JP3529498B2 - Rice cabin assembling method and apparatus - Google Patents
Rice cabin assembling method and apparatusInfo
- Publication number
- JP3529498B2 JP3529498B2 JP14563295A JP14563295A JP3529498B2 JP 3529498 B2 JP3529498 B2 JP 3529498B2 JP 14563295 A JP14563295 A JP 14563295A JP 14563295 A JP14563295 A JP 14563295A JP 3529498 B2 JP3529498 B2 JP 3529498B2
- Authority
- JP
- Japan
- Prior art keywords
- column
- plate
- support
- divided
- rice cabin
- 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.)
- Expired - Fee Related
Links
Landscapes
- Storage Of Harvested Produce (AREA)
- Drying Of Solid Materials (AREA)
Description
【発明の詳細な説明】
【0001】
【産業上の利用分野】本発明は、ライスキャビンの組立
方法およびその組立装置に関してなされたものである。
【0002】
【従来の技術】従来、ライスキャビンを組立るには、そ
のライスキャビンの外周壁を構成する胴板の外周りの数
か所にチエンブロックを配設し、数人の作業員によりチ
エンブロックを操作して屋根付き胴板を吊り上げその吊
り上げた胴板の下側に次の胴板を位置させ胴板と胴板を
接続して所望する大きさのライスキャビンを組立ている
のである。
【0003】
【発明が解決しようとする課題】したがって、従来の組
立作業にあってはどうしても数人の作業員を要し、ま
た、組立るライスキャビンの外周りに組立のための作業
用地が必要となる。そこで、本発明は、組立には1人の
作業員でもできるようにするとともに、ライスキャビン
の設置面積の外側に作業用地を確保する等の必要がない
ものにして、組立の省力化と設置場所の選定を容易にし
ながら、その作業が安全に行える組立方法とその手段を
提供しようとするものである。
【0004】
【課題を解決するための手段】本発明は、前項に記載す
るようなライスキャビンの組立装置を提供するものであ
って、その手段というのは、ライスキャビンの外周壁
(a)を構成する1枚目の胴板(a1)内中央部に立設
する支柱(1)により屋根頂部の覆体(2)を所定の高
さ位置に支持し、該覆体(2)の周りと前記胴板(a
1)上部の周りに板体(3)・・・・・を掛け渡して屋
根を形成したのち、前記支柱(1)を上方に所定量ずつ
伸長させて前記胴板(a1)の下側に2枚目以降の胴板
(a2)・・・を順次接続連結して組成するライスキャ
ビンにおいて、前記支柱(1)を伸長させる支柱伸長装
置(A)を設け、該支柱伸長装置(A)は分割支柱(1
a)が摺動可能な支持筒体(12)を設け、該支持筒体
(12)に分割支柱(1a)の挿入部(13)を設け、
該挿入部(13)を挟むように縦孔(14)を有するガ
イド板(15)を溶着して一体成形し、該一体成形物を
基板(17)上に溶着立設し、また、前記両ガイド板
(15)の下部側に固定棒(24)を構成し、該固定棒
(24)の下側に軸(25)を支点として上下動する足
踏みペダル(26)を構成し、該足踏みペダル(26)
と圧縮スプリング(27)により押上力により前記固定
棒(24)に接当する構成とし、また、前記挿入部(1
3)の両側部に引揚げ爪(18)を設け、該引揚げ爪
(18)を前記支持筒体(12)内に挿入した状態で上
下動可能に構成し、前記両ガイド板(15)に設けた縦
孔(14)の外側の下部に軸受(19)を設け、前記支
持筒体(12)の上部側から突出する軸受部(20)を
設け、前記軸受(19)と該軸受部(20)によって回
転自在に支持したネジ棒(21)を立設し、該ネジ棒
(21)に前記引揚げ爪(18)のボス部(22)を螺
合させ、前記台盤(16)上に固設するモ−タ(M)の
回転により前記引揚げ爪(18)を上下動可能に構成し
たことを特徴とするライスキャビンの支柱伸縮装置であ
る。
【0005】
【作用】この構成によって、ライスキャビン組成する支
柱(1)を伸長させる支柱伸長装置(A)において、分
割支柱(1a)を実線のように両ガイド板(15)の間
から入れその下部を固定棒(24)に沿わせて挿入部
(13)から支持筒体(12)内に挿入すると、分割支
柱(1a)は足踏みペダル(26)によって支承され足
踏みペダル(26)を仮想線(イ)のように踏み込むと
その踏み込みに伴って分割支柱(1a)は仮想線(ロ)
の状態になり、足踏みペダル(26)を離すと圧縮スプ
リング(27)により復動し仮想線(ロ)で示す分割支
柱(1a)を若干持ち上げてその上部の嵌合部(10)
は仮想線(ハ)のように係止孔(11)にピンを挿すこ
とによって上方に係止している分割支柱(1a)下部の
嵌入部(8)に臨んで嵌合状態になり、モ−タ(M)を
正転させることにより持ち上ってその上縁は上方の分割
支柱(1a)の段部(9)に当接して接続連結し一緒に
持ち上がるから、そこで、上方の分割支柱(1a)が落
下しないように係止していたピンを引き抜き、引き続い
て引揚げ爪(18)(18)を上動させて持ち上げ、引
揚げ爪(18)(18)が最上位置に上動すると上限リ
ミットスイッチ(S1)が作動してモ−タ(M)が停止
するから、持ち上げた分割支柱(1a)が落下しないよ
うにピンを挿して、モ−タ(M)を逆転し引揚げ爪(1
8)(18)を下動させ、最下位置に達すると下限リミ
ットスイッチ(S2)が働いてモ−タ(M)は停止し、
支持筒体(12)内の持ち上げ位置に係止した分割支柱
(1a)の下側は空間になるから、この空間に次なる分
割支柱(1a)を前記のように挿入して持上げ上方に順
次伸長させるのである。また、この上方に伸長したもの
を下方に圧縮する時は、ピンの抜きさし・引揚げ爪(1
8)の上動と下動・および足踏みペダル(26)の踏み
込み等を伸長する場合と逆の手順で行うライスキャビン
の支柱伸長装置(A)である。
【0006】
【実施例】以下、本発明について実施例図を参照し説明
すると、先ず図において、「図1」はこの発明による組
立方法とその装置によってライスキャビンがコンクリ−
ト(7)の床面上に完成した時の状態を示す正面図、
「図2」は作業の開始により傘状の屋根ができた時点の
正面図、「図3」と「図4」は支柱(1)を数本のもの
に分割した分割支柱(1a)の正面図と平面図で、この
分割支柱(1a)を順次接続連結させることによって支
柱が上方に伸長するものにしてある。そして、「図5」
と「図6」と「図7」はこの分割支柱(1a)を接続連
