JP2001137982A - Steel rotation machine - Google Patents

Steel rotation machine

Info

Publication number
JP2001137982A
JP2001137982A JP35965599A JP35965599A JP2001137982A JP 2001137982 A JP2001137982 A JP 2001137982A JP 35965599 A JP35965599 A JP 35965599A JP 35965599 A JP35965599 A JP 35965599A JP 2001137982 A JP2001137982 A JP 2001137982A
Authority
JP
Japan
Prior art keywords
steel
width
rotating
narrow
rotary
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
Application number
JP35965599A
Other languages
Japanese (ja)
Inventor
Hiroshi Tamotsu
博司 保
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP35965599A priority Critical patent/JP2001137982A/en
Publication of JP2001137982A publication Critical patent/JP2001137982A/en
Pending legal-status Critical Current

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Abstract

PROBLEM TO BE SOLVED: To efficiently and safely conduct working by fixing a steel material to two rotary disk jigs arranged in parallel when positioning for working such as piercing, welding, sizing, sand blasting (grinding), preliminary joining of plate, joining of plate, finishing of painting, etc., for a wide flange shape, a column, a tube of a steel material and by positioning while manually reversing the rotary disk jig. SOLUTION: A steel material is fixed by holding to a hollowed part of two rotary disk jigs 3 arranged in parallel and reversing the rotary disk jigs, a working face is freely set.

Description

【発明の詳細な説明】DETAILED DESCRIPTION OF THE INVENTION

【0001】[0001]

【作業上の利用分野】本発明は、鉄工所において、建築
用資材である鉄鋼材のH型鋼や、コラム(角材)につい
て、作業の能率を図るための作業機械に関する。
BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a working machine for improving the efficiency of work on H-section steel and columns (square members) of steel material as building materials in an ironworks.

【0002】[0002]

【従来の技術】鉄工所において、建築用資材である鉄鋼
材であるH型鋼・コラム(角材)・パイプなどに対し
て、穴明け加工、溶接加工、寸法出し、サンダー(研
磨)加工、プレートの仮付け、プレートの本付け、塗装
の仕上げ等の作業を行う。
2. Description of the Related Art In an ironworks, drilling, welding, sizing, sanding (polishing), and plate forming are performed on H-shaped steel, columns (square bars), pipes, and the like, which are steel materials used as building materials. Perform work such as tacking, permanent plate attachment, and finishing paint.

【0003】従来は、H型鋼やコラム等の鉄鋼材を、人
力や、クレーンで、作業台の上に載せ、作業の進展に即
して、人力やクレーンを用いて、さらに、支えた上で、
作業面を回転させて、作業していた。
Conventionally, a steel material such as an H-shaped steel or a column is placed on a workbench with human power or a crane, and is further supported by using a human power or a crane according to the progress of the work. ,
He was working with his work surface rotated.

【0004】[0004]

【発明が解決しようとする課題】ところが、この方法で
は、重い鉄鋼材に対して、かなりの人力が必要であった
り、鉄鋼材にワイヤーをかけてクレーンでつり上げ、つ
り下げるため、相当の時間がかかったり、作業の途中
で、重い鉄鋼材が落ちたりして、人身事故等が発生した
りしていた。
However, in this method, a considerable amount of human power is required for a heavy steel material, or a considerable time is required because a steel material is wired with a crane and then lifted. There was a risk of injury or personal injury due to falling or heavy steel falling during the work.

【0005】また、作業台の上に載せて、作業しやすい
角度にすることが、必ずしも容易ではなかった。
Further, it has not always been easy to mount the apparatus on a worktable and set it at an angle at which work is easy.

【0006】なお、鉄鋼材を固定した後、動力によっ
て、作業面を移動させる機械も、存在はするが、それら
は、機械設備が大規模で、設備費が多額となり、小規模
な、町工場的な鉄工所では、設置が事実上不可能なだけ
でなく、鉄鋼材の固定等に手間取り、クレーンでつり下
げた状態で固定しなければならず、依然、相当の時間が
かかったり、人身事故等が発生するおそれも払拭はでき
なかった。
[0006] There are machines that move the work surface by power after fixing the steel material. However, these machines are large-scale, require large equipment costs, and are small-scale town factories. In a typical ironworks, not only is it virtually impossible to install, but it also takes time to fix the steel material, and it must be fixed while suspended by a crane, which still requires a considerable amount of time, personal injury, etc. The wiping could not be performed because of the possibility of occurrence.

