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    • 51. 发明专利
    • Bottom-enlarged bucket
    • BOTTOM-ENLARGED BUCKET
    • JP2009114624A
    • 2009-05-28
    • JP2007285132
    • 2007-11-01
    • Hitachi Sumitomo Heavy Industries Construction Crane Co Ltd日立住友重機械建機クレーン株式会社
    • AJIRO SHUICHI
    • E21B11/00E21B10/32
    • PROBLEM TO BE SOLVED: To provide a bottom-enlarged bucket which is constituted so that a maximum enlarged bottom diameter can become larger without changing the diameter of the bucket in the storage of a bottom-enlarged blade.
      SOLUTION: Two vertical frames 5 are provided in the frame 2 of the bottom-enlarged bucket in such a manner as to face each other across the center of the bucket. Lower and upper bottom-enlarged blades 6A and 6B are attached to the vertical shafts 5 in such a manner as to be rotatable via a plurality of lower supporting arms 7A and 7B, respectively. A hydraulic cylinder 8 for rotating the lower bottom-enlarged blade 6 is provided. An interlocking power transmission means for starting the rotation of the upper bottom-enlarged blade 6B in retard of the lower bottom-enlarged blade 6A in the opening of the bottom-enlarged blade 6 and for also closing the upper bottom-enlarged blade 6B in synchronization with the lower bottom-enlarged blade 6A in the closing of the lower bottom-enlarged blade 6A is provided. An auxiliary bottom-enlarged blade 6C is fixedly provided in the midway portion of the uppermost supporting arm 7B among the upper supporting arms. A bottom-enlarged section above a bottom-enlarged section excavated by the upper bottom-enlarged blade 6B is excavated by the auxiliary bottom-enlarged blade 6C.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:提供一种底部扩大的铲斗,其构造成使得最大扩大的底部直径可以变大,而不改变在底部扩大的叶片的储存中的铲斗的直径。 解决方案:在底部扩大的铲斗的框架2中以跨越斗的中心彼此面对的方式设置两个垂直框架5。 下下扩大叶片6A和6B分别以多个下支撑臂7A和7B可旋转的方式附接到垂直轴5。 设置用于旋转下底部扩大刀片6的液压缸8。 一个互锁动力传递装置,用于在底部扩大刀片6的开口中开始下部底部扩大刀片6A的延伸,并且同时关闭上部底部扩大刀片6B,使上部底部扩大刀片6B的旋转停止 设置下底部扩大刀片6A的关闭中的下底部扩大刀片6A。 辅助底部扩大刀片6C固定地设置在上支撑臂中的最上支撑臂7B的中间部分。 由上底部扩大刀片6B挖掘的底部放大部分上方的底部放大部分由辅助底部扩大刀片6C挖掘。 版权所有(C)2009,JPO&INPIT
    • 52. 发明专利
    • Pile hole excavating head
    • 钻孔头
    • JP2009013695A
    • 2009-01-22
    • JP2007177729
    • 2007-07-05
    • Mitani Sekisan Co Ltd三谷セキサン株式会社
    • WATABE CHIKAO
    • E21B10/32
    • PROBLEM TO BE SOLVED: To surely restrict the swing angle of excavating arms by eliminating the formation of a recessed part in the surfaces of a head body 1 and the excavating arms 40 on which they are rubbed to prevent the inclusion of foreign matters from occurring.
      SOLUTION: To form an excavating head 50, the excavating arms 40 are connected to the head body 1 swingably around horizontal shaft 20 at the front of the head body 1 connectable to an excavation rod 52. (a) A stopper 22 for restricting the swing by coming into contact with the side edge 40b of the excavating arm 40 during small-diameter excavating and (b) stoppers 26, 28 for restricting the swing by coming into contact with the side edge 40b of the excavating arm 40 during large-diameter excavating are attached to the head body 1. The head body 1, the horizontal shaft 20, and the excavating arms 40 are installed to be deformed so that the end rear surfaces of both excavating arms 40 are separated from the front of the head body 1 (a) when the excavating arms 40 are temporarily reversely rotated at the swing angle during the small-diameter excavation, and the rear surfaces of the excavating arms 40 are deformable to extend over the stopper 22", and (b) then normally rotated to be brought into the large-diameter excavating state.