結して伸長させるところの支柱伸長装置(A)の正面図
と側面図と平面図である。
【0007】前記の分割支柱(1a)は中空の円筒体
で、その下部は外径を稍々小さくし次なる分割支柱(1
a)の嵌入部(8)にして分割支柱(1a)の周りに段
部(9)を形成し、上部にはこの嵌入部(8)が嵌挿可
能なように孔径を若干大きくして嵌合部(10)にする
とともに中程部にはピンが挿脱自在の係止孔(11)を
貫通してある。
【0008】また、前記支柱伸長装置(A)について記
載すると、「図8」と「図9」にも示すように、(1
2)は分割支柱(1a)が嵌り込んで上下に摺動可能の
中空体の支持筒体で、上部側と下部を残して切欠ぎ分割
支柱(1a)の挿入部(13)を形成し、その支持筒体
(12)の両側部に、この挿入部(13)をはさむよう
に縦孔(14)を有する2枚のガイド板(15)(1
5)を溶着して一体成形し、その一体成形物を前記コン
クリ−ト(7)の床面に直接固設された台盤(16)に
重設の基板(17)上に溶着立設して前記の縦孔(1
4)(14)は支持筒体(12)の挿入部(13)の両
側部に合致し後述する引揚げ爪(18)が縦孔(14)
内から更に支持筒体(12)内に挿入した状態で上下動
可能にしている。
【0009】そして、前記両ガイド板(15)(15)
に設けた縦孔(14)(14)の外側方には基板(1
7)に固設する軸受(19)(19)と支持筒体(1
2)の上部側から突出する軸受部(20)(20)によ
って下端と上端を回転自在に支持したネジ棒(21)
(21)が立設し、このネジ棒(21)(21)に前記
引揚げ爪(18)(18)のボス部(22)(22)を
螺合させ、そのネジ棒(21)(21)は台盤(16)
上に固設するモ−タ(M)の正転と逆転によりチエン
(23)を介して回転し引揚げ爪(18)(18)を上
動または下動させている。
【0010】(24)は前記両ガイド板(15)(1
5)の下部側を連結して支持筒体(12)の挿入部(1
3)を横切る固定棒で、その固定棒(24)の下側には
両ガイド板(15)(15)の間から挿入部(13)を
通り支持筒体(12)内を突き抜けて軸(25)を支点
にして上下動する足踏みペダル(26)が設けられ、そ
の足踏みペダル(26)は圧縮スプリング(27)によ
り押上力が作用して固定棒(24)に接当している。
【0011】このように構成された支柱伸長装置(A)
は、その支持筒体(12)の上端部の周りから放射状に
伸びる数本の引張材(28)・・・・・によってコンク
リ−ト(7)の床面に連繋されているのである。なお、
(29)(29)は支持筒体(12)の基板(17)上
への立設を強固なものにする補強部材であり、(S1)
は引揚げ爪(18)が最上位置に上動したときそのボス
部(22)の接触によりON作動しモ−タ(M)を停止
する上限リミットスイッチ、(S2)は引揚げ爪(1
8)が最下位置に下動したときモ−タ(M)を停止する
下限リミットスイッチである。
【0012】したがって、「図10」に示すように、分
割支柱(1a)を実線のように両ガイド板(15)(1
5)の間から入れその下部を固定棒(24)に沿わせて
挿入部(13)から支持筒体(12)内に挿入すると、
分割支柱(1a)は足踏みペダル(26)によって支承
されるから足踏みペダル(26)を仮想線(イ)のよう
に踏み込むとその踏み込みに伴って分割支柱(1a)は
仮想線(ロ)の状態になり、足踏みペダル(26)を離
すと圧縮スプリング(27)により復動し仮想線(ロ)
で示す分割支柱(1a)を若干持ち上げてその上部の嵌
合部(10)は仮想線(ハ)のように係止孔(11)に
ピンを差すことによって上方に係止している分割支柱
(1a)下部の嵌入部(8)にのぞんで嵌合状態にな
り、モ−タ(M)を正転させることにより持ち上ってそ
の上縁は上方の分割支柱(1a)の段部(9)に当接し
て接続連結し一緒に持ち上がるから、そこで、上方の分
割支柱(1a)が落下しないように係止していたピンを
引き抜き引き続いて引揚げ爪(18)(18)を上動さ
せて持ち上げ、引揚げ爪(18)(18)が最上位置に
上動すると上限リミットスイッチ(S1)が作動してモ
−タ(M)が停止するから、持ち上げた分割支柱(1
a)が落下しないようにピンを差しておいてモ−タ
(M)を逆転し引揚げ爪(18)(18)を下動させ、
最下位置に達すると下限リミットスイッチ(S2)が働
いてモ−タ(M)は停止し、支持筒体(12)内の持ち
上げ位置に係止した分割支柱(1a)の下側は空間にな
るから、この空間に次なる分割支柱(1a)を前記のよ
うに挿入して持ち上げ上方に順次伸長させるのである。
また、この上方に伸長したものを下方に圧縮するとき
は、ピンの抜き差し・引揚げ爪(18)の上動と下動・
および足踏みペダル(26)の踏み込み等を伸長する場
合と逆の手順で行うのである。
【0013】次に、覆体支持部材(4)について「図
2」と「図11」により述べると、(2)はライスキャ
ビンの屋根頂部を構成する逆皿状の覆体で、覆体支持部
材(4)はその覆体(2)を安定よく支持するように円
盤状の枠体(30)とその枠体(30)の中心部から垂
設する軸部(31)とによりT字形に構成されて、その
軸部(31)が前記分割支柱(1a)の上部に形成して
ある嵌合部(10)に嵌脱して分割支柱(1a)に接続
連結可能にしてあって、前記支柱伸長装置(A)とによ
り覆体(2)を所定の高さ位置に支持するのである。
【0014】また、胴板吊持装置(B)は「図1」と
「図12」と「図13」および「図14」に示すよう
に、前記覆体支持部材(4)の軸部(31)の下部と同
様に分割支柱(1a)の上部に形成した嵌合部(10)
に嵌脱する下部を備えた軸部(32)と、この軸部(3
2)の下部側から放射状に延出する数本の支持ア−ム
(5)・・・・・と、この数本の支持ア−ム(5)・・
・・・の中途部と軸部(32)の上部の周りとを連結す
る長さ調節機能付きの連結棒(33)とからなり、その
各支持ア−ム(5)・・・・・の先端部近くにはピン
(34)を突設してこのピン(34)にU字形に成形し
た係合金(6)の基部側に設けた長孔(35)を係合さ
せるとともに、支持ア−ム(5)・・・・・の先端部に
係合金(6)を下方から支受する受金(36)を溶着し
て構成されている。そして、その係合金(6)はライス
キャビンの外周壁(a)を構成する1枚目の胴板(a
1)内壁上部の周りに固設するフック金(37)・・・
・・に下方から係合可能になっている。なお。「図1
3」に符号(38)で示したものは、フック金(37)
の胴板(a1)への固設を容易にするガイドである。
【0015】これによって、ライスキャビンを組立る時
は、先ず、「図2」に示すように、コンクリ−ト(7)
の床面に直接固設された台盤(16)上に基板(17)
を重設して支柱伸長装置(A)を固定し、台盤(16)
上のモ−タ(M)からチエン(23)により支柱伸長装
置(A)のネジ棒(21)(21)を回転するようにし
て、引張材(28)・・・・・によって支持筒体(1
2)の上端部をコンクリ−ト(7)の床面に連繋し強固
に立設するのである。そして、この立設する支持筒体
