JOINT FITTING, AND CONNECTING STRUCTURE OF MEMBER TO BE CONNECTED, USING THE SAME
PROBLEM TO BE SOLVED: To obtain a joint fitting which can increase connection strength when a member to be connected is connected. SOLUTION: This joint metal for connecting the member to be connected comprises: a female joint 1 having an anchor part 6 continuously provided on the side of a joint par...
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Zusammenfassung: | PROBLEM TO BE SOLVED: To obtain a joint fitting which can increase connection strength when a member to be connected is connected. SOLUTION: This joint metal for connecting the member to be connected comprises: a female joint 1 having an anchor part 6 continuously provided on the side of a joint part 5 having a fitting hole 4 formed in a jointing surface 3 facing a front side; and a male joint 2 having an anchor part 11 continuously provided on the side of a joint 10 in which a fitting protrusion 9 capable of being fitted into the fitting hole 4 formed in the joint part 5 of the female joint 1 is protrusively formed on a jointing surface 8 facing the front side. The joint fitting is formed in such a shape that the joining surfaces 3 and 8 of the joint parts 5 and 10 of the female and male joints 1 and 2 are parallel to axial centers of the anchor parts 6 and 11, and that the anchor parts 6 and 11 are bent in a cranked manner to the jointing surfaces 3 and 8 with respect to the joint parts 5 and 10, so that the jointing surfaces 3 and 8 of the joint parts 5 and 10 can correspond to the axial centers of the anchor parts 6 and 11. When the fitting protrusion 9 of the male joint 2 is fitted into the fitting hole 4 formed in the jointing surface 3 of the female joint 1 so that the jointing surfaces 3 and 8 of the female and male joints can be joined to each other, the axial center of the anchor part 6 of the female joint 1 corresponds to that of the anchor part 11 of the male joint 2. COPYRIGHT: (C)2007,JPO&INPIT |
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