      COPYRIGHT: (C)2009,JPO&INPIT
    • 要解决的问题:通过消除在头体1和被摩擦的挖掘臂40的表面中形成凹陷部分以防止引入异物,确定地限制挖掘臂的摆动角度 从发生。 解决方案:为了形成挖掘头50,挖掘臂40在头部本体1的前部可摆动地围绕水平轴20可摆动地连接到头部主体1,该头部主体1可连接到挖掘杆52.(a)止动件22,用于 在小直径挖掘期间通过与挖掘臂40的侧边缘40b接触来限制摆动,以及(b)限制摆动的止动件26,28,其在大型挖掘臂40期间与挖掘臂40的侧边缘40b接触 - 直径挖掘装置附接到头部主体1.头部本体1,水平轴20和挖掘臂40被安装成变形,使得两个挖掘臂40的端部后表面与头部的前部分离 当挖掘臂40在小直径挖掘期间以摆动角度暂时反向旋转并且挖掘臂40的后表面可变形以在止动件22“上延伸时,主体1(a),(b)然后通常 旋转成兄弟 应进入大直径挖掘状态。 版权所有(C)2009,JPO&INPIT
    • 53. 发明专利
    • Column building-up device and column building-up method
    • 柱式建筑装置和立柱建筑方法
    • JP2008174981A
    • 2008-07-31
    • JP2007009943
    • 2007-01-19
    • Masayoshi Tanaka正義 田中
    • TANAKA MASAYOSHI
    • E21B10/32E01F9/011E21B3/02
    • PROBLEM TO BE SOLVED: To provide a column building-up device and a column building-up method, easy in construction, by preventing rotation of a column to the ground surface. SOLUTION: This column building-up device 1 has two excavation rods 26 and 27 in parallel, and is characterized in that an excavation bit 29 for excavating by rotating in the ground, is arranged on the tip of the respective excavation rods 26 and 27, and a diameter of the excavation bit 29 can be expanded and contracted, and a circular hole formed by respective excavation bits 29 is mutually partially overlapped, and the two excavation bits 29 are arranged in positions mutually dislocated in the axial direction of the excavation rods 26 and 27. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:通过防止列旋转到地面,提供容易施工的立柱积建装置和立柱堆积方法。 解决方案:该塔组装装置1具有两个平行的挖掘杆26和27,其特征在于,在各个挖掘杆26的顶端上设置有用于在地面中旋转挖掘的挖掘钻头29 并且挖掘钻头29的直径可以膨胀和收缩,并且由相应的挖掘钻头29形成的圆形孔相互部分地重叠,并且两个挖掘钻头29布置在沿着轴向方向相互错位的位置 挖掘杆26和27.版权所有(C)2008,JPO&INPIT
    • 54. 发明专利
    • Pile hole drilling head, and method for checking position of drilling arm of it
    • 钻孔钻头及其检查方法
    • JP2008150834A
    • 2008-07-03
    • JP2006338808
    • 2006-12-15
    • Mitani Sekisan Co Ltd三谷セキサン株式会社
    • SATO SHIGERUTATSUKUCHI TAKASHI
    • E21B10/32E02D5/44E02D5/48E02D7/00E02D13/06
    • PROBLEM TO BE SOLVED: To ensure the accurate drilling of a pile hole throughout its length by grasping the diameter of the pile hole at that depth on the ground in real time, in consideration of the length of the drilling arm 20, by measuring the angle of the oscillation of the drilling arm 20.
