Abstract: A socket is provided, including: a housing having an accommodating space, a plurality of conductive terminals mounted in the accommodating space, and at least a securing element that secures the conductive terminals with the housing. The conductive terminals are secured by the securing element in a mechanically securing manner with the housing. Therefore, mechanical tools, which are readily attainable, can be used to secure the conductive terminals with the securing element, and the assembly process of the socket can be performed conveniently.

Abstract: A power outlet includes a base and sliding covers. The base has conductive terminals for electrically connecting to terminals of a power line. The conductive terminals are partially exposed from the base and a pair of first guiding portions arranged in parallel to each other is disposed on each side of the base exposing the conductive terminals. Each of the sliding covers has second guiding portions capable of sliding with and engaging with the corresponding first guiding portions so as to allow the sliding covers to slide relative to the base, thereby shielding the exposed portions of the conductive terminals and preventing accidental touching of the exposed portions of the conductive terminals by a user and thus avoiding the risk of electric shock.

Abstract: A power outlet includes a base and sliding covers. The base has conductive terminals for electrically connecting to terminals of a power line. The conductive terminals are partially exposed from the base and a pair of first guiding portions arranged in parallel to each other is disposed on each side of the base exposing the conductive terminals. Each of the sliding covers has second guiding portions capable of sliding with and engaging with the corresponding first guiding portions so as to allow the sliding covers to slide relative to the base, thereby shielding the exposed portions of the conductive terminals and preventing accidental touching of the exposed portions of the conductive terminals by a user and thus avoiding the risk of electric shock.

Abstract: An audio connector includes: a body; a terminal plug fixed in position to the body and having a guide plate penetrating the body for supporting and being electrically connected to the conductive ends of a multi-core wire; a wire collecting member disposed inside the body, wherein the wire collecting member and the guide plate collectively define a receiving space for receiving and collecting the conductive ends of the multi-core wire; and a pressing member disposed inside the wire collecting member for pressing the conductive ends of the multi-core wire in conjunction with the guide plate and the wire collecting member, wherein a maximum width of the receiving space is smaller than or equal to that of the pressing surface of the pressing member.

Abstract: A power plug is proposed, comprising: an electrode terminal base having a pair of electrically conductive terminals and a ground terminal; a power cable having insulated wires respectively connected to the conductive terminals and the ground terminal; a conductive casing comprised of a casing body covering and connecting with the electrode terminal, an isolating portion disposed on the outer layer of the casing body for isolating outside electrical noise or electromagnetic interference, an insulating layer disposed on the inner layer of the casing body, a cable fastener disposed in the casing body for holding the cable in position and a conductive fixture electrically connecting with the electrode terminal base, thereby ensuring the quality of electric power transmission.

Abstract: An audio connector includes: a body; a terminal plug fixed in position to the body and having a guide plate penetrating the body for supporting and being electrically connected to the conductive ends of a multi-core wire; a wire collecting member disposed inside the body, wherein the wire collecting member and the guide plate collectively define a receiving space for receiving and collecting the conductive ends of the multi-core wire; and a pressing member disposed inside the wire collecting member for pressing the conductive ends of the multi-core wire in conjunction with the guide plate and the wire collecting member, wherein a maximum width of the receiving space is smaller than or equal to that of the pressing surface of the pressing member.

Abstract: A power plug is proposed, comprising: an electrode terminal base having a pair of electrically conductive terminals and a ground terminal; a power cable having insulated wires respectively connected to the conductive terminals and the ground terminal; a conductive casing comprised of a casing body covering and connecting with the electrode terminal, an isolating portion disposed on the outer layer of the casing body for isolating outside electrical noise or electromagnetic interference, an insulating layer disposed on the inner layer of the casing body, a cable fastener disposed in the casing body for holding the cable in position and a conductive fixture electrically connecting with the electrode terminal base, thereby ensuring the quality of electric power transmission.

Abstract: A shaft lock socket system comprises: a housing defining a receiving chamber; at least a socket received in the receiving chamber, installed with a gap between the back of the socket and the inward portion of the receiving chamber; and at least an adjusting member arranged in the gap between the socket and the receiving chamber and abutting against the back of the socket. The system allows for adjustment of the tightness between the socket and the housing to a proper level, reducing resonance vibration in response to tiny vibrations caused by current passing through the plug and socket, thus improving the stability of power transmission and the sound quality of an audio device.

Abstract: A shaft lock socket system comprises: a housing defining a receiving chamber; at least a socket received in the receiving chamber, installed with a gap between the back of the socket and the inward portion of the receiving chamber; and at least an adjusting member arranged in the gap between the socket and the receiving chamber and abutting against the back of the socket. The system allows for adjustment of the tightness between the socket and the housing to a proper level, reducing resonance vibration in response to tiny vibrations caused by current passing through the plug and socket, thus improving the stability of power transmission and the sound quality of an audio device.

Abstract: A power plug is proposed, including a terminal base having at least one conductive terminal and a ground terminal; an electric wire having core wires connected to the conductive terminal and ground terminal, respectively; a cover integrally connected to the terminal base; and a ground mechanism for grounding isolated metal parts (such as screws). The ground mechanism can prevent quality of power provided through the power plug from being deteriorated by electromagnetic effect of the metal parts.