Wire harness and method of manufacturing the same

1. A wire harness comprising:

a conductive path; and

a route holding portion that holds a route of the conductive path,

wherein the route holding portion has a cylindrical shape and is comprised of a watercrosslinkable fixing member having elasticity in at least a radial direction so that the route holding portion is configured to be elastically deformed at least in a radial direction thereof,

wherein the watercrosslinkable fixing member includes a hardening portion having a water absorbing surface and a substrate, the hardening portion of the watercrosslinkable fixing member being hardened by ejecting the dripping of fluid or dipping under water to hold the route of the conductive path with a bent shape.

2. The wire harness according to claim 1 , further comprising:

an outer member that is provided outside of the conductive path,

wherein the route holding portion holds a route of the outer member.

3. The wire harness according to claim 2 , wherein a shielded member is provided between the outer member and the route holding portion.

4. The wire harness according to claim 3 , wherein an electrical connector that is exposed from the route holding portion is provided on the shielded member.

5. The wire harness according to claim 1 , wherein a shielded member is provided between the conductive path and the route holding portion.

6. The wire harness according to claim 5 , wherein an electrical connector that is exposed from the route holding portion is provided on the shielded member.

7. The wire harness according to claim 1 , further comprising:

wherein the watercrosslinkable fixing member includes a portion configured to be hardened by the fluid such that as a result of the portion being exposed to the fluid, the portion is deformed in at least the radial direction to hold the route holding portion in the bent shape.

8. A method of manufacturing a wire harness, comprising:

providing a conductive path and a route holding portion that holds a route of the conductive path, the route holding portion having a cylindrical shape and being comprised of a watercrosslinkable fixing member having elasticity in at least a radial direction so that the route holding portion is elastically deformed at least in a radial direction thereof; wherein the watercrosslinkable fixing member includes a hardening portion having a water absorbing surface and a substrate, hardening the route holding portion and the hardening portion of the watercrosslinkable fixing member in a state that the conductive path is inserted into the route holding portion and the conductive path is shaped in a bent shape by exposing the watercrosslinkable fixing member to a fluid.

9. The method according to claim 8 , further comprising:

providing an outer member that protects the conductive path,

wherein in the hardening process, the route holding portion is hardened in a state that the conductive path and the outer member covering the conductive path are inserted into the route holding portion.

10. The method according to claim 9 , further comprising:

inserting the conductive path and the outer member into the route holding portion while a diameter of the route holding portion is widened in a radial direction thereof before the hardening process; and

shrinking a diameter of the route holding portion to intimately contact the route holding portion with the outer member.

11. The method according to claim 8 , further comprising:

inserting the conductive path into the route holding portion while a diameter of the route holding portion is widened in a radial direction thereof before the hardening process; and

shrinking a diameter of the route holding portion to intimately contact the route holding portion with the conductive path.

12. The method according to claim 8 , further comprising:

wherein the watercrosslinkable fixing member includes a portion configured to be hardened by the fluid such that as a result of the portion being exposed to at least one of light and fluid, the portion is deformed in at least the radial direction to hold the route holding portion in the bent shape.

13. A wire harness comprising:

a conductive path; and

a route holding portion that holds a route of the conductive path,

wherein the route holding portion has a cylindrical shape and is comprised of a photocrosslinkable fixing member having elasticity in at least a radial direction so that the route holding portion is configured to be elastically deformed at least in a radial direction thereof,

wherein the photocrosslinkable fixing member includes a hardening portion having a photo irradiating surface and a substrate, the hardening portion of the photocrosslinkable fixing member being hardened by visible light or a dedicated illumination to hold the route of the conductive path with a bent shape.

14. A method of manufacturing a wire harness, comprising:

providing a conductive path and a route holding portion that holds a route of the conductive path, the route holding portion having a cylindrical shape and being comprised of a photocrosslinkable fixing member having elasticity in at least a radial direction so that the route holding portion is elastically deformed at least in a radial direction thereof; wherein the photocrosslinkable fixing member includes a hardening portion having a photo irradiating surface and a substrate, hardening the hardening portion of the photocrosslinkable fixing member and the route holding portion by visible light or a dedicated illumination in a state that the conductive path is inserted into the route holding portion and the conductive path is shaped in a bent shape by exposing the photocrosslinkable fixing member to a light.