会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 31. 发明专利
    • Shallow layer ground improving device
    • 浅层改善设备
    • JPH11280057A
    • 1999-10-12
    • JP8341498
    • 1998-03-30
    • Onoda Chemico Co LtdSanwa Kizai Co Ltd三和機材株式会社小野田ケミコ株式会社
    • TOUHO RYOZOSHIMABUKURO MASAKIAIDA KATSUHIKOYAMAZAKI KAZUO
    • E02D3/12
    • PROBLEM TO BE SOLVED: To improve ground evenly without causing a region not digged and stirred when soft ground is improved.
      SOLUTION: This is a shallow layer ground improving device provided with digging and stirring heads 10, 10 having digging and stirring blades 20
      1 , 20
      2 forming horizontal plates as a plurality of steps and rotatable in a vertical plan in both side parts at a lower end of a rod 4 hung and supported on a base machine 1 capable of running freely so as to lift and lower. Among the digging and stirring blades at a plurality of steps, the digging and stirring blade 20
      1 having a track passing through a lower position at a lower end of the rod 4 is provided with an auxiliary blade 25 holding an attitude extending in the direction of central line of the rod 4 so as to turn by an energizing means by means of an elastic body such as a spring, etc.
      COPYRIGHT: (C)1999,JPO
    • 要解决的问题:为了改善地面均匀,不会导致在软地面改善时未挖掘和搅拌的区域。 解决方案:这是一个浅层地面改进装置,设有挖掘和搅拌头10,10,挖掘和搅拌叶片201,202形成水平板作为多个台阶,并且在垂直平面中可在两个侧部中的下端 杆4悬挂并支撑在能够自由地升降的基础机1上。 在多个步骤的挖掘和搅拌叶片中,具有通过杆4的下端处的下部位置的轨道的挖掘和搅拌叶片201设置有保持沿中心方向延伸的姿态的辅助叶片25 杆4通过弹簧等弹性体通过激励装置转动。
    • 32. 发明专利
    • CHEMICAL DISCHARGE-OPENING CHANGEOVER DEVICE FOR AGITATING HEAD
    • JPH11124844A
    • 1999-05-11
    • JP28686997
    • 1997-10-20
    • ONODA CHEMICO CO LTDSANWA KIZAI CO LTD
    • TOUHO RIYOUZOUAIDA KATSUHIKOWATANABE KATSUHIKOYAMAZAKI KAZUO
    • E02D3/12
    • PROBLEM TO BE SOLVED: To change over the discharge of chemicals from a specified discharge opening automatically in response to the forward and reverse rotation of an excavating rod regardless of a nose ground. SOLUTION: The head body 2 of an agitating head has a chemical feed passage in the internal axial direction, an upper discharge opening branched from the chemical feed passage is formed to the upper side section of the head body 2 and a lower discharge opening to a lower section respectively, and a changeover mechanism 9 changing over the chemical feed passage to the upper discharge opening or the lower discharge opening is installed to the branch section of the upper discharge opening and the lower discharge opening. The changeover mechanism 9 is composed of a valve body 20 rotatably mounted while having a horizontal shaft shape so as to cross the chemical feed passage in the head body 2 and having a flow path communicating the chemical feed passage with the upper discharge opening or the lower discharge opening in the orthogonal direction to an axis in the shaft section, a rotary disc 7 being pivotally supported to the external side face of the head body 2 in a vertical posture and capable of being turned within an angle range of approximately 90 deg. by the forward and reverse rotation of the main body, and a gear transmission mechanism rotatably connecting the pivot of the rotary disc 7 and the end section of the valve body 20 so that vertical rotation can be changed over to horizontal rotation and transmitted.
