Abstract: An electrical connector includes an outer housing having two side arms extended from two opposite lateral sides of a holder base thereof and defining with the holder base a sliding space, a movable inner housing movable in and out of the sliding space and having two upright sidewalls at two opposite lateral sides of a bottom panel thereof and defining with the bottom panel a mating space, mating contact pins mounted at the bottom panel of the movable inner housing and partially suspending in the mating space, and a flexible connection interface electrically connected with the mating contact pins and extending out of the movable inner housing and the outer housing for connection to an external transmission interface.

Abstract: An electrical connector includes an outer housing having two side arms extended from two opposite lateral sides of a holder base thereof and defining with the holder base a sliding space, a movable inner housing movable in and out of the sliding space and having two upright sidewalls at two opposite lateral sides of a bottom panel thereof and defining with the bottom panel a mating space, mating contact pins mounted at the bottom panel of the movable inner housing and partially suspending in the mating space, and a flexible connection interface electrically connected with the mating contact pins and extending out of the movable inner housing and the outer housing for connection to an external transmission interface.

Abstract: The present invention discloses a novel structure for the connector of electronic cards. The invented connector comprises a mode defining the outer shape of an electronic card, a first guide arm slidably provided at one side of said mode and a second guide arm slidably provided at the other side of said mode. The connector may further comprise a triangular guide rail and/or a card ejector. The connector may be affixed to a connector main body to form a connector assembly. The method for preparing the invented connector comprises the steps of: Preparing a mode defining an electronic card; slidably affixing a first guide arm at one side of the mode; and slidably affixing a second guide arm at one side of the mode. The invented method may further comprise the step of providing an ejector and/or a triangular guide rail at one guide arm. The invented method may further comprising the step of installing the first and second guide arms in a connector main body.

Abstract: An eSATA (External Serial Advanced Technology Attachment) connector includes an electrically insulative housing that defines therein a receiving chamber for the insertion of an external interface connector, and a terminal block that has a cantilever type tongue plate suspended in the receiving chamber and a set of eSATA terminals arranged on a first surface of the cantilever type tongue plate for transmission of data signals with the external interface connector that is inserted into the receiving chamber and a set of power terminals arranged on the opposite surface of the cantilever type tongue plate for providing power supply to the external interface connector that is inserted into the receiving chamber.

Abstract: The invented probe device comprises a base and a probe. The probe comprises a cap and an elastic member. The elastic member provides a force to push the cap ourwardly. The cap has a cylinder and a substantially slope peripheral at the top of the cylinder. The probe may further comprise a support, slidably connected with the cap. In the lower part of the support a notch is formed and screw threads are form at the side faces except at the surface of the notch. A fixing hole is provided in the base. The fixing hole has a recession so that the shape of the hole matches with the cross-sectional contour of the lower part of the support. A nut secures the lower part of the support tightly to the base.