the following detailed description is merely exemplary in nature and is not intended to limit the described embodiments or the application and uses of the described embodiments . as used herein , the word “ exemplary ” or “ illustrative ” means “ serving as an example , instance , or illustration .” any implementation described herein as “ exemplary ” or “ illustrative ” is not necessarily to be construed as preferred or advantageous over other implementations . all of the implementations described below are exemplary implementations provided to enable persons skilled in the art to make or use the embodiments of the disclosure and are not intended to limit the scope of the disclosure , which is defined by the claims . in other implementations , well - known features and methods have not been described in detail so as not to obscure the invention . for purposes of description herein , the terms “ upper ”, “ lower ”, “ left ”, “ right ”, “ front ”, “ back ”, “ vertical ”, “ horizontal ”, and derivatives thereof shall relate to the invention as oriented in fig1 . furthermore , there is no intention to be bound by any expressed or implied theory presented in the preceding technical field , background , brief summary or the following detailed description . it is also to be understood that the specific devices and processes illustrated in the attached drawings , and described in the following specification , are simply exemplary embodiments of the inventive concepts defined in the appended claims . hence , specific dimensions and other physical characteristics relating to the embodiments , which may be disclosed herein are not to be considered as limiting , unless the claims expressly state otherwise . an exemplary user configurable relationship status bracelet 100 is illustrated in fig1 and 2 . the relationship status bracelet 100 is preferably configured for wearable deployment by a user . the relationship status bracelet 100 includes a circumferential band 110 that may be elastomeric such that circumferential band 110 may stretch around a hand of the user . alternatively , circumferential band 110 may be non - stretchable and include a clasp ( not shown ) for opening and closing such that the circumferential band 110 may be placed around the wrist of a user . the circumferential band 110 has an outwardly facing surface 111 and an opposing inwardly facing surface 112 . the relationship status bracelet 100 further includes an electronics housing 120 that encases various electrical components , which are described in greater detail below and referenced within an exploded assembly view presented in fig2 . preferably , the electronics housing 120 is configured as a water - resistant or waterproof enclosure that protects the electrical components from damage from exposure to external contaminants , such as moisture , dust , and the like . in the exemplary embodiment , the circumferential band 110 of relationship status bracelet 100 includes a fiber optic strand 130 that is embedded into the outwardly facing surface 111 . the relationship status bracelet 100 may be fabricated from various materials such as silicon , plastic , metal , leather , rubber , fabric , or any other suitable material . the fabrication of the various elements and features of the relationship status bracelet 100 may be performed by one or more well - known manufacturing processes that one of ordinary skill in the art would readily understand . these materials and processes are not described in detail so as not to obscure the teachings of the present invention . although the exemplary relationship status bracelet 100 is illustrated having an oval shaped electronics housing 120 , it is understood that the relationship status bracelet 100 may be fabricated in any of many various shapes , textures , colors , or combinations thereof as fashionably and functionally desired . various operational components of the relationship status bracelet 100 are detailed in an exploded view presented in fig2 . an electronics circuit assembly 200 is encased within the electronics housing 120 . in the exemplary embodiment , the electronic circuit assembly 200 includes a photovoltaic solar cell 210 , a printed circuit board ( pcb ) 220 , a magnetic relay 230 and at least one light emitting diode ( led ) 240 . a battery 250 is retained within the cavity by the bottom cover 122 that couples to a bottom surface 123 of the electronics housing 120 . the battery 250 is contemplated to be a rechargeable component such as a lithium - ion battery , however , other types of portable power storage devices may be employed such as a super capacitor , a nickel - cadmium battery ( nicad ), nickel - metal hydride battery ( nimh ), and the like . the bottom cover 122 may be either removably coupled to bottom surface 123 or permanently coupled therewith to provide a sealed cavity within the electronics housing 120 such that the electronic circuit assembly 200 and battery 250 are adequately protected over a lifespan of the relationship status bracelet 100 . it is contemplated that electronics housing 120 has a translucent or transparent top cover 124 coupled to a top surface 126 thereof . the top cover 124 is preferably configured to retain the electronic circuit assembly 200 within the electronics housing 120 and further permit light waves to pass therethrough and operatively engage with the solar cell 210 . in combination of fig2 and 3 , the solar cell 210 absorbs light from sunlight or other suitable light sources and converts the power to an electrical power output that charges the battery 250 when exposed to . the solar cell 210 ( also commonly referred to as a photovoltaic cell or a photoelectric cell ) is generally a solid - state electrical device that converts light energy directly into electrical power by a photovoltaic effect , which is well known to those of ordinary skill in the art . the solar cell 210 is provided in electrical communication with the pcb 220 by an electrical conduit , such as wires , a flexible circuit , and the like , to provide electronic functionality of electronic circuit assembly 200 . alternated charging configurations may be employed to transfer electrical power to the relationship status bracelet 100 . the alternative charging configurations such as direct charging , inductive charging , and the like , or combinations thereof , may be made available for recharging the battery 250 . the pcb 220 is contemplated to provide for electric conveyance between the various electronic components described herein and may further include a magnetic switch 260 and one or more microprocessors 270 operatively coupled therewith . in other alternative embodiments , the pcb 220 may include other electrical components such as resistors , capacitors , timers , voltage regulators , proximity sensors , and the like , to provide various electronic functionality and respective controller circuitry therein . further , the pcb 220 includes a magnetic relay 230 used to electrically change the relationship status bracelet 100 between various light emitting modes as desired by the user . in one exemplary embodiment , one or more light emitting diode 240 are electrically coupled to pcb 220 and positioned such