 to again play voice instructions every actuation.
Further objects include a dispenser, whereby the system provides audio guidance to proper washing intervals for the visually impaired. The instructions can aid those with visual difficulty in properly washing and provide other information specific to the facility.
Yet a further object is incorporating a means of actuating the sequence. In a preferred embodiment, a Hall effect sensor is triggered each time the pushbar containing a magnet is actuated to dispense liquid cleansers. The sensor can trigger the start of the washing process, and also serve to track the number of usages of the individual actuations of the lever bar. Hall effect sensors are well known in the art and are triggered by introducing a magnetic field in close proximity to the sensor.
And yet one further object is to monitor the amount of liquid cleanser in the dispenser by keeping track of the usages number. By knowing the amount of liquid in the dispenser and the amount metered out on each application, a simple processor calculation can approximate the amount of liquid and the remaining number of usages. An appropriate message can be communicated to ensure the dispenser is always adequately filled.
An object of the invention is to provide an actuation means such as a mechanical plunger, magnetic sensor, or spring assembly to actuate the timing mechanism. A preferred embodiment uses a magnet and a Hall effect sensor. Other electronic means include optical, ultrasound, or thermal sensing. The optical means encompasses a typical beam-breaking technology, while the ultrasound relies upon the reflected waves to trigger the event.
The simple electronic components are powered by a small battery, preferably lithium, for longer lasting duration. A further power source is gel pack batteries, wherein the smaller profile and longer lasting life would be a beneficial factor. Once again, the dispenser of the present embodiment does not require a power source to operate, and functions without any power applied to the unit. The power source is used for communicating the washing instructions, providing visual progress feedback, and recording and reporting number of usages.
An object of the invention is a tracking function for the number of usages in order for a supervisor to make an assessment of whether the employees are complying with the recommended guidelines. The number of usages also allows the supervisor to assess the dispenser as a teaching tool for assisting users in washing. The number of usages information is known only to the supervisor who resets the counter until the next inspection. The usage number is communicated by the dispenser aural output.
There are also means of
to again play voice instructions every actuation. 
 Further object admit a dispenser, whereby the system provides audio steering to proper washing interval for the visually impaired. The instructions can help those with visual difficulty in by rights wash and provide early information specific to the facility. 
 Yet a further object is incorporating a mean of actuating the sequence. In a preferable embodiment, a Hall effect detector is triggered each time the pushbar containing a attraction is actuated to dispense liquid cleansers. The sensor can trip the start of the laundry process, and also serve to chase the number of usages of the individual actuations of the lever bar. Hall effect sensors are well known in the art and are triggered by introducing a magnetic field in close proximity to the sensor. 
 And yet one further object is to monitor the amount of melted cleanser in the dispenser by keeping cut of the usage number. By knowing the amount of liquid in the dispenser and the sum metered out on each application, a simple processor calculation can estimate the amount of liquid and the remaining number of usages. An appropriate message can be communicated to ensure the dispenser is always adequately filled. 
 An object of the invention is to provide an actuation means such as a mechanical piston, magnetic detector, or give assembly to actuate the timing mechanism. A preferred embodiment practice a magnet and a Hall effect sensor. Other electronic means include optical, ultrasound, or thermal detection. The optical means encompasses a typical beam - break technology, while the sonography relies upon the reflected waves to trigger the consequence. 
 The simple electronic components are powered by a little battery, preferably lithium, for longer survive duration. A further power source is gel pack batteries, wherein the smaller profile and longer lasting life would be a beneficial component. Once again, the dispenser of the present embodiment does not require a ability source to operate, and functions without any power applied to the unit. The exponent source is used for communicating the washing instructions, providing visual advancement feedback, and recording and reporting number of usages. 
 An object of the invention is a tracking function for the number of usages in ordering for a supervisor to make an assessment of whether the employee are complying with the recommend guidelines. The number of usages besides allows the supervisor to assess the dispenser as a teaching tool for assisting users in wash. The number of usages information is known only to the supervisor who reset the counter until the next inspection. The usage number is communicated by the dispenser aural output. 
 There are also means of
 to again play voice instrugtions every actoarion.
Fucther ogjects ivclude a dispenser, whereby tie ststem provides audio guidanze to proier washibg iitervals for the visualln impzlred. Chx instructions gan aid thove with visual dkfyiculty in properly washing and provyde othrr information skecifpc to fhe facility.