【0007】[0007]

【課題を解決するための手段】建築用資材である鉄鋼材
のH型鋼やコラム(角材)について、いちいち、人力や
クレーンによって、支えて、移動させるのではなく、作
業面を移動させるためには、360度回転する作業台を
用いればよいわけであり、そのためには、平行して設置
された台座部(1)と支柱(2)によって支えられた2
台の回転円形盤(3)に、鉄鋼材を車の両輪のように挟
んで、手動で回転させることによって、容易にその目的
を達成できるようにした。
In order to move the work surface instead of supporting and moving each H-shaped steel or column (square member) of steel, which is a building material, with human power or a crane. It is only necessary to use a worktable that rotates 360 degrees. For this purpose, a workbench supported by a pedestal (1) and a support (2) installed in parallel is used.
The object can be easily achieved by manually rotating a steel material between the rotating circular plates (3) of the table like two wheels of a car and manually rotating the steel material.

【0008】また、回転円形盤(3)に、鉄鋼材を容易
に挟むためには、車の両輪のような2台の回転円形盤自
体が、半円形を組み合わせた形で、容易に、回転円形盤
自体に、鉄鋼材を挟み固定することが必要である。
[0008] Further, in order to easily sandwich the steel material on the rotating disk (3), the two rotating disks themselves, such as both wheels of a car, can be easily rotated by combining semicircles. It is necessary to sandwich and fix a steel material to the circular disk itself.

【0009】しかも、半円形を組み合わせた回転円形
盤、すなわち、回転円形盤下部および回転円形盤上部
が、鉄鋼材のH型鋼やコラムをワンタッチで、挟むこと
が可能でなければならない。
In addition, the rotary disk having a combination of semicircles, that is, the lower portion of the rotary disk and the upper portion of the rotary disk, must be able to sandwich the H-shaped steel or the column made of steel with one touch.

【0010】[0010]

【鉄鋼材の種類の多様性】ところが、鉄鋼材自体は大き
さが一様ではなく、H型鋼については、200mm×1
00mm、250mm×125mm、300mm×15
0mm、350mm×175mm、400mm×200
mm、450mm×200mm、600mm×200m
mという、それぞれの細幅H型鋼がある。
[Diversity of types of steel materials] However, the size of the steel material itself is not uniform.
00mm, 250mm × 125mm, 300mm × 15
0mm, 350mm × 175mm, 400mm × 200
mm, 450mm × 200mm, 600mm × 200m
m, each narrow H-beam.

【0011】また、194mm×150mm、244m
m×175mm、294mm×200mm、340mm
×250mm、390mm×300mm、440mm×
300mm、488mm×300mm、588mm×3
00mmという、それぞれの中幅H型鋼がある。
Also, 194 mm × 150 mm, 244 m
mx 175mm, 294mm x 200mm, 340mm
× 250mm, 390mm × 300mm, 440mm ×
300mm, 488mm x 300mm, 588mm x 3
There is a medium width H-section of each of 00 mm.

【0012】さらには、200mm×200mm、25
0mm×250mm、300mm×300mm、350
mm×350mm、400mm×400mmという、そ
れぞれの、広幅H型鋼がある。
Further, 200 mm × 200 mm, 25
0 mm x 250 mm, 300 mm x 300 mm, 350
There are wide and wide H-shaped steels of mm × 350 mm and 400 mm × 400 mm, respectively.

【0013】同様に、コラムについても、200mm×
200mm、250mm×250mm、300mm×3
00mm、350mm×350mm、400mm×40
0mmという、大きさがある。
Similarly, for the column, a 200 mm ×
200mm, 250mm x 250mm, 300mm x 3
00mm, 350mm × 350mm, 400mm × 40
There is a size of 0 mm.

