Wiring harness and manufacturing method thereof

A method for manufacturing a wiring harness, comprising the steps in the sequence set forth:

• (a) printing, or providing in a form of a mark, a circuit identifier upon a continuously fed electric wire, the circuit identifier being indicative of a connection destination of the electric wire;
• (b) cutting in a predetermined length the electric wire having the circuit identifier;
• (c) providing a colored marker on an end portion of at least one electric wire selected from the electric wires that have been cut, the at least one electric wire being adapted to be incorporated into the wiring harness manually by an operator;
• and
• (d) putting together the at least one electric wire serving as the manually-incorporated wire and at least another electric wire selected from the electric wires that have been cut to construct the wiring harness, the at least another electric wire being adapted to be incorporated into the wiring harness mechanically, and having a cover portion which end portion does not include the colored marker and which intermediate portion includes the circuit identifier indicative of a connection destination.

A wiring harness comprising at least one electric wire, the wire including:

• a colored marker provided on an end portion of a cover portion, indicating that the wire is a manually-incorporated wire;
• and
• a circuit identifier printed or marked on an intermediate portion of the cover portion, indicating a connection destination of the wire,
• wherein an ink of the colored marker has lower adhesiveness, weathering resistance, heat resistance, or chemical resistance than that of the circuit identifier.

A wiring harness comprising one electric wire and another electric wire,

• the one electric wire including:
• a colored marker provided on an end portion of a cover portion, indicating that the one electric wire is a manually-incorporated wire;
• and
• a circuit identifier printed or marked on an intermediate portion of the cover portion, indicating a connection destination of the one electric wire,
• the another electric wire including:
• a circuit identifier printed or marked on an intermediate portion of a cover portion, indicating a connection destination of the another electric wire;
• and
• no colored marker, which indicates that the another electric wire is a mechanically-incorporated wire,
• wherein an ink of the colored marker has lower adhesiveness, weathering resistance, heat resistance, or chemical resistance than that of the circuit identifier.

A method for manufacturing a wiring harness, comprising steps in sequence set forth:

• (a) selecting one electric wire to be incorporated into the wiring harness manually by an operator and another electric wire to be incorporated into the wiring harness mechanically;
• (b) providing a colored marker only on an end portion of the one electric wire;
• and
• (c) incorporating the one electric wire and the another electric wire into the wiring harness.

A method for manufacturing a wiring harness, comprising steps in sequence set forth:

• (a) printing or marking a circuit identifier on a continuously fed electric wire, the circuit identifier being indicative of a connection destination of the electric wire;
• (b) cutting the electric wire in a predetermined length;
• (c) selecting one electric wire to be incorporated into the wiring harness manually by an operator and another electric wire to be incorporated into the wiring harness mechanically;
• (d) providing a colored marker only on an end portion of the one electric wire, which ink has lower adhesiveness, weathering resistance, heat resistance, or chemical resistance than that of the circuit identifier;
• and
• (e) incorporating the one electric wire and the another electric wire into the wiring harness.