[ 0020 ] fig1 illustrates an exemplary embodiment of a flexible printed circuit board of the present invention generally referred to as 10 . the flexible printed circuit board 10 may be fabricated by known methods of know materials and may be a standard pc board made of fiberglass , for example . other materials may be used provided the board 10 may be shaped into various configurations without cracking or breaking and so that any electrical components fabricated within board 10 will not become loose or dislodged from board 10 when it is flexed or bent into shape . this helps to maintain the integrity of any electrical connections affixed to the board . in one exemplary embodiment the board 10 may have a thickness in of about 0 . 03125 inches and a width of about 0 . 4 of an inch . a standard pc board with these dimensions provides sufficient flexibility in accordance with one aspect of the invention . the board 10 may be provided in varying lengths but typically may be about 20 inches long . the board 10 may include a plurality of conductive pads or terminations 12 arranged in pairs on one planar surface of board 10 , although it will be recognized that additional pairs of terminations 12 , or terminal pairs , may be arranged on the opposite planar surface . in this respect , a plurality of terminations 12 may be provided on one planar surface only or on both planar surfaces of board 10 . various configurations will be readily apparent to those skilled in the art . for example , terminal pairs 12 could alternate sequentially from one surface of the board to the other along the longitudinal axis of the board 10 . similarly , groups of terminal pairs 12 , such as four terminal pairs 12 grouped together for example , could alternate sequentially from one surface of the board to the other along its longitudinal axis . board 10 may be constructed so that terminations 12 are located on one side of board 10 only or the terminations 12 may be located on both sides of board 10 simultaneously . the terminations 12 may be constructed of conventional material that provides electrical conductance to a lighting element when connected . in an exemplary embodiment of the present invention the lighting element may be an led . other embodiments may include different terminations depending on the lighting element . for instance , the terminations 12 could be housed in a female connector adapted to receive the male connector of a halogen lamp . one embodiment of the present invention allows for the terminations 12 to be arranged on the board 10 so that their length or longitudinal axis is substantially transverse or perpendicular to the longitudinal axis l of board 10 . this arrangement minimizes stress on the terminations 12 when a portion of the board 10 is flexed or bent about an axis that is substantially normal to the board &# 39 ; s 10 longitudinal axis . in one exemplary embodiment of the present invention the terminals 12 are designed to provide electrical connection with a low - voltage led , such as leds 26 shown in fig2 . in one exemplary embodiment a flat top led having a wide angle of about 60 degrees or greater may be used . it has been determined by the assignee of the present invention that using a flat top led , such as those available from agilent technologies , significantly reduces or eliminates bright spots in the illuminating effect , which are often caused by conventional round top t1 ¾ leds . using flat top leds arranged on board 10 in accordance with one aspect of the present invention also achieves a more even dispersion of light . it will be recognized by those skilled in the art that terminals 12 may be designed to provide electrical connection with various other types of lighting elements such as halogen bulbs or other such elements depending on the specific application . low voltage electronics may be provided on the board 10 , for example , for powering the leds or a separate voltage source may be provided . the leds may be adapted to produce a wide range of colors . for example , leds may be provided with the flexible circuit board 10 to produce red , blue , green , white , orange and amber , for example , which when used in combinations may produce almost any desired color . the leds may be grouped by color or colors to control the illuminating effect or the flexible circuit board 10 may be provided with a plurality of leds that produce the same color . a computer processor may be provided for controlling the red , green and blue leds or for controlling any combination of leds to produce a desired illuminating effect . one embodiment of the present invention allows for the processor to be programmed so that a momentary low - voltage power interrupt can be used to lock a desired color for illumination . this may be accomplished by pulse width modulation . the power interrupt routine may also stop other preprogrammed routines such as those designed to produce random or planned changes in the preprogrammed illumination schemes . one exemplary embodiment of the present invention may include electrical components such as resistors 14 where the resistors 14 may be arranged on the board 10 so that their length is substantially transverse or perpendicular to the longitudinal axis of board 10 . this arrangement minimizes stress on the resistors 14 when a portion of the board 10 is flexed or bent about an axis that is substantially normal to the board &# 39 ; s 10 longitudinal axis . the resistors 14 may be conventional surface mount or hole mount resistors , for example . one aspect of the present invention allows for resistors 14 to be located on one side of board 10 only or the resistors 14 may be located on both sides of board 10 simultaneously . similarly , terminations 12 and resistors 14 may be fabricated in various combinations on one side of board 10 only or they may be fabricated in various combinations on both sides of board 10 simultaneously . one exemplary embodiment of the present invention allows for board 10 to include adjacent pairs of pads 16 spaced along its longitudinal axis . pads 16 may serve as joints where two or more segments 