【0014】[0014]

【鉄鋼材の種類の多様性についての解決手段】そこで、
細幅H型鋼については、それが、ぴったり納まるよう
に、回転円形盤(3)に、細幅用くり抜き部(4)をつ
くり、そこに、必要に応じて、細幅用目盛り(5)に合
わせて、押さえ板(6)を用いた後、回転円形盤下部
(3A)の細幅用くり抜き部(4)に、細幅H型鋼をす
えつけ、回転円形盤上部(3B)を重ねて、細幅H型鋼
を回転円形盤に固定すればよい。
[Solutions for the diversity of types of steel materials]
For the narrow-width H-section steel, make a narrow-width cutout (4) on the rotating circular plate (3) so that it fits exactly, and, if necessary, on the narrow-scale scale (5). In addition, after using the holding plate (6), a narrow H-section steel is set in the hollow portion (4) for the narrow width of the lower portion of the rotating circular plate (3A), and the upper portion of the rotating circular plate (3B) is overlaid. What is necessary is just to fix a narrow-width H-shaped steel to a rotary disk.

【0015】200mm×100mm、250mm×1
25mm、300mm×150mm、350mm×17
5mmの細幅H型鋼は、そのまま設置すればよい。これ
に対し、400mm×200mm、450mm×200
mm、600mm×200mmの細幅H型鋼は、そのま
までは、いずれも、側面部分が200mmであってずれ
るおそれがあるので、それぞれ、細幅用目盛り(5)に
合わせて使用できるよう設置された側面部分の押さえ板
(6)を用いることになる。
200 mm × 100 mm, 250 mm × 1
25mm, 300mm × 150mm, 350mm × 17
The narrow H-shaped steel of 5 mm may be installed as it is. In contrast, 400 mm x 200 mm, 450 mm x 200
mm, the narrow H-section steel of 600 mm x 200 mm as it is may be displaced because the side portion is 200 mm, so each side surface is set so that it can be used in accordance with the narrow scale (5). Part of the holding plate (6) will be used.

【0016】この側面部分の押さえ板(6)は、裏あて
板(12)と一組になっており、押さえ板用くり抜き
(13)の溝に納まるように作られている。
The holding plate (6) on the side portion is formed as a set with the backing plate (12), and is formed so as to fit into the groove of the hollow (13) for the holding plate.

【0017】中幅H型鋼についても、それが、ぴったり
はさまって納まるように、回転円形盤(3)に、中幅H
型鋼の大きさに合わせた中幅用くり抜き部(7)をつく
り、中幅H型鋼をすえつけた後、回転円形盤上部(3
D)を重ねて、中幅H型鋼を固定すればよい。
The medium-width H-section steel is also fitted to the rotating disk (3) so that it fits snugly.
After making a hollow part for medium width (7) according to the size of the section steel, and installing the medium width H section steel, the upper part (3
D) may be stacked to fix the medium width H-section steel.

【0018】194mm×150mm、244mm×1
75mm、294mm×200mm、340mm×25
0mmの中幅H型鋼は、そのまま設置すればよい。これ
に対して、390mm×300mm、440mm×30
0mm、488mm×300mm、588mm×300
mmの中幅H型鋼は、そのままでは、いずれも、側面部
分が300mmであってずれるおそれがあるので、それ
ぞれ、中幅用目盛り(8)に合わせて使用できるよう設
置された側面部分の押さえ板(6)を用いればよい。
194 mm × 150 mm, 244 mm × 1
75mm, 294mm x 200mm, 340mm x 25
The medium H-shaped steel of 0 mm may be installed as it is. On the other hand, 390 mm × 300 mm, 440 mm × 30
0 mm, 488 mm x 300 mm, 588 mm x 300
As for the medium-width H-section steel, the side part is 300 mm, and there is a possibility that the side part may be shifted. Therefore, the holding plate for the side part is installed so that it can be used according to the scale for medium width (8). (6) may be used.

【0019】この押さえ板(6)は、裏あて板(12)
と一組になって、押さえ板用くり抜き(13)の溝に納
まるように作られている。
The holding plate (6) is provided with a backing plate (12).
It is made to fit into the groove of the hollow (13) for the holding plate.

