Downhole coupling mechanism

A method for a downhole tool comprising:

• aligning a plurality of complimentary grooves machined in opposing surfaces when a first portion of a first tubular section and a second portion of a second tubular section are co-axially aligned;
• positioning a wire within one of the plurality of grooves on the first portion and a complimentary one of the plurality of grooves on the second portion;
• and exposing the plurality of complimentary via an access window extending across the plurality of complimentary, a length of the access window is larger than a width of the access window, the length of the access window extending in an axis parallel to a central axis of the first tubular section.

A downhole tool comprising:

• a plurality of pairs of complimentary grooves machined in opposing surfaces of a first tubular section and a second tubular section, the pair of complimentary grooves being configured to be aligned with each other;
• positioning a wire within each of the plurality of pairs of complimentary grooves, each of the wires being configured to temporarily couple the first tubular section and the second tubular section together;
• an access window extending across the plurality of pairs of complimentary grooves, a length of the access window being larger than a width of access window, the length of the access window extending in an axis parallel to a central axis of the first tubular section.

A method for a downhole tool comprising:

• connecting a first tubular section with a second tubular section via a tensile load arrangement of at least one wire located in a plurality complimentary grooves, the plurality complementary grooves being within opposing surfaces of the first tubular section and the second tubular section when a first portion of the first tubular section and a second portion of the second tubular section are arranged co-axially inside the other, wherein the at least one wire extends around a circumference of a surface of the first portion or the second portion;
• an access window extending across the plurality of complimentary grooves, a length of the access window being larger than a width of access window, the length of the access window extending in an axis parallel to a central axis of the first tubular section.