(12)はライスキャビンの外周壁を構成する1枚目の
胴板(a1)内の中央部に位置するようにする。
【0016】次に、支柱伸長装置(A)により前述のよ
うにして引揚げ爪(18)(18)を上動させ分割支柱
(1a)を持ち上げて覆体支持部材(4)の軸部(3
1)の下部を持ち上げた分割支柱(1a)の上部に嵌合
させて接続連結し覆体(2)を枠体(30)に載せ、覆
体(2)の周りと1枚目の胴板(a1)上部の周りとに
板体(3)・・・・・を掛け渡し傘状の屋根を形成する
のである。
【0017】そこで、支柱伸長装置(A)により持ち上
げた分割支柱(1a)を若干下動させて覆体支持部材
(4)を取り外し、この覆体支持部材(4)に代えて胴
板吊持装置(B)を構成する軸部(32)の下部を前記
分割支柱(1a)の上部に嵌合させて取り付け、各支持
ア−ム(5)・・・・・先端部の係合金(6)・・・・
・を1枚目の胴板(a1)に固設するフック金(37)
・・・・・にそれぞれ係合させる。そうすると、胴板吊
持装置(B)は屋根付き胴板(a1)を持ち上げる状態
になる。
【0018】そして、支柱伸長装置(A)により分割支
柱(1a)を持ち上げると、1枚目の胴板(a1)は浮
上し、次なる分割支柱(1a)を支持筒体(12)内に
挿入して持ち上げる。そのとき、胴板1枚の高さに相当
する所定量ずつ持ち上げて1枚目の胴板(a1)の下側
に2枚目の胴板(a2)を接続し、次いで2枚目の胴板
(a2)の下に3枚目の胴板(a3)を接続するという
ようにして4枚目の胴板(a4)と5枚目の胴板(a
5)を順次接続連結し、「図1」に示すような所望の大
きさのライスキャビンが完成するのである。
【0019】ライスキャビンの完成によって胴板吊持装
置(B)および分割支柱(1a)等を取り外すのである
が、そのときは、支柱伸長装置(A)による分割支柱
(1a)の持ち上げのときと逆の手順によって分割支柱
(1a)を最下位のものから取り出して上方に伸長した
ものを下方に圧縮するのである。この場合、各支持ア−
ム(5)・・・・・の先端部で胴板(a1)を吊持して
いる係合金(6)はその基部側の長孔(35)がピン
(34)と摺動するようになり、「図13」に矢印で示
すように支持ア−ム(5)の下降動に応じて中央部側に
退入してフック金(37)との係合状態を解き胴板吊持
装置(B)は取り付けのときの位置まで下降して取り外
されるようになってこの装置(B)の取り外しが具合よ
く行える。そして、最後に支柱伸長装置(A)やその他
のものをコンクリ−ト(7)の床面から搬出するのであ
る。また、組立作業のとき「図1」に示す仮想線のよう
に上方に伸長する分割支柱(1a)に足場(39)を取
り付けて胴板吊持装置(B)の調節等の作業も行えるの
である。
【0020】
【発明の効果】本発明は、以上説明したように、ライス
キャビンの外周壁(a)を構成する1枚目の胴板(a
1)内中央部に立設する支柱(1)により屋根頂部の覆
体(2)を所定の高さ位置に支持し、該覆体(2)の周
りと前記胴板(a1)上部の周りに板体(3)・・・・
・を掛け渡して屋根を形成したのち、前記支柱(1)を
上方に所定量ずつ伸長させて前記胴板(a1)の下側に
2枚目以降の胴板(a2)・・・を順次接続連結して組
成するライスキャビンの支柱伸長装置(A)に関するも
のであるから、ライスキャビンの組立作業において従来
のように数人の作業員を必要とせず1人でも可能になる
とともに、組立のための装置がキャビンの外周壁(a)
内に設置されて組立るのでキャビンの設置面積の外側に
作業用地を確保するに及ばず、組立作業を省力化でき設
置場所の選定も容易になり、その上、中央部で持ち上げ
ていくので組立中のバランスがよく作業が安全に行える
という効果がある。Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method and an apparatus for assembling a rice cabin. 2. Description of the Related Art Conventionally, in order to assemble a rice cabin, chain blocks are arranged at several places around the outer periphery of a body plate constituting an outer peripheral wall of the rice cabin, and are operated by several workers. The chain block with the roof is lifted by operating the chain block, the next shell plate is positioned under the hung shell plate, and the shell plates are connected to each other to assemble a rice cabin of a desired size. [0003] Therefore, in the conventional assembling work, several workers are inevitably required, and a work site for assembling is required around the periphery of the rice cabin to be assembled. It becomes. Therefore, the present invention enables one worker to assemble, and eliminates the need to secure a work site outside the installation area of the rice cabin, thereby saving labor and assembling space. It is an object of the present invention to provide an assembling method and a means for performing the operation safely while facilitating the selection. [0004] The present invention provides an apparatus for assembling a rice cabin as described in the preceding paragraph, which means that the outer peripheral wall (a) of the rice cabin is provided. A cover (2) on the roof top is supported at a predetermined height position by a column (1) that stands upright in the central portion of the first body plate (a1) to constitute the first body plate (a1). The body plate (a
