A drive device for adjusting a covering element of a vehicle includes an output element for adjusting the covering element; a motor unit that has an electric motor with a stator, a rotor, and an input shaft that is connected to the rotor and is rotatable about a shaft axis for driving the output element; and a drive housing that at least partially encloses the motor unit. The stator is connected via a bearing element to a stationary housing section of the drive housing, wherein the bearing element has a bearing opening in which the input shaft is supported such that it can rotate relative to the stator.

A clutch includes a clutch housing, a drive-side rotation body, a driven-side rotation body, a rolling element arranged between an inner circumferential surface of the clutch housing and the driven-side rotation body, a support member, and grease. The support member holds the rolling element between the inner circumferential surface of the clutch housing and the driven-side rotation body. The grease is located between the inner circumferential surface of the clutch housing and the rolling element. The support member includes a guide arranged on a distal surface of the support member. When the grease is unevenly applied to the inner circumferential surface of the clutch housing, the guide is configured to guide the grease to be evenly applied to the inner circumferential surface of the clutch housing when inserted into the clutch housing.

A clutch includes a clutch housing, a drive-side rotation body, a driven-side rotation body, a rolling element arranged between an inner circumferential surface of the clutch housing and the driven-side rotation body, a support member, and grease. The support member holds the rolling element between the inner circumferential surface of the clutch housing and the driven-side rotation body. The grease is located between the inner circumferential surface of the clutch housing and the rolling element. The support member includes a guide arranged on a distal surface of the support member. When the grease is unevenly applied to the inner circumferential surface of the clutch housing, the guide is configured to guide the grease to be evenly applied to the inner circumferential surface of the clutch housing when inserted into the clutch housing.

A motor device is provided. A grommet member (80) is equipped with a pair of motor-side lip seals (82a1, 82a2) which elastically deform in the insertion direction of an external connector (CN) into a connector member (60), and are adhered to a connector cover part (71) (contact surface 70a) of the cover member (70); hence, it is possible to configure in a manner such that the mounting direction of the grommet member (80) onto a gear case (31), and the adhesion direction of the pair of motor-side lip seals (82a1, 82a2) to the cover member (70), or in other words, the direction in which sealing properties increase, are the same direction.

Provided is a cable routing structure in which a cable guide member includes a support portion including an edge portion on one side and an edge portion on another side, a first erected portion erected on a side of the edge portion on the one side, and a second erected portion erected on a side of the edge portion on the other side. The first erected portion includes an engaging portion engaging with a base member, the second erected portion includes a connecting portion connected to the base member, and a distance in which a linear portion that is intermediate between both ends of a cable is provided between the first erected portion and the second erected portion. The base member includes an engaged portion being engaged with the engaging portion of the first erected portion.

A window regulator for raising and lowering a window of a vehicle, including: a first guide rail; a first cursor slidably mounted to the first guide rail; a second guide rail spaced from the first guide rail; a second cursor slidably mounted to the second guide rail; a flange portion mounted to a bottom end of the first guide rail, wherein the flange portion has a rail mounting portion and an arm portion extending from the rail mounting portion and a mounting portion extending from the arm portion; and a motor operably coupled to the first cursor and the second cursor such that operation of the motor will cause the first cursor to slide along the first guide rail and second cursor to slide along the second guide rail, the motor being mounted to the mounting portion, wherein the motor when mounted to the mounting portion is located adjacent to a side of the first guide rail located between the bottom end of the first guide rail and a top end of the first guide rail.

A window regulator for raising and lowering a window of a vehicle, including: a first guide rail; a first cursor slidably mounted to the first guide rail; a second guide rail spaced from the first guide rail; a second cursor slidably mounted to the second guide rail; a flange portion mounted to a bottom end of the first guide rail, wherein the flange portion has a rail mounting portion and an arm portion extending from the rail mounting portion and a mounting portion extending from the arm portion; and a motor operably coupled to the first cursor and the second cursor such that operation of the motor will cause the first cursor to slide along the first guide rail and second cursor to slide along the second guide rail, the motor being mounted to the mounting portion, wherein the motor when mounted to the mounting portion is located adjacent to a side of the first guide rail located between the bottom end of the first guide rail and a top end of the first guide rail.

A power window device includes a control unit configured to monitor a first potential at one end of a first switch circuit including a window closing switch and a second potential at one end of a second switch circuit including a window opening switch, and determine that submersion has occurred when the first or second potential is in a first or second submersion potential range. During a normal time, the control unit outputs a window closing command signal when the first potential is a potential at a time of the window closing switch being operated, and outputs a window opening command signal when the second potential is a potential at a time of the window opening switch being operated. At a time of submersion, the control unit does not output the window closing command signal, and outputs the window opening command signal.

A power window device includes a control unit configured to monitor a first potential at one end of a first switch circuit including a window closing switch and a second potential at one end of a second switch circuit including a window opening switch, and determine that submersion has occurred when the first or second potential is in a first or second submersion potential range. During a normal time, the control unit outputs a window closing command signal when the first potential is a potential at a time of the window closing switch being operated, and outputs a window opening command signal when the second potential is a potential at a time of the window opening switch being operated. At a time of submersion, the control unit does not output the window closing command signal, and outputs the window opening command signal.

A moving body control device includes a pinching detecting unit. The pinching detecting unit is configured to calculate a first difference between physical quantities at a beginning and an end of a first period, calculate a plurality of second differences for respective second periods obtained by dividing the first period, each of the differences being a difference between physical quantities at a beginning and an end of the corresponding second period, and determine that pinching of an object has occurred in a case in which the first difference is equal to or greater than a first threshold value and a ratio of second differences equal to or greater than a second threshold value to the plurality of the second differences is equal to or greater than a third threshold value.