The method is characterized in that it includes the step of creating connection contacts (34) in the coating area (14E) and above and vertically perpendicular to the connection holes (22).

Fewer pipe fittings are used and less excavation is required for connection pits.

The receptacle (1) comprises a housing (10) and a connecting shaft (60) that can be separately closed by a cover (63).

This method also comprises a step of making in the thickness of the substrate (5) connection wells (9) at least partially shut off by the contacts (11).

The connection system is illustrated by reference to connecting a stripper rubber to equipment of a drilling head at a well.

A lower connecting member (5) joins the well casing and the chamber, and an upper connecting member (12) joins the adjustable buoyancy chamber and a well terminal member.

The connection system includes a connection box, diodes, and heat sinks inside of the connection box.

A header core includes a bore hole portion and at least two electronic connection features disposed within the bore hole portion.

The system has the capability of enabling the characterization of the wellbore and reservoir by being linked to well test analysis tools.

The source device establishes a connection to the at least one sink device.

The potential of the well region (40) is fixed by connecting the well region to the semiconductor substrate (10) via the connection region (30).

The bore hole portion includes at least one cavity configured to allow placement of at least one of the electronic connection features within the bore hole portion.

A method for plugging wells for use in connection with extraction of a fluid.

The latching mechanism does not require precise positioning with the wellhead to make the connection.

An electrical connector module is for completing an electrical connection in a wellbore device.