1) After the roof is formed by hanging the plate body (3) around the upper part, the support (1) is extended upward by a predetermined amount to lower the body plate (a1). A rice cap composed of the second and subsequent body plates (a2).
A column extension device for extending the column (1) in a bottle
(A), and the column extending device (A) is provided with a divided column (1).
a) providing a slidable support cylinder (12);
(12) is provided with an insertion portion (13) for the split support (1a),
A gasket having a vertical hole (14) so as to sandwich the insertion portion (13).
The plate (15) is welded and integrally molded, and the integrally molded product is
The two guide plates are welded upright on a substrate (17).
A fixed rod (24) is formed at the lower side of (15),
(24) A foot that moves up and down about the axis (25) as a fulcrum below
A foot pedal (26), and the foot pedal (26);
And the compression spring (27) secures it with the upward force
The insertion portion (1) is configured to contact the rod (24).
3) Raising claws (18) are provided on both sides, and the raising claws are provided.
With the (18) inserted into the support cylinder (12),
It is constructed so as to be able to move downward, and is provided on both guide plates (15).
A bearing (19) is provided at a lower portion outside the hole (14), and the support (19) is provided.
The bearing (20) projecting from the upper side of the cylinder (12)
Provided by the bearing (19) and the bearing part (20).
A rotatably supported screw rod (21) is erected, and the screw rod (21) is
Screw the boss (22) of the lifting claw (18) into (21).
Of the motor (M) fixed on the base plate (16).
The lifting claw (18) is configured to be vertically movable by rotation.
It is a support column expansion and contraction device for a rice cabin . [0005] With this configuration, the support for the rice cabin composition is obtained.
In the column extending device (A) for extending the column (1),
Split support (1a) between both guide plates (15) as shown by the solid line.
And insert the lower part along the fixing rod (24).
When inserted into the support cylinder (12) from (13), the split support
The pillar (1a) is supported by a foot pedal (26)
When the foot pedal (26) is depressed like a virtual line (a)
With the stepping down, the divided strut (1a) becomes an imaginary line (b)
When the foot pedal (26) is released, the compression
The split support indicated by the imaginary line (b) moved back by the ring (27)
The column (1a) is slightly lifted and its upper fitting portion (10)
Insert the pin into the lock hole (11) as shown by the imaginary line (c).
And the lower part of the divided strut (1a)
The motor (M) is brought into a fitted state facing the fitting portion (8).
The upper edge is lifted up by rotating forward and the upper edge is divided
Abuts on the step (9) of the support (1a) and connects and connects together
Since it is lifted, the upper split column (1a) falls there.
