JPS603318A - Pile driver - Google Patents

Pile driver

Info

Publication number
JPS603318A
JPS603318A JP11151883A JP11151883A JPS603318A JP S603318 A JPS603318 A JP S603318A JP 11151883 A JP11151883 A JP 11151883A JP 11151883 A JP11151883 A JP 11151883A JP S603318 A JPS603318 A JP S603318A
Authority
JP
Japan
Prior art keywords
rail
pile
rails
driving portion
driving
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
JP11151883A
Other languages
Japanese (ja)
Inventor
Teruo Wada
和田 照男
Hiroshi Sugihara
杉原 廣
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.)
TOOMEN KENKI HANBAI KK
Original Assignee
TOOMEN KENKI HANBAI KK
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 TOOMEN KENKI HANBAI KK filed Critical TOOMEN KENKI HANBAI KK
Priority to JP11151883A priority Critical patent/JPS603318A/en
Publication of JPS603318A publication Critical patent/JPS603318A/en
Pending legal-status Critical Current

Links

Classifications

    • EFIXED CONSTRUCTIONS
    • E02HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
    • E02DFOUNDATIONS; EXCAVATIONS; EMBANKMENTS; UNDERGROUND OR UNDERWATER STRUCTURES
    • E02D7/00Methods or apparatus for placing sheet pile bulkheads, piles, mouldpipes, or other moulds
    • E02D7/02Placing by driving
    • E02D7/06Power-driven drivers
    • E02D7/14Components for drivers inasmuch as not specially for a specific driver construction
    • E02D7/16Scaffolds or supports for drivers

Landscapes

  • Engineering & Computer Science (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • General Life Sciences & Earth Sciences (AREA)
  • Mining & Mineral Resources (AREA)
  • Paleontology (AREA)
  • Civil Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Structural Engineering (AREA)
  • Placing Or Removing Of Piles Or Sheet Piles, Or Accessories Thereof (AREA)

Abstract

PURPOSE:To alternately drive sheet piles in a plural row by a method in which the driving portion of a sheet pile is made movable sidewards freely in relation to running rails and also the frame of the driving portion is made vertically movable in relation to a guide frame. CONSTITUTION:A truck 13 is placed through wheels 14 on the front and back side rails 11 fixed to a holding base A, and sidewards rails 16 and 17 are set on the truck 13 at the right angle to the rails 11. A sideward truck 20 is placed on the rails 16 and 17 through sideward wheels 21 and 22, and a driving portion 31 with a chuck 39 and a winch with a wire 33 to hang down the driving portion are provided to the track 20. The driving portion 31 is made movable sidewards freely in relation to rails 16 and 17, and the upper end of the frame 20 of the driving portion is made vertically movable in a matching manner with the upper end of the guide frame 25. Sheet piles in a plural row can thus be alternately driven.

Description

【発明の詳細な説明】 娠」濁沃顆 この発明は、たとえば鋼矢板なとの打ち込み作業で用い
るくい打ち機に関し、さらに詳述すれば、天井高さが極
端な制限を受(づる場所に打ち込む鋼矢板を、適宜幅の
間隔を保たせて三方に打ち込む場合において、殊に、短
尺な鋼矢板を長手方向に継ぎ足しては打ち込む作業で用
いるのに便利な、くい打ち機に関する。
[Detailed Description of the Invention] This invention relates to a pile driver used for driving steel sheet piles, for example. This invention relates to a pile driving machine that is convenient for use when driving steel sheet piles on three sides with appropriate width intervals, especially when adding and driving short steel sheet piles in the longitudinal direction.

I米吸嵐 通常、河川などの水中において、橋・鉄道・高速道路な
どの橋脚の新設、あるいは橋梁の掛は替え工2J(など
で古い橋脚を撤去する場合は、その橋脚の周辺に作業用
の防護壁を構築することになる。
Normally, in water such as rivers, when constructing new piers for bridges, railways, expressways, etc., or replacing bridges with replacement work 2J (for example, when removing old piers, the area around the piers is used for construction purposes. A protective wall will be constructed.

