example embodiments , as described below , may be used to provide a method , an apparatus and / or a system of portable light restoration helmet . although the present embodiments have been described with reference to specific example embodiments , it will be evident that various modifications and changes may be made to these embodiments without departing from the broader spirit and scope of the various embodiments . fig1 illustrates a front view ( fig1 a ) and back view ( fig1 b ) of helmet according to an embodiment of the present invention . the invention provides swappable - zoned flexible helmet ( 100 ) which is able to substantially increase the amount of energy and simultaneously stimulate the scalp muscles deep within the cranial theca . these swappable zones include light emitting devices such as led , laser diode or vertical - cavity surface - emitting laser ( vcsel ) devices for the therapeutic treatment of scalp . by creating these , swappable zones , the lasers diodes or leds or vcsel have more power and energy to therapeutically increase the follicle stimulating benefits of lllt ( low level laser therapy or low level led therapy ) for hair loss . the added benefits of this extra stimulation create more production of nitric oxide , s . o . d ., as well as increased atp production in each of the scalp cells . another embodiment of the present a flexible helmet ( 100 ) or head covering ( 100 ) which is cost effective , efficient and safer to use which allows the user to maximize the effects of the , laser or leds or vcsel and the stimulation of the scalp muscles in order to generate the most amount of hair in the shortest amount of time . fig2 illustrates an inner view helmet ( 201 ) according to another embodiment of the present invention . the flexible helmet ( 201 ) is designed with about 25 - 300 tiny light emitting devices ( 201 ) such as laser diode , led or vcsel that project an unfocused laser light onto the scalp of a hair loss subject . the 25 - 300 tiny lasers , led or vcsel devices ( 201 ) lights are fixed into specially designed flexible helmet ( 201 ) in matching the head contour . these laser diode led or vcsel lights get absorbed by the scalp and the longer a person wears the flexible helmet , the more energy the scalp tissue absorbs . this absorbed energy is measured in joules per centimeter square . the optimum energy delivered to the scalp should be between 3 - 6 joules in a given session but our disco and findings suggest that substantial improvements in hair growth is experienced when the scalp has absorbed about 4 - 6 joles / cm & lt ; 2 & gt ; of energy . laser or led efficacy is calculated by using the following formula : the flexible helmet ( 100 ) stimulates the scalp muscles using specific zones of laser diodes , led or vcsel devices ( 202 ). it is provided with the three unique treatment zones for maximum treatment and more effective method to treat bald areas . to be more specific , when all of the 25 or so lasers / leds / vcsel ( 202 ) are turned on and bio - stimulating the entire scalp , most users can tolerate along therapy session of typically up to 45 minutes , but when the laser diodes or leds or vcsel ( 202 ) are separated into three unique zones namely , frontal scalp , parietal scalp and temporal scalp ( 300 / 3 ), and only one zone is turned on at a time for up to 20 minutes at a time , the user experiences an intense stimulation of their scalp muscles to the point where it is almost intolerable beyond 20 minutes each given zone which results in the bringing of more blood to the whole cranial area ( skin on the scalp where the follicles resides ). it strengthens the walls of the capillaries that nourish the hair follicles , and it increases the flexibility and elasticity of the whole scalp treating the males and females pattern baldness . the flexible helmet ( 201 ) is a lightweight apparatus weighing less than 3 lbs making it easy and comfortable for usage . in a further embodiment of the present invention , the flexible helmet ( 201 ) has a display system which shows timer per session and total laser or led or vcsel devices treatment time . it is powered with the battery with ac charger ( 110v / 220v ). the apparatus is wire free having minimal wiring with the wireless remote control system . the flexible helmet ( 201 ) have multiple zones ( three zones , namely frontal scalp , parietal scalp and temporal scalp ) which will allow the user to select which part of the scalp will be treated , allowing more power and treatment time for those areas which are destined to and simultaneously eliminating the undesired exposure of the other areas . in another embodiment of the present invention , the flexible et device has control mechanism to on / off a specific zone and sensing unit for sensing the user scalp . the sensing unit in the flexible helmet has plurality of sensors such as proximity sensor and heat sensor . the proximity sensor causes the lasers or leds or vcsel ( 202 ) devices to turn on when it senses the scalp otherwise will remain off until user wears the flexible helmet while the heat sensor of the flexible helmet regulates the temperature on scalp . the distance from laser or led or vcsel to scalp will determine the coverage and effective hot spots . in a further embodiment of the present invention , the uniform distance between scalp and flexible helmet ( 201 ) is maintained by using 1 cm spacer . the apparatus is equipped with an adjustable timer and alarm for session . the flexible helmet ( 100 ) has shown to provide increased hair growth , shinier hair , denser hair and healthier scalp using no medication and zero side - effects . in a preferred