Pull out the pin that was locked so that it does not go down, and continue
Raise the lifting claws (18) and (18)
When the frying claws (18) and (18) move to the uppermost position, the upper limit
Mitt switch (S1) operates and motor (M) stops.
The lifted split strut (1a) will not fall
Insert the pin and reverse the motor (M) to lift the claw (1).
8) Move down (18), and when it reaches the lowest position,
The cut switch (S2) operates and the motor (M) stops.
Split strut locked at a raised position in the support cylinder (12)
Since the lower side of (1a) is a space, the next space
Insert the split support (1a) as described above and lift upward.
Next, it is extended. Also, the one that extends upward
When compressing the lower part, pull out the pin and lift the claw (1
8) Up and down movement and stepping on the foot pedal (26)
Rice cabin in the reverse procedure to extend
(A). BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a rice cabin according to an embodiment of the present invention; FIG.
(7) front view showing the state when completed on the floor surface;
“FIG. 2” is a front view at the time when an umbrella-shaped roof is formed by the start of work, and “FIG. 3” and “FIG. 4” are front views of a divided support (1a) obtained by dividing the support (1) into several pieces. In the figure and the plan view, the struts (1a) are sequentially connected and connected so that the struts extend upward. And "Figure 5"
FIG. 6 and FIG. 7 are a front view, a side view and a plan view of a column extending device (A) for connecting and extending the divided columns (1a). The above-mentioned divided support (1a) is a hollow cylindrical body, and its lower part has a slightly smaller outer diameter to make the next divided support (1a).
A step (9) is formed around the divided support column (1a) as the fitting portion (8) of (a), and a slightly larger hole diameter is fitted on the upper portion so that the fitting portion (8) can be fitted. A pin is penetrated through a locking hole (11) which can be inserted and removed in the middle part as well as the joint part (10). [0008] In addition, the strut extending device (A) can be described as shown in FIG. 8 and FIG.
2) is a hollow support cylinder body which can be slid up and down into which the divided support (1a) fits, and forms an insertion portion (13) of the cut-off divided support (1a), leaving an upper side and a lower part, Two guide plates (15) (1) each having a vertical hole (14) on both sides of the support cylinder (12) so as to sandwich the insertion portion (13).
5) is welded and integrally molded, and the integrally molded product is welded and erected on a board (17) which is superimposed on a base (16) fixed directly to the floor of the concrete (7). The vertical hole (1
4) (14) coincides with both sides of the insertion portion (13) of the support cylinder (12), and a lifting claw (18) described later has a vertical hole (14).
It can be moved up and down while being further inserted into the support cylinder (12) from inside. The two guide plates (15) and (15)
The substrate (1) is located outside the vertical holes (14) and (14)
7) The bearing (19) (19) fixed to the support cylinder (1)
2) A screw rod (21) whose lower end and upper end are rotatably supported by bearings (20) (20) projecting from the upper side.
The bosses (22) and (22) of the lifting claws (18) and (18) are screwed into the screw rods (21) and (21), respectively. ) Is the base plate (16)
The motor (M) fixed above is rotated through the chain (23) by the forward and reverse rotation of the motor (M) to move the lifting claws (18) and (18) upward or downward. (24) The two guide plates (15) (1)
The lower part of (5) is connected to insert part (1) of support cylinder (12).
3) A fixed rod that traverses the support rod (24). Under the fixed rod (24), passes through the insertion portion (13) from between the two guide plates (15) and (15), passes through the inside of the support cylinder (12), and passes through the shaft ( There is provided a foot pedal (26) that moves up and down with the fulcrum 25) as a fulcrum, and the foot pedal (26) comes into contact with the fixing rod (24) by a push-up force acting by a compression spring (27). [0011] The column extending device (A) thus configured.
Are connected to the floor of the concrete (7) by several tensile members (28) extending radially from around the upper end of the support cylinder (12). In addition,
(29) and (29) are reinforcing members for firmly setting up the support cylinder (12) on the substrate (17), and (S1)
Is an upper limit switch for turning ON the motor (M) by contacting the boss portion (22) when the lifting claw (18) moves to the uppermost position, and (S2) raising the claw (1).
8) is a lower limit switch for stopping the motor (M) when the motor (M) is moved down to the lowermost position. Therefore, as shown in FIG. 10, the divided support column (1a) is connected to both guide plates (15) (1) as shown by the solid line.
5) When inserted into the support cylinder (12) from the insertion part (13) along the fixing rod (24) with the lower part inserted along the space,
Since the split strut (1a) is supported by the foot pedal (26), when the foot pedal (26) is depressed as shown by a virtual line (a), the split strut (1a) is in the state of the virtual line (b) with the depression. When the foot pedal (26) is released, the compression spring (27) moves back and the virtual line (b)
The divided strut (1a) is slightly lifted, and the upper fitting portion (10) is latched upward by inserting a pin into the engaging hole (11) as shown by an imaginary line (c). (1a) Looking into the fitting portion (8) at the lower portion, the motor (M) is brought into a fitted state, and is lifted up by rotating the motor (M) in the forward direction. 9) is connected, connected and lifted together, so that the pin which has been locked so that the upper divided strut (1a) does not fall out is pulled out, and then the lifting claws (18), (18) are moved upward. When the lifting claws (18) and (18) move up to the uppermost position, the upper limit switch (S1) is activated and the motor (M) stops, so the lifted split column (1) is lifted.
The motor (M) is reversed and the lifting claws (18) and (18) are moved downward by inserting a pin so that a) does not drop.
When the lower limit position is reached, the lower limit switch (S2) operates to stop the motor (M), and the lower side of the divided column (1a) locked at the raised position in the support cylinder (12) is in the space. Therefore, the next divided strut (1a) is inserted into this space as described above, lifted and sequentially extended upward.