that light waves may emit outwardly from the electronics housing 120 such that the light waves are externally visible . it is contemplated that the light emitting diode 240 be a multi - color emitting device that is capable of being ohmically switched between different colors such as red , green and blue . in one exemplary embodiment , a fiber optic strand 130 is embedded into the relationship status bracelet 100 such that light waves emitted by the light emitting diode 240 are visually transmitted though the fiber optic strand 130 to thereby provide enhanced visibility of the relationship status bracelet 100 . the fiber optic strand 130 is in lighted communication with light emitting diode 240 by proximately locating fiber optic end 132 with respect to light emitting diode 240 . alternatively , enhanced visibility may be achieved by positioning a plurality ( not shown ) of light emitting diodes 240 spatially arranged around the outwardly facing surface 111 of circumferential band 110 . further , the relationship status bracelet 100 includes a magnet 300 , which is embedded into a recess 114 formed into the circumferential band 110 and preferably located opposite of the electronics housing 120 . in this exemplary embodiment , the magnet 300 functions to operatively engage with the magnetic switch 260 when the magnet 300 is placed in close proximity thereof . the circumferential band 110 may be configured such that the magnet 300 may be moveably positioned proximate to the magnetic switch 260 such as by elastic deformation of the circumferential band 110 . the magnet 300 may be one of many known magnetic materials such as neo - diamine earth . in an alternate embodiment , the magnet 300 may be disassociated with the circumferential band 110 and carried separately by the user of the relationship status bracelet 100 . during operation , as represented in the block diagram illustrated in fig4 , the relationship status bracelet 100 may be placed into various light emitting modes , which in turn , visually communicate to other people the relationship status or other personal characteristic of the user . the relationship status bracelet 100 is placed into a first light - emitting mode by placing the magnet 300 in close proximity to the magnetic switch 260 , as referenced in step 400 , such that the magnetic field of magnet 300 operatively cycles the magnetic switch 260 . the cycling of magnetic switch 260 provides a signal , which operatively engages with the electronic circuitry of electronic circuit assembly 200 ( i . e ., magnetic relay 230 ). the electronic circuit assembly 200 interprets the signal and advances the sequence of the system accordingly , such that power is provided to the light emitting diode 240 wherein the light emitting diode 240 emits a first light wave color such as green , in accordance with step 402 . the green emitted light then signifies to others that the wearer of the relationship status bracelet 100 is single and receptive to being socially approached . conversely , the wearer may desire to place the relationship status bracelet 100 into a second light - emitting mode , which signifies that the wearer is in a committed relationship and prefers against being socially approached . to place the relationship status bracelet 100 into the second light - emitting mode , the wearer temporarily positions the magnet 300 within a close proximity of the magnetic switch 260 a second time , as referenced in step 410 . this causes the electronic circuitry of electronic circuit assembly 200 to sequence to the next status wherein the light emitting diode 240 emits a second light wave color such as red , as directed in step 412 . the described embodiment utilizes multi - color emitting diodes . it is understood that the relationship status bracelet 100 may include a plurality of single color light emitting diodes , wherein the different diodes emit dissimilar colors to obtain the same desired end result . it is contemplated that each cycle of temporarily positioning the magnet 300 proximate to the magnetic switch 260 increments the light - emitting mode in a serial process and terminates at a deactivation step 420 by which the relationship status bracelet 100 is deactivated and no longer emits any light therefrom as referenced in step 422 . it is contemplated that several light emitting modes may be employed with the present invention by using various combinations of light emitting diodes , fiber optic strands or combinations thereof . although the exemplary embodiment described above used a first and second light - emitting mode , it is envisioned that “ n th modes ” may be programmed and configured into the electronic circuitry of the present invention . further , it is contemplated that other personal characteristics may be visually transmitted by other emitted colors . an exemplary chart of light emitting modes is presented in table 1 . in another exemplary embodiment , multiple light emitting diodes may be employed and independently selected to combine the various colors and thereby enhance the amount of information visually communicated . for example , one light emitting diode may selected to emit green light and another light emitting diode selected to emit royal blue light ; thus the wearer would be available to meet new people and be looking for a long term relationship . in another exemplary embodiment , the light emitting configuration can include a flashing light emitting function . the flashing light is provided to increase attraction to the relationship status bracelet 100 . the electronic circuit assembly 200 can be configured to emit a steady or solid emission of light , a flashing light , or enable user selection between either configuration . although the above provides a full and complete disclosure of the preferred embodiments of the invention , various modifications , combinations , alternate constructions and equivalents will occur to those skilled in the art . it is intended that all matters in the foregoing description and shown in the accompanying drawings be interpreted as illustrative and not in a limiting sense . therefore the above should not be construed as limiting the invention , which is defined by the appended claims and their legal equivalence .
a relationship status bracelet includes a housing , a circumferential band , and a relationship indicating electronic circuit . the housing provides an enclosure having a circumferential sidewall , a top surface , and an opposing bottom surface . the relationship indicating electronic circuit includes a microprocessor comprising programming to operate in accordance with the desired functionality , a portable power source , at least one light emitting device enabling illumination of the device in a sequence of at least two colors to convey a meaning to others . the user can advance through the sequence of established colors by cycling engagement between a magnet and a magnetic switch . the magnetic switch toggles an electrical circuit signaling the electronic circuit assembly to advance through the sequence of established colors until a desired color is activated . the last step of the sequence would terminate operation of the relationship status bracelet .