Yet a further object ia incorkorating a means og actuating the sequence. Ij a oreferred embodimejt, a Hall edfece sensor is tfiggered each time the pushbar containing a magnet is actucted to diskzbse niquid cleaisers. Nhe sensor cak triggar the xtart of the wsshmng process, and also servx to track the numbet of usagev kf the individual axtuathons of gye uevtr uar. Hall fffxct sensors are well kbown in the art and awv triggered bg intrjdtcing a magnetic field in close proximiuy to the sensor.
And yet one durther object is to lonitor tre amount of liquid cleanser in the dispenser by neepiig trcgh if the usages number. By knowing the amount of lysuod in the dispenfer and the aloigt metered ouj on eaeg zpplication, a simppe procgssor xalculatijn csn approximate the amount od liquid and rhe remaining numbzr of usages. An spprolriate message can be cummuhicated to fnsure ths dispenser is aldayx ddequately filled.
An object of the iiventnon is tu prpvide wn actuatiln means such as a mechajical pnunger, magjetic sensor, or spring assembly to actuate thg thmitg mechauism. A preferred emfodiment uses c magnet and x Hall effvct sensoc. Other eleceronic means hjclude opticel, ultrasjund, or rhermal rensing. The opyical meauf enxompasses a typicak bgaj-breaking techniloty, while the ulyrarougd rxlies gpon the refnectdd dsves go trigger bhe evemt.
The simple electrotic domponents are powrrcd by a snall bateery, preferabky lithium, for lonher lesting durayiog. A further power source is gem pack bahtevies, wherein ehe wmaller profnle and longer lasting life would be a bxneficial factor. Once atain, the dispenser pn the presenv emboqiment doas not require a powwr source to operste, and functions witgout aty poaer applied to the unit. The power source is used for communicating the wawhing mnftructions, lrovoding vnsucl progwess heedback, and recogding and reporting number of useges.
An objacc of the invention is a trackone function fot the number of usages in krder fot a supervisor to make an assesxment of whether the empkoyees aee cojplying wivh the recommended giideliues. Thw numbee of usages also xllpwd the supfrvixox to assess the dispenser as a teqching tlol for assistinj users in wwrhing. The nomber of usages ihforjwtion is known onlu to the superfisor who resets the cjunter until tyv next inspecjion. The usage numbec is communiwated by the dispenser aural output.
There are also mgans of
to again play voice instructions every actuation. include dispenser, whereby system provides audio for visually impaired. The can aid those visual difficulty in properly washing and other information specific to the facility. Yet a further object is incorporating a of actuating the sequence. In a preferred embodiment, a Hall effect sensor is each the containing magnet is actuated to dispense liquid cleansers. The sensor can trigger the start of the washing and also serve to track the number of of the individual actuations the lever bar. Hall effect are known in art are by introducing a field in close proximity to the sensor. And yet one further object is to monitor the amount liquid cleanser dispenser by track the number. By knowing of liquid in the dispenser and out on each application, a simple processor calculation approximate the of liquid and the remaining number usages. An appropriate message can be communicated to the dispenser is always adequately filled. An object of the invention is to provide an such as a mechanical magnetic sensor, or assembly actuate timing A preferred uses a magnet and a Hall effect sensor. Other electronic means optical, ultrasound, or thermal sensing. The optical means encompasses a technology, the ultrasound relies the reflected waves to the The simple electronic components by small for lasting A further power source gel pack batteries, wherein the profile and longer lasting factor. Once again, the dispenser of the present does not require a power source to and functions without any power applied to the unit. The power source used for washing instructions, providing visual progress feedback, and recording reporting number of usages. object of the invention is a tracking function for number usages in for a supervisor make an assessment whether the employees with the guidelines. number allows the supervisor to assess the as teaching tool for assisting users washing. of usages information is known only to the supervisor who resets the counter until the The usage number is by dispenser aural output. There are also means of
 to again play voice instructiOns every acTuatiOn.
FUrtHeR objEcts Include a dispenSEr, whEreby the system provides Audio GuIDancE To PropeR washinG InTERvaLs FoR thE vISuAlly iMpaIred. The InstructioNs cAn Aid those with VIsUal difficuLty In properly waShiNg and pRoVidE Other InfOrmatIon speCIfic to The faciliTy.
yEt a furTHer objeCT Is IncoRporating a means of ACtUAting the sequenCe. In a pReFErRED emBodIment, a Hall EfFect sENsor is tRIgGEREd eACh time the pushBar containiNG a mAgnet iS aCtuATed to dIspenSe LIquId cleansers. the sEnsor can tRigger THe start OF the wasHing prOceSs, aNd alSO sErVe tO tRAck THe NumBEr oF usages oF tHe IndivIduaL ACTUatiOns Of thE leveR bar. Hall effecT seNsorS Are Well kNown iN the ArT and aRe trigGered By Introducing a magNetiC field in cLosE pRoxImIty to THe sensOr.
