Hitachi Metals, Ltd.

Kajima Corporation

Akio Tomita

Kuniaki Sato

Toshikazu Yamada

Hideshige Matsuo

Yoshihiro Nakamura

Kozo Toyama

Michio Itoh

Shuei Suzuki

Eiji Matsushita

Hiroshi Imai

Mitsuru Morita

Yukihiro Omika

Toshio Saeki

Isamu Yamamoto

Yoshikazu Maeda

Katsumi Kawamoto

Osamu Takesita

Isamu Yamamato

Naoaki Hamada

Mitsunobu Iwata

Norihiro Nagao

Kouichi Suguki

Yuichi Izaki

Kansuke Honma

Osamu Narishige

Hideyuki Meguro

Nobutaka Sugano

Kyoya Tanaka

Shue Suzuki

A method of constructing a stainless-steel floor on a floor bed includes providing support members on the floor bed, placing a stainless-steel plate on the support members; and bonding the stainless-steel plate to the floor bed by using mortar to fill the space between the stainless-steel plate and the floor bed, or by using adhesive.

Stainless-steel floor and method of constructing the stainless-steel floor

A column base structure having connected a pair of column-base metal fittings to the lower part of a column consisting of a pair of main column members disposed at predetermined intervals and connecting members disposed in such a manner as to integrally connect the main column members; the column base metal fittings being fixedly fitted to a concrete foundation via anchor bolts and nuts; characterized in that a horizontal member having a predetermined cross-sectional area is integrally and fixedly fitted between the main column members in the vicinity of the column base metal fitting.

Column base structure

A column/beam joint structure, made of steel members, in which a reinforcing member formed into a flat plate or into a strip shape so as to surround the outer periphery of the flange is interposed between a flange having a vertical plane constituting the column and a base plate constituting a connector fixedly fitted to an end of a beam. The flange, the reinforcing member and the connector are integrally joined together via a connecting fastener member.

Column/beam joint structure

A method of connecting beams having an H-shaped section to a column having an H-shaped section of a steel frame construction with upper and lower flange fittings. The flange fitting comprises a substantially rectangular base plate to be connected to the column having centrally a continuous thicker portion from which the base plate is tapered toward opposite ends of the base plate, a supporting plate projecting from the thicker portion for supporting a flange of the beam and a reinforcement on the base plate forming a T-shaped portion with the supporting plate. First the supporting plate of the upper flange fitting is secured to one end of an upper flange of the beam in end-to-end relationship and the base plate of the lower flange fitting is bolted in position to the column. Thereafter, one end of a lower flange of the beam is located onto the supporting plate of the lower flange fitting, and the lower flange of the upper flange fitting are secured to the supporting plate of the lower flange fitting and the surface of the column, respectively.

Method of connecting beams and columns of steel frame construction

Fittings for connecting columns and beams of a steel frame construction comprise an upper flange fitting and a lower flange fitting. The upper flange fitting comprises a substantially rectangular base plate to be bolted to a web of the column and protrusions extending from the base plate to be welded to an upper flange and a web of the beam. The lower flange fitting comprises a substantially rectangular base plate to be bolted to the web of the column and a horizontal plate projecting from the base plate to be bolted to a lower flange of the beam.

Fittings for connecting columns and beams of steel frame construction

Growing community of inventors

Tokyo, Japan

Akio Tomita