【0020】広幅H型鋼については、断面を結んだ線が
正方形になるため、コラム(各材)と同様に扱えばよ
く、それぞれ、一辺が200mm、250mm、300
mm、350mm、400mmになるように、広幅コラ
ム目盛り(11)に合わせて、調整できる広幅押さえ板
(10)を設定し、回転円形盤下部(3E)の広幅コラ
ム用くり抜き部(11)にすえつけた後、回転円形盤上
部(3F)を重ねて、広幅H型鋼ないしコラムを、回転
円形盤に固定すればよい。
As for the wide H-section steel, since the line connecting the cross sections becomes a square, it may be handled in the same manner as a column (each material), and one side is 200 mm, 250 mm, 300 mm, respectively.
mm, 350 mm, and 400 mm, a wide press plate (10) that can be adjusted according to the wide column scale (11) is set, and the wide column hollow portion (11) at the lower part (3E) of the rotary circular plate is set. After the attachment, the upper portion (3F) of the rotating disk may be overlaid and the wide H-shaped steel or column may be fixed to the rotating disk.

【0021】この広幅押さえ板(10)は、広幅裏あて
板(14)と一組になっていて、広幅押さえ板用くり抜
き(15)の溝に合わせて設定できるように作られてい
る。
The wide holding plate (10) is formed as a set with the wide backing plate (14), and is formed so as to be set in accordance with the groove of the hollow (15) for the wide holding plate.

【0022】広幅H型鋼およびコラム(各材)を固定す
るのは、広幅押さえ板(10)を設定することによっ
て、正方形を形作る仕組みであるため、正方形部分に、
鉄鋼材のパイプを固定することによって、パイプについ
ても、使用することができる。
Since the wide H-shaped steel and the column (each material) are fixed by setting a wide holding plate (10), a square is formed.
By fixing a steel pipe, the pipe can also be used.

【0023】回転円形盤の種類は、以上から、細幅H
型鋼用、中幅H型鋼用、広幅H型鋼・コラム・パイ
プ用の3種類となる。
From the above, the kind of the rotary disk is narrow width H
There are three types: for mold steel, for medium-width H-section steel, and for wide-width H-section steel, column, and pipe.

【0024】平行して設置してある2台の回転円形盤
に、鉄鋼材を設置し、回転円形盤下部に回転円形盤上部
をかぶせると、ガイド板(16)により固定される。
When a steel material is placed on two rotating circular disks placed in parallel, and the lower part of the rotating disk is covered with the upper part of the rotating disk, it is fixed by the guide plate (16).

【0025】回転円形盤(3)は、台座部(1)に設置
された支持ローラー(17)の上を回転し、ガイドロー
ラー(18)が横揺れのないように導き、鉄鋼材を作業
しやすい位置になるように、手動で、回転円形盤(3)
を回転させ、位置決めをした後、二台の回転円形盤
(3)の左右にある制御レバー(19)をそれぞれ内側
に倒し、補助的には台座部(1)に設置されているスト
ップレバー(20)を倒すことによって、回転円形盤
(3)が固定され、作業にとりかかることができる。
The rotary disk (3) rotates on a support roller (17) installed on the pedestal (1), guides the guide roller (18) so that it does not roll, and works on a steel material. Rotate circular plate manually (3) to make it easy to position
After rotating and positioning, the control levers (19) on the left and right sides of the two rotating circular plates (3) are respectively tilted inward, and the stop lever ( By turning over 20), the rotating disk (3) is fixed, and the work can be started.

【0026】なお、回転円形盤(3)自体が、左右の主
柱(2)に設置された高さ調整ピン(21)によって、
高さを調整して作業がしやすいように作られている。
The rotating disk (3) itself is moved by height adjusting pins (21) installed on the left and right main columns (2).
It is made to be easy to work by adjusting the height.

【発明の効果】【The invention's effect】

【0027】鉄鋼材のH型鋼・コラム(角材)・パイプ
に対する穴明け加工、溶接加工、寸法出し、サンダー
(研磨)加工、プレートの仮付け、プレートの本付け、
塗装の仕上げ等の作業のための、位置決めが、回転円形
盤を反転させることによって、能率的かつ安全に行うこ
とができる。
Drilling, welding, dimensioning, sanding (polishing), H-shaped steel, columns (squares), pipes for steel materials, temporary mounting of plates, permanent mounting of plates,
Positioning for work such as finishing the paint can be performed efficiently and safely by reversing the rotating disk.

