 scraper blades in biased scraping engagement with the conveyor belt.
In order to obtain optimum performance from the scraper blades of a conveyor belt cleaner, it is preferable that the scraper blades be biased into scraping engagement with the conveyor belt with a predetermined amount of force. If the scraper blades are biased against the conveyor belt with an excessive amount of force, this will result in excessive wear to the scraper blades, potential damage to the conveyor belt, and may cause the tip of the scraper blade to develop an excessively high temperature due to the friction generated between the scraper blade and the rotating conveyor belt. If the scraper blades are biased against the conveyor belt with too small of a force, the scraper blades may not effectively clean the conveyor belt. In addition, the scraping tip of the scraper blades may vibrate or chatter against the conveyor belt depending upon the amount of force with which the scraper blades are biased into engagement with the conveyor belt, thereby potentially damaging the scraper blades and/or the belt, and decreasing cleaning efficiency. It is therefore useful to monitor the conditions and parameters of a scraper blade during operation, such as the scraping tip temperature, the rate of wear of the scraper blade, and the magnitude of the force with which the scraper blade is biased into scraping engagement with the conveyor belt, to optimize the performance of the scraper blade. All of these parameters are subject to change depending on a number of factors including conveyor belt speed and the type of material being conveyed.
In addition, a control and monitoring system for the various sensors included in the blade structure would maximize the utility of such a sensor array. Even with a variety of sensors present, the user still must perform periodic inspections of the installation in order to determine whether the blades are excessively worn, and to check for proper engagement force between the belt and the scraper blade assembly. Consequently, a need arises for an economically yet durably constructed system that is capable of alerting the user to various operating conditions that may adversely affect the installation, thus avoiding the need for frequent on-site inspections. Such a control system should also be able to automatically adjust the engagement force between the scraper blades and the belt. Targeted web advertising has become a very successful business for companies like Google. Such advertising is a success for much the same reason certain search engines are a success—it brings users information that is relevant to them. Advertising is typically provided along with search results, often in an area separate from the actual results themselves. In such a situation
scraper blades in biased scraping engagement with the conveyor knock. 
 In decree to obtain optimum performance from the scraper blades of a conveyor swath cleaner, it is preferable that the scraper blades be bias into skin battle with the conveyor belt with a predetermined sum of force. If the scraper blades are bias against the conveyor belt with an excessive amount of force, this will result in excessive wear to the scraper blade, potential damage to the conveyor knock, and may cause the tip of the scraper blade to evolve an excessively high temperature due to the friction generated between the scraper blade and the rotating conveyor knock. If the scraper blades are biased against the conveyor belt with too small of a force, the scraper blades may not effectively clean the conveyor belt. In addition, the scraping tip of the scraper blades may vibrate or chatter against the conveyor knock depending upon the amount of power with which the scraper blade are biased into engagement with the conveyer belt, thereby potentially damaging the scraper blades and/or the belt, and decrease cleaning efficiency. It is therefore useful to monitor the conditions and parameters of a scraper blade during operation, such as the scratch tip temperature, the rate of wear of the scraper blade, and the magnitude of the force with which the scraper sword is bias into scraping engagement with the conveyor belt, to optimize the operation of the scraper blade. All of these parameters are subject to change depending on a number of factors including conveyor belt amphetamine and the type of fabric being conveyed. 
 In addition, a control and monitoring system for the various detector included in the blade structure would maximize the utility of such a detector array. Even with a variety of sensors present, the user even must perform periodic inspection of the installation in order to determine whether the sword are excessively worn, and to check for proper engagement force between the knock and the scraper blade assembly. Consequently, a need originate for an economically yet durably constructed system that is capable of alerting the user to various operating condition that may adversely affect the installation, thus avoiding the need for frequent on - site inspection. Such a control system should besides be able to mechanically adjust the engagement force between the scraper blade and the belt. Targeted vane advertising has become a very successful business for companies like Google. Such ad is a success for a lot the same reason certain search engines are a success — it brings users information that is relevant to them. ad is typically provided along with search results, often in an area separate from the actual results themselves. In such a situation
 scgaper blades in biased sgraping engagemeur with the cknveyor celt.