この防護壁は、近来ではほとんどの場合が鋼矢板(以後
、単に矢板という。)を用いてなり、その防護壁も水圧
や漏水などを考慮して二重構造にしたものを多用してい
る。第1図にその概要を示す。
These days, most of these protective walls are made of steel sheet piles (hereinafter simply referred to as sheet piles), and these protective walls often have a double structure in consideration of water pressure and water leakage. Figure 1 shows the outline.

11において、防護壁(]、)は、矢板(2)・(2)
・・・を第3図で示すように連鎖状に組み合わせて構成
する囲いの外壁(3)・内壁(4〕とからなっていて、
両璧間内に山砂(5)が投入しである。(6)が、新設
あるいは取り壊し用の構造物(たとえば橋脚)である。
In 11, the protective wall (],) is the sheet pile (2)/(2)
It consists of an outer wall (3) and an inner wall (4) of an enclosure constructed by combining ... in a chain as shown in Figure 3.
Yamasuna (5) is inserted between the two walls. (6) is a structure (for example, a bridge pier) to be newly constructed or demolished.

この防護壁(1)は2通常方形状あるいは丸形などにつ
くられていて、構造物(6)が回航できて内側での作業
の安全が得られろようになされている。
This protective wall (1) is usually made in a rectangular or round shape so that the structure (6) can move around and work inside can be done safely.

上記において、従来性われている防6 壁(”の横築は
、たとえば第3図で示すように、外壁(3)、内壁(4
)それぞれを−列ごとに打ち込んで組み立てている。こ
のことは、従来のくい打ち@(図示省略)にあっては、
このくい打ち機がこれを載置する架設レールにツ4して
、単に前進または後退でさるのみで、lすったために、
三方目の矢Fj、杓ち込みは、7架設レールをその列位
置に移動させなければできないという問題点があった。
In the above, the conventional horizontal construction of 6 walls (") is, for example, as shown in Fig.
) are assembled by typing each - column by column. This means that in conventional stake driving @ (not shown),
Because this pile driver was attached to the construction rail on which it was placed, it simply moved forward or backward.
There was a problem in that the third direction arrow Fj, ladle-in, could not be done unless the 7-erected rail was moved to the position of that row.

このため、従来のくい打ち作業においては、たとえば、
外壁用の矢板を一列打ち込んだ後、重量のあるくい打ち
機が載置しである架設レールを、次の作業位置である内
壁用の矢板打ち込み列まで移動させてから、その列での
矢板打ち込みを行わなければならなかった。よって、こ
のような作業順、字では、とかく足場の悪い場所での作
業が甚だ困難であり、作業時間の短縮などはとてものぞ
めないのが実情であった。
For this reason, in conventional piling work, for example,
After driving one row of sheet piles for the exterior wall, move the construction rail on which the heavy pile driving machine is placed to the next working position, the sheet pile driving row for the interior wall, and then drive the sheet piles in that row. had to be done. Therefore, with this kind of work order and character, it was extremely difficult to work in places with poor footing, and the reality was that there was no hope of shortening the work time.

しかも、上記において、打ち込んだ矢板に対してさらに
次の矢板をその矢仮に継ぎ足してこれらの矢板を深く打
ち込むような場合は、矢板相互の継ぎ1」を電気溶接な
どで接合する間は、くい打ぢ機側の作業が停滞してしま
い、時間的ロスが多大できわめて不都合な点があった。
In addition, in the above, when adding the next sheet pile to a driven sheet pile and driving these sheet piles deeply, the pile driving is not required while joining the sheet piles together by electric welding etc. The work on the machine side was stagnant, resulting in a huge loss of time and was extremely inconvenient.

J1的 この発明゛は、上述の問題点に鑑みてなされたもので、
その目的は、一方の列に矢板継ぎ足しのような作業が伴
うも、くい打ち機は他方の列での矢板打ぢ込み作業が的
確にできるようにして、いわゆる、架設レールを移動さ
せないで、くい打ち機が一方向に走行する過程で二側位
置への矢板(またはくい)打ち込みが交互に簡便にでき
て、防護壁*築なとの作業時間の短縮が顕著に高められ
るくい1]ち機を開発したことにある。
This J1 invention was made in view of the above-mentioned problems.
The purpose of this is to allow work such as adding sheet piles to one row, but the pile driving machine can accurately drive sheet piles in the other row, so that the pile driver can drive the piles without moving the erection rail. As the driving machine moves in one direction, it is easy to drive sheet piles (or piles) into two positions alternately, and the work time for building protective walls is significantly reduced. The reason lies in the fact that it was developed.