【0028】鉄鋼材回転作業機自体は、比較的単純な構
造のため、比較的安価に製作し提供でき、小規模な町工
場的な鉄工所においても、導入が可能であって、鉄工所
の作業の効率化と安全を図ることができる。
Since the steel work rotating machine itself has a relatively simple structure, it can be manufactured and provided at a relatively low cost, and can be introduced even into a small town factory-like iron factory. Work efficiency and safety can be improved.

【図面の簡単な説明】[Brief description of the drawings]

【図1】鉄鋼材回転作業機の斜視図FIG. 1 is a perspective view of a rotating steel working machine.

【図2】鉄鋼材回転作業機(細幅H型鋼用)の側面図FIG. 2 is a side view of a steel work rotating machine (for narrow-width H-section steel).

【図3】細幅H型鋼用の回転円形盤の側面図(裏側)FIG. 3 is a side view (back side) of a rotating circular disk for a narrow H-section steel.

【図4】中幅H型鋼用の回転円形盤の側面図(表側)FIG. 4 is a side view (front side) of a rotating circular disk for medium width H-section steel.

【図5】中幅H型鋼用の回転円形盤の側面図(裏側)FIG. 5 is a side view of a rotating circular disk for medium width H-section steel (back side).

【図6】広幅H型鋼・コラム・パイプ用の回転円形盤の
側面図(表側)
FIG. 6 is a side view of a rotating circular plate for a wide H-section steel, a column, and a pipe (front side).

【図7】広幅H型鋼・コラム・パイプ用の回転円形盤の
側面図(裏側)
FIG. 7 is a side view of a rotating circular plate for wide H-section steel, column, and pipe (back side).

【図8】鉄鋼材回転作業機の底面図FIG. 8 is a bottom view of the rotating steel working machine.

【図9】鉄鋼材回転作業機に、鉄鋼材を挟んで、設置し
た実施図
[Fig. 9] Fig. 9 is an embodiment diagram in which a steel material is sandwiched between steel rotating machines.

【符号の説明】 1 台座部 2 支柱 3 回転円形盤 4 細幅用くり抜き部 5 細幅用目盛り 6 押さえ板 7 中幅用くり抜き部 8 中幅用目盛り 9 広幅コラム用目盛り 10 広幅押さえ板 11 広幅コラム用くり抜き部 12 裏あて板 13 押さえ板用くり抜き 14 広幅裏あて板 15 広幅押さえ板用くり抜き 16 ガイド板 17 支持ローラー 18 ガイドローラー 19 制御レバー 20 ストップレバー 21 高さ調整ピン 22 鉄鋼材[Description of Signs] 1 Pedestal portion 2 Support 3 Rotating circular plate 4 Narrow hollow portion 5 Narrow width scale 6 Holding plate 7 Medium width hollow portion 8 Medium width scale 9 Wide column scale 10 Wide width holding plate 11 Wide width Cutout for column 12 Backing plate 13 Cutout for holding plate 14 Wide backing plate 15 Cutout for wide holding plate 16 Guide plate 17 Support roller 18 Guide roller 19 Control lever 20 Stop lever 21 Height adjusting pin 22 Steel material

Claims (4)