    • 33. 发明专利
    • EXPANDING-BLADE OPEN-CLOSE DEVICE IN EXCAVATION ROD
    • JPH10317867A
    • 1998-12-02
    • JP14608497
    • 1997-05-21
    • DAIWA KIKOSANWA KIZAI CO LTD
    • ADACHI MASARUYAMAZAKI KAZUO
    • E21B10/32E21B10/44
    • PROBLEM TO BE SOLVED: To prepare a bulb surely by conducting expansion excavation by an expansion blade by forward rotating an excavation rod. SOLUTION: A plurality of expanding blades 7 are supported at the lower end section of the excavation rod in a freely rocking open-close manner so as to be rocked and expanded by earth pressure at the time of the forward rotation of the excavation rod and so as to be rocked and closed by earth pressure at the time of reverse rotation while an expansion control member 12 to the expanding blades 7 and a control lever turning the expansion control member 12 are installed respectively. The expansion control member 12 has closing inhibiting sections 17 inhibiting the expanding blades 7 at closing places for alternately working to the expanding blades 7 by revolution and expansion permitting sections permitting jocking to the places of expansion to the expanding blades 7, and the control lever is supported in a rockable manner so as to be reciprocated and rocked by earth pressure at the time of the forward and reverse rotation of the excavation rod while the expansion control member 12 is turned so that the closing inhibiting sections 17 and the expansion permitting sections are worked alternately to the expanding blades 7 by rocking at the time of the reverse rotation of the excavation rod.
    • 35. 发明专利
    • CONTINUOUS SLOT EXCAVATION METHOD USING MULTI-SPINDLE EXCAVATOR AND MULTI-SPINDLE EXCAVATOR USED THEREFOR
    • JPH08209740A
    • 1996-08-13
    • JP3470295
    • 1995-02-01
    • SANWA KIZAI CO LTD
    • YAMAZAKI KAZUO
    • E02F5/02E02D5/18
    • PURPOSE: To make it possible to excavate continuous slots without wedge-like part remaining unexcavated by rotationally lowering multi-spindle stirring shafts to excavate secondary continuous holes for connecting them ontinued to primary continuous holes, and vibrating and inclining the multi-spindle stirring shafts to rotationally raise. CONSTITUTION: Multi-spindle stirring shafts 9 of a multi-spindle excavator is rotationally lowered by a revolving drive section 8, and a plurality of circular pits corresponding to operating wings subsequently excavate adjacent or partially lapped and continued primary continuous holes H1 in the ground. Then, the multi-spindle stirring shafts 9 are pulled out, one end of each of the multi-spindle shafts is inserted in one pit of the other end of each of the primary continuous holes H1 , and the secondary continuous holes are excavated for connecting them. Then, the multi-spindle stirring shafts 9 in the secondary continuous holes are vibrated and inclined to the primary continuous holes H1 side with the revolving drive section 8 as the center, and the operation wings of the multi-spindle stirring shafts 9 are made to correspond to a wedge-like part remaining unexcavated in the primary and secondary continuous holes. The multi-spindle stirring shafts 9 are rotationally raised in a state to remain inclined, and part remaining unexcavated is excavated to form continuous slots.
    • 36. 发明专利
    • EXCAVATING EXPANSION HEAD
    • JPH08170480A
    • 1996-07-02
    • JP31725694
    • 1994-12-20
    • ASAHI CHEMICAL INDSANWA KIZAI CO LTD
    • SHIGEMATSU HIDEKAZUYAMAZAKI KAZUO
    • E21B7/00E21B10/44
    • PURPOSE: To enable expansion digging at the time of bulb development without depending on a hollow pile by fitting a rotating cylinder with play to the peripheral part of an excavating rod, and providing the rotating cylinder with a pressure receiving plate and engaging grooves for controlling the attitude of expansion blades. CONSTITUTION: Expansion blades 5, 5 are positioned in the positions of the second engaging grooves 162 , 162 of a rotating cylinder 12 and put in the contracted state. In this state, an excavating rod 2 is rotated normally to excavate the ground. At the time of reaching the specified depth and expansion-digging the lower end of an excavated hole, the rod 2 is rotated reversely. The pressure receiving plates 15, 15 of the rotating cylinder 12 thereby receive the resistance of sediment so as to be rotated relatively to a head 2, and the blades 5, 5 enter into first engaging holes 161 , 161 and rotate upward so as to be put in the enlarged state of enabling expansion digging. When the rod 2 is rotated reversely, the rotating cylinder 12 is further rotated, and the inclined face 17 is rotated along the blade 5. The blades 5, 5 are thereby pressed downward, and a third engaging groove 163 is engaged with the blade 5, so that the blade 5 is returned into the contracted state, and the rod 2 is pulled out of the excavated hole.