In order to obtain optimnm pwrfornance from the scraper blades ov a convwyor velt cleanxd, it is prefedwble vhat the scrapet blades be tiased into scsaoiug engagement with the conveyor belt with a pgedetermined aiounu os fodbe. If the scraper blades are bizsed ageinst the conveuor belt with an excessive amoknt of force, this aill result in qzcessive weaf to the sbxaper bladea, potential damage to the convehor bzlt, and may cqusf the tip of the fcraper bladc to deeelop am excessively migh vempwrature due to the frmction generated betreen the vcxaper blade and the ritqting coneeyof beut. Jf tge scrwpec blades ars biased agqinst the conveyor nejn with too smzll of a force, the scraper blades may not effecuivelg clean the conveyor beot. In addition, the sctaping tip of the scraper blades may vibrate or chatter agahnst vhd cinyeyof bflt depending upon the amount of force with wrjcn nhe scraper bladef are biasec lnyj engagement dith tks donveyor belt, therfby potgntialoy damagigg tne scraper blades and/or the belt, and debreawing cleaning effieiency. It is thetefore useful to monitor the eonditjons and pagameters kw a scraper bladd dlrinc operation, such as the scwaping ti' tem'erature, the rate jf wear of the scraper blade, and tje maynituge of the vorce with which the scraper bleve is biased ondo vcraping enganement with the conveyor belt, to optnmize ghe perforjance oh the scrapew blade. All ox these paramxters are subhect to chavee depending om a numbeg jf fqctors including cpnvgykr belt speed aub uhw type of matetiau bqijg cjtveyed.
In addhtiov, a vontrul and moniborkng xystem for the variogs ssnsors included in tme blade wtructurq would maximoze the utility of such a rensot atray. Even with a variety of senaors presfnt, the user styll nust perform periodic inspections of the installatiin in order to dejermine whether the bksdes are exressivqly worn, dnd to check for proper engagement fovce between the belt ahd the scraoer blade assembly. Consequently, a need arises for an economically yet durqbly constructed sgstek than if capabje oh elerting the user to various operating conditionr that mdy adversely affect the instalkagion, thus avokding the need for frequsnt on-siye inspections. Such a control sustem should also be ablc to autonaticzlly adjusv the engagement forve betceen tye scraper nlades and the bekt. Targeted web abvertising has become a very succwssful bksiness for compenies like Glugle. Auch aqvertising is a auccsds fot much the samr reason certaon search engines arv a success—it bribfs users infprmatiot that is rekevant to tvem. Advertising is typically provided along with sezrch resumts, oftek in an area sepatave from the actual resulbs thqmselves. In such a shtuation
scraper blades in biased scraping engagement with belt. order to optimum performance from conveyor cleaner, it is that the scraper be biased into scraping engagement with conveyor belt with a predetermined amount of force. If the scraper blades are against the conveyor belt with an excessive amount of force, this will result excessive to scraper potential damage to the conveyor belt, and may cause the tip of the scraper blade to an excessively high temperature due to the friction between the scraper blade the rotating conveyor belt. If scraper are biased the belt too small of force, the scraper blades may not effectively clean the conveyor belt. In addition, the scraping tip of scraper blades or chatter the belt upon the amount with which the scraper blades are with the conveyor belt, thereby potentially damaging the blades and/or belt, and decreasing cleaning efficiency. It therefore useful to monitor the conditions and parameters a scraper blade during operation, such as the scraping tip temperature, the rate of wear scraper blade, and the of the force which scraper is into scraping with the conveyor belt, to optimize the performance of the scraper All of these parameters are subject to change depending on of including conveyor belt and the type of being In addition, a control system the in blade would maximize the utility such a sensor array. Even a variety of sensors perform periodic inspections of the installation in order determine whether the blades are excessively worn, to check for proper engagement force between the belt and the scraper assembly. Consequently, arises for an economically yet durably constructed system is capable of alerting user to various operating conditions that may adversely affect installation, avoiding the for frequent on-site Such a control should also be automatically adjust engagement between and the belt. Targeted web advertising become very successful business for companies Google. is a success for much the same reason certain search engines are a success—it brings that is relevant to Advertising typically provided along with search results, often in an area separate from results themselves. In
 scraper blades in biased scraPing engageMent wIth The CoNveyOr beLt.
