To provide a belt connecter which is disconnected, when a limit or more outer force is added without relating to a difference in the direction of a tensile pulling outer force acting between male and female fitting portions.

This belt connecter is characterized by combining a female member A and a male member B having female/male-fitting portions 13, 14 which are extended from belt-connecting portions 11, 12 and are engaged with each other, disposing unevenness portions 13b, 14b which utilize the elasticity of one or both of the female/male-fitting portions 13, 14 and are engaged and hooked, when connected and engaged each other, between fitting surfaces 13a, 14a parallel to the belt surfaces of the female and male fitting portions 13, 14, engaging and hooking the unevenness portions 13b, 14b each other to form a joint portion and a slip-off stopping portion which are rotated in spaces S1, S2 around the unevenness portions 13b, 14b between the female/male-fitting portions 13, 14, and disposing a hook-releasing portion D for releasing the hooking in an engaging region on a fitting-releasing side in a rotation range around the joint portion in the unevenness portions 13b, 14b.

COPYRIGHT: (C)2008,JPO&INPIT