市[」■ 次に、この発明を、図面に示す一実施例に基づいて説明
する。
City [''■ Next, the present invention will be explained based on an embodiment shown in the drawings.

第4図は、くい打ち機(10)が架設レール(11)上
に載置されている状態を示し、架設レール(]I1はた
とえば第6図で示すように工形鋼で構成されていて、上
面に)JG形鋼(12)が取り付けである。よって、走
行台車(13)の走行車軸(J4)・(14)はこの溝
形鋼(I2)に沿い、走行台車(13)が架設レール(
11)上を前後方向(図示左右方向)に移動する。なお
、走行車軸(14)位置には補助ローラ(15)が設け
てあり、この補助ローラは工形鋼である架設レール(1
1)の上紙部下面に接していて、走行車軸(1,4)の
浮ぎ上りを防11ニし、くい打ち&u(10)の転倒を
防止する役目をなしでいる。
FIG. 4 shows the pile driver (10) placed on the construction rail (11), and the construction rail (I1) is made of shaped steel, for example, as shown in FIG. , on the top surface) JG section steel (12) is attached. Therefore, the traveling axles (J4) and (14) of the traveling bogie (13) are along this channel steel (I2), and the traveling bogie (13) is along the construction rail (
11) Move the top in the front-back direction (left-right direction in the drawing). In addition, an auxiliary roller (15) is provided at the position of the traveling axle (14), and this auxiliary roller is attached to the construction rail (15) made of engineered steel.
1) It is in contact with the lower surface of the top paper, and serves to prevent the traveling axles (1, 4) from lifting up and prevent the pegs and u (10) from falling.

架設レール(jl)は、第5図・第6図で示すように適
宜間隔を保って並列の二条が架台(A) l−に縦列に
配置してあり、走行台車(]3)は、その架設レール(
11)・(jl)と直交する横列向きに長さを設けて横
幅が広く構成しである。走行台車(I3)の上面には第
4図・第5図で示す左側(振動機側)に位置して、架設
レール(11)・(11)とクロスする上向きの横行レ
ール(16)が設(ブである。一方、走行台車(13)
の図示右側には、他の横行レール(17)が所望の高さ
位置において下向きに設けてあり、この横行レール(1
7)は上記横行レール(16)と平行状態にある。なコ
S、横行レール(17)は横列状に設けである多数のブ
ラケット(18)で下向きに保持させてあり、横行レー
ル(17)の下側には、このレールと平行な面をもつ溝
形鋼のフラットフレーム(19)が台車(13)に配置
させである。
As shown in Figures 5 and 6, two parallel rails (jl) are arranged in tandem on the pedestal (A) l- with appropriate spacing, and the traveling bogie (]3) Erection rail (
11).The length is provided in the horizontal direction orthogonal to (jl), and the width is wide. An upward transverse rail (16) is installed on the upper surface of the traveling bogie (I3), located on the left side (vibrator side) as shown in Figures 4 and 5, and crossing the construction rails (11) and (11). (It is bu. On the other hand, the traveling trolley (13)
On the right side of the drawing, another transverse rail (17) is provided facing downward at a desired height position, and this transverse rail (17) is provided facing downward at a desired height position.
7) is parallel to the above-mentioned transverse rail (16). Nako S, the transverse rail (17) is held downward by a number of brackets (18) arranged in rows, and a groove with a surface parallel to this rail is provided on the underside of the transverse rail (17). A flat frame (19) of section steel is placed on the trolley (13).

台車(13)の上部には横行台車(20)が載置してあ
り、横行車I+@(21)・(22)がそれぞれ横行レ
ール(1G)・(17)に沿うように設けである。横行
台車(20)(才、くい打ち部上外用フレーム(23)
側の重量で横行車軸(21)が下方に、他の横行車輪(
22)が上方にそれぞh圧接する荷重を受ける描造をな
している。
A traversing truck (20) is placed on the upper part of the truck (13), and traversing cars I+@(21) and (22) are provided along the traversing rails (1G) and (17), respectively. Traverse trolley (20) (20), frame for external use above pile driving part (23)
The weight of the side causes the transverse axle (21) to move downward and the other transverse wheel (
22) are each subjected to a load pressing upward.