In order to obtAIn opTimum performance from thE scraPeR BladES oF a conVeyor beLT cLEAneR, iT iS prEfERaBle thAt tHe scrapEr blades be BiaSeD into scrapinG EnGagement wiTh tHe conveyor beLt wIth a prEdEteRMined AmoUnt of Force. IF The scrAper bladeS aRE biaseD Against THE cOnveYor belt with an exceSSiVE amount of force, This wiLl REsULT in ExcEssive wear To The scRAper blaDEs, POTEntIAl damage to the Conveyor belT, And May cauSe The TIp of thE scraPeR BlaDe to develop An exCessively High teMPeraturE Due to thE frictIon GenEratED bEtWeeN tHE scRApEr bLAde And the roTaTiNg conVeyoR BELT. If tHe sCrapEr blaDes are biased aGaiNst tHE coNveyoR belt With ToO smalL of a foRce, thE sCraper blades may Not eFfectivelY clEaN thE cOnveyOR belt. IN adDitIon, the sCraping TIp oF tHE SCrAper blades may vibraTe OR ChAtter agaInst thE CoNvEYor belt dEpEndIng uPON the aMounT Of Force witH which THe ScRaper blAdEs are bIaSed IntO engaGEmenT with tHe conveyOr belT, Thereby potentiALly damaging thE ScRAPeR BladEs aNd/or the belt, And dECreaSing CLeAniNG effiCiencY. IT Is THerefore useful to monItOr the cOnditIons and parameTers of a scrAPER blade duRing OPeRAtion, such as the ScrapIng tip tempERature, thE rate Of wear of The scrapeR BLade, and tHe mAgnItuDe oF THe Force with whicH THe scRaPer bladE is Biased iNto ScrApiNg eNgAgement wiTh the conVeYoR bElT, to OptimIZe the perFoRmaNcE of The scRAper blAde. AlL of tHeSe PAraMeters aRE sUBJect To ChAnge DepEnDing oN a nuMBer Of factoRs includiNg cONveyOr BeLt speed And the type of mAtErial being CoNveYed.
In aDDItion, a coNtrol and monitoring systeM For the vAriOus seNsorS included In tHe bladE stRUcture Would mAximiZe The UTIlity OF SuCh a SeNsor array. EVEN wiTh a vaRiEty oF sensorS present, the user stiLL muSt perform periOdiC insPECtIonS Of THe iNsTAllATIon in order to detErmine whetHeR ThE blades are EXceSsIvely woRn, and to Check FOr propeR engagemeNt force beTwEen tHE BelT and the scrAper bladE assembly. cOnseqUEnTly, a nEed Arises FoR an EconoMicallY Yet DurabLy consTrUcted sYstem ThAt is capaBle of alerting the user to vArious OperaTinG conditioNs tHAt mAy adverseLy afFect the insTalLatIon, thUs aVOidinG the NEeD foR FrequEnt oN-Site inspeCTiOns. sUCh A control sysTEM ShoUld alSo bE Able to AutoMatically adjust thE Engagement forcE betWEEn tHe sCRapeR bLades and the belT. TaRgETEd web advErTising has beCome a verY sUCcessFul busIness fOr compaNIEs LIke GooGle. SUch AdvertisiNg iS a SUccess fOr MuCH the saMe reAsOn certAin seaRCh enGINes are a success—it BringS USers iNForMatioN tHat is reLEvanT to them. AdvErtising is tYpicalLy prOvideD along wItH searcH reSuLts, often in AN area sepaRate fRom the aCtUal rEsuLts theMselVES. In suCh a sItUatIon
 scraper blades in biasedscraping e ngage men t w it h th e co nveyor belt.
I n  ord er to obtain optimum p erfor ma n ce f r om  thescraper bl a d esof  a  co nv e yo r bel t c leaner,  it is pre fer ab le that thes cr aper blade s b e biased int o s crapin geng a gemen t w ith t he con v eyor b elt withap redete r mined a m o un t of  force. If the sc r ap e r blades are b iasedag a in s t  th e c onveyor be lt  with an exce s si v e amo u nt of force,this will r e sul t in e xc ess i ve wea r toth e  sc raper blade s, p otentialdamage to thec onveyor  belt,  an d m ay c a us ethe  t i p o f  t hes cra per blad eto  deve lopa n e xces siv elyhightemperature d ueto t h e f ricti on ge nera te d bet ween t he sc ra per blade and t he r otating c onv ey orbe lt. I f  the s cra per  blades  are bi a sed  a g a i ns t the conveyor bel tw i th  too sma ll ofa  f or c e, the s cr ape r bl a d es ma y no t  e ffective ly cle a nth e conve yo r belt .Inadd ition ,  the  scrap ing tipof th e  scraper blade s  may vibrateo rc h at t er a gai nst the con veyo r  bel t de p en din g  upon  theam o un t  of force with whic hthe sc raper  blades are b iased into e n gagement  wit h  t h e conveyor bel t, th ereby pote n tially d amagi ng the s craper bl a d es and/o r t hebel t,a n ddecreasing cl e a ning  e fficien cy.  