embodiment , the flexible helmet ( 100 ) weighing 2 lbs attached with 25 - 300 tiny laser diodes or leds or vcsels is used to fit in the head size to cover the top of the head or the crown area ( up to norwood 5 a ) projecting an unfocused laser or led light onto the scalp which bio - stimulate the scalp and encourages hair growth . in another embodiment of the present invention , a matrix of spacer that keeps the laser or led lights from a human scalp for a specified distance . the flexible helmet is attached with the ac charger of 110v . the proximity sensor causes the lasers or leds to turn on when it senses the scalp while the heat sensor regulates temperature on scalp . the alarm rings up after the completion of adjusted time for the session . the flexible helmet ( 100 ) user will start seeing significant results within 10 weeks and greatest results by 3 [ ½ ] months . fig3 illustrates the connection of laser or led diode or vcsel devices and cables to shell and platform according to another embodiment of the present invention . each laser or led or vcsel ( 303 ) is connected in the center of the shell . laser or led diode or vcsels shell has a spacer ( 304 ) and a small lever ( 302 ), laser or led diode ( 303 ) and connection terminal point ( 302 ). the size of spacer ( 304 ) is keeps 1 cm for the effective treatment of scalp . spacer ( 304 ) maintains the even distance between the laser or led or vcsel and scalp . terminal point ( 301 ) is used to connect a shell with the others shell module and the power supply . each shell has lever ( 302 ), which is used to connect module to helmet platform . such 25 - 300 tiny lasers or 25 - 300 led or 25 - 300 vcsel modules are fitted in the helmet . when these laser or led or vcsel are turns on , it produces light in the region ( 305 ) which covers 1 . 76 cm & lt ; 2 & gt ; areas ( 306 ) of scalp . each module is connected in a configuration so that it is swappable with the modules of other zone . fig4 illustrates a top view of human scalp according to another embodiment of present invention , which reflects different part of scalp such as front scalp , temporal scalp and frontal scalp zone , each parts represent a particular zone of scalp . fig5 illustrates a laser diode diffusion pattern according to another embodiment of present invention . in the present invention laser or led diode module produces light in 1 . 76 cm & lt ; 2 & gt ; area of scalp and distance of module is maintained by a 1 cm spacer for the effective treatment of scalp . the helmet aids to normalize the scalp conditions mostly ( dandruff , seborrhea dermatitis , itch etc .). another embodiment of the present invention is to provide the flexible helmet device which helps in the decrease shedding of hair and allow hairs to grow faster , thicker and stronger ( tensile strength ) with an added advantage of reverse miniaturization . the present invention provides re - growth of dormant follicles and is proven out to be more manageable . the new zone - based laser or led or vcsel stimulation could also be effective for tightening the surface skin of the scalp , temple and face area for other cosmetic applications because of more production of nitric oxide , superoxide dismutase , as well as increased atp production in each of the scalp cells . the flexible helmet has other benefits of convenience factor ( i . e . medical facility visits are not needed any more ) and can be used privately . the device is safest during usage as most laser or led restoration devices can be harmful , if used carelessly . the apparatus can be used in any of the comfortable places like home , bed , couch , bathroom etc ., may be in a car or during work , clinic etc . the flexible helmet device fits any head size and is adjustable . it covers the top of head or crown area ( up to norwood 5 a ). in a further embodiment of the present invention , the user wears the flexible helmet 3 times a week for a minimum of 20 minutes per session ( adjustable ). the present invention provides a cost effective solution for male pattern baldness or female pattern baldness . although the present embodiments have been described with reference to specific example embodiments , it will be evident that various modifications and changes may be made to these embodiments without departing from the broader spirit and scope of the various embodiments . for example , the various devices and modules described herein may be enabled and operated using hardware circuitry , firmware , software or any combination of hardware , firmware , and software ( e . g ., embodied in a machine readable medium ). for example , the various electrical structure and methods may be embodied using transistors , logic gates , and electrical circuits ( e . g ., application specific integrated ( asic ) circuitry and / or in digital signal processor ( dsp ) circuitry ). in addition , it will be appreciated that the various operations , processes , and methods disclosed herein may be embodied in a machine - readable medium and / or a machine accessible medium compatible with a data processing system ( e . g ., a computer devices ), and may be performed in any order ( e . g ., including using means for achieving the various operations ). accordingly , the specification and drawings are to be regarded in an illustrative rather than a restrictive sense .
a method includes sensing a data uniquely associated with an external environment of a user of a data processing device through a sensor associated with the data processing device and / or the data processing device . the method also includes personalizing an operating environment of the data processing device based on the sensed data .