また、横行車軸(22)の下側には、横行台車(20)
の後部(第4図右側)が上下方向に揺動した際の横行を
安全にするための補助ローラ(24)が設けである。こ
の補助ローラは、たとえば合成樹脂材などのB衝月でつ
くられていて、前記フラットフレーム(19)面と接す
るように取り付けである。
Also, below the transverse axle (22) is a transverse truck (20).
An auxiliary roller (24) is provided to ensure safe traversal when the rear part (right side in Figure 4) swings vertically. This auxiliary roller is made of, for example, B-shaped material such as a synthetic resin material, and is attached so as to be in contact with the surface of the flat frame (19).

くい打ち部上外用フレーム(23)は第5図・第6図で
示すように一対をなしていて、ガイドフレーム(25)
・(25)で上下動可能に作持されており、所定高さ位
置において適数個のボルト(26)でガイドフレーム(
25)に固定されている。(23a)は、くい打ち部上
外用フレーム(23)に設()である高さ位置調/7i
用のためのポルh(26)の挿通孔である。このフレー
ム(23)・(23)はガイド部(23b)・(23b
)の滑合で上下方向への移動が案内されており、かつ、
一端を上記フレーム(23)に]・IK着しているシリ
ンダ(27)のフック(28)をガイドフレーム(25
)のストッパ−(29)の適宜段位置に係止させること
によって、ポル1−(26)を締め付りる位置が選択的
に維持される。
As shown in Figures 5 and 6, the external frames (23) on the pile driving part form a pair, and the guide frame (25)
・It is supported by (25) so that it can move up and down, and the guide frame (
25). (23a) is the height position adjustment /7i set () on the external frame (23) above the pile driving part.
This is the insertion hole for port h (26) for use. These frames (23) and (23) have guide parts (23b) and (23b).
) is guided to move in the vertical direction by sliding, and
One end is attached to the above frame (23)] - Attach the hook (28) of the cylinder (27) attached to the IK to the guide frame (25)
) The position where the pole 1-(26) is tightened can be selectively maintained by locking the stopper (29) at an appropriate step position.

くいF」ち部上外用フレーム(23)は、第4図では上
位位置にセットした状態で示しであるが、このフレーム
は、上記フック(28)を一段ずつストッパ−(29)
に係止させてはシリンダ(27)のロンド伸縮手段を用
いて上昇または下降を行う。勿論その過程ではポルIl
−(26)を適数木矢り締めしてはフレーム(23)の
固定位置選択を行う。
The frame (23) for external use on the upper part of the hook (23) is shown set in the upper position in FIG.
When the cylinder (27) is locked, the cylinder (27) is raised or lowered using the Rondo expansion and contraction means. Of course, in the process Pol Il
- Select the fixing position of the frame (23) by tightening (26) a suitable number of bolts.

上記フレーム(23)の移動は、これを最下位に下降セ
ラ1−シた場合は該フレーム(23)の」二端がガイド
フレーム(25)の上端と揃うことになり、この状態に
おいで、架設レール(11)上のくい打ち機(10)の
最」二端がガイドフレーム(25)の」二端に納められ
る。このことは、後述する矢板またはくいの打ち込み作
業を行う際に、くい打ち部上外用フレーム(23)が」
三位に所在する方がくい打ち部の上下スペースが1分に
得られて好都合となるが、他方では、たとえば橋梁の取
り壊しなどにおいて、くい打ち機(10)を既存の橋梁
あるいは鉄道用線路の下などをくぐらせる場合にあって
は、くい打ち機(10)のノα」二端を低くしなければ
ならないことになり、そのために必要となる。(30)
は、くい打ち部上外用フレーム(23)に取り付けであ
るアウトリガ−ジヤツキである。。
When the frame (23) is moved downward to the lowest position, the two ends of the frame (23) will be aligned with the upper end of the guide frame (25), and in this state, The two most ends of the pile driver (10) on the construction rail (11) are housed in the two ends of the guide frame (25). This means that when driving sheet piles or piles, which will be described later, the external frame (23) above the pile driving part is
It is more convenient to locate the pile driver (10) in the third position because the vertical space for the pile driving part can be obtained in 1 minute, but on the other hand, when demolishing a bridge, for example, the pile driver (10) can be used to install the pile driver (10) on an existing bridge or railway track. If the pile driver (10) is to be passed through the bottom, the two ends of the pile driver (10) must be lowered, and this is necessary for this purpose. (30)
This is an outrigger jack that is attached to the external frame (23) above the stake. .

