Abstract: A mount is provided for attaching a camera to a support surface of a towed vehicle. The support surface is configured for supporting a light housing and has a hole for receiving a fastener for securing the light housing to the support surface. The mount broadly comprises a flange and a bracket extending below the flange. The flange comprises a light housing hole for receiving the light housing therethrough, and a fastener hole for receiving the fastener. The bracket is configured to engage the camera.

Abstract: A mount is provided for attaching a camera to a support surface of a towed vehicle. The support surface is configured for supporting a light housing and has a hole for receiving a fastener for securing the light housing to the support surface. The mount broadly comprises a flange and a bracket extending below the flange. The flange comprises a light housing hole for receiving the light housing therethrough, and a fastener hole for receiving the fastener. The bracket is configured to engage the camera.

Abstract: A container assembly for receiving and storing a fluid includes a hollow container body and a hollow support trunk. The container body has an internal chamber for receiving and storing a fluid. The container body includes a front wall and an opposing back wall at least partially defining the internal chamber. The front wall includes an opening therethrough to allow the fluid to be received in the internal chamber. The support trunk is coupled to the opening in the front wall. The support trunk extends through the internal chamber and includes a distal end engaging the back wall. The support trunk provides support to the front wall and channels the fluid from the opening to the internal chamber.

Abstract: A container assembly for receiving and storing a fluid includes a hollow container body and a hollow support trunk. The container body has an internal chamber for receiving and storing a fluid. The container body includes a front wall and an opposing back wall at least partially defining the internal chamber. The front wall includes an opening therethrough to allow the fluid to be received in the internal chamber. The support trunk is coupled to the opening in the front wall. The support trunk extends through the internal chamber and includes a distal end engaging the back wall. The support trunk provides support to the front wall and channels the fluid from the opening to the internal chamber.

Abstract: A mount is provided for attaching a camera to a support surface of a towed vehicle. The support surface is configured for supporting a light housing and has a hole for receiving a fastener for securing the light housing to the support surface. The mount broadly comprises a flange and a bracket extending below the flange. The flange comprises a light housing hole for receiving the light housing therethrough, and a fastener hole for receiving the fastener. The bracket is configured to engage the camera.

Abstract: A seat cover comprises a seat bottom overlay configured to cover a seat bottom of a seat; a seat back overlay configured to cover a seat back of the seat; and an anchor system the keeps the seat bottom and back overlays in position on the seat. The anchor system comprises a rigid anchor; a drawstring sleeve on the seat bottom overlay or the seat back overlay; and a drawstring connected to the anchor and passing through the drawstring sleeve. When tightened, the drawstring urges the anchor against a rear of the seat to help hold the seat bottom overlay and seat back overlay in place on the seat.

Abstract: A fluid funnel includes an open-topped mouth for receiving DEF or other liquids from a jug or other source; an elongated hollow stem depending from the mouth for directing the fluids from the mouth into a DEF tank or other fluid receptacle; and a tapered throat that joins the mouth and stem. The funnel more effectively direct fluids into a tank, even when the funnel is tilted; inhibits fluids from backing-up into the mouth and/or spilling out of the funnel; prevents displaced air from bubbling up through fluids in the mouth; and more firmly engages and seats within a tank port.

Abstract: A seat cover comprises a seat bottom overlay configured to cover a seat bottom of a seat; a seat back overlay configured to cover a seat back of the seat; and an anchor system the keeps the seat bottom and back overlays in position on the seat. The anchor system comprises a rigid anchor; a drawstring sleeve on the seat bottom overlay or the seat back overlay; and a drawstring connected to the anchor and passing through the drawstring sleeve. When tightened, the drawstring urges the anchor against a rear of the seat to help hold the seat bottom overlay and seat back overlay in place on the seat.

Abstract: An auxiliary braking system and method of controlling the braking a towed vehicle is provided that includes a remote control that is in selective communication with an auxiliary braking unit positioned in a towing vehicle. More specifically, it is often desirable for the operator of the towing vehicle to assess the performance of the auxiliary braking apparatus positioned in a towed vehicle. In addition, it is often advantageous for the operator to perform real time adjustments to the performance parameters of the auxiliary braking apparatus positioned in the towing vehicle without having to cease driving and physically access the auxiliary braking device.

Abstract: An auxiliary braking system and method of controlling the braking a towed vehicle is provided that includes a remote control that is in selective communication with an auxiliary braking unit positioned in a towing vehicle. More specifically, it is often desirable for the operator of the towing vehicle to assess the performance of the auxiliary braking apparatus positioned in a towed vehicle. In addition, it is often advantageous for the operator to perform real time adjustments to the performance parameters of the auxiliary braking apparatus positioned in the towing vehicle without having to cease driving and physically access the auxiliary braking device.

Abstract: An auxiliary braking system and method of controlling the braking a towed vehicle is provided that includes a remote control that is in selective communication with an auxiliary braking unit positioned in a towing vehicle. More specifically, it is often desirable for the operator of the towing vehicle to assess the performance of the auxiliary braking apparatus positioned in a towed vehicle. In addition, it is often advantageous for the operator to perform real time adjustments to the performance parameters of the auxiliary braking apparatus positioned in the towing vehicle without having to cease driving and physically access the auxiliary braking device.

Abstract: A funnel including a receiving chamber for receiving a fluid, a spout depending from a bottom portion of the receiving chamber and adapted to be placed at least partially in an opening of a receiving container for transferring the fluid from the receiving chamber to the receiving container, and a flexible support leg extending from the receiving chamber and configured to be at least partially placed in the opening of the receiving container to more securely position the spout in the opening.

Abstract: An auxiliary braking system and method of controlling the braking a towed vehicle is provided that includes a remote control that is in selective communication with an auxiliary braking unit positioned in a towing vehicle. More specifically, it is often desirable for the operator of the towing vehicle to assess the performance of the auxiliary braking apparatus positioned in a towed vehicle. In addition, it is often advantageous for the operator to perform real time adjustments to the performance parameters of the auxiliary braking apparatus positioned in the towing vehicle without having to cease driving and physically access the auxiliary braking device.

Abstract: A reflecting lighted level (10) for facilitating leveling of an object, the reflecting lighted level (10) broadly comprising a generally frustoconically-shaped vial (12) having first and second exterior surfaces (22,24) and an internal angled reflecting surface (26); a light source (14) for emitting light; a light tube (16) for focusing or concentrating the emitted light towards the vial (12); a base (18) for supporting the vial (12); and a power source (20) for powering the light source (14). The internal angled reflecting surface (26) within the vial (12) is positioned at a generally 45° angle for reflecting light. The light source (14), a light emitting diode (“LED”), is centrally positioned relative to the vial (12). The light tube (16) is positioned proximate to the first exterior surface (22) of the vial (12), such that the light tube (16) is positioned between the light source (14) and the vial (12). The light source (14) is then partially positioned within the light tube (14).