A holder to fasten a component to a glass pane is disclosed. The holder includes a supporting body with a lower side, where the supporting body is adhereable to the glass pane by the lower side, and an upper side, where a holding element is included on the upper side and where the component is fastenable to the supporting body with the holding element. A first section of the supporting body which includes the holding element is separated from a remaining portion of the supporting body along a first slot and a second slot, where both the first slot and the second slot each begin at an outer edge of the supporting body and each end at a connection region at a distance from the outer edge, and where the first section of the supporting body is connected to the remaining portion of the supporting body by the connection region.

A glass diaphragm includes: a glass plate structure; a mounting member fixed to the glass plate structure; a connection member that is attached to the mounting member and is to be fixed to an exciter for vibrating the glass plate structure; and a first adhesive layer and a second adhesive layer, each of the first adhesive layer and the second adhesive layer being disposed between the glass plate structure and the mounting member, in which a material of the first adhesive layer is different from a material of the second adhesive layer.

A sensor mounting bracket for attachment to a vehicle including a mast configured to support a sensor at a first end, a base pivotably connected to the mast at a second end, a shock absorber attached between the mast and the base, wherein the base is attached to a vehicle and the shock absorber predisposes the mast to either a deployed position or a stowed position.

An accessory mounting device for hanging an accessory behind and below a rearview mirror includes a housing with a slot and an engagement member biased to move toward a peripheral edge of the slot. A button is movably mounted to the housing and fixed to the engagement member such that the button is movable to counteract the bias of the engagement member. To hang the accessory, the button is pressed and the accessory is placed through the slot and between the peripheral edge of the slot and the engagement member. Then the button is released to urge the engagement member via bias toward the peripheral edge of the slot, thereby grasping the accessory between the engagement member and the peripheral edge.

In some implementations, a mounting assembly may include a chassis having a platform portion, and a spine portion. The mounting assembly may include an end lock having a shaft portion engaged with the spine portion, and a cap portion configured to engage with a lock projection of a camera module, wherein the camera module is to be disposed between the platform portion and the cap portion. The mounting assembly may include a mount configured to mount the mounting assembly. The mounting assembly may include a swing arm pivotably coupled to the chassis by a first hinge, and pivotably coupled to the mount by a second hinge, where a first axis of rotation of the first hinge is orthogonal to a second axis of rotation of the second hinge.

Exemplary accessory receiver bracket assemblies for mounting a wide range of accessories to a motor vehicle during stationary or non-moving conditions of the vehicle. Each accessory receiver bracket assembly may provide generic and secure attachment points for securing an accessory relative to the vehicle. An exemplary accessory receiver bracket assembly may be mounted to a hinge assembly of a vehicle closure member system and may include a first receiver bracket section, a second receiver bracket section, and one of more mechanical fasteners for securing the first and second receiver bracket sections together to at least partially surround the hinge assembly.

An accessory mounting device for hanging an accessory behind and below a rearview mirror includes a housing with a slot and an engagement member biased to move toward a peripheral edge of the slot. A button is movably mounted to the housing and fixed to the engagement member such that the button is movable to counteract the bias of the engagement member. To hang the accessory, the button is pressed and the accessory is placed through the slot and between the peripheral edge of the slot and the engagement member. Then the button is released to urge the engagement member via bias toward the peripheral edge of the slot, thereby grasping the accessory between the engagement member and the peripheral edge.

In some implementations, a mounting assembly may include a chassis having a platform portion, and a spine portion. The mounting assembly may include an end lock having a shaft portion engaged with the spine portion, and a cap portion configured to engage with a lock projection of a camera module, wherein the camera module is to be disposed between the platform portion and the cap portion. The mounting assembly may include a mount configured to mount the mounting assembly. The mounting assembly may include a swing arm pivotably coupled to the chassis by a first hinge, and pivotably coupled to the mount by a second hinge, where a first axis of rotation of the first hinge is orthogonal to a second axis of rotation of the second hinge.

A car seat net device is disclosed for easily retrieving dropped items. Traveling with small children in a vehicle may lead to toys and other items being dropped by the children into hard-to-reach areas of the vehicle. The car seat net device secures items around a child sitting in a car seat of a vehicle which eliminates additional stops that may have to be made by the driver to retrieve the dropped items. The car seat net device comprises a net component that is pliable and attached to interchangeable net support arms to accommodate a variety of car seats. The net support arms are attached to the base component which enables the device to be secured to the car seat through an adhesive material or attachment means. Adjusting the net support arms enables the device to be universally applied to all car seats and configured to all vehicles.

A vehicle includes a window with an antenna assembly. The window includes a glass surface and a metal frame along a perimeter of the glass surface. The antenna assembly is disposed on the glass surface and includes an antenna, a feed point and a ground plane. The antenna has a first end and a second end opposite the first end and is disposed in a visible region of the window. The feed point is located at the first end of the antenna. The ground plane is connected to the antenna at the first end. The metal frame is on top of at least part of the ground plane, and the ground plane is electrically coupled to the metal frame.