter part (E) (2
1) Connect (c) and (e) to the grooves (IQ (
14) Insert from above along K and tighten nut 02 from diagonally above (Kete filter part (18) Q'14
(a) Fix @suζ. Next, attach the return yoke member (c) to the filter member (A) via the spacer member.
, and tighten one nut diagonally from above to secure the return yoke member (to) CI K (see Figure 9).
次にフィルタ一部材■g3.5 Kジヤツキ0(i)を
有する取付用治具Q7) Q7)をセットし、その上に
リターンヨーク部材(ハ)OQを載せ、ナツト02を上
方から軽く締め付けてリターンヨーク部材(ト)C切上
に仮組立する。次いでリターンヨーク部材θOをリター
ンヨーク部材(ト)OQの間に置き、側方からナラ1−
02を軽く締め付けて仮組立し、寸メを調整したのち、
各ナラ) 02を締め付けて固定する(第11図参照ン
。Next, set the mounting jig Q7) Q7) with the filter part ■g3.5 K jack 0(i), place the return yoke member (c) OQ on top of it, and lightly tighten the nut 02 from above. Temporarily assemble the return yoke member (g) onto the C cut. Next, place the return yoke member θO between the return yoke members (G) OQ, and insert the neck 1- from the side.
After temporarily assembling by lightly tightening 02 and adjusting the dimensions,
Tighten and fix each oak) 02 (see Figure 11).
次に上部フレーム(8)を下部フレーム(9)上に載せ
各リターンヨーク部材(ハ)os hcoの外側に配置
したスペーサaQを介して上下部のフレーム(3)(9
)全結合し、取付治具oIすを取り外す、次いで上部フ
レーム(8)に設けた溝(+4) Q61に沿って内側
のフィルタ一部材(7)OI)を、続いて外側のフィル
タ一部材(2)(ロ)を挿入し、ナラI−Q■を上方が
ら締め付けてフィルタ一部材(ハ)(ホ)(イ)(gl
)K固定する。そののち内外側のフィルター(2) (
3)を図示シないホルトを用いて上部フレームの内側側
面部03に固定する(第11図参照)。Next, the upper frame (8) is placed on the lower frame (9), and the upper and lower frames (3) (9)
), remove the mounting jig oI, then attach the inner filter member (7) OI) along the groove (+4) Q61 provided in the upper frame (8), and then remove the outer filter member (OI). 2) Insert (B) and tighten Nara I-Q from above to remove filter parts (C) (E) (B) (gl
)K fixed. After that, the inner and outer filters (2) (
3) is fixed to the inner side surface part 03 of the upper frame using a bolt (not shown) (see FIG. 11).
次に内側のフィルタ一部材02を、続いて外側のyイh
タ一部!3(財)を上方からフィルタ一部材(7)0υ
の間、およびフィルタ一部材(イ)(ハ)の間におろし
、ナツト(2)を側方がら締め付けてフィルタ一部材(
7)(31) h nにそれぞれ固定する(第12図参
照)。Next, add the inner filter member 02, and then the outer filter member 02.
Ta part! 3 (goods) from above the filter part (7) 0υ
and between the filter members (A) and (C), and tighten the nut (2) from the side to remove the filter member (A) and between the filter members (C).
7) (31) Fix to h and n, respectively (see Figure 12).
以上の手順により、上下部のフレーム(8) (9)、
リターンヨーク(4)および内外側のフィルター(2)
(3)が一体に組立てられる。次いで図示しない装置を
用いてボールチップベース(6)をリターンヨーク(4
)の内周部に、続いてボールチップ(7)をポールテッ
プペルス(6)に挿入する。By the above steps, the upper and lower frames (8) (9),
Return yoke (4) and inner and outer filters (2)
(3) are assembled together. Next, using a device not shown, the ball chip base (6) is attached to the return yoke (4).
), then insert the ball tip (7) into the pole tip pels (6).
なお本発明は前述の実施例にのみ限定されるものではな
く、本発明の要旨を逸脱しない範囲において種々の変更
を加え得ることは勿論である。Note that the present invention is not limited to the above-described embodiments, and it goes without saying that various changes can be made without departing from the gist of the present invention.
本発明のオクタゴンの組立方法は前述の構成を有するの
で、次の優れた効果を発揮する。Since the octagon assembly method of the present invention has the above-described configuration, it exhibits the following excellent effects.
1i) 各筒状体をボルト結合装置を有する板状部1
1′A’ Kよる組立構造とし、各筒状体の下半部を4
7G成する部材を構造体の外層に位置するものから、ま
た上半部を構成する部材は構造体の内層に位置するもの
から順次側板の間に取り付け、さきに側板に取り付けた
部材にそilぞれボルト結合するようにしたので、すべ
ての部材は側板によって正[VC位置決めされ、組立精
度を高めることができる。1i) Plate-shaped part 1 having a bolt connection device for each cylindrical body
The assembly structure is 1'A'K, and the lower half of each cylindrical body is 4
Attach the members forming the 7G between the side plates in order from those located on the outer layer of the structure, and the members forming the upper half from those located on the inner layer of the structure. Since the parts are connected by bolts, all members can be positioned in the correct position by the side plates, increasing assembly accuracy.