Also, when the upwardly extending one is compressed downward, the pin is pulled up and down and the lifting claw (18) is moved up and down.
In addition, the procedure is performed in the reverse procedure to the case where the depression of the foot pedal (26) is extended. Next, the cover support member (4) will be described with reference to FIG. 2 and FIG. 11. (2) is an inverted dish-shaped cover constituting the roof top of the rice cabin. The member (4) is formed in a T-shape by a disc-shaped frame (30) and a shaft (31) vertically suspended from the center of the frame (30) so as to stably support the cover (2). The shaft portion (31) is adapted to be fitted into and disengaged from a fitting portion (10) formed on the upper portion of the divided column (1a) to be connectable and connectable to the divided column (1a). The cover (2) is supported at a predetermined height position by the extension device (A). As shown in FIG. 1, FIG. 12, FIG. 13, and FIG. 14, the trunk plate suspending device (B) has a shaft portion (4) of the cover support member (4). 31) A fitting part (10) formed on the upper part of the divided column (1a) similarly to the lower part of (31).
A shaft part (32) having a lower part which fits into and disengages from the shaft part (3);
2) several supporting arms (5) extending radially from the lower side, and several supporting arms (5).
... a connecting rod (33) with a function of adjusting the length connecting the middle part and the periphery of the upper part of the shaft part (32), and each of the supporting arms (5) ... A pin (34) protrudes near the distal end, and a long hole (35) provided on the base side of a U-shaped engaging metal (6) is engaged with the pin (34). .. Are welded to the distal ends of the drums (5)... To receive the engaging metal (6) from below. Then, the engaging metal (6) is used as a first body plate (a) constituting the outer peripheral wall (a) of the rice cabin.
1) Hook metal (37) fixed around the upper part of the inner wall
.. can be engaged from below. In addition. "Figure 1
3 "is a hook gold (37).
Is a guide for facilitating the fixation to the body plate (a1). Thus, when assembling the rice cabin, first, as shown in FIG. 2, a concrete (7)
Board (17) on a base plate (16) fixed directly to the floor
And the column extension device (A) is fixed, and the base plate (16)
The screw rods (21) and (21) of the column extending device (A) are rotated by the chain (23) from the upper motor (M), and the supporting cylinder is pulled by the tension members (28). (1
The upper end of (2) is connected to the floor of the concrete (7) and is firmly erected. The upright support cylinder (12) is located at the center of the first body plate (a1) constituting the outer peripheral wall of the rice cabin. Next, the lifting pawls (18) and (18) are moved upward by the column extending device (A) as described above, and the divided columns (1a) are lifted to raise the shaft portion (4) of the cover support member (4). 3
The lower part of 1) is fitted to and connected to the upper part of the divided support column (1a), and the cover (2) is placed on the frame (30). The periphery of the cover (2) and the first trunk plate (A1) The umbrella-shaped roof is formed by bridging the plate body (3) around the upper part. Then, the supporting column (1a) lifted by the supporting column extending device (A) is slightly moved downward to remove the cover support member (4), and the trunk support is replaced by the cover support member (4). The lower part of the shaft part (32) constituting the device (B) is fitted to and attached to the upper part of the divisional support (1a), and each support arm (5)... ) ・ ・ ・ ・
・ Hook metal (37) fixed to the first body plate (a1)
・ ・ ・ ・ ・ Engage each. Then, the trunk panel suspension device (B) is in a state of lifting the roof trunk panel (a1). When the divided strut (1a) is lifted by the strut extending device (A), the first body plate (a1) floats, and the next divided strut (1a) is placed in the support cylinder (12). Insert and lift. At this time, the second torso (a2) is connected to the lower side of the first torso (a1) by lifting a predetermined amount corresponding to the height of one torso, and then the second torso A fourth torso (a4) and a fifth torso (a) are connected by connecting a third torso (a3) under the plate (a2).
5) are sequentially connected and connected, and a rice cabin of a desired size as shown in FIG. 1 is completed. When the rice cabin is completed, the body plate suspending device (B) and the divided strut (1a) are removed. In this case, the lifting of the divided strut (1a) by the strut extending device (A) is performed. According to the reverse procedure, the divided strut (1a) is taken out from the lowest one, and the one extended upward is compressed downward. In this case, each support arm
The engaging metal (6) suspending the body plate (a1) at the distal end of the arm (5)... So that the long hole (35) on the base side slides with the pin (34). In response to the downward movement of the support arm (5), the support arm (5) retreats to the center side as shown by the arrow in FIG. (B) comes down to the position at the time of attachment and is detached, so that the device (B) can be removed conveniently. Finally, the column extending device (A) and other components are carried out from the floor of the concrete (7). Further, at the time of the assembling work, the scaffold (39) is attached to the divided strut (1a) extending upward as shown by the imaginary line shown in FIG. is there. According to the present invention, as described above, the first body plate (a) constituting the outer peripheral wall (a) of the rice cabin is provided.
1) A cover (2) on the roof top is supported at a predetermined height position by a column (1) standing upright in the center, and around the cover (2) and around the upper part of the body plate (a1). To plate (3)
After forming the roof by crossing over, the support column (1) is extended upward by a predetermined amount, and the second and subsequent trunk plates (a2)... Are sequentially arranged below the trunk plate (a1). The present invention relates to a rice cabin column extending device (A) which is formed by connecting and connecting, so that assembling a rice cabin does not require several workers as in the related art, and can be performed by one person. At the same time, the device for assembly is the outer peripheral wall of the cabin (a).