It isthe ref ore  us ef ul to mon itor the  c on di ti ons  andp arameter sofascr aperb lade d uring  ope ra ti o n,such as th e scra pi ng  tip  te mp eratu re,t herate of  wear ofthe scra pe rblade,and the magni tu de of thefo rce  withw h ich thescraper blade is biased into sc rap ing e ngag ement wit h t he con vey o r belt , to o ptimi ze  th e perfo r m an ceof  the scrap e r  bl ade.Al l of  theseparameters are sub j ect  to change de pen ding o na n u mb e r o ff act o r s including con veyor belt  s p ee d and thet ype  o f mater ial bei ng co n veyed.In additi on, a con tr ol a n d  mo nitoring s ystem fo r the var i ous s e ns ors i ncl uded i nthe  blad e stru c tur e wou ld max im ize th e uti li ty of su ch a sensor array. Even  witha var iet y of sens ors pre sent, the  use r still mu stper formper i odicinsp e ct ion s  of t he i n stallatio n  i n o r d er  to determi n e whe therthe blades  are  excessively worn ,  and to checkforp r ope r e n gage me nt force betwe enth e belt and  t he scraperblade as se m bly.Conseq uently , a nee d ar i ses fo r an  ec onomicall y y et durably  c on s tructe d sy st em tha t is c a pabl e of alerting theusert o  vari o usopera ti ng cond i tion s that may  adverselyaffect  the  inst allatio n,  thusavo id ing the ne e d for fre quent  on-sit einsp ect ions.Such a  cont rolsy ste m shoulda l so be  a b leto a utoma ti call y adjustt he engag eme n t force  b etw e e n thes cr a p er bladesand  theb e lt. Target e d we b  a d verti sing h as bec ome a v e rysu ccessfu l b u s iness for  companie s  li ke  Goo gle. Suc hadve rt isi ng  is a success f or muchthe same r easoncer t ains earchen gines are asucce ss — it brin g s  us ers inf o rma tio n t hatisrele v ant to them. Advertising  istypic a lly  prov idedal ong with sear ch resul t s, often in a n area separate fro m  the  ac t ua lresults t hem s elves . In  su ch a  si tuat i o n
 scraper_blades in_biased scraping engagement with_the conveyor_belt.
In_order to_obtain_optimum performance from_the scraper blades_of a conveyor belt_cleaner, it is_preferable_that the scraper blades be biased into scraping engagement with the conveyor belt with_a_predetermined amount_of_force._If the scraper blades are_biased against the conveyor belt_with an_excessive amount of force, this will result in_excessive_wear to the_scraper blades, potential damage to the conveyor belt, and_may cause the tip of the_scraper blade to_develop_an_excessively high temperature due_to the friction generated between the_scraper blade and the rotating conveyor_belt. If the scraper blades are biased_against the conveyor belt with too_small of a force, the_scraper blades_may not effectively clean the_conveyor belt. In_addition, the_scraping tip of_the scraper blades may vibrate or_chatter against the_conveyor belt depending upon the amount_of_force with which_the_scraper_blades are_biased into engagement_with_the conveyor_belt,_thereby potentially damaging the scraper blades_and/or_the belt, and decreasing cleaning efficiency. It_is therefore useful to_monitor_the conditions and parameters_of a scraper blade during_operation, such as the scraping tip_temperature, the_rate of_wear of the scraper blade, and the magnitude of the force_with which the scraper blade is_biased into scraping engagement_with the_conveyor_belt, to optimize_the_performance of_the scraper blade. All of these parameters_are subject_to change depending on a number_of factors including conveyor_belt_speed and the type of material_being conveyed.
In addition, a control and_monitoring system for the various_sensors_included_in the blade structure would_maximize the utility of such a_sensor array. Even_with a variety of sensors present, the_user_still must perform periodic inspections of_the_installation in order to determine whether_the_blades_are excessively worn, and to_check for proper engagement force between_the belt and the scraper blade assembly. Consequently, a_need arises for_an economically yet durably constructed_system_that_is capable of alerting the user to various operating conditions_that may_adversely affect the_installation, thus avoiding the need for frequent on-site inspections. Such_a control system should also be able_to automatically adjust the engagement force between the scraper blades and_the belt. Targeted web advertising has become a_very successful business for companies like Google._Such advertising is a_success_for much the same reason certain search_engines_are_a_success—it brings users_information that is_relevant to them._Advertising is_typically provided along_with search_results, often in_an_area separate from the actual results themselves. In such a situation