(11)側板に部材の端部に係合する溝を設けて部材を
支持するようにすることにより、各部材の位置決めを容
易に行うことができ、また側板の溝加工は工場内で加工
できるので、組立精度を高めることができる。(11) By providing grooves on the side plates that engage with the ends of the members to support the members, each member can be easily positioned, and the grooves on the side plates can be processed in the factory. Therefore, assembly accuracy can be improved.
1ii1 各部材はボルト結合するようにしたので、
部材が大型の場合でも、溶接を行う場合に見られる熱変
形を考慮する必要がなく、容易に組立てることができる
。1ii1 Each member was connected by bolts, so
Even if the members are large, there is no need to take into account the thermal deformation that occurs when welding, and assembly is easy.
第1図は素粒子検出器の一部切断側面図、第2図および
第6図は本発明の方法を適用する構造体の実施例を示し
、第2図はオクタゴンの切断側面図、第6図は第2図に
おけるm−m方向からの縮/」1切断正面図、第4図は
第2図における下部フレームの縮小正面図、第5図は第
4図における■−■方向からの平面図、第6図は第2図
における上部フレームの縮小正面図、第7図ないし第1
2図は本発明の実施例であるオクタゴンの組立手順を示
す説明図である。
図中、(2) (3)はミューオンフィルター、(5)
はフレ−ム、(lυは植込みボルト、(2)はナラ ト
、0ηないし0旧まツーイルタ一部材を示す。
特許出願人
石川島播磨重工業株式会社
哨 q〕
第4図
15 14 14 1551
7
ンb]lFIG. 1 is a partially cutaway side view of an elementary particle detector, FIGS. 2 and 6 show examples of structures to which the method of the present invention is applied, and FIG. 2 is a cutaway side view of an octagon. The figure is a reduced front view taken from the m-m direction in Fig. 2, Fig. 4 is a reduced front view of the lower frame in Fig. 2, and Fig. 5 is a plane taken from the ■-■ direction in Fig. 4. Figure 6 is a reduced front view of the upper frame in Figure 2, and Figures 7 to 1 are
FIG. 2 is an explanatory diagram showing the assembly procedure of an octagon according to an embodiment of the present invention. In the figure, (2) and (3) are muon filters, and (5)
is the frame, (lυ is the stud bolt, (2) is the bolt, and 0η or 0 old two-irtater member. Patent applicant Ishikawajima-Harima Heavy Industries Co., Ltd.) Fig. 4 15 14 14 1551
7 b]l
Claims (1)
向に複数層に配設し前記筒状体の両側端部を側板によっ
て支持せしめるように構成した多層角形筒状構造体の組
立方法において、各筒状体を、筒状体の各側辺部をそれ
ぞれ別個に形成し且つ相互に結合するためのボルト装置
を有する板状部材によって組立可能U?:構成し、各筒
状体の下半部を構成する各部材を前記構造体の外層に位
置するものから順次前記側板の間に取り付け、該部材を
先に側板に取り付けた部材に筒状体の内側から締め付け
てボルト結合し、各筒状体の上半部を構成する各部材を
前記構造体の内層に位置するものから順次前記側板の間
に取り付け、該部材7先K i[tll板に取り付けた
部材に筒状体の外側から締め付けてボルト結合すること
を特徴とするオクタゴンの組立方法。1) A multi-layer rectangular cylindrical structure in which a plurality of cylindrical bodies each having a regular polygonal cross section are arranged horizontally in multiple layers, and both ends of the cylindrical bodies are supported by side plates. In the assembly method, each cylindrical body can be assembled by means of a plate-like member in which each side of the cylindrical body is formed separately and has a bolt device for connecting them to each other. : The members constituting the lower half of each cylindrical body are sequentially attached between the side plates starting from the one located on the outer layer of the structure, and the members attached to the side plates are attached to the members of the cylindrical body. Tighten and bolt from the inside, and attach each member constituting the upper half of each cylindrical body between the side plates in order from the one located in the inner layer of the structure, and attach the member 7 to the K i[tll plate. A method for assembling an octagon, which is characterized in that the cylindrical body is fastened and bolted to a member from the outside of the cylindrical body.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP14379482A JPS5934183A (en) | 1982-08-19 | 1982-08-19 | Assembling method of octagon |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP14379482A JPS5934183A (en) | 1982-08-19 | 1982-08-19 | Assembling method of octagon |
Publications (1)
Publication Number | Publication Date |
---|---|
JPS5934183A true JPS5934183A (en) | 1984-02-24 |
Family
ID=15347134
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP14379482A Pending JPS5934183A (en) | 1982-08-19 | 1982-08-19 | Assembling method of octagon |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5934183A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2019091803A (en) * | 2017-11-15 | 2019-06-13 | 株式会社日立製作所 | Superconducting magnet device |
US11707169B2 (en) | 2015-08-31 | 2023-07-25 | Lg Electronics Inc. | Robot cleaner |
-
1982
- 1982-08-19 JP JP14379482A patent/JPS5934183A/en active Pending
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US11707169B2 (en) | 2015-08-31 | 2023-07-25 | Lg Electronics Inc. | Robot cleaner |
JP2019091803A (en) * | 2017-11-15 | 2019-06-13 | 株式会社日立製作所 | Superconducting magnet device |
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