」二記フレーム(23)相互は、くい打ち部(31)が
ウィンチ(32)によるワイヤ(33)の牽引で上下移
動できる間隔をなしていて、該フレーム相互間にはくい
打ら部(31)が2条のワイヤ(33)によって吊設さ
れている。なお、このワイヤ(33)は、ウィンチ(3
2)の1へラムから中間滑車(34)・(35)・(3
6)を経て、フレーム(23)にそれぞれ枢着されてい
る滑車(37)・(37)を介してくい打ち部(31)
の両域に配りさオしている吊設置PI’ilI (38
)・(38)にそれぞれわたっている。
The two frames (23) are spaced apart from each other so that the stakes (31) can move up and down by pulling the wire (33) by the winch (32); ) is suspended by two wires (33). Note that this wire (33) is attached to the winch (3
2) From the ram to 1 of the intermediate pulley (34), (35), (3
6), and the piling part (31) via pulleys (37) and (37), which are respectively pivotally connected to the frame (23).
Hanging installations distributed in both areas (38
) and (38) respectively.

くい打ち部(31)はバイブロハンマを有していて、チ
ャック(39)で矢4Jj、(40)あるいは他の適宜
な打ち込み部制か挟圧保持できるようにしである。
The peg driving part (31) has a vibrohammer and is adapted to hold the arrow 4Jj, (40) or other suitable driving part system under pressure with the chuck (39).

横行台車(20)の上面中央部には、折りたたみできる
クレーン(41)が億1えてあり、このクレーンは中心
部(4+a)をμ点として盾振りでき、先端(/1lb
)が伸縮できるh’&造をなしている。
A collapsible crane (41) is installed in the center of the upper surface of the traversing trolley (20), and this crane can swing with the center (4+a) as the μ point, and
) has an expandable h'& structure.

搬入台TIt(112)は、矢板(、io)などをくい
打ち機(10)に供給するためのものである。なお、(
43)は矢板(40)の取り出しを容易にするための枕
木を示す。
The loading table TIt (112) is for supplying sheet piles (, io) and the like to the pile driving machine (10). In addition,(
43) indicates a sleeper for facilitating the removal of the sheet pile (40).

上記において、走行台車(13)、横行台車(20)の
移動は、それぞれ独自の駆動源たとえば油圧アクチェー
タ、あるいはモータなどを用いて行うものとする。また
、車輪(1/I)は、架設レール(11)の相互間幅域
に対′応して幅域間隔が微調整できるようにしである(
第6図参照)。
In the above description, it is assumed that the traveling cart (13) and the traversing cart (20) are moved using their own drive sources, such as hydraulic actuators or motors. In addition, the wheels (1/I) are designed so that the width range interval can be finely adjusted in accordance with the width range between the construction rails (11).
(See Figure 6).

効 果 この発明のくい打ち機は、上述の如く構成して、くい打
ち部が架設レールの縦方向に移動できることはもとより
、走行台車を架設レールに対して定位置にとどめておき
、横行台車を架設レールに対して横方向に移動操作する
ことによって、くい打ち部が手軽にして能率よく複数列
の矢板打ち込み位置に移動できる。よって、このことは
横幅を保たせて矢板を二側位置に杓ち込んで防護壁を構
築するような場合において、その打ち込み作業が二側と
も交互にできて非常に便利となる。特に矢板の継ぎ足し
と打ぢ込みにあっては、たとえば、先にj″Iら込んだ
矢板に列して二本目・三本1」の如く複数本の矢板を順
次直列に継ぎ足す場合、その紺(ぎIJは電気溶接など
の接続手段を用いて一連に接合しなければならない。
Effects The pile driving machine of the present invention is configured as described above, and the pile driving part can not only move in the vertical direction of the construction rail, but also keep the traveling truck in a fixed position with respect to the construction rail, and move the traversing truck. By moving the pile in the lateral direction relative to the construction rail, the pile driving section can be easily and efficiently moved to the driving position of multiple rows of sheet piles. Therefore, this is very convenient when constructing a protective wall by dumping sheet piles at two sides while maintaining the width, since the driving work can be done alternately on both sides. Particularly in the case of adding and driving in sheet piles, for example, when adding multiple sheet piles in series, for example, adding the second and third piles in line with the sheet pile that was inserted earlier, The IJ must be joined in series using a connecting means such as electric welding.

