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    • 41. 发明专利
    • DE69629159T2
    • 2004-05-19
    • DE69629159
    • 1996-09-25
    • HIROSE ELECTRIC CO LTD
    • TOMIOKA SHOICHIOBARA SHUU
    • H01R13/629G06K13/08H01R12/18H01R13/633H05K7/14
    • A PC card electrical connector comprises a housing having a pair of guides (3, 4) for guiding the PC card (1) into the housing and a connector section (5) at the rear of the guides for engagement with the contact elements (2) of the PC card. A slider (13) is mounted for reciprocal sliding movement along the guides (3, 4) and has tabs for abutment against the front end of the PC card. An ejector lever (9) is pivotted to the connector section (5), and an ejector bar (6) is connected to the ejector lever and mounted for movement rearwardly of the housing such that rearward movement of the ejector bar causes a corresponding rotation of the ejector lever to push the slider (13) forwardly to disengage the PC card from the connector section. A cantilever spring (11) is arranged to store resilient deformation energy prior to disengagement of the PC card from the connector section, and the stored energy is released when the PC card is disengaged from the connector section to further push the PC card forwardly away from the connector section. In another embodiment the cantilever spring is replaced by two compression springs acting between the rear of the guides and the slider.
    • 42. 发明专利
    • DE69632085D1
    • 2004-05-06
    • DE69632085
    • 1996-10-31
    • HIROSE ELECTRIC CO LTD
    • TAKAYASU RYUICHI
    • H01R12/79H01R12/88H01R12/16
    • A flexible board electrical connector, includes: an insulating housing (1) having an opening and a pair of holding sections; a plurality of contact elements (2) having fulcrum sections (4) and spring contact sections (3) disposed in the opening, each spring contact section having a respective spring contact (3A), the fulcrum sections being in mutual alignment above the spring contact sections such that the leading portion of the inserted board is disposed between the fulcrum sections and the spring contacts; a pressure member (6) having bearing means (8) engaging the fulcrum sections (4) such that the pressure member can rotate about the fulcrum sections between a closed position where it is close to said spring contact sections and an open position (Fig. 1) where it is spaced apart from the spring contact sections; the pressure member (6) having a pressure edge (7) such that when said pressure member is rotated to the closed position the pressure edge depresses the flexible board against the spring contacts (3A) while the bearing means (8) engage the fulcrum sections (4) of the contact elements thereby preventing separation between the pressure member and the contact elements. The spring contacts (3A) are disposed in at least two rows substantially parallel to the axis of rotation of the pressure member (6), and the pressure edge (7) of the pressure member is brought into contact with the flexible board (F) between the two rows of spring contacts.
    • 48. 发明专利
    • DE69623724T2
    • 2003-01-30
    • DE69623724
    • 1996-10-31
    • HIROSE ELECTRIC CO LTD
    • TAKAYASU RYUICHI
    • H01R12/79H01R12/88H01R12/16
    • A flexible board electrical connector, includes: an insulating housing (1) having an opening and a pair of holding sections; a plurality of contact elements (2) having fulcrum sections (4) and spring contact sections (3) disposed in the opening, each spring contact section having a respective spring contact (3A), the fulcrum sections being in mutual alignment above the spring contact sections such that the leading portion of the inserted board is disposed between the fulcrum sections and the spring contacts; a pressure member (6) having bearing means (8) engaging the fulcrum sections (4) such that the pressure member can rotate about the fulcrum sections between a closed position where it is close to said spring contact sections and an open position (Fig. 1) where it is spaced apart from the spring contact sections; the pressure member (6) having a pressure edge (7) such that when said pressure member is rotated to the closed position the pressure edge depresses the flexible board against the spring contacts (3A) while the bearing means (8) engage the fulcrum sections (4) of the contact elements thereby preventing separation between the pressure member and the contact elements. The spring contacts (3A) are disposed in at least two rows substantially parallel to the axis of rotation of the pressure member (6), and the pressure edge (7) of the pressure member is brought into contact with the flexible board (F) between the two rows of spring contacts.