18 may be disconnected or joined together . for example , board 10 may be fabricated having a plurality of pads 16 in spaced relation . a notch or space may be formed between adjacent pairs of pads 16 to allow the board 10 to be cut into segments 18 . this aspect of the present invention allows for the length of the board 10 to be adjusted for different applications . each end of a segment 18 may include an adjacent pair of pads 16 that function as a means for connecting one segment 18 to another segment 18 . each segment 18 may be mechanically and electrically joined to other segments 18 by soldering adjacent pairs of pads 16 together , or by other suitable methods . pads 16 may also function as a means for a segment 18 to be electrically connected with other components or a power source , for example . for example , an electrical connector may be affixed to the pads 16 for connecting to other devices or the devices could be connected directly to the pads 16 . one or more of the pads 16 may include a hole to facilitate the connections . each segment 18 may be about 12 inches in length or it may be other lengths as desired . in this respect , each segment 18 may accommodate approximately five pairs of terminations 12 and two resistors 14 . this exemplary embodiment of the present invention allows for five leds to be affixed to the board 10 in each segment 18 . it will be recognized by those skilled in the art that the number of terminations 12 and resistors 14 per segment 18 may vary . installation of one or more boards 10 may include means for mounting or affixing the board 10 in position on a support surface . for example , means for mounting board 10 to a support structure may include mounting holes or apertures such as indicated at 20 in fig1 and may be provided in each segment 18 . mounting holes 20 may be spaced from the terminations 12 and resistors 14 to minimize the risk of damage to those components when the board 10 is being affixed or mounted in place . in an alternate embodiment , as will be described more fully below , it may be preferable to use another means for affixing or mounting the board 10 to a supporting structure , which may provide for an increased ability to control the board &# 39 ; s 10 positioning and bending during installation and / or use . fig2 and 3 illustrate an exemplary embodiment of the present invention where a plurality of leds 26 is connected to a board 10 . [ 0027 ] fig4 shows a perspective view of one exemplary embodiment of a means for mounting the flexible board 10 and generally referred to as 30 . the mounting means 30 may include a base section 32 that may have a plurality of notches 34 formed therein . the notches 34 may extend substantially but not completely across the base section 32 thereby allowing the base section 32 to be bent or flexed at the notches 34 . in an alternate embodiment the base section 32 may be formed of a sufficiently flexible material and would not require notches 34 . in one exemplary embodiment the notches 34 may extend across the base section 32 in opposite directions , as shown in fig4 so that the base section 32 may be flexed to about the same degree in either direction . alternate embodiments may have notches 34 extending across the base section 32 in only one direction on one side of the base section 32 if desired . such an embodiment may be useful for forming a specific shape such as a circle or oval , for example . other embodiments may space notches 34 in a range of patterns along the base section 32 to accommodate any specific need for forming a desired pattern . another alternate embodiment may include a plurality of notches formed longitudinally within base section 32 or a plurality of apertures to provide sufficient flexibility to the mounting means 30 . the mounting means 30 may be constructed of a plastic or other suitable material . mounting means 30 may include a plurality of holes or apertures 36 extending through the base section 32 for attaching the mounting means 30 to a support structure . a countersunk portion 36 a may also be provided . a hole 36 may be located between each adjacent pair of notches 34 so that each segment 33 of base section 32 may be independently attached to a support surface . in an alternate embodiment , holes 36 may be formed at various locations along the longitudinal axis of base section 32 . in another alternate embodiment an appropriate adhesive may be used to mount the base section 32 to a support structure rather than holes 36 . mounting means 30 may also include means for securing board 10 to the base section 32 such as a plurality of clips 38 extending substantially perpendicular from an upper surface 37 of base section 32 . the clips 38 may extend upward from the base section 32 and may be sized and shaped so as to receive and retain the flexible board 10 . in one exemplary embodiment each clip 38 may include a first flexible arm 38 a and a second flexible arm 38 b . the first arm 38 a and the second arm 38 b may each have a frontal portion 39 and an overhanging portion 40 . the arms 38 a and 38 b may be affixed to the upper surface 37 in an opposing manner so that the frontal portion 39 of first arm 38 a faces the frontal portion 39 of second arm 38 b . similarly , in this exemplary embodiment the arms 38 a and 38 b may be situated on the upper surface 37 so that the overhanging portion 40 of each arm 38 a and 38 b face toward one another . each overhanging portion 40 may include a substantially beveled portion 41 to facilitate grasping an arm 38 a or 39 b so that the arms may be flexed away from each other for inserting a board 10 there between . for example , an end user may place a finger or thumb on the beveled portion 41 to urge that arm away from the other to insert the board 10 . it will be recognize by those skilled in the art that the means for securing the board 10 may be embodied as clips 38 or alternate structures such as being formed similar to alligator clips , hooks or the grasping end of a paper clip , for example . in one embodiment of the present invention the first and second flexible arms 38 a and 38 b may be