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    • 61. 发明专利
    • COUPLING DEVICE
    • JPH09317395A
    • 1997-12-09
    • JP5469397
    • 1997-03-10
    • KUBOTA KK
    • MUKONO KATSUHIKOTSUJIMOTO KAZUNORIYOSHINO SHOICHIHIGASHIHARA HIDEKIYAMAMOTO KATSUJI
    • E21D11/04E21D11/08
    • PROBLEM TO BE SOLVED: To display stable coupling performance by installing a deforming member when shield segments constituting a tunnel are connected. SOLUTION: A first coupled member A, to which a male member 3 is installed, and a second coupled member B, on which a female member 4 is mounted, are constituted in a mutually connectable manner, a diameter expanding mechanism E expanding the diameter of the front end section of the male member 3 when the male member 3 is inserted into the female member 4 is set up, and a slipping-off preventive surface 28 being abutted against the external surface of the male member 3, in which the diameter is expanded, and preventing the slipping-off of the male member 3 is fitted to the female member 4. A core member 26 being fitted into the front end section of the inserted male member 3 and expanding the diameter of the front end section and a deforming member 27 being deformed when preset load is applied by inserting the male member 3 and spreading a space between the external surface 29 of the core member 26 and the slipping-off preventive surface 28 of the female member 4 are installed into the female member 4 as the diameter expanding mechanism E at that time.
    • 62. 发明专利
    • EQUIPMENT AND METHOD FOR FIXING GUIDE PIPE
    • JPH08100590A
    • 1996-04-16
    • JP23634494
    • 1994-09-30
    • KUBOTA KK
    • KABEUCHI TERUOMUKONO KATSUHIKOKAMATA MICHIHIKOTSUJIMOTO KAZUNORIYAMADA YUKISHIGE
    • E21D9/06
    • PURPOSE: To simplify installation and removing operation to a ground by installing a guide-pipe fixing device body into a hole section for mounting formed to the propul sion object ground and setting up a mounting section, an abutting surface section and a projecting-retracting operation mechanism to the main body. CONSTITUTION: A hole section H for mounting is formed previously to a ground J. A first mounting section 18 for fitting a guide pipe G is attached to a guide-pipe fixing device body 17. A pair of abutting surface sections 19 freely pushed against the surface section 16 of the hole section H are arranged before and behind the main body 17. A projecting-retracting operation mechanism 20, by which the abutting surface sections 19 are projected and retracted freely in the direction of abutment on the surface section 16 of the hole section H, is installed among the surface sections 19 and the main body 17. A fixing device T is lowered, and a grounding section is placed on an excavating base section. The guide pipe G is arranged, and set up to the mounting section 18. A bolt for the operation mechanism 20 is screwed and forwarded, and the surface sections 19 are pushed against the surface section 16 of the hole section H while being projected in the direction of abutment respectively, and the guide pipe G is fixed. Accordingly, high propulsive reaction is ensured in the guide pipe G, and propulsive operation can be carried out by strong propulsive force.
    • 63. 发明专利
    • CONTROL METHOD OF THRUSTING
    • JPH0893386A
    • 1996-04-09
    • JP23269094
    • 1994-09-28
    • KUBOTA KK
    • KABEUCHI TERUOMUKONO KATSUHIKOHATTORI MASAYATSUJIMOTO KAZUNORI
    • E21D9/093E21B7/04E21B41/00E21D9/06
    • PURPOSE: To increase the accuracy and efficiency of a thrusting work, by setting a thrust control pitch in accordance with the position of a thrusting head in the ground and the positional deviation from the planed line and controlling the operating direction and quantity of a pressure-receiving slope with a fuzzy rule. CONSTITUTION: The position of a thrusting head 4 in the ground is measured by use of a transmitting coil C1 to calculate the positional deviated distance between the position and the planed line. The thrust control pitch, or the distance to the next measuring position, is set small when the deviation is large and the thrusting body S is advanced by application of a fuzzy rule. After that, the deviation is checked at the next measuring position to get the deviated figure. The same control is performed in accordance with the figure. In this time, when the deviated figure is small, the thrust control pitch is set longer and the arrival position is estimated at every minimum thrust control pitch within the thrust control pitch and further, a fuzzy rule is applied on the basis of the thrust position to get the next minimum thrust control pitch.
