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    • 2. 发明专利
    • Cutter holder for roller cutter
    • 刀具切割机
    • JP2013127182A
    • 2013-06-27
    • JP2011276999
    • 2011-12-19
    • Kawasaki Heavy Ind Ltd川崎重工業株式会社
    • KONDO YASUNORISAKAI YOSHIOTAKAHARA TAKESHIYAMANAKA KAZUNORI
    • E21D9/10E21B10/12
    • PROBLEM TO BE SOLVED: To provide a cutter holder which can shorten time for the operation of replacing a roller cutter, by simplifying the operation of replacing it.SOLUTION: A cutter holder 5 for a roller cutter comprises: a pair of holder members 9 having a pair of engaging shaft parts 3b of the roller cutter 3, and an engaging part 21 which supports the engaging shaft parts 3b of a roller shaft 3a of the roller cutter 3 and with which the engaging shaft parts 3b are engaged; an L-shaped groove 12 formed on each holder member 11, having a storage groove 16 which extends linearly in a direction parallel to a revolving direction of the roller cutter 3 around the shaft center of a cutter head 2 from the rear side end of the engaging part 21, and an open groove 17 which extends from the storage groove 16 toward the back side and is opened on the rear end side of the holder members 9; a lock member 13 stored in the storage groove 16 and held between the engaging shaft part 3b and the rear end wall surface 16a of the storage groove 16; and a wedge mechanism 14 which fastens the lock member 13 to a lock position.
    • 要解决的问题:通过简化更换操作来提供可以缩短更换滚轮切割机操作时间的切割器保持器。 解决方案:一种用于辊式切割机的刀架5包括:一对保持器构件9,其具有一对辊切割器3的接合轴部分3b;以及接合部分21,其支撑辊子的接合轴部分3b 辊式切割机3的轴3a和接合轴部3b与其啮合; 形成在每个保持器构件11上的L形槽12,具有存储槽16,该存储槽16沿着与辊式切割器3的旋转方向平行的方向围绕切割头2的轴中心从其后侧端部线性延伸 接合部21和从存储槽16向后侧延伸并在保持构件9的后端侧开口的开槽17; 存储在存储槽16中并保持在接合轴部3b和存储槽16的后端壁表面16a之间的锁定构件13; 以及将锁定构件13紧固到锁定位置的楔形机构14。 版权所有(C)2013,JPO&INPIT
    • 6. 发明专利
    • VERTICAL SHAFT WORK EXECUTION METHOD AND ITS DEVICE
    • JPH07310487A
    • 1995-11-28
    • JP10411194
    • 1994-05-18
    • KOPUROSU KK
    • MIYAZAKI MAMORU
    • E21B10/12E21B7/20E21B11/04
    • PURPOSE:To construct a vertical shaft in high reliability by way of efficiently excavating a bedrock by drilling by a hydraulic grab bucket until it reaches rock and by drilling and propelling by a rotary cutter device after it reaches the rock. CONSTITUTION:A circular casing 2 is oscillated and press fit into the ground, and its inside is drilled by a hydraulic grab bucket until it reaches a rock. After it reaches the rock, drilling and propulsion are carried out by a rotary cutter device 6 installed on the lower end of the casing 2. In this case, reaction force of thrust and rotating torque for digging of a base rock by the rotary cutter device 6 is taken from the casing 2 held by a vertical shaft drilling machine 1 to carry out press fitting and oscillation of the casing on the ground. It is desirable to repetitiously use water by jetting water from a rotating plate of the rotary cutter device 6, sucking up water and drilled pieces on the ground by a suction pump, separating water and the drilled pieces from each other in a water treatment tank 4 and circulating water in the casing 2.
    • 9. 发明专利
    • SADDLE FOR ROLLER CUTTER OF CUTTER FACE FOR BORING MACHINE
    • JPH0791163A
    • 1995-04-04
    • JP23630993
    • 1993-09-22
    • MITSUBISHI HEAVY IND LTD
    • ISHISE FUMIHIKOOKAMOTO KAZUYUKI
    • E21B10/12
    • PURPOSE:To prevent looseness and deformation generated in a saddle body, to bear excavation reaction firmly, to exchange roller cutters easily and to reduce manufacturing cost. CONSTITUTION:A roller cutter 2, a shaft 3 and bearing sections 4a, 4b are assembled, a base plate 7 is fixed onto the bearing sections 4a, 4b by bolts 9, and the assembly is inserted into the roller-cutter mounting holes 10 of saddle bodies 5. The external wedge-shaped sections 6a of each arcuate key 6 are inserted into the external tapered grooves 11a of the saddle bodies 5, a pushing ring 8 is inserted into the roller-cutter mounting holes 10 of the saddle bodies 5, and the internal wedge-shaped sections 6b of each arcuate key 6 are brought into contact with the tapered surfaces of the pushing ring 8 and base plates 7. The base plates 7 and the pushing ring 8 are clamped by bolts 12, each arcuate key 6 is projected toward the outside in the radial direction from the tapered surfaces of the base plates 7 and the pusing ring 8, and fixed firmly in the external tapered grooves 11a of the saddle bodies 5.