CURVE PROPELLING METHOD FOR SMALL CALIBER PIPE

PROBLEM TO BE SOLVED: To make it possible to laid a long distance curve of a buried pipe while correcting a locus by subsequently jointing a knee bending control connection pipe and a knee bending connection pipe to a propelling machine, traveling a traveling instrument in both connection pipes with...

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Main Authors TAKEGAKI YOSHIKATSU, MORIOKA KINYA, KATO KAZUNORI, KATANO KOJI, SATO TSUTOMU, YAMANA MAMORU, TAKAHASHI HIROKI, YAMAZAKI TAKAHIRO, MORITAKA YUKI, NOZAWA TAMOTSU, NOAMI HAYAO, KIMURA NOBUHIRO, KAWASHIMA SHINJI, TAKEUCHI KATSUNOBU, IGARASHI KAZUYUKI
Format Patent
LanguageEnglish
Published 09.09.1997
Edition6
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Abstract PROBLEM TO BE SOLVED: To make it possible to laid a long distance curve of a buried pipe while correcting a locus by subsequently jointing a knee bending control connection pipe and a knee bending connection pipe to a propelling machine, traveling a traveling instrument in both connection pipes with joint, and measuring a propelling locus. SOLUTION: Knee bending control connection pipe 3a and knee bending connection pipe 3b are jointed to a propelling machine 1 equipped with an excavation cutter 2. Both connection pipes 3a and 3b are hinged with a pin in a bendable manner. They are jointed to both opening ends with bolt and nut, and a traveling way 6 is constructed. Jacks 7 having a wire type expansion length measuring device to a knee bending site are used for the knee bending control connection pipe 3a to control elongation together with an outside controller. A traveling instrument 8 mounting a bearing angle detector and a moving distance detector such as rotary encoder, etc., thereon is traveled on the traveling way 6 to measure a traveling distance and direction, and a curve is made while correcting a locus by expansion controlling the jacks 7.
AbstractList PROBLEM TO BE SOLVED: To make it possible to laid a long distance curve of a buried pipe while correcting a locus by subsequently jointing a knee bending control connection pipe and a knee bending connection pipe to a propelling machine, traveling a traveling instrument in both connection pipes with joint, and measuring a propelling locus. SOLUTION: Knee bending control connection pipe 3a and knee bending connection pipe 3b are jointed to a propelling machine 1 equipped with an excavation cutter 2. Both connection pipes 3a and 3b are hinged with a pin in a bendable manner. They are jointed to both opening ends with bolt and nut, and a traveling way 6 is constructed. Jacks 7 having a wire type expansion length measuring device to a knee bending site are used for the knee bending control connection pipe 3a to control elongation together with an outside controller. A traveling instrument 8 mounting a bearing angle detector and a moving distance detector such as rotary encoder, etc., thereon is traveled on the traveling way 6 to measure a traveling distance and direction, and a curve is made while correcting a locus by expansion controlling the jacks 7.
Author NOAMI HAYAO
NOZAWA TAMOTSU
IGARASHI KAZUYUKI
KAWASHIMA SHINJI
MORITAKA YUKI
YAMANA MAMORU
TAKEUCHI KATSUNOBU
TAKAHASHI HIROKI
KIMURA NOBUHIRO
SATO TSUTOMU
KATO KAZUNORI
TAKEGAKI YOSHIKATSU
MORIOKA KINYA
YAMAZAKI TAKAHIRO
KATANO KOJI
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– fullname: TAKEUCHI KATSUNOBU
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Snippet PROBLEM TO BE SOLVED: To make it possible to laid a long distance curve of a buried pipe while correcting a locus by subsequently jointing a knee bending...
SourceID epo
SourceType Open Access Repository
SubjectTerms EARTH DRILLING
FIXED CONSTRUCTIONS
GALLERIES
LARGE UNDERGROUND CHAMBERS
MINING
SHAFTS
TUNNELS
Title CURVE PROPELLING METHOD FOR SMALL CALIBER PIPE
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