Since it is installed and assembled inside, it does not have to secure a work site outside the installation area of the cabin, it saves assembly work and makes it easy to select an installation place, and it is lifted at the center, so it is assembled There is an effect that the work can be performed safely with a well-balanced interior.
【図面の簡単な説明】
【図1】ライスキャビンの組立完成時の状態を示す正面
図である。
【図2】ライスキャビン組立中の正面図である。
【図3】分割支柱の正面図である。
【図4】同分割支柱の平面図である。
【図5】支柱伸長装置の正面図である。
【図6】同装置の側面図である。
【図7】同装置の平面図である。
【図8】支持筒体とガイド板の部分を抽出して示す側面
図である。
【図9】同部分を示す平面図である。
【図10】支柱伸長装置の作用説明図である。
【図11】覆体支持部材の拡大図である。
【図12】胴板吊持装置の拡大図である。
【図13】支持ア−ム先端部の吊持状態を示す拡大側面
図である。
【図14】同吊持状態を示す拡大平面図である。
【符号の説明】
a 外周壁
a1 胴板
a2 胴板
1 支柱
1a 分割支柱
2 覆体
3 板体
4 覆体支持部材
5 支持ア−ム
6 係合金12 支持筒体 13 挿入部 14 縦孔 15 ガイド板 16 台盤 17 基板 18 引揚げ爪 19 軸受 20 軸受部 21 ネジ棒 22 ボス部 24 固定棒 25 軸 26 足踏ペタル 27 圧縮スプリング
A 支柱伸長装置
B 胴板吊持装置M モータ BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front view showing a state when a rice cabin is completely assembled. FIG. 2 is a front view of the rice cabin during assembly. FIG. 3 is a front view of a divided strut. FIG. 4 is a plan view of the divided support column. FIG. 5 is a front view of a column extending device. FIG. 6 is a side view of the same device. FIG. 7 is a plan view of the same device. FIG. 8 is a side view illustrating a portion of a support cylinder and a guide plate. FIG. 9 is a plan view showing the same part. FIG. 10 is an operation explanatory view of the column extending device. FIG. 11 is an enlarged view of a cover supporting member. FIG. 12 is an enlarged view of the trunk suspension apparatus. FIG. 13 is an enlarged side view showing a suspended state of a support arm tip. FIG. 14 is an enlarged plan view showing the suspended state. DESCRIPTION OF SYMBOLS a Outer peripheral wall a1 Body plate a2 Body plate 1 Support 1a Split support 2 Cover 3 Plate 4 Cover support member 5 Support arm 6 Engagement metal 12 Support cylinder 13 Insertion section 14 Vertical hole 15 Guide Plate 16 Base plate 17 Board 18 Lifting pawl 19 Bearing 20 Bearing part 21 Screw rod 22 Boss part 24 Fixing rod 25 Shaft 26 Foot pedal 27 Compression spring A Strut extension device B Body plate suspension device M Motor
Claims (1)
1枚目の胴板(a1)内中央部に立設する支柱(1)に
より屋根頂部の覆体(2)を所定の高さ位置に支持し、
該覆体(2)の周りと前記胴板(a1)上部の周りに板
体(3)・・・・・を掛け渡して屋根を形成したのち、
前記支柱(1)を上方に所定量ずつ伸長させて前記胴板
(a1)の下側に2枚目以降の胴板(a2)・・・を順
次接続連結して組成するライスキャビンにおいて、 前記支柱(1)を伸長させる支柱伸長装置(A)を設
け、該支柱伸長装置(A)は分割支柱(1a)が摺動可
能な支持筒体(12)を設け、該支持筒体(12)に分
割支柱(1a)の挿入部(13)を設け、該挿入部(1
3)を挟むように縦孔(14)を有するガイド板(1
5)を溶着して一体成形し、該一体成形物を基板(1
7)上に溶着立設し、 また、前記両ガイド板(15)の下部側に固定棒(2
4)を構成し、該固定棒(24)の下側に軸(25)を
支点として上下動する足踏みペダル(26)を構成し、 該足踏みペダル(26)と圧縮スプリング(27)によ
り押上力により前記固定棒(24)に接当する構成と
し、 また、前記挿入部(13)の両側部に引揚げ爪(18)
を設け、該引揚げ爪(18)を前記支持筒体(12)内
に挿入した状態で上下動可能に構成し、前記両ガイド板
(15)に設けた縦孔(14)の外側の下部に軸受(1
9)を設け、前記支持筒体(12)の上部側から突出す
る軸受部(20)を設け、前記軸受(19)と該軸受部
(20)によって回転自在に支持したネジ棒(21)を
立設し、該ネジ棒(21)に前記引揚げ爪(18)のボ
ス部(22)を螺合させ、前記台盤(16)上に固設す
るモ−タ(M)の回転により前記引揚げ爪(18)を上
下動可能に構成したことを特徴とするライスキャビンの
支柱伸縮装置。 (1) Claims: 1. A roof top is covered by a column (1) erected at a central portion in a first body plate (a1) constituting an outer peripheral wall (a) of a rice cabin. Supporting the body (2) at a predetermined height position,
After a plate body (3) is wound around the cover (2) and around the upper part of the body plate (a1) to form a roof,
In rice cabin to compositions second and subsequent drum plate (a2) · · · connected sequentially coupled to the lower side of the strut (1) is extended by a predetermined amount upward the barrel plate (a1), the A column extension device (A) for extending the column (1) is installed.
In the column extending device (A), the divided column (1a) is slidable.