    • 38. 发明专利
    • Soil treatment apparatus
    • 土壤处理设备
    • JP2013013860A
    • 2013-01-24
    • JP2011148786
    • 2011-07-05
    • Matsumura Gumi Corp株式会社松村組Aso Foam Crete Co Ltd麻生フオームクリート株式会社Sanwa Kizai Co Ltd三和機材株式会社
    • TSUTSUMI NORIOYAMAZAKI KAZUOHIGUCHI MASAHIRO
    • B09C1/02B01F7/00B01F7/16B09C1/08E02D3/12
    • PROBLEM TO BE SOLVED: To provide a soil treatment apparatus which can easily and surely carry out aimed soil treatment, keeps operating reliability, and is easy in inspection work.SOLUTION: The soil treatment apparatus A which has a soil excavation blade head 11 which can expand/contract in the rotary radius direction and a rotary head 1a having a soil stirring blade 12a and openings 111a-111c for discharging soil treatment additives includes a rotary head supporting/driving device 2. The rotary head 1a has an inside shaft 13 supporting the excavation blade head 11, an outside shaft 14 which supports the soil stirring blade 12a and is outside-engaged vertically movably with the inside shaft 13, a first interlock mechanism (slider 15, a pair link 114, etc.) which contracts/expands the soil excavation blade head 11 by making it interlock with the vertical movement of the outside shaft 14, and a second interlock mechanism (a link driving frame 5, a second stopper device 7, etc.) which contracts/expands the soil stirring blade 12a by making it interlock with the vertical movement of the outside shaft 14. The rotary head supporting/driving device 2 includes a supporting/driving part 21 for the soil excavation blade head, a supporting/lifting driving part 3 for the outside shaft, and the rotating driving part 22 for the outside shaft.
    • 要解决的问题:提供一种可以容易且可靠地进行土壤处理的土壤处理装置,保持操作可靠性,检查工作容易。 解决方案:具有可沿旋转半径方向膨胀/收缩的土壤挖掘刀片头11的土壤处理设备A和具有土壤搅拌叶片12a的旋转头1a和用于排出土壤处理添加剂的开口111a-111c包括 旋转头支撑/驱动装置2.旋转头1a具有支撑挖掘刀片头11的内部轴13,支撑土壤搅拌叶片12a并且与内侧轴13垂直移动的外侧轴14, 第一互锁机构(滑块15,对连杆114等),其通过使其与外侧轴14的垂直运动互锁而使土壤挖掘刀片头11收缩/膨胀,以及第二联锁机构(连杆驱动框架5 ,第二止动装置7等),其通过使土壤搅拌叶片12a与外部轴14的垂直运动互锁而收缩/膨胀。旋转头支撑/驱动装置2包括支撑 用于土壤挖掘刀片头的滚动/驱动部分21,用于外部轴的支撑/提升驱动部分3和用于外部轴的旋转驱动部分22。 版权所有(C)2013,JPO&INPIT
    • 39. 发明专利
    • Expandable head
    • 可膨胀的头
    • JP2007070914A
    • 2007-03-22
    • JP2005260143
    • 2005-09-08
    • Maeda Seikan KkNippon Hume CorpSanwa Kizai Co Ltd三和機材株式会社前田製管株式会社日本ヒューム株式会社
    • KUMAGAI YUJIYAMAZAKI KAZUOTANAKA TOSHIO
    • E21B10/32E21B10/44
    • PROBLEM TO BE SOLVED: To provide an expandable head which eases excessive excavation resistance generated at the time of expanding expandable blades, positively carries out contraction of the expandable blades, and is solid and inexpensive.
