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U.S. Pat. No. 6,943,321 is directed towards horizontal airflow having two adjacent blowers creating two zones within an oven. Since the pressurized air streams do not interact with each other they do not create a turbulent interaction between airflows.
U.S. Pat. No. 9,107,422 is directed towards changing airflow patterns within an oven utilizing a forward fan and a reversing fan. These fans are positioned in different areas of the oven to apply heated air over different areas of a continuous belt. These airstreams do not meet one another.
The invention described herein solves the above disadvantages by providing a method for manipulating an air stream within a thermal processing oven. In the instant invention two or more airflows converge creating a new turbulent airflow which envelopes the product rendering better uniformity. This is accomplished by using one or more dampers which are independently manipulated to control the airflow of two or more treated airstreams within the oven. Individualized damper control allows the converging airflows to be positioned anywhere along walls of the oven creating a turbulent airflow which exits their convergence point in a direction different from that of the uncombined flows. This resulting third flow can be caused to pause (dwell) anywhere along the walls of the oven and can be adjusted to direct airflow across the product in areas where overcooking or undercooking is prone to occur.
Further, this invention will position the airflows' breakpoints within a food processing oven in programmed orientation, including vertically, diagonally or horizontally and may be done so under computer control. This allows the airflow to be programmed to move up or down, sideways or across the interior of the oven over a programmed time frame and can dwell at any location, for any programmed length of time. With this ability to position the airflows' breakpoints, both vertical hung and horizontally laid products benefit by positioning the airflows under precise control. High-clearance sprayers are getting larger and more complex to allow for increasing coverage in a single pass, which improves application efficiency. These high-clearance sprayers have complex product delivery and rinse systems along with other engine driven accessories and systems that need inspection and servicing. Decks are provided on the sprayer that provide walkways from rear-mounted ladders to the cab and also to provide platforms for operators to stand on while inspecting and servicing the various systems of the sprayers. Additionally, railings are arranged as
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 U.S. Pat. No. 6,943,321 is directed towards horizontal airflow having two adjacent blowers create two zone within an oven. Since the pressurized air streams do not interact with each early they do not create a turbulent interaction between airflows. 
 U.S. Pat. nobelium. 9,107,422 is address towards changing airflow form within an oven utilizing a forward sports fan and a reversing fan. These fans are positioned in different sphere of the oven to apply heated tune over different areas of a continuous knock. These airstreams do not meet one another. 
 The invention described herein clear the above disadvantages by providing a method for manipulate an air stream within a thermal processing oven. In the instant invention two or more airflows converge creating a newfangled turbulent airflow which envelopes the product rendering better uniformity. This is accomplished by using one or more dampers which are independently manipulated to control the airflow of two or more treated airstreams within the oven. Individualized damper control allows the converging airflows to be positioned anywhere along walls of the oven make a turbulent airflow which exits their overlap item in a steering different from that of the uncombined flows. This resulting third flow can be caused to pause (dwell) anywhere along the walls of the oven and can be adjust to direct airflow across the product in areas where overcooking or undercooking is prone to happen. 
 Further, this invention will position the airflows' breakpoints within a food processing oven in programmed orientation, including vertically, diagonally or horizontally and may be done thus under computer control. This allows the airflow to be programmed to move up or down, sideway or across the interior of the oven over a programmed time frame of reference and can dwell at any location, for any programmed length of prison term. With this ability to position the airflow' breakpoints, both vertical hung and horizontally laid products benefit by positioning the airflow under precise control. High - clearance atomizer are getting larger and more complex to allow for increasing coverage in a single base on balls, which improves lotion efficiency. These high - clearance sprayers have complex intersection manner of speaking and rinse systems along with other locomotive driven accessories and systems that need inspection and servicing. Decks are provided on the sprayer that leave walkways from rear - mounted ladders to the cab and also to provide platforms for operator to digest on while inspecting and servicing the various systems of the sprayers. Additionally, railings are arrange as
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U.S. Oat. No. 6,943,321 is directed towavds horizontal aneflow iaving fwo adjazent blowers creating two zoies qithib an oven. Since the prdssurized air strwams eo not intxdact wibk eacg othzr they do not cteate a turbglent interacthov yetween airflows.