      SOLUTION: A drilling head 30 is constituted by oscillatably mounting the drilling arms 20 and 20 with first sensors 27 and 28 on the horizontal shaft 19 of a head body 1 with second sensors 27A and 28A along an oscillation locus. When a drilling rod 40 is normally rotated, a pile-hole axis section 42 with a diameter D
      1 is drilled by means of a drilling blade 25 (a: a small-diameter drilling state). When the drilling rod 40 is reversely rotated, a base-enlarged foot protection portion 43 with a diameter D
      2 is drilled (b: a large-diameter drilling state). In this case, the first sensor 27 is located in the position 27Ab of the second sensor 27A during the small-diameter drilling, and located in the position 27Ab of the second sensor 27A during the large-diameter drilling. Thus, oscillation angle data are transmitted onto the ground. When the drilling rod 40 is not rotated, the first sensor 27 is located in the position 27Aa of the second sensor 27A, and data with no drilling angle are transmitted.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:为了确保在整个长度上精确钻孔桩孔,考虑到钻臂20的长度,通过在实际的时间内抓住地面上该深度处的桩孔的直径,通过 测量钻臂20的振动角度。解决方案:钻头30由将头臂主体1的水平轴19上的第一传感器27和28可摆动地安装到钻头臂20和20上而构成,第二传感器27和28具有第二 传感器27A和28A沿着振荡轨迹。 当钻杆40正常旋转时,通过钻削刀片25(a:小直径钻孔状态)钻出具有直径D 1 的桩孔轴部42。 当钻杆40反向旋转时,钻出具有直径D 2 的基部扩大的脚部保护部分43(b:大直径钻孔状态)。 在这种情况下,在小直径钻孔期间,第一传感器27位于第二传感器27A的位置27Ab处,并且在大直径钻孔期间位于第二传感器27A的位置27Ab。 因此,振荡角数据被传送到地面上。 当钻杆40不旋转时,第一传感器27位于第二传感器27A的位置27Aa,并且不传送没有钻孔角度的数据。 版权所有(C)2008,JPO&INPIT
    • 58. 发明专利
    • Method for confirming expanding blade diametrically expanded state of excavator for constructing foundation pile
    • 用于确定膨胀叶片的方法用于构造基础桩的挖掘机的完全展开状态
    • JP2008031673A
    • 2008-02-14
    • JP2006204226
    • 2006-07-27
    • Sumitomo Metal Ind LtdTokyo Seisakusho:Kk住友金属工業株式会社株式会社東京製作所
    • MATSUBARA HIROSHITANAKA HIROMASAIKEDA MAKOTOMORI NAOTOKANEKO SHINJIROKASE YOSHIYUKINAGASAWA RYUTAROSUGI TAKANAO
    • E21B10/32E02D5/44E02D7/00E02D13/06
    • PROBLEM TO BE SOLVED: To provide an expanding blade diametrically expanded state confirming method capable of easily and surely grasping the diametrically expanded state of an expanding blade in the ground without separately requiring a special device and a facility.
      SOLUTION: An excavation head 1 has a hollow driving shaft 2 and an excavation shaft 3 relatively movably stored in the axial direction inside its shaft, and the expanding blade 4 is expanded and contracted by these relative movements. Resistance is reduced by forming a space 21 between upper-lower pipe ducts 22 and 23 for injecting cement milk in (a) to (c). When the expanding blade 4 starts to diametrically expand by reverse rotation as (d), the space 21 is eliminated by the contraction of the excavation head 1, and the resistance increases since the upper-lower pipe ducts 22 and 23 are dislocated. When normally rotating as (e) after the expansion, the upper-lower pipe ducts 22 and 23 are aligned, and the resistance is reduced. The diametrically expanding state of the expanding blade 4 can be confirmed by an increase/decrease in the pressure of such cement milk or the like.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种扩展刀片直径膨胀状态确认方法,其能够容易且可靠地掌握在地面上的扩张刀片的直径膨胀状态,而不需要专门的装置和设备。 解决方案:挖掘头1具有中空驱动轴2和挖掘轴3,挖掘轴3在其轴内沿轴向相对可移动地存储,并且膨胀叶片4通过这些相对运动而膨胀和收缩。 在(a)至(c)中,在上下管道22和23之间形成用于注入水泥浆的空间21来减小阻力。 当膨胀叶片4(d)通过反向旋转开始径向膨胀时,通过挖掘头1的收缩来消除空间21,并且由于上下管道22和23脱位,阻力增加。 当膨胀后(e)正常旋转时,上下管道22和23对准,电阻减小。 膨胀叶片4的直径膨胀状态可以通过这种水泥浆等的压力的上升/下降来确认。 版权所有(C)2008,JPO&INPIT