ところが、電気溶接などによる上記接合は、とかく足場
の悪い作業現場では意外と時間を費°やしてしまい、そ
の接合作業が終るまで矢板の打ち込み作業が出来ないと
いうことは、くい打ち機による作業時間が非常に長くな
ってしまう。しかも。
However, the above-mentioned joining using electric welding or the like takes a surprising amount of time at work sites where the footing is poor, and the fact that sheet piles cannot be driven in until the joining work is completed means that the time required to use a pile driver is reduced. becomes very long. Moreover.

くい打ち機をその間休止させるということは甚だ不経済
である。
It is extremely wasteful to have the pile driving machine idle during that time.

しかしながら、この発明によれば、上記矢板の紺1ぎ足
し7にあ一〕では、くい打ち部か左右面域に横行でさて
黒数列での矢板打ち込みか同H装置の走行台車に刀して
交互にできることになる。そして。
However, according to this invention, in the above-mentioned sheet pile addition 7, the sheet pile is driven horizontally in the pile driving section or the left and right side areas, and the sheet pile is driven in a black number sequence, or the driving truck of the same H device is driven. You can do it alternately. and.

−列目の矢Fi、継き足しでは、その継ぎ目の仮止めが
終るまではくい打ち機をその場所にとどめでおき、上記
仮止めが終って本来の接合を行う間はくい打ち機を三方
目の矢板打ち込み位置に横行台車で移動させることがで
き、交互列位置−Cの矢板4」ち込みが適切に行える。
- In row arrow Fi, when joining, leave the pile driver in place until the temporary fixing of the joint is completed, and move the pile driver on three sides while the actual joint is made after the temporary fixing is completed. The sheet pile can be moved to the desired sheet pile driving position using a traversing cart, and the sheet pile 4'' in the alternate row position -C can be properly driven.

よって、三方目での矢板打ち込みが終ってこちらでの矢
板継ぎ足しを行う際は、前記と同様に継ぎ足す矢板の仮
止めを行って後、その仮ILめの本I容接を二側側で行
っている間に、次に一列目の接合溶失1反の打ち込みが
停?セ;)することなく行える。
Therefore, when adding sheet piles on this side after driving the sheet piles on the third side, first temporarily fasten the sheet piles to be added in the same way as above, and then attach the main I joint of the temporary IL on the second side. While doing so, the first row of joints melted and the driving of one roll stopped? You can do it without doing C;).

かくして、この発明によれば、前後方向に架設したレー
ルに沿って走行する台車に対して、クレーンおよびくい
打ち部が横行台車の移動で所望幅職分架設レールとクロ
スする向きに移動できるので、従来−列ごとに矢板を打
ち終えては三方目の矢板打ち込み列に架設レールを移動
させて行っていたくい打ち作業の煩わしさが、−挙に解
決できろ。これによって、この発明では河川などでの足
場の悪い工事現場での矢板打ち込み作業、あるいはその
引き抜き作業などにおいて、工期の短縮と作業労働の短
縮とが顕著に高めら汎、経済上の効果も多大である。
Thus, according to the present invention, the crane and the piling section can be moved in a direction crossing the erected rail by a desired width by the movement of the traversing truck with respect to the truck running along the rail installed in the front-rear direction. The troublesome task of driving piles in the past, where once the sheet piles were driven in each row, the erection rail was moved to the third sheet pile driving row, can be solved at once. As a result, this invention significantly shortens the construction period and work labor when driving or pulling out sheet piles at construction sites with poor footing, such as rivers, and has great general and economical effects. It is.

