A blind plug, in particular an RJ45 blind plug, includes at least one data plug unit, which is configured for a connection to a counter data plug unit, in particular an RJ45 plug socket, wherein the data plug unit includes an output unit, which is configured to indicate a power supply capability of the counter data plug unit.

A solar light system may include a solar panel module adapted for converting solar light into electric power. The solar light system may include a splitter cable adapted for connecting electrically and mechanically to the solar panel module, the splitter cable comprising a main power cable connecting to the solar panel module, and at least two downstream cables coupled to the main power cable, each comprising a connection terminal adapted for connecting electrically and mechanically to a lighting device to be powered therethrough, wherein the connection terminals feature a securing part designed for interfacing with a coupling component into a weatherproof connection.

A solar light system may include a solar panel module adapted for converting solar light into electric power. The solar light system may include a splitter cable adapted for connecting electrically and mechanically to the solar panel module, the splitter cable comprising a main power cable connecting to the solar panel module, and at least two downstream cables coupled to the main power cable, each comprising a connection terminal adapted for connecting electrically and mechanically to a lighting device to be powered therethrough, wherein the connection terminals feature a securing part designed for interfacing with a coupling component into a weatherproof connection.

An ornamental electrical outlet cover device includes an electrical outlet plug comprising a substantially planar element, the substantially planar elements having first and second planar, opposing surfaces and a design element comprising an attachment side and an ornamental design side. The first planar surface is configured as a place of attachment of the attachment side of the design element during intended use. The second planar surface includes at least one post element extending substantially perpendicularly from the second planar surface and configured to be inserted into an opening in the electrical receptacle to secure the ornamental electrical outlet cover device therein during intended use.

An ornamental electrical outlet cover device includes an electrical outlet plug comprising a substantially planar element, the substantially planar elements having first and second planar, opposing surfaces and a design element comprising an attachment side and an ornamental design side. The first planar surface is configured as a place of attachment of the attachment side of the design element during intended use. The second planar surface includes at least one post element extending substantially perpendicularly from the second planar surface and configured to be inserted into an opening in the electrical receptacle to secure the ornamental electrical outlet cover device therein during intended use.

A cavity plug for a plug assembly of an electrical connector having a housing defining contact receiving passageways includes a plug body, a cover support and a pin array. The cover support extends from the plug body in a first direction and is configured to support a connector cover that receives the housing. The pin array extends from the plug body in a second direction opposite the first direction and includes one or more blocking pins and one or more latching pins. Each blocking pin has a cylindrical body extending in the second direction and is sized for insertion into an associated contact receiving passageway of the plug assembly. Each latching pin extends in the second direction and is configured to cooperate with the plug assembly to inhibit separation of the cavity plug from the plug assembly.

A cavity plug for a plug assembly of an electrical connector having a housing defining contact receiving passageways includes a plug body, a cover support and a pin array. The cover support extends from the plug body in a first direction and is configured to support a connector cover that receives the housing. The pin array extends from the plug body in a second direction opposite the first direction and includes one or more blocking pins and one or more latching pins. Each blocking pin has a cylindrical body extending in the second direction and is sized for insertion into an associated contact receiving passageway of the plug assembly. Each latching pin extends in the second direction and is configured to cooperate with the plug assembly to inhibit separation of the cavity plug from the plug assembly.

A joint connector includes a housing comprising a plurality of insertion holes. A first isolation terminal is inserted into a first insertion hole of the plurality of insertion holes. The first isolation terminal is configured to block current flow. A connection terminal is inserted into a second insertion hole of the plurality of insertion holes. The second insertion hole is adjacent to the first insertion hole and is electrically connected to the first isolation terminal.

The guide rod assisted electrical quick connect device disclosed herein may allow a user to first advance an electrical lead into an exterior wall, and then advance that lead through multiple interior layers of the wall without utilizing additional components. The lead may comprise a quick-connect fishing tool that may be attached to a quick-connect connector attached to the signage, and the fishing tool may then be quickly removed and replaced by a quick-connect connector that is attached to the power source. The connector attached to the signage may be a male connector, and the connectors attached to the fishing tool and power source may be female connectors, or vice versa, so as to facilitate the spirit of the present invention. The design of the present invention may both simplify and reduce the time required to install signage, as compared to techniques known in the art.

A portable charging adapter system for charging a vaporizer device is described. In some embodiments, the system includes a charging adapter including a charging adapter housing. The charging adapter can include a charging dock positioned along a first surface of the charging adapter housing and a power coupling feature positioned along a second surface of the charging adapter housing. The portable charging adapter system can include a cap that includes a cap housing having an inner chamber. The cap can include a securing element coupled to the inner chamber having at least one cantilevered spring configured to engage the power adapter for securing a coupling of the cap to the charging adapter. Related device, systems, and methods are also described.