Abstract: The disclosure relates to a method of fabricating a test socket that supports a probe stretchable in a longitudinal direction. The method of fabricating a test socket includes forming a probe hole for accommodating the probe in a base member made of a conductive material, filling the probe hole with a resin as an insulating material to a predetermined depth from an upper surface of the base member to form a probe support member; and forming a first support hole for supporting one end portion of the probe in the probe support member in the probe hole to expose the one end portion of the probe.

Abstract: Disclosed is a terminal set including a mobile terminal and an assistance device configured to be selectively coupled to the mobile terminal in order to complement performance degradation of a cap sensor of the mobile terminal due to the auxiliary device. The mobile terminal includes a first cap sensor configured to sense an approach of an external object; and the assistance device includes a cover member having an auxiliary display, a seating member connected with an edge of the cover member and forming a seating area for the mobile terminal to sit therein, a mobile terminal coupling terminal provided at the seating member and connected with a power supply terminal of the mobile terminal, and a second cap sensor provided at the seating area and connected with the mobile terminal coupling terminal to sense the approach of the external object.

Abstract: There is disclosed a mobile terminal comprising a body; a ground of a printed circuit board loaded in the body; a data port located in the body to have an external input terminal inserted therein and connected with the ground; a metallic member defining an exterior of the body and comprising a slit; a feeding portion connected with a first point of the metallic member and configured to supply power; a first ground line connected with the ground at a second point located between the first point of the metallic member and the slit; and a second ground line connected with the data port connected with the ground when the external input terminal is inserted in the data port, so that the mobile terminal has to include no additional switch to reduce the number of the components and the antenna of the mobile terminal may be selectively and structurally connected without the algorithm configured to manipulate the switch by sensing that the external input terminal is inserted in the data port to operate the switch to m

Abstract: There is disclosed a mobile terminal comprising a body; a ground of a printed circuit board loaded in the body; a data port located in the body to have an external input terminal inserted therein and connected with the ground; a metallic member defining an exterior of the body and comprising a slit; a feeding portion connected with a first point of the metallic member and configured to supply power; a first ground line connected with the ground at a second point located between the first point of the metallic member and the slit; and a second ground line connected with the data port connected with the ground when the external input terminal is inserted in the data port, so that the mobile terminal has to include no additional switch to reduce the number of the components and the antenna of the mobile terminal may be selectively and structurally connected without the algorithm configured to manipulate the switch by sensing that the external input terminal is inserted in the data port to operate the switch to m

Abstract: A mobile terminal having a docking pin for docking with a docking station is disclosed. In the mobile terminal, a mounting structure for mounting the docking pin to the mobile terminal has a reduced volume. This may assure simple assembly and mechanical reliability of the docking pin while preventing deterioration in wireless performance due to a reduced surface area of a carrier of an antenna module.

Abstract: A mobile terminal having a docking pin for docking with a docking station is disclosed. In the mobile terminal, a mounting structure for mounting the docking pin to the mobile terminal has a reduced volume. This may assure simple assembly and mechanical reliability of the docking pin while preventing deterioration in wireless performance due to a reduced surface area of a carrier of an antenna module.