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

第1図は防護壁の概要を示す断面説明図、第2図は同上
の平面説明図、第3図は従来例による矢板打ち込み順の
説明図、第4図はこの発明の一実施例を示すくい打ち機
の側面図、第5図は開平面図、第6図は同正面図である
。 (11)・・・・−・・・架設レール (13)・・・ ・走行台車 (]6)・(17) ・横行レーノL (20)・・・・・・・横行台車 (3]、)−−・−くい打ち部 (32)・・ ウィンチ (41)・・ ・・クレーン 4−!l′i;’l 出)7]人 1−一メン建機版売
株式会社同 杉 原 廣 代理人 弁理士 中 尾 俊 介 第3図
Fig. 1 is an explanatory cross-sectional view showing the outline of the protective wall, Fig. 2 is an explanatory plan view of the same as above, Fig. 3 is an explanatory view of the order of driving sheet piles according to the conventional example, and Fig. 4 shows an embodiment of the present invention. A side view of the pile driving machine, FIG. 5 is an open plan view, and FIG. 6 is a front view thereof. (11)・・・・・・・Erection rail (13)・・Traveling bogie (]6)・(17)・Traversing Leno L (20)・・・・・Traversing bogie (3], )---・-Pile driving part (32)... Winch (41)... Crane 4-! l'i;'l OUT)7] Person 1-Ichimen Kenki Hansei Co., Ltd. Hiroshi Sugihara Agent Patent attorney Shunsuke Nakao Figure 3

Claims (1)

【特許請求の範囲】[Claims] 定位置に固定する前後方向の架設レールに、該レールに
治って移動する走行台車を載置し、その走行台車には前
記架設レールとクロスする向きに定めた横行レールを配
置してこの横行レールに横行台車を載置し、上記横行台
車にさらにくい打ち部およびくい打ち部を懸吊するウィ
ンチ、さらにくいの吊り込み用クレーンを設け、このく
い打ち部が前?rE走行レールに対して横方向に移動で
きるように周成し、くい打ち部フLノームが自在に」二
不動を可能として天井高さに合わせた姿勢になり1!す
るくい打ち磯。
A traveling bogie that moves while fixed on the rail is placed on a longitudinal construction rail that is fixed in a fixed position, and a transverse rail that is set in a direction that crosses the construction rail is arranged on the traveling bogie. A transverse trolley is placed on the transverse trolley, and a winch for suspending the sarakaragi-driving part and the pile-driving part is installed on the traversing trolley, and a crane for lifting the sararagi-driving part is installed. The circumference is formed so that it can move laterally with respect to the rE running rail, and the stake-driving part L gnome can be freely moved to take a posture that matches the ceiling height. Surukui Uchiiso.
JP11151883A 1983-06-21 1983-06-21 Pile driver Pending JPS603318A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP11151883A JPS603318A (en) 1983-06-21 1983-06-21 Pile driver

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP11151883A JPS603318A (en) 1983-06-21 1983-06-21 Pile driver

Publications (1)

Publication Number Publication Date
JPS603318A true JPS603318A (en) 1985-01-09

Family

ID=14563347

Family Applications (1)

Application Number Title Priority Date Filing Date
JP11151883A Pending JPS603318A (en) 1983-06-21 1983-06-21 Pile driver

Country Status (1)

Country Link
JP (1) JPS603318A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100953324B1 (en) 2007-09-03 2010-04-15 기묘토건 주식회사 Walking style pile driver using electric for underground etaining wall
JP2017003450A (en) * 2015-06-11 2017-01-05 株式会社Ihi Nuclear power plant and nuclear power plant vibration damping method
CN106522224A (en) * 2016-10-29 2017-03-22 中交航局第工程有限公司 Deep water area prestressed concrete U-shaped plate pile guide frame pile sinking process

Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5733620A (en) * 1980-07-31 1982-02-23 Hisao Inoue Static loading type pile-driver

Patent Citations (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5733620A (en) * 1980-07-31 1982-02-23 Hisao Inoue Static loading type pile-driver

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR100953324B1 (en) 2007-09-03 2010-04-15 기묘토건 주식회사 Walking style pile driver using electric for underground etaining wall
JP2017003450A (en) * 2015-06-11 2017-01-05 株式会社Ihi Nuclear power plant and nuclear power plant vibration damping method
CN106522224A (en) * 2016-10-29 2017-03-22 中交航局第工程有限公司 Deep water area prestressed concrete U-shaped plate pile guide frame pile sinking process

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