Stacking connector
A stacking connector is formed by a connector main body and a plug substrate, the connector main body has a substrate sandwiching member including a sandwiching gap into which the plug substrate fits, and a projection projecting into the sandwiching gap, the plug substrate has a concavity with which the projection engages in both top and bottom surfaces, and, after inserting the plug substrate into the sandwiching gap of the substrate sandwiching member, by sliding the plug substrate in a direction at right angles to the insertion direction, the concavity engages with the projection and the plug substrate is linked to the connector main body in an unremovable state.
1. A stacking connector comprising:
a connector main body including a substrate insertion slot which is open to a front, a substrate attaching member formed at a rear side, and a plurality of socket terminals extending from the substrate insertion slot to the substrate attaching member; and
a plug substrate including a plurality of plug terminals, the plug substrate being attachable to and detachable from the substrate attaching member, the plug terminals electrically connected to the socket terminals by attaching the plug substrate to the substrate attaching member;
wherein the substrate attaching member of the connector main body comprises a substrate sandwiching member having a sandwiching gap into which the plug substrate fits, and a projection projecting from the substrate sandwiching member into the sandwiching gap,
the plug substrate comprises an attachment side part fitting into the sandwiching gap of the substrate sandwiching member, an insertion side member extending from the connector main body to be inserted into a substrate insertion slot of another stacking connector, and a concavity opening in both top and bottom surfaces of the plug substrate, and
after inserting the attachment side part into the sandwiching gap of the substrate sandwiching member, by sliding the plug substrate in a direction at right angles to the insertion direction, the concavity engages with the projection and the plug substrate is attached to the connector main body in an unremovable state.
2. The stacking connector according to claim 1 , characterized in that the connector main body includes a pillar-shaped guide formed in the substrate sandwiching member, the plug substrate includes an L-shaped notch into which the pillar-shaped guide fits in the attachment side part, the notch comprises a vertical hole part that is elongated in a front-back direction of the plug substrate and a horizontal hole part that is elongated in a left-right direction of the plug substrate, and the pillar-shaped guide is constituted so that, after inserting the attachment side part of the plug substrate into the sandwiching gap in a state in which the pillar-shaped guide is fitted into the vertical hole part, when sliding the plug substrate in a direction at right angles to the insertion direction to engage the projections with the concavities, the pillar-shaped guide fits into and engages with the horizontal hole part of the notch.
3. The stacking connector according to claim 1 , characterized in that the substrate sandwiching member comprising a top-bottom pair of sandwiching arms facing each other is formed at both left and right edges of the connector main body respectively, the projection is formed in each sandwiching arm, and the concavity is formed at both left and right sides of the plug substrate in locations corresponding to the sandwiching arms respectively.
4. The stacking connector according to claim 2 , characterized in that the substrate sandwiching member comprising a top-bottom pair of sandwiching arms facing each other is formed at both left and right edges of the connector main body respectively, the projection and the pillar-shaped guide are formed in each sandwiching arm, and the concavity and the notch are formed at both left and right sides of the plug substrate in locations corresponding to the sandwiching arms respectively.