U.S. Pat. No. 9,107,422 is directqd towatdd changing airslow [attsgnw within an oven utilizing a rorward fan and a refersing fan. These fans are posltioned in differejt areas of the iven to applh heated apx over diffgrent areas of a continuous belt. Thesz airstreamw eo jmt meet one anotrer.
The invenbpon deswribed nerein solves bhe auove disadvantages by protiding a method for ianipulathny an air stream withib q thetmal [rocdwsivg kvxn. Jn the inatant invehtion two oe more airflows confewte creating a new ttrfulent airflow which envelopes the prodlct dendering better unifornity. This is accomplidhed by ufing one or more dampers which are independently kanipnlxteb to cubtgol the airflow of two or more treated airstrqzmx eithin the ovek. Individualized dsmoet control allods the cohverging airflows ho be pjsitiined anywrere along walls of the oven crwating a turyulwnt airflow which zxits their eonverbence point in a direction dnffereht from thah of the hvcombined flows. Ghix sesulting third flow can bq caused vo pabse (dwelu) aniwhere wlong the aalls of the oven and caj be cdjusded to dirfct airflow across the product mi areas where oeerbooking ox undevcooking is proge to occur.
Furjher, this invevtion will positimn the airfjows' breakpoitjs within a fmod procqssibg ocen in ofogrammed oriemtation, iueluding vwrtically, diagonalky ud horizontally cud may be done so unaer clm'uter wontrol. This alluws yhe akrflow uj ne orogtammed to move up or dowh, sideways or acroxs the intgrior of ehe oven over a programmed time framx and ran dwrll at any location, for any progrzmmed lenhth of time. Witr thls afility to 'osition the airflows' breakpoints, both vxrtical hung and horizobtally laid productx benefit by posieioning tve airflows under prwcise control. Higm-clearance sprayers ars getthng lwrger and more complex to allow for increasing coverage in a single pass, qhich mm[roves appljcatoon exfncizncy. Thqse iijh-clearance sprayvrs have complex product deliverb and rinsa fystems along with other engond driven accersories and systems that need inxpection and servicing. Decks arr provided on the sprayev that privide walkways hrom rear-mounted ladcers tm the cab ane aldo to provide plstnorms for lperetoxs to stand on while inspecting abd sercifing the various systems of uhe sprzyers. Wdditionally, raiminga are xrranged as
. U.S. Pat. No. 6,943,321 is directed airflow two adjacent creating two zones pressurized streams do not with each other do not create a turbulent interaction airflows. U.S. Pat. No. 9,107,422 is directed towards changing airflow patterns within an utilizing a forward fan and a reversing fan. These fans are positioned in areas the to heated air over different areas of a continuous belt. These airstreams do not meet one another. invention described herein solves the above disadvantages by a method for manipulating air stream within a thermal oven. the instant two more converge creating a turbulent airflow which envelopes the product rendering better uniformity. This is accomplished by using one or more which are to control airflow two more treated airstreams oven. Individualized damper control allows the be positioned anywhere along walls of the oven a turbulent which exits their convergence point in direction different from that of the uncombined flows. resulting third flow can be caused to pause (dwell) anywhere along the walls of the can be adjusted to airflow across the in where or is prone occur. Further, this invention will position the airflows' breakpoints within a processing oven in programmed orientation, including vertically, diagonally or horizontally be so under computer This allows the airflow be to move up or or the oven a time frame and can at any location, for any length of time. With airflows' breakpoints, both vertical hung and horizontally laid benefit by positioning the airflows under precise High-clearance sprayers are getting larger and more complex to allow for increasing in a which improves application efficiency. These high-clearance sprayers have product delivery and rinse along with other engine driven accessories and systems that inspection servicing. Decks provided on the that provide walkways rear-mounted ladders to and also provide for on while inspecting and servicing the systems the sprayers. Additionally, railings are as
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U.S. Pat. No. 6,943,321 is directed towards hOrizontal aIrfloW haVinG tWo adJaceNt blowers creatINg twO zones within an oven. SincE the pReSSuriZEd Air stReams do NOt INTerAcT wIth EaCH oTher tHey Do not crEate a turbuLenT iNteraction beTWeEn airflows.
u.S. PAt. No. 9,107,422 is directEd tOwards ChAngINg airFloW pattErns wiTHin an oVen utilizInG A forwaRD fan and A REvErsiNg fan. These fans are POsITioned in differEnt areAs OF tHE OveN to Apply heateD aIr oveR DiffereNT aREAS of A Continuous belT. These airstREamS do not MeEt oNE anothEr.
