Abstract: A fasting device that fastens a supporting member such as a foundation plate (42) to a connecting member such as a pillar (51) is composed of a bearing body (11), shock absorbing bodies (38), anchoring implements (55), etc. The bearing body (11) is disposed at the center of a space (S) where the supporting member and the connecting member face each other, and comprises a basic plate (12) which is in surface contact with the supporting member, a mounting plate (14) which is in surface contact with the connecting member, and connecting sections which connect both of these plates. The shock absorbing bodies (38) are formed using U-shaped leaf springs or the like, and are disposed at the outer edges of the space (S) where the supporting member and the connecting member face each other. Reaction forces are generated in the shock absorbing bodies (38) according to the displacement of the connecting member or the like.

Abstract: Provided is a metal fastening fitting whereby a support member (51), such as a pillar, and a connecting member (61), such as a beam, are fastened to one another in a T-shaped manner. The metal fastening fitting is such that a front surface section (11) which is to be fixed to a side of the support member (51) is spatially separated from rear edge sections (31) which are to be inserted into slits (62) in the connecting member (61) and are to be fixed by drift pins (47) or the like, and the front surface section (11) and the rear edge sections (31) are integrated together only by a plurality of ramiform sections (23, 25, 27).

Abstract: A fasting device that fastens a supporting member such as a foundation plate (42) to a connecting member such as a pillar (51) is composed of a bearing body (11), shock absorbing bodies (38), anchoring implements (55), etc. The bearing body (11) is disposed at the center of a space (S) where the supporting member and the connecting member face each other, and comprises a basic plate (12) which is in surface contact with the supporting member, a mounting plate (14) which is in surface contact with the connecting member, and connecting sections which connect both of these plates. The shock absorbing bodies (38) are formed using U-shaped leaf springs or the like, and are disposed at the outer edges of the space (S) where the supporting member and the connecting member face each other. Reaction forces are generated in the shock absorbing bodies (38) according to the displacement of the connecting member or the like.