Vehicle modular accessory mounting system
A modular vehicle accessory mounting system which includes one or more extruded rails designed to attach along a edge of the installation vehicle, one or more modular accessory modules that attach to the extruded rail as well as one or more communication modules that provide power to the accessory modules and serves as a communication bridge between the system and the vehicle or outside world. Generally speaking, these components may be structured to provide a low-profile mounting system for auxiliary illumination and other accessories along the edges of vehicles.
1. A modular vehicle accessory mounting system comprising:
one or more extruded mounting rails designed to mount to an edge of a vehicle body and reference more than one plane of the vehicle body;
with the mounting rails featuring longitudinal mounting T-Slots in more than one plane to allow attachment of accessory modules equipped with T-Slot retention bolts that mate with the mounting rails via the longitudinal mounting T-Slots;
the accessory modules featuring sets of two or more conductive sockets on each side of the accessory modules, designed to receive conductive pins to provide electrical connection between adjacent modules;
an interface module for each mounting rail, with cables to receive electrical power from a vehicle as well as communication signals, with the interface module distributing power and communications to the accessory modules via the conductive pins and sockets and;
a system interface panel that allows a user to communicate with and operate the accessory modules.
2. The modular vehicle accessory mounting system of claim 1 , wherein the accessory modules are multiple channel LED illumination modules with varied beam patterns.
3. The modular vehicle accessory mounting system of claim 2 , wherein the system interface panel for each interface module is a switch panel for controlling the accessory modules on that rail.
4. The modular vehicle accessory mounting system of claim 2 , further comprising a system control panel that allows the user to configure and control multiple rails of modules and;
a network connection between the system control panel and the interface modules for all of the rails in the system.
5. The modular vehicle accessory mounting system of claim 4 , wherein the accessory modules are each equipped with two electrical pin and socket combinations on each side to support power delivery and communications and control signals modulated over a two conductor DC power bus.
6. The modular vehicle accessory mounting system of claim 4 , wherein the accessory modules are equipped with three electrical pin and socket combinations on each side to support power delivery with communications and control signals being handled by a third conductor.
7. The modular vehicle accessory mounting system of claim 4 , further comprising a system controller, comprising the system control panel and network, wherein the system controller can exchange information with off-vehicle external wireless networks to receive information that may be used to configure the accessory modules.
8. The modular vehicle accessory mounting system of claim 4 , further comprising a system controller, comprising the system control panel and network, wherein the system controller can exchange information with off-vehicle external wireless networks to provide information collected from the accessory system to the external network.
9. The modular vehicle accessory mounting system of claim 4 , further comprising a waterproof vent attached to the accessory module to allow system pressure equalization.
10. A modular vehicle accessory mounting system comprising:
a mounting rail designed to mount to an edge of a vehicle body and reference two different planes of the vehicle body, with the mounting rail featuring longitudinal T-Slots in more two planes;
one or more accessory modules equipped with T-Slot retention bolts that mate with the rail via the longitudinal mounting T-slots;
the modules featuring electrical sockets on each side with three conductive sockets designed to receive conductive pins to provide electrical power and communication signals to adjacent modules and;
an interface module for the rail that receives power from the vehicle and user commands via mode selection input signals, with the interface module distributing power and communications to the accessory modules via conductive sockets in each side of the accessory modules and conductive pins connecting adjacent accessory modules.
11. The modular vehicle accessory mounting system of claim 10 , wherein the accessory modules are multiple channel LED illumination modules.
12. The modular vehicle accessory mounting system of claim 11 , wherein the interface module receives user input from a user switch panel to set an operating mode for the accessory modules.
13. The modular vehicle accessory mounting system of claim 12 , further comprising a waterproof vent attached to the accessory module to allow system pressure equalization.
14. A modular vehicle accessory mounting system comprising:
a mounting rail designed to mount to an edge of a vehicle body and reference to two different planes of the vehicle body, with the mounting rail featuring longitudinal T-Slots in more one plane;
one or more accessory module housings equipped with T-Slot retention bolts that mate with the rail via the longitudinal mounting T-Slots;
the accessory modules featuring electrical sockets on each side of the accessory modules to provide electrical power and communication signals to adjacent modules and conductive pins to link adjacent modules:
the accessory modules featuring a wireless communication interface, and
a system control panel that communicates with the accessory modules via a wireless communication interface to configure, control and collect information from the accessory modules.
15. The modular vehicle accessory mounting system of claim 14 , further comprising a system controller, comprising the system control panel and network, wherein the system controller can exchange information with off-vehicle external wireless networks to receive information that may be used to configure the accessory modules.
16. The modular vehicle accessory mounting system of claim 14 , further comprising a system controller, comprising the system control panel and network, wherein the system controller can exchange information with off-vehicle external wireless networks to provide information collected from the accessory modules to the external network.
17. The modular vehicle accessory mounting system of claim 14 , further comprising a waterproof vent attached to the accessory module to allow system pressure equalization.