A sunroof feed structure includes: a rail fixed to a vehicle body of a vehicle; a slider movable along the rail in a front and rear direction of the vehicle; a sunroof supported by the slider, movable inside a ceiling panel of the vehicle body as a movement path, and capable of opening and closing an opening of the ceiling panel; an electric wire for power feeding between the vehicle body and the sunroof, the electric wire having one end fixed to the vehicle body and the other end fixed to the sunroof; and an excess length absorber for winding an excess length of the electric wire, the excess length absorber being movable together with the sunroof in a position rearward of the sunroof in the front and rear direction of the vehicle.

In a guide assembly for an open-roof system of a vehicle, a closure member selectively covers or at least partly uncovers an opening in a vehicle roof. The assembly comprises a guide extending in a longitudinal direction of the vehicle; a mounting element for mounting the closure member; a first support mechanism operatively coupled to the mounting element, the first support mechanism slidably supporting the mounting element in the guide; and a second support mechanism coupled to the guide and comprising a support element slidably supporting the mounting element, the second support mechanism being configured for moving the mounting element to a tilted position, a tilt direction being substantially perpendicular to the longitudinal direction. The assembly is provided with a release mechanism for releasing the mounting element from at least one of the first support mechanism and the second support mechanism and for remounting the mounting element.

An open roof assembly is configured for providing a closable roof opening in a vehicle roof. Thereto, the open roof assembly comprises a closure member that is moveably arranged for opening and closing the roof opening and a detection system for detecting an object in the roof opening. The detection system is configured to provide an entrapment signal if a foreign object is detected in the roof opening, when the closure member is moving and a collision may occur. The detection system is further configured to provide an operating signal, when an object is detected performing a predefined action. Based on the operating signal a control unit may execute an associated function.

A wireless controller for operably controlling at least two devices. The wireless controller includes a cover portion, a base portion, a transmission mechanism and a component activation mechanism. The base portion is operably attached to the cover portion. The transmission mechanism and the component activation mechanism are each mounted to at least one of the cover portion and the base portion. The component activation mechanism causes the transmission mechanism to transmit a communication signal to the at least one of the at least two devices. When the cover portion and the base portion are in a closed configuration, the component activation mechanism is substantially covered.

According to an embodiment of the present invention, a control device of an opening and closing member for a vehicle including a control portion outputting a control signal that switches a connection of a switch portion to control a drive motor closing and opening the opening and closing member mounted on the vehicle and a detection portion outputting a signal indicating the rotary direction of the drive motor to the control portion, wherein the control portion determines whether or not the switch portion is stuck on a basis of the signal from the detection portion, and in a case where the control portion determines that the switch portion is stuck, the control portion outputs the control signal for switching the connection of the switch portion so as to stop the drive motor and to maintain the drive motor in a stop state is provided.

The invention relates to a roof module for a land and/or water vehicle (10) having an accommodation facility comprising a kinematic unit (3) with two lateral guide rails (30), at least one roof segment (2) which is mounted in the guide rails (30) such that it can be moved between a closed position and an open position, and a circumferential load-bearing frame (4) with four profiled strips (40) which are connected to form a rectangle, which load-bearing frame (4) can be fastened to a vehicle roof (100) which has an opening (101) so as to surround the opening (101) or can be fastened in the opening (101) with the formation of a water barrier, the load-bearing frame (4) at least partially supporting and/or partially forming the kinematic unit (3).

A motor assembly for a sunroof system is provided with a motor cover to prevent water intrusion. The motor assembly includes a motor including a motor yoke, a connector electrically connected to the motor, a central portion including a pinion gear rotated by the motor, and a motor cover. The motor cover includes a motor yoke cover that covers the motor yoke, a central cover that covers the central portion, and a connector cover that covers the connector, the motor cover configured to prevent water in the central portion from entering the motor yoke and the connector.

A drive cable for actuating a vehicle element which is mobile relative to a vehicle structure, the drive cable having a plastic cable body which has a toothing extending in the axial direction to become engaged with a driving gear wheel and is penetrated by a continuous reinforcement which extends in the axial direction. The toothing is formed by pocket-like recesses which are regularly spaced in the axial direction and are limited by flanks of resulting tooth tips in the longitudinal direction of the cable and by pocket flanks on both sides in the transverse direction of the cable and each of which is limited at the bottom by a tooth root which is penetrated by the continuous reinforcement.

A panorama sunroof controller has a user interface, a sunroof glass, a sunshade, a first motor for driving the sunroof glass, a second motor for driving the sunshade and a driving module including a single chip microcomputer, a second relay driver and a sensor module. The single chip microcomputer and a first sensor are disposed on a circuit board. The first relay driver is coupled with the single chip microcomputer and drives the first motor near the circuit board. The second relay driver is coupled with the single chip microcomputer and drives the second motor far away the circuit board. a sensor module includes a second sensor coupled to the single chip microcomputer of the driving module through signal wires.

Provided is a sunroof device including: a stay (13) that is attached to a roof panel; a lifting arm (4) that serves to lift, and support the weight of, the roof panel; and a guide member (5) that is attached to the lifting arm (4) and guides the sliding of the roof panel via a guide groove (6) into which the stay (13) is fit, wherein the guide member (5) is configured to include a first member (16) that is molded of a resin material and has the guide groove (6), and a second member (17) as a reinforcing member that covers the first member (16), wherein the first member (16) can be inserted into or removed from the second member (17) in the sliding direction of the roof panel and is mounted to the second member (17) by a snap-fit coupling means (19) that exploits elastic deformation of the first member (16) toward the guide groove (6). This arrangement facilitates assembling the guide member (5).