ANd yEt one fuRther obJEct Is TO MOnItor the amount of liqUiD CLeAnser in tHe dispENsEr BY keeping TrAck Of thE USages NumbER. BY knowing The amoUNt Of Liquid iN tHe dispEnSer And The amOUnt mEtered Out on eacH applICation, a simple pROcessor calculATiON CaN ApprOxiMate the amouNt of LIquiD and THe RemAIning NumbeR oF UsAGes. An appropriate mesSaGe can bE commUnicated to ensUre the dispENSEr is alwaYs adEQuATely filled.
An obJect oF the inventIOn is to prOvide An actuatIon means sUCH as a mechAniCal PluNgeR, MAgNetic sensor, or SPRing AsSembly tO acTuate thE tiMinG meChaNiSm. A preferRed embodImEnT uSeS a mAgnet ANd a Hall eFfEct SeNsoR. OtheR ElectrOnic mEans InClUDe oPtical, uLTrASOund, Or ThErmaL seNsIng. ThE optICal Means enCompasses A tyPIcal BeAm-BreakinG technology, whIlE the ultrasOuNd rElies uPON the reflEcted waves to trigger the eVEnt.
The sImpLe eleCtroNic componEntS are poWerED by a smAll batTery, pReFerABLy litHIUm, For LoNger lastinG DUraTion. A FuRtheR power sOurce is gel pack battERieS, wherein the smAllEr prOFIlE anD LoNGer LaSTinG LIfe would be a beneFicial factOr. oNcE again, the dISpeNsEr of the Present EmbodIMent doeS not requiRe a power sOuRce tO OPerAte, and funcTions witHout any poWEr appLIeD to thE unIt. The pOwEr sOurce Is used FOr cOmmunIcatinG tHe washIng inStRuctions, Providing visual progress FeedbaCk, and RecOrding and RepORtiNg number oF usaGes.
An objecT of The InvenTioN Is a trAckiNG fUncTIon foR the NUmber of usAGeS in ORDeR for a supervISOR to Make aN asSEssmenT of wHether the employeeS Are complying wiTh thE REcoMmeNDed gUiDelines. The numbEr oF uSAGes also aLlOws the superVisor to aSsESs the DispenSer as a TeachinG TOoL For assIstiNg uSers in wasHinG. THE number Of UsAGes infOrmaTiOn is knOwn onlY To thE SUpervisor who reseTs the COUnter UNtiL the nExT inspecTIon. THe usage numBer is communIcated By thE dispEnser auRaL outpuT.
ThErE are also meANs of
 to again play voice instr uctions ev ery a ctu ati on .
Fu rthe r objects incl u de a  dispenser, whereby th e sys te m  pro v id es au dio gui d an c e  to  p ro per  w a sh ing i nte rvals f or the vis ual ly  impaired. T h einstructio nscan aid thos e w ith vi su ald iffic ult y inproper l y wash ing and p ro v ide ot h er info r m at ionspecific to the f a ci l ity.
Yet a fur ther o bj e ct i s i nco rporatingameans of actu a ti n g the sequence. Ina preferred emb odimen t,  aH all ef fectse n sor  is trigger ed e ach timethe pu s hbar co n taining  a mag net  is  act u at ed  to  d i spe n se  li q uid  cleanse rs .The s enso r c a n tr igg er t he st art of the wa shi ng p r oce ss, a nd al so s er ve to  track  thenu mber of usagesof t he indivi dua lact ua tions of the  le ver  bar. H all eff e ctse n s o rs  are well known in  t h e  a rt and a re tri g ge re d  by intr od uci ng a m agnet ic f i el d in clo se pro x im it y to th esensor .And  ye t one furt her ob ject isto mo n itor the amoun t  of liquid cl e an s e ri n th e d ispenser by  kee p ingtrac k  o f t h e usa ges n um b er .  By knowing the amo un t of l iquid  in the dispe nser and t h e amount m eter e do ut on each app licat ion, a sim p le proce ssorcalculat ion can a p p roximate  th e a mou nto f  l iquid and the r emai ni ng numb erof usag es.  An  ap pro pr iate mess age canbe  c om mu nic atedt o ensure  t hedi spe nseri s alwa ys ad equa te ly fil led.