affixed to upper surface 37 so that their opposing frontal portions 39 define a space there between viewed along a longitudinal axis of the base section 32 . the space may be substantially the same as the thickness of board 10 . also , each arm 38 a and 38 b may include a lower surface 43 that may be formed as part of the overhanging portion 40 . the lower surface 43 may form a substantially right angle with the frontal portion 39 . one aspect of the present invention allows for the distance between the lower surface 43 and upper surface 37 to be substantially the same as the width of board 10 . the distances between the frontal portions 39 of opposing arms 38 a and 38 b , and the upper and lower surfaces 37 and 43 provide a secure grasp on the board 10 when inserted within the clips 38 of the mounting means 30 . [ 0031 ] fig5 illustrates a board 22 , fabricated substantially the same as board 10 , secured within the mounting means 30 . board 10 is secured within the mounting means 30 in the same manner as shown for board 22 in fig5 and 6 . board 22 may include one termination on one surface of board 22 and the other termination of a pair on the opposite surface of board 22 rather than both terminations of the pair being on one surface as shown on board 10 in fig1 . fig6 illustrates an end view of board 22 where one electrical lead 28 extending from an led 26 is connected with one of the pair of terminations 12 ( not shown ) on each surface of the board 22 . in this respect , the electrical leads 28 straddle a top edge 29 of board 22 when connected with the terminations 12 . in this exemplary embodiment the resistors 14 may be in the same or similar locations as those depicted in fig1 . in alternate embodiments the number and location of resistors 14 may vary as a function of the led or other lighting element performance specifications and length of the board 10 or 22 . [ 0032 ] fig5 illustrates board 22 inserted between a plurality of first arms 38 a and second arms 38 b on one embodiment of a mounting means 30 as shown in fig4 . the board 22 may be aligned within the flexible arms so that the first and second arms 38 a and 38 b do not exert force on or otherwise interfere with electrical components such as the resistors 14 , terminations 12 or the electrical leads 28 of an led , for example . fig6 illustrates an end view of the embodiment shown in fig5 with the board 22 held by a pair of arms 38 a and 38 b . one aspect of the present invention allows for the mounting means 30 to be affixed on a support surface first and then the flexible circuit board 10 or 22 to be inserted in the clips 38 of the mounting means 30 . other mounting methods are contemplated such as by attaching the flexible board 10 or 22 directly to a shaped surface by mounting implements such as screws or nails extending through holes 20 into the support surface . in another embodiment , the clips 38 could be affixed to separate , individual base pieces that are individually mounted to a support surface to define a pattern . portions of the flexible circuit board 10 or 22 may then be inserted into the mounted clips 38 . still another embodiment of mounting a board 10 or 22 may include passing the board through an extruder to encapsulate the board within a mounting means similar to that shown in fig4 . this embodiment may have a base section that is wider than that shown in fig4 so that apertures formed integral with the mounting means through which mounting screws or nails would be inserted are offset from the base section 32 . this would avoid interference between the screws or nails and the flexible board 10 or 22 encapsulated within the mounting means . the leds are low voltage elements and avoid the electrical hazard associated with use of regular incandescent , fluorescent or neon lighting . color leds in such colors as red , green , blue , white , orange and amber are commercially available and may be used with various embodiments of the present invention . further , the leds can be mounted in groups , such as red , green , blue and the intensity of each controlled individually and / or together so as to produce a broad range of perceived colors . it is contemplated that the leds 26 on each flexible circuit board 10 or 22 can be controlled by a local processor to produce any desired pattern of colors , both fixed and changing . commercially available processors can be programmed to provide such color control . for example , pic chips can be programmed using pulse width modulation at a simple level to cyclically vary the voltage applied to the leds to control color . the advantage of such simple , local control is that the flexible circuit board 10 or 22 having leds connected to it can be treated as a single module requiring only two low voltage leads to the module for power . the pic can be programmed so that a momentary power interrupt can cycle the pic to another operating mode , such as to maintain a fixed led color , for example . it will be recognized that the flexible circuit board 10 or 22 with low - voltage , controlled led lighting can be applied to many applications where it is desirable to avoid risks associated with normal household or commercial voltages . for example , pool lighting can be simplified using an encapsulated flexible circuit board 10 or 22 with led lamps such that water cannot get to the electrical connections at the lamps . further , adding a pic to control color produced by the light emitting elements may be desirable . track lighting or channel lighting also becomes simpler to implement and avoids the risks associated with handling higher voltage lighting apparatus . while specific embodiments of the invention have been described in detail , it will be appreciated by those skilled in the art that various modifications and alternatives to those details could be developed in light of the overall teachings of the disclosure . accordingly , the particular arrangements disclosed are meant to be illustrative only and not limiting as to the scope of invention which is to be given the full breadth of the claims appended and any and all equivalents thereof .