Abstract: A cable guide device and a wire harness that can allow the mounting position of the wire harness to be lowered. A bracket to be fixed to a fixed portion; a guide end disposed at an end portion of a cable guide that can be bent into a predetermined shape, and held by the bracket; a rotary portion provided on an upper surface side of the guide end in a state of being held by the bracket fixed to the fixed portion, and having an outer surface formed with a curved surface; and an upper flange protruding from the outer surface of the rotary portion substantially in a horizontal direction in the state of being held by the bracket, and configured to enter a groove formed in the bracket.

Abstract: A cable guide device and a wire harness that can allow the mounting position of the wire harness to be lowered. A bracket to be fixed to a fixed portion; a guide end disposed at an end portion of a cable guide that can be bent into a predetermined shape, and held by the bracket; a rotary portion provided on an upper surface side of the guide end in a state of being held by the bracket fixed to the fixed portion, and having an outer surface formed with a curved surface; and an upper flange protruding from the outer surface of the rotary portion substantially in a horizontal direction in the state of being held by the bracket, and configured to enter a groove formed in the bracket.

Abstract: A power feeding wiring structure includes a protection tube for wires, a slide door side fixing device adapted to fix one end of the protection tube, and a vehicle body side fixing device adapted to fix the other end of the protection tube. The slide door side fixing device includes a restricting portion for restricting a moving range of the protection tube by being pivoted about a rotary shaft, and a biasing portion for rotating the restricting portion in a biasing direction. A center line along a length direction of the restricting portion is located in an area at a front side in the biasing direction with respect to a first plane defined by the position of a leading end of the restricting portion and the rotary shaft, whereby the leading end of the restricting portion projects out from the slide door when the slide door is opened and closed.

Abstract: A power feeding wiring structure includes a protection tube for wires, a slide door side fixing device adapted to fix one end of the protection tube, and a vehicle body side fixing device adapted to fix the other end of the protection tube. The slide door side fixing device includes a restricting portion for restricting a moving range of the protection tube by being pivoted about a rotary shaft, and a biasing portion for rotating the restricting portion in a biasing direction. A center line along a length direction of the restricting portion is located in an area at a front side in the biasing direction with respect to a first plane defined by the position of a leading end of the restricting portion and the rotary shaft, whereby the leading end of the restricting portion projects out from the slide door when the slide door is opened and closed.

Abstract: A power feeding wiring structure includes a protection tube for wires, a slide door side fixing device adapted to fix one end of the protection tube, and a vehicle body side fixing device adapted to fix the other end of the protection tube. The slide door side fixing device includes a pivot portion which is pivoted about a first rotary shaft, and a biasing portion which rotates the pivot portion in a biasing direction. The pivot portion includes a joint portion which is bent. A center line along a length direction of the pivot portion is located in an area at a front side in the biasing direction with respect to a first plane defined by the position of a leading end of the pivot portion and the first rotary shaft. The pivot portion is pivoted and the joint portion is bent when the slide door is opened and closed.

Abstract: An light receiving module 2 consists of a mount substrate 20, an optical fiber 18, a semiconductor photodetector 22, a mount member 26, and a signal processing semiconductor element 28. The mount member 26 has a pair of arm portions and a joint portion. Each arm portion extends along a first direction. The joint portion extends along a direction perpendicular to the first direction and connects the pair of arm portions. The optical fiber 18 has a first end and a second end. The semiconductor photodetector 22 has a light incidence surface optically coupled to the first end of the optical fiber 18, and a light receiving element part. The mount substrate 20 is placed between the pair of arm portions of the mount member 26 and carries the optical fiber 18 and the semiconductor photodetector 20. The signal processing semiconductor element 28 is placed on the mount member 26 and processes a signal from the semiconductor photodetector 22.

Abstract: An light receiving module 2 consists of a mount substrate 20, an optical fiber 18, a semiconductor photodetector 22, a mount member 26, and a signal processing semiconductor element 28. The mount member 26 has a pair of arm portions and a joint portion. Each arm portion extends along a first direction. The joint portion extends along a direction perpendicular to the first direction and connects the pair of arm portions. The optical fiber 18 has a first end and a second end. The semiconductor photodetector 22 has a light incidence surface optically coupled to the first end of the optical fiber 18, and a light receiving element part. The mount substrate 20 is placed between the pair of arm portions of the mount member 26 and carries the optical fiber 18 and the semiconductor photodetector 20. The signal processing semiconductor element 28 is placed on the mount member 26 and processes a signal from the semiconductor photodetector 22.