32 and the distal end portion 38 is pushed back to the housing 32 however since the bend 36 deforms elastically the distal end portion 38 is retracted into the housing 32 see fig2 an amount of deflection of the bend 36 is slightly exaggerated for purposes of illustration in fig2 as shown in fig5 the distal end portion 38 of each male terminal 30 retracted in the housing 32 sticks the cream solder 26 on each connecting land portion 22 by a returning force biasing force to the original state exerted in each bend 36 in result each external electrical cable 34 and each electrical conductive path 18 a are electrically connected through each male terminal 30 to each other in the present embodiment the biasing force of the bend 36 is controlled so that the distal end portion 38 of the male terminal 30 is held to stick the cream solder 26 the distal end portion 38 of the male terminal 30 may stick the connecting land portion 22 the male connector 14 attached to the printed board 12 by the manner described above can be released from the engagement with the opening edge around each securing aperture 28 by.