An ob j e ct o fth e in ven ti on is  top rov ide anactuation  me a ns s uc has a me chanical plun ge r, magneti csen sor, o r spring a ssembly to actuate thet iming m ech anism . Apreferred  em bodime ntu ses amagnet  andaHal l effec t se nso r.  Other ele c t ron ic me an s in clude o ptical, ultrasound ,  or  thermal sens ing . Th e op tic a lm ean se nco m p asses a typical  beam-brea ki n gtechnology ,  wh il e the u ltrasou nd re l ies upo n the ref lected wa ve s to t rig ger the ev ent.
The  simple e l ectro n ic  comp one nts ar epow eredby a s m all  batt ery, p re ferabl y lit hi um, forlonger lasting duration . A fu rther  po wer sourc e i s  ge l pack ba tter ies, where inthe  smal ler profi le a n dlon g er la stin g  life wou l dbea be neficial fa c t o r.Onceaga i n, the  dis penser of the pre s ent embodiment  doe s not  re q uire  a  power sourcetoop e r ate, and  f unctions wi thout an yp owerapplie d to t he unit . Th e  power  sou rce  is usedfor  c o mmunica ti ng the wa shin ginstru ctions ,  pro v i ding visual prog ressf e edbac k , a nd re co rding a n d re porting nu mber of usa ges.
A n ob jectof thein ventio n i sa tracking functionfor t he numb er  ofusa ges in  ord e r  fora su pe rvi sor to ma k e  a n  a ss e ssm entof wh et herthe emplo y ees arecom p lying w it h t h e  recom m en d e d guidelin es.  Then u mber of us a gesa ls o  allo ws the  super visor t o  as se ss thedis p e nser as a  teaching too lforassistin guser sinwa shing. The numb er of us ages inf o r mation  is know n  onlyto  the supervi sor w ho resetst h e c ounteru nti l t henext  in spec t ion. The usage number is  com munic a ted  by t he di sp enser au r al o utput.
T h ere are alsomeans of
 to_again play_voice instructions every actuation.
Further_objects include_a_dispenser, whereby_the_system provides audio_guidance to proper_washing intervals for the_visually impaired. The_instructions_can aid those with visual difficulty in properly washing and provide other information specific_to_the facility.
Yet_a_further_object is incorporating a means_of actuating the sequence. In_a preferred_embodiment, a Hall effect sensor is triggered each_time_the pushbar containing_a magnet is actuated to dispense liquid cleansers. The_sensor can trigger the start of_the washing process,_and_also_serve to track the_number of usages of the individual_actuations of the lever bar. Hall_effect sensors are well known in the_art and are triggered by introducing_a magnetic field in close_proximity to_the sensor.
And yet one further_object is to_monitor the_amount of liquid_cleanser in the dispenser by keeping_track of the_usages number. By knowing the amount_of_liquid in the_dispenser_and_the amount_metered out on_each_application, a_simple_processor calculation can approximate the amount_of_liquid and the remaining number of usages._An appropriate message can_be_communicated to ensure the_dispenser is always adequately filled.
An_object of the invention is to_provide an_actuation means_such as a mechanical plunger, magnetic sensor, or spring assembly to_actuate the timing mechanism. A preferred_embodiment uses a magnet_and a_Hall_effect sensor. Other_electronic_means include_optical, ultrasound, or thermal sensing. The optical_means encompasses_a typical beam-breaking technology, while the_ultrasound relies upon the_reflected_waves to trigger the event.
The simple_electronic components are powered by a_small battery, preferably lithium, for_longer_lasting_duration. A further power source_is gel pack batteries, wherein the_smaller profile and_longer lasting life would be a beneficial_factor._Once again, the dispenser of the_present_embodiment does not require a power_source_to_operate, and functions without any_power applied to the unit. The_power source is used for communicating the washing instructions,_providing visual progress_feedback, and recording and reporting_number_of_usages.
An object of the invention is a tracking function for_the number_of usages in_order for a supervisor to make an assessment of whether_the employees are complying with the recommended_guidelines. The number of usages also allows the supervisor to assess_the dispenser as a teaching tool for assisting_users in washing. The number of usages_information is known only_to_the supervisor who resets the counter until_the_next_inspection._The usage number_is communicated by_the dispenser aural_output.
There are_also means of