      SOLUTION: The expandable head does not use a hydraulic cylinder or a link mechanism for expanding the expandable blades, and it is essentially set such that the expandable blades are locked in a contractive state beforehand during ordinary excavation, but that the expandable blades are expanded by using external force after cancellation of locking during expanded excavation. A head rod of the expandable head is formed of an upper driving shaft having the expandable blades axially mounted on an external periphery in a longitudinally expandable and swayable manner, and a lower driven shaft having an excavation head protruded from an external peripheral surface, and the shafts are fitted to each other in a manner rotatable and axially slidable with respect to each other. Herein the head rod thus formed has key grooves each with an auxiliary key groove bored in an area between the upper driving shaft and the lower driven shaft, and keys engageable with the respective key grooves.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了提供可扩展的头部,其可以缓解膨胀刀片膨胀时产生的过大的耐开挖性,积极地实现可扩展刀片的收缩,并且是固体和便宜的。 解决方案:可膨胀头部不使用液压缸或连杆机构来膨胀可膨胀叶片,并且其基本上设置成使得可膨胀叶片在普通挖掘期间预先锁定在收缩状态,但是可扩展叶片 在扩大挖掘期间取消锁定后,通过使用外力扩大。 可扩张头的头杆由上部驱动轴形成,该上部驱动轴具有以可纵向可纵向方式轴向安装在外周上的可扩张叶片,以及具有从外周面突出的挖掘头的下驱动轴, 轴以相对于彼此可旋转和轴向滑动的方式彼此配合。 这里,如此形成的头杆具有各自具有在上驱动轴和下从动轴之间的区域中钻出的辅助键槽的键槽和可与各个键槽接合的键。 版权所有(C)2007,JPO&INPIT
    • 40. 发明专利
    • Method of forming soil cement composite pile and hollow pile inner excavation device used therefor
    • 形成土壤水泥复合桩的方法及其使用的中空钻孔内部装置
    • JP2006028987A
    • 2006-02-02
    • JP2004212590
    • 2004-07-21
    • Geotop CorpSanwa Kizai Co Ltd三和機材株式会社株式会社ジオトップ
    • SUMI KOJIMIMURA TETSUHIROYAMAZAKI KAZUO
    • E02D7/00E02D5/28E02D5/30E02D5/46E21B10/32
    • PROBLEM TO BE SOLVED: To provide a method of forming a soil cement composite pile capable of preventing earth and sand from rotating together with an agitating blade and sufficiently agitating and kneading cement milk and excavated earth and sand.
      SOLUTION: The method of forming the soil cement composite pile is as follows. Namely, using a hollow pile inner excavation device, an excavating rod is rotated in a normal direction while agitating blades on a normal rotation side are extended, and the hollow pile is rotated in the reverse direction interlocking reverse rotation side agitating blades. While a vertical hole is excavated by the excavating rod rotated in the normal direction, the hollow pile rotated in the reverse direction is sunk in the vertical hole. In this process, while a cement hardening liquid is injected into the excavated hole, the hardening liquid and the excavated earth and sand are agitated and kneaded in a plurality of areas of opposite directional rotation and agitation between the vertically adjacent normal rotation side agitating blades and the reverse rotation side agitating blades to form the soil cement. The hollow pile is positioned in the soil cement. When the hollow pile is positioned to an intended depth, the agitating blades on the normal rotation side and the reverse rotation side are closed and contracted, and the excavating rod is pulled out of the hollow pile.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种形成土壤水泥复合桩的方法,其能够防止砂土与搅拌叶片一起旋转并充分搅拌和捏合水泥浆和挖出的泥土。

      解决方案:土工水泥复合桩的成型方法如下。 也就是说,使用中空的桩内挖掘装置,在正常旋转侧的叶片的搅拌延伸的同时使挖掘杆沿正常的方向旋转,并且中空桩沿相反方向互锁的逆向旋转侧搅拌叶片旋转。 当通过沿正常方向旋转的挖掘杆挖掘垂直孔时,在垂直孔中沉没沿相反方向旋转的中空桩。 在这个过程中,当将一种水泥硬化液体注入到挖掘孔中时,硬化液体和挖出的泥沙在垂直相邻的正转侧搅拌叶片和相邻的正向旋转侧搅拌叶片之间的相反方向旋转和搅动的多个区域中被搅拌和捏合, 反向旋转侧搅拌叶片形成土壤水泥。 空心桩位于土壤水泥中。 当空心桩定位到预定深度时,正常旋转侧和反向旋转侧的搅拌叶片被关闭和收缩,并且将挖掘杆从中空桩中拉出。 版权所有(C)2006,JPO&NCIPI