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    • 6. 发明专利
    • FIXING PART STRUCTURE OF TENSION MATERIAL END PART
    • JPH08144523A
    • 1996-06-04
    • JP28767194
    • 1994-11-22
    • TOMOE CORP
    • JINBO YOSHITAKASOMA TSUNEHIKOISHIDA YUKIHIRO
    • E04C5/12E04G21/12
    • PURPOSE: To reliably and firmly fix a tension material end part of a structural body, and introduce tensional force by a small jack by drawing a fixing body near to the stud side by a fixing bolt, and guiding the fixing body while the tensional force is introduced to a tension material. CONSTITUTION: A fixing part 6 is formed by providing a fixing part 6a swelling in a spherical shape in the extending direction of a tensional material 5 and a slide part 6b to slide on an inside part 8a of a guide body 8. A recessed part 6c is formed in a reverse side part of the fixing part 6a. and a tensional material inserting hole 6d to insert an end part 5a of the tension material 5 is formed in a tip part. The end part 5a of the tension material 5 is inserted into the inserting hole 6d, and a spherical surface washer 9 is installed in a tip male screw part 5b, and a fixing nut 10 is screw-fitted, and the end part 5a is connected to a fixing body 6. A coupler is installed in a male screw part 7b of a fixing bolt 7, and a jack is connected, and the fixing body 6 is drawn near in the direction of a stud 2, and the tension material 5 is pulled. In this case, when introducing tensional force is small, a fixing nut 11 of the fixing bolt 7 can be individually fastened and introduced.
    • 7. 发明专利
    • JOINT STRUCTURE OF STEEL PIPE TRUSS
    • JPH0853881A
    • 1996-02-27
    • JP20937194
    • 1994-08-11
    • TOMOE CORP
    • YOSHIMOTO HISAOJINBO YOSHITAKAYAMASHITA TETSUOSUZUKI TAKEYUKIYAMADA TAKESHI
    • E04B1/19E04B1/58
    • PURPOSE:To enhance strength and work efficiency by constituting a joint member in a joint structure of a steel pipe truss with a hollow sphere and connecting a plurality of truss lever materials radially to the outer surface equally spaced from the center of the sphere and installing a meshlike projection to the inner surface of the sphere. CONSTITUTION:A hollow sphere 1 having a mesh-like projection 3 which is formed substantially in the shape of a trapezoid on an inner surface as its basis, is integrally cast with cast steel, thereby forming a joint member 14. A pair of truss lever members (steel pipe) 2A, which constitute a main member, are concentrically jointed to the surface 2a of the joint member 4 while a plurality of truss lever members 2B are radially welded with the sphere at its center. The mesh-like sphere 1 is reinforced with the projection 3 in the whole direction. When an axial force acts on the joint surface of the sphere 1 from either truss lever material, this axial force is transmitted to the other truss lever materials without generating a local buckling on the sphere 1. This construction makes it possible to facilitate the centering of the truss lever materials and reinforce the sphere in every direction and transmit the axial force to either truss lever material smoothly.
    • 9. 发明专利
    • ROOF STRUCTURE AND METHOD FOR CONSTRUCTING IT
    • JPH07119209A
    • 1995-05-09
    • JP29127293
    • 1993-10-27
    • MATSUDA HIRATA KKTOMOE CORP
    • AZUMA TAKESHISAKAI YOSHIHIKOKAWAZOE TOSHIYUKIJINBO YOSHITAKA
    • E04B1/342E04B7/14
    • PURPOSE:To provide the roof structure, which can reduce the cross sections of structural members and the whole of the roof structure can be lightened and which can be easily constructed with the conventional construction technology. CONSTITUTION:Section steels are combined like a net to form a nearly conical trapezoidal roof form 1 having an opening 2 in the top thereof, and a reinforcing ring 3 and an opening part frame 4 forming the inner outline of the roof form 1 are fitted to the opening 2 of the roof form 1. The opening part frame 4 is formed of a large beam made of section steel, and the opening part frame 4 and an outline part 5 of the roof form 1 are connected to each other through plural main beams 7, and the outline 5 of the roof form 1 is supported by supporting fittings 10 at joint parts of the main beams 7, and the lower part of the joint part of the main beam 7 of the opening part frame 4 and the supporting fittings 10 or one end 7a of the main beam 71 are joined by a main cable 11 stretched under the main beam 71. Each main cable 11 is tensed at the same time to previously lead the compressing force to the outline 5 of the roof form 1 and the tensile force to the reinforcing ring 3 and the opening part frame 4.