Abstract: The disclosure provides a lubricating structure for a vehicle power transmission device that may effectively lubricate a transfer device and a differential device without increasing the amount of oil. The lubricating structure includes: a first guide wall positioned above a bearing; a second guide wall provided below an oil reservoir and extending toward a central axis of a final driven gear; and an oil catch member that receives oil guided by the second guide wall and supplies the oil to a differential device and the bearing. The oil catch member includes a first inclined part inclined so that a direction of the first guide wall is lowered, a notch formed at a position facing an opening formed in a differential case, and a groove for oil guiding that extends toward the bearing.

Abstract: A first inclined part (41) and a second inclined part (11) inclined inward in a vehicle width direction toward a rear of the vehicle are respectively provided on a surface (40c) facing an outer side in the vehicle width direction in a cover member (40) covering an opening (34) of a casing (30) and a surface (10d) facing an inner side in the vehicle width direction in a side frame (10). The first inclined part (41) and the second inclined part (11) are at positions at least partially facing each other. The first inclined part (41) is inclined more than the second inclined part (11). A rear end (40b) of the first inclined part (41) in the cover member (40) extends to a position behind a mating surface (35) with the cover member (40) in the casing (30).

Abstract: The disclosure provides a lubricating structure for a vehicle power transmission device that may effectively lubricate a transfer device and a differential device without increasing the amount of oil. The lubricating structure includes: a first guide wall positioned above a bearing; a second guide wall provided below an oil reservoir and extending toward a central axis of a final driven gear; and an oil catch member that receives oil guided by the second guide wall and supplies the oil to a differential device and the bearing. The oil catch member includes a first inclined part inclined so that a direction of the first guide wall is lowered, a notch formed at a position facing an opening formed in a differential case, and a groove for oil guiding that extends toward the bearing.

Abstract: An oil supply structure which supplies lubricating oil to a portion to be lubricated in a casing, the oil supply structure comprises an opening portion provided on a wall portion of the casing which corresponds to a shaft end portion of a rotary shaft supported by a bearing in the casing, and an oil passage configured to provide communication from the opening portion to at least the bearing.

Abstract: An oil supply structure which supplies lubricating oil to a portion to be lubricated in a casing, the oil supply structure comprises an opening portion provided on a wall portion of the casing which corresponds to a shaft end portion of a rotary shaft supported by a bearing in the casing, and an oil passage configured to provide communication from the opening portion to at least the bearing.

Abstract: A method for manufacturing a detecting sensor is disclosed. The method includes the steps of: positioning a magnet in a mold having a plurality of terminal receiving holes; positioning in the mold a plurality of magnetic field detecting sensor elements, each having a body and a terminal projecting from body; inserting the terminals into the terminal receiving holes; injecting molten resin into the mold; and curing the molten resin to form a housing having the magnet and the sensor elements embedded.

Abstract: A detecting sensor is disclosed having a magnet, a plurality of magnetic field detecting sensor elements, and a housing. The magnetic field detecting sensor elements have a plurality of adjacent, overlapped bodies and a plurality of terminals projecting from the bodies in a same direction. The housing is disposed over the magnet and plurality of sensor elements, and has first and second sensor holding members. The first sensor holding member is positioned on a first side of the housing and abutted against a surface of the body on a first side of the plurality of sensor elements. The second sensor holding member is positioned on a second side of the housing and abutted across a portion of a surface of the body of the sensor element on a second side of the plurality of sensor elements.

Abstract: A method for manufacturing a detecting sensor is disclosed. The method includes the steps of: positioning a magnet in a mold having a plurality of terminal receiving holes; positioning in the mold a plurality of magnetic field detecting sensor elements, each having a body and a terminal projecting from body; inserting the terminals into the terminal receiving holes; injecting molten resin into the mold; and curing the molten resin to form a housing having the magnet and the sensor elements embedded.

Abstract: A detecting sensor is disclosed having a magnet, a plurality of magnetic field detecting sensor elements, and a housing. The magnetic field detecting sensor elements have a plurality of adjacent, overlapped bodies and a plurality of terminals projecting from the bodies in a same direction. The housing is disposed over the magnet and plurality of sensor elements, and has first and second sensor holding members. The first sensor holding member is positioned on a first side of the housing and abutted against a surface of the body on a first side of the plurality of sensor elements. The second sensor holding member is positioned on a second side of the housing and abutted across a portion of a surface of the body of the sensor element on a second side of the plurality of sensor elements.