    • 67. 发明专利
    • PROPELLING DEVICE
    • JPH0754580A
    • 1995-02-28
    • JP20215893
    • 1993-08-16
    • KUBOTA KK
    • OKUYAMA SHIGEAKIKABEUCHI TERUOMUKONO KATSUHIKOOSHIMA TAKASHIHATTORI MASAYAKAMATA MICHIHIKOTSUJIMOTO KAZUNORI
    • E21D9/06
    • PURPOSE:To provide a large propulsive reaction force on the ground and avoid occupying large space in a pit by forming a propelling machine body and a direction adjusting mechanism as separate structures and yet in such a condition as freely engaged and disengaged from each other. CONSTITUTION:A propelling machine body 20 is formed out of a base plate 23, a pair of propelling cylinders 24 moving back and forth in such state as holding a clamping section 19, and a bracket 25 for supporting cylinder rods 24b and 24b. On the ground, the machine body 20 is placed on a seat section 29 and jointed thereto with coupling bolts 33. Also, a guide tube mounting bracket 30 at the front end of the seat section 29 for maintaining a propulsive reaction force, and a cylinder support bracket 25a are jointed to each other with coupling bolts 32, and the machine body 20 is inclined with a direction adjusting mechanism 21 consisting of a support connecting section 29a and a hydraulic cylinder 31. For use underground, coupling bolts 32 and 33 are detached and the machine body 20 is lowered to a pit bottom. Then, a contact seat 26 and a jack 25a are provided at every bracket 25 to support the machine body 20 on front and rear walls for use in a horizontal state.
    • 68. 发明专利
    • PROPULSIVE TUBE WINDING DRUM DEVICE
    • JPH06278954A
    • 1994-10-04
    • JP7266693
    • 1993-03-31
    • KUBOTA KK
    • KABEUCHI TERUOMUKONO KATSUHIKOKAMATA MICHIHIKOTSUJIMOTO KAZUNORI
    • B65H75/38E21D9/06
    • PURPOSE:To make overload hard to fall on a rotary joint and facilitate the mounting and removal of a drum by providing a base, which supports a drum rotatably around the vertical rotary axis, with a receiver which rollably supports a plurality of wheels provided along the peripheral direction of the drum. CONSTITUTION:A drum 14 is provided with a plurality of wheels 18a along its peripheral direction, and a base 15 is provided with a receiver 19 which supports these plural wheels 18a rollably. And a rotary joint 16 is provided for pivoting the drum 14 rotatably around the vertical rotary axis P in relation to the base 15, and also for communicating and connecting a propulsive tube 2 wound on the drum 14 to the fluid passage on base 15 side. One end of the rotary joint 16 is coupled with the drum 14 and besides the other end is coupled with the base 15, and a transmitting mechanism U, which transmits the torque of a rotary driver 17 to the rotary joint 16 is provided between the rotary joint 16 and the rotary driver 17. Hereby, it becomes possible to improve the maintainability and the durability.
    • 70. 发明专利
    • PROPELLING BODY
    • JPH06207494A
    • 1994-07-26
    • JP217793
    • 1993-01-11
    • KUBOTA KK
    • KABEUCHI TERUOMUKONO KATSUHIKOKAMATA MICHIHIKO
    • E21B7/26E21D9/06
    • PURPOSE:To increase the efficiency of propelling work and increase the durability of fluid pipes by providing a second telescoping mechanism telescoping together with a propelling pipe to a fluid pipe in the propelling pipe in which a first telescoping mechanism telescopable in the pipe axis direction is provided. CONSTITUTION:Following a propelling drive head 5 to propel in the ground, multiple propelling pipes 2, 2a, and 2b to transmit a propelling force to it are connected in series, and fluid pipes 18 are installed internally into them. Also a first telescoping mechanism D telescopable in pipe axis P direction is installed to a part 2a of at least multiple propelling pipes. In addition, a second telescoping mechanism telescoping together with the propelling pipe 2a is provided in the fluid pipes 18... in the propelling pipe 2a in which the first telescoping mechanism D is installed. Thus the propelling pipe 2a can be telescoped smoothly.