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A system and method comprised of an LED light strip whose electrically insulating core structure is somewhat flexible and elastic and whose alternating light producing sections and narrower clip sections have a top side containing LED elements and control signals and an underside containing a high c

A system and method comprised of an LED light strip whose electrically insulating core structure is somewhat flexible and elastic and whose alternating light producing sections and narrower clip sections have a top side containing LED elements and control signals and an underside containing a high capacity voltage bus, and a three sided mounting structure where an installed LED light strip is the fourth side with LED elements facing out and the voltage bus protected inside, and a clip system of two halves which affix to each other around a narrower clip section with a lower half connecting electrically to the voltage bus under the narrower clip section and installing in one side of the mounting structure and an upper half connecting electrically to control signals on the top half of the narrower clip section and installing in the other side of the mounting structure.

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1. An LED light strip assembly comprising: a structural core formed of an elastically deformable insulating material including one or more integrally formed, alternating light producing sections and clip receiving sections,each light producing section containing a plurality of LED elements provided

1. An LED light strip assembly comprising: a structural core formed of an elastically deformable insulating material including one or more integrally formed, alternating light producing sections and clip receiving sections,each light producing section containing a plurality of LED elements provided on the structural core, first and second electrical connections each for transmission of power from an underside voltage bus through the structural core to the LED elements and supporting circuitry, and control signal traces for transmitting control signals connecting to the LED elements,each clip receiving section having a reduced width in relation to an adjacent light producing section, a removable portion extending the width of the clip receiving section, a pair of clip assembly alignment holes positioned on either side of the removable portion, at least two pairs of LED control signal contacts positioned on opposite sides of the removable portion, the pairs of LED control signal contacts electrically connected to each other by a signal trace across the removable portion, and connected by a signal trace to one or more LED elements in a main light producing section immediately adjacent the removable section, and a least one pair of voltage bus contacts positioned on opposite sides of the removable portion,said clip receiving section adapted for attachment of a clip assembly for controlling the operation of the LED light strip. 2. The LED light strip assembly of claim 1 additionally comprising plurality of spaced apart installation holes extending between the front surface and back surface of the light producing sections. 3. The LED light strip assembly of claim 2 additionally comprising an LED light strip mounting structure having a continuous profile and including a lower horizontal member defining a floor surface, first and second side members extending from the lower horizontal member, and opposing alignment mounting slots formed in the first and second side members for receiving opposite side edges of the light producing sections of the LED light strip assembly structural core and forming a compartment in which one or more voltage busses attached to the bottom of the LED light strip are housed. 4. The LED light strip assembly of claim 3 in which electrical power is transmitted between LED light producing sections exclusively through the voltage busses in the compartment. 5. The LED lights strip assembly of claim 4 additionally comprising a plurality of fasteners for securing the light producing sections of the LED light strip support structure to the mounting structure. 6. The LED light strip assembly of claim 5 additionally comprising height maintenance spacers having a through aperture and being dimensioned to be positioned between the underside of the LED light strip main light producing section support structure and floor of the mounting structure lower horizontal member when secured to the mounting structure. 7. The LED light strip assembly of claim 1 additionally comprising a clip assembly for connecting to the clip receiving section of the LED light strip support structure, including an upper clip half and a lower clip half, the lower clip half including a structural portion configured to fit in one of the LED light strip mounting slots within the mounting structure, first and second clip alignment pegs extending from a top surface, one or more pairs of clip voltage bus contacts positioned for making electrical contact with the voltage bus contacts on the underside of the LED light strip clip, and an nonconductive barrier extending outwardly from the lower clip half a sufficient distance to pass the voltage bus on the underside of the LED light strip substrate in order to ensure a complete power bus break, andthe upper clip half connectable to the lower clip half and including a structural portion configured to fit in one of the LED light strip mounting slots within the mounting structure, one or more electrical contacts positioned to electrically connect with the LED light strip control signal contacts to enable the utilization of control signals to operate the LED light strip, and when connected to the lower clip half causing a deformation of the structural core and providing a countering force which ensures stable electrical contact is made between matching contact areas in the clip assembly and the clip receiving section of the LED light strip. 8. The LED light strip assembly of claim 7 additionally comprising external wires connected to the contacts within the upper clip half to either insert a control signal such as a dimming value, or to extract a control signal to connect to a useful external purpose. 9. The LED light strip assembly of claim 8 additionally comprising external wires connected to the contacts within the lower clip half for connection of an external device such as a power supply to underside voltage bus, or to extract power from the underside voltage bus to power a peripheral device, such as an occupancy sensor or an electronic light control interface. 10. The LED light strip assembly of claim 9 in which the installation of a clip does not require alteration of the installed position of the LED light strip along the length of the mounting structure. 11. The LED light strip assembly of claim 7 in which when secured to the support structure replacement of a section of the LED light strip assembly may be accomplished without altering the configuration of other sections of the LED light strip assembly.