【特許請求の範囲】[Claims] 【請求項1】 鉄鋼材のH型鋼・コラム(角材)・パイ
プを、平行して設置した2台の回転作業機の台座部
(1)と支柱(2)によって支えられた回転円形盤
(3)に挟み、手動によって、自由に反転して位置決め
することによって、鉄工所における、鉄鋼材に対する穴
明け加工、溶接加工、寸法出し、サンダー(研磨)加
工、プレートの仮付け・本付け、塗装の仕上げ等の作業
が能率的に行えることを特徴とする、鉄鋼材回転作業機
1. A rotary circular plate (3) in which a steel H-section steel, column (square member) and pipe are supported by pedestals (1) and columns (2) of two rotary working machines installed in parallel. ), And by manually reversing and positioning it manually, drilling, welding, sizing, sanding (polishing) processing, iron plate temporary attachment, book attaching, and painting at ironworks Iron and steel rotary work machine characterized by efficient work such as finishing
【請求項2】 鉄鋼材の細幅H型鋼を、回転円形盤
(3)の細幅H型鋼の大きさに合った回転円形盤下部
(3A)の細幅用くり抜き部(4)に、すえつけ、必要
に応じて、細幅用目盛り(5)に合わせて、押さえ板
(6)を用いた後、回転円形盤上部(3B)を重ねて、
細幅H型鋼を短時間で固定でき、作業が能率的に行える
ことを特徴とする、請求項1の鉄鋼材回転作業機
2. A narrow H-section steel made of a steel material is set in a narrow hollow portion (4) of a lower portion (3A) of a rotary circular plate corresponding to a size of the narrow H-section steel of the rotary disk (3). If necessary, according to the scale for narrow width (5), after using the holding plate (6), the upper part of the rotating circular plate (3B) is overlapped,
2. The rotating steel working machine according to claim 1, wherein the narrow-width H-section steel can be fixed in a short time and work can be performed efficiently.
【請求項3】 鉄鋼材の中幅H型鋼を、回転円形盤
(3)の中幅H型鋼の大きさに合った回転円形盤下部
(3C)の中幅用くり抜き部(7)に、すえつけ、必要
に応じて、中幅用目盛り(8)に合わせて、押さえ板
(6)を用いた後、回転円形盤上部(3D)を重ねて、
中幅H型鋼を短時間で固定でき、作業が能率的に行える
ことを特徴とする、請求項1の鉄鋼材回転作業機
3. A medium-width H-section steel of a steel material is set in a hollow portion (7) for a medium width of a lower portion (3C) of a rotating circular plate (3C) corresponding to the size of the medium-width H-shaped steel of the rotating circular plate (3). Attach and, if necessary, use the presser plate (6) in accordance with the scale for medium width (8), and then place the upper part of the rotating circular plate (3D)
2. The rotating steel working machine according to claim 1, wherein the medium-width H-section steel can be fixed in a short time and work can be performed efficiently.
【請求項4】 鉄鋼材の広幅H型鋼・コラム・パイプ
を、回転円形盤(3)の鉄鋼材の大きさにそった広幅コ
ラム用目盛り(9)に合わせて、調整できる広幅押さえ
板(10)を設定し、回転円形盤下部(3E)の広幅コ
ラム用くり抜き部(11)にすえつけた後、回転円形盤
上部(3F)を重ねることによって、広幅H型鋼・コラ
ム・パイプを容易に固定でき、作業が能率的に行えるこ
とを特徴とする、請求項1の鉄鋼材回転作業機
4. A wide holding plate (10) which can adjust a wide H-shaped steel column pipe made of a steel material according to a wide column scale (9) corresponding to the size of the steel material of the rotary disk (3). ) And set it in the hollow column cutout (11) at the lower part of the rotating disk (3E), and then stack the upper part of the rotating disk (3F) to easily fix the wide H-section steel column pipe. 2. The steel rotary work machine according to claim 1, wherein the work can be performed efficiently.
JP35965599A 1999-11-14 1999-11-14 Steel rotation machine Pending JP2001137982A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP35965599A JP2001137982A (en) 1999-11-14 1999-11-14 Steel rotation machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP35965599A JP2001137982A (en) 1999-11-14 1999-11-14 Steel rotation machine

Publications (1)

Publication Number Publication Date
JP2001137982A true JP2001137982A (en) 2001-05-22

Family

ID=18465617

Family Applications (1)

Application Number Title Priority Date Filing Date
JP35965599A Pending JP2001137982A (en) 1999-11-14 1999-11-14 Steel rotation machine

Country Status (1)

Country Link
JP (1) JP2001137982A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP1331059A2 (en) * 2002-01-24 2003-07-30 Hans Funk GmbH Stahl-und Metallbau Fastening device for containers
WO2011140004A1 (en) * 2010-05-05 2011-11-10 The Gleason Works Cradle for machining of large pinions

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
EP1331059A2 (en) * 2002-01-24 2003-07-30 Hans Funk GmbH Stahl-und Metallbau Fastening device for containers
EP1331059A3 (en) * 2002-01-25 2006-05-24 Hans Funk GmbH Stahl-und Metallbau Fastening device for containers
WO2011140004A1 (en) * 2010-05-05 2011-11-10 The Gleason Works Cradle for machining of large pinions
US8714536B2 (en) 2010-05-05 2014-05-06 The Gleason Works Cradle for machining of large pinions

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