The supporting cylinder (12) is provided and divided into the supporting cylinder (12).
An insertion portion (13) for the split support (1a) is provided, and the insertion portion (1a) is provided.
Guide plate (1) having a vertical hole (14) so as to sandwich 3)
5) is integrally formed by welding,
7) It is welded upright, and a fixing rod (2) is provided on the lower side of the two guide plates (15).
4), and a shaft (25) is provided below the fixing rod (24).
A foot pedal (26) that moves up and down is configured as a fulcrum, and the foot pedal (26) and a compression spring (27) are used.
A configuration in which the fixing rod (24) is brought into contact with the fixing rod (24) by a pushing up force;
And, also, repatriation claw on both sides of the insertion portion (13) (18)
And the lifting claw (18) is placed inside the support cylinder (12).
It is configured to be able to move up and down while inserted in the
The bearing (1) is provided at the lower portion outside the vertical hole (14) provided in (15).
9), and protrudes from the upper side of the support cylinder (12).
A bearing portion (20), the bearing (19) and the bearing portion
The screw rod (21) rotatably supported by (20)
The screw bar (21) is erected, and the screw of the lifting claw (18) is
Screw (22) and fixed on the base (16)
The lifting claw (18) is raised by rotation of the motor (M).
The rice cabin is characterized in that it can be moved down.
Strut extension device.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP14563295A JP3529498B2 (en) | 1995-05-19 | 1995-05-19 | Rice cabin assembling method and apparatus |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP14563295A JP3529498B2 (en) | 1995-05-19 | 1995-05-19 | Rice cabin assembling method and apparatus |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH08312177A JPH08312177A (en) | 1996-11-26 |
JP3529498B2 true JP3529498B2 (en) | 2004-05-24 |
Family
ID=15389504
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP14563295A Expired - Fee Related JP3529498B2 (en) | 1995-05-19 | 1995-05-19 | Rice cabin assembling method and apparatus |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP3529498B2 (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN103174309A (en) * | 2013-03-20 | 2013-06-26 | 中天建设集团有限公司 | Umbrella-shaped finalization shed |
Families Citing this family (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2012097411A (en) * | 2010-10-29 | 2012-05-24 | Mitsuo Sasaki | Prefabricated simple house |
CN104521458A (en) * | 2015-01-10 | 2015-04-22 | 朱学成 | Fixable and vehicle-mounted movable type deformation grain bin |
CN108036595A (en) * | 2018-01-24 | 2018-05-15 | 济南大学 | Forged-aluminum piston drying unit |
CN114018011B (en) * | 2021-11-23 | 2022-11-25 | 江苏乾禧环保科技有限公司 | Municipal domestic waste drying device and using method thereof |
CN115256692B (en) * | 2022-06-24 | 2024-07-09 | 滁州燕荣塑料科技有限公司 | Raw material preparation device and preparation method of high-toughness easily-demoulded toughened nylon |
-
1995
- 1995-05-19 JP JP14563295A patent/JP3529498B2/en not_active Expired - Fee Related
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN103174309A (en) * | 2013-03-20 | 2013-06-26 | 中天建设集团有限公司 | Umbrella-shaped finalization shed |
Also Published As
Publication number | Publication date |
---|---|
JPH08312177A (en) | 1996-11-26 |
Similar Documents
Publication | Publication Date | Title |
---|---|---|
JP3529498B2 (en) | Rice cabin assembling method and apparatus | |
JP2593349B2 (en) | Crane device and method of using the same | |
JPH0525933A (en) | Strut type scaffold form lifting device and concrete building frame construction method | |
JPH06323503A (en) | Assembling method for large size suspension type boiler | |
JP2515215B2 (en) | Simple workbench | |
JP2575571B2 (en) | Automatic beam reinforcement device under load of temporary machine | |
JPS623477Y2 (en) | ||
JP3127235B2 (en) | Windproof / snowproof fence with sneak-back and its folding / construction method | |
CN214090975U (en) | Be applicable to unsettled roof beam top mould supporting mechanism of building | |
JPH0435513Y2 (en) | ||
JPH0620801U (en) | tent | |
JPH0431412Y2 (en) | ||
JP2945326B2 (en) | Gas tank dismantling method | |
JPH0680390A (en) | Working equipment for construction material | |
CN209874418U (en) | Scaffold | |
JPH10265181A (en) | Heavy object hanging device | |
JPH04115883U (en) | Climbing crane lower support | |
JP3015762U (en) | Scaffolding board for tower crane assembly / disassembly work | |
JP2001140270A (en) | Step holding mechanism of molding form for manhole | |
JPH09328895A (en) | Auxiliary equipment for installing ceiling board | |
JP3907189B2 (en) | Hanging jig and mounting mechanism for building exterior wall panels | |
JP2744523B2 (en) | Crane climbing method and base used for it | |
JPH04109987U (en) | Climbing crane lower support | |
JPS6123343B2 (en) | ||
JP3014492U (en) | Ceiling building material support machine |
Legal Events
Date | Code | Title | Description |
---|---|---|---|
TRDD | Decision of grant or rejection written | ||
A01 | Written decision to grant a patent or to grant a registration (utility model) |
Free format text: JAPANESE INTERMEDIATE CODE: A01 Effective date: 20040210 |
|
A61 | First payment of annual fees (during grant procedure) |
Free format text: JAPANESE INTERMEDIATE CODE: A61 Effective date: 20040225 |
|
R150 | Certificate of patent or registration of utility model |
Free format text: JAPANESE INTERMEDIATE CODE: R150 |
|
LAPS | Cancellation because of no payment of annual fees |