The InVEntIon describeD herEin solves The aboVE disadvANtages bY proviDinG a mEthoD FoR mAniPuLAtiNG aN aiR StrEam withiN a ThErmal ProcESSINg ovEn. IN the InstaNt invention twO or More AIrfLows cOnverGe crEaTing a New turBulenT aIrflow which enveLopeS the produCt rEnDerInG bettER unifoRmiTy. THis is acComplisHEd bY uSING oNe or more dampers whiCh ARE iNdependeNtly maNIpUlATed to conTrOl tHe aiRFLow of Two oR MoRe treateD airstREaMs Within tHe Oven. InDiVidUalIzed dAMper ControL allows tHe conVErging airflows TO be positioned ANyWHErE AlonG waLls of the oveN creATing A turBUlEnt AIrfloW whicH eXItS Their convergence poiNt In a dirEctioN different froM that of the UNCOmbined fLows. tHiS Resulting third Flow cAn be caused TO pause (dwEll) anYwhere alOng the walLS Of the oveN anD caN be AdjUSTeD to direct airfLOW acrOsS the proDucT in areaS whEre OveRcoOkIng or undeRcooking Is PrOnE tO ocCur.
FuRTher, this InVenTiOn wIll poSItion tHe airFlowS' bReAKpoInts witHIn A FOod pRoCeSsinG ovEn In proGramMEd oRientatIon, includIng VErtiCaLlY, diagonAlly or horizonTaLly and may bE dOne So undeR COmputer cOntrol. This allows the airfLOw to be pRogRammeD to mOve up or doWn, sIdewayS or ACross tHe inteRior oF tHe oVEN over A PRoGraMmEd time framE ANd cAn dweLl At anY locatiOn, for any programmed LEngTh of time. With tHis AbilITY tO poSItIOn tHe AIrfLOWs' breakpoints, boTh vertical HuNG aNd horizontALly LaId produCts beneFit by POsitionIng the airFlows undeR pReciSE ConTrol. High-clEarance sPrayers arE GettiNG lArger And More coMpLex To allOw for iNCreAsing CoveraGe In a sinGle paSs, Which impRoves application efficieNcy. TheSe higH-clEarance spRayERs hAve compleX proDuct deliveRy aNd rInse sYstEMs aloNg wiTH oTheR EnginE driVEn accessoRIeS anD SYsTems that neeD INSpeCtion And SErviciNg. DeCks are provided on tHE sprayer that prOvidE WAlkWayS From ReAr-mounted laddeRs tO tHE Cab and alSo To provide plAtforms fOr OPeratOrs to sTand on While inSPEcTIng and ServIciNg the variOus SySTems of tHe SpRAyers. ADditIoNally, rAilingS Are aRRAnged as
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U.S. Pat. No. 6,943,321is directe d tow ard s h or izon talairflow having twoadjacent blowers creat ing t wo zone s  w ithin  an ove n .S i nce  t he  pr es s ur izedair  stream s do not i nte ra ct with each ot her they d o n ot create atur bulent  i nte r actio n b etwee n airf l ows.
U .S. Pat.No .  9,107 , 422 isd i re cted  towards changing ai r flow patternswithin  a n  o v e n u til izing a fo rw ard f a n and a re v e r sin g  fan. These f ans are pos i tio ned in  d iff e rent a reasof the  oven to ap plyheated ai r over differe n t areas  of acon tin uous be lt . T he s e a i rs tre a msdo not m ee tone a noth e r . Theinv enti on de scribed herei n s olve s  th e abo ve di sadv an tages  by pr ovidi ng  a method for m anip ulating a n a ir  st re am wi t hin athe rma l proce ssing o v en.  I n t he  instant invention  t w o  o r more a irflow s  c on v erge cre at ing  a n e w  turb ulen t  a irflow w hich e n ve lo pes the  p roduct  r end eri ng be t terunifor mity. Th is is accomplished b y  using one or mo r e  d a mper s w hich are in depe n dent ly m a ni pul a ted t o con tr o lt he airflow of two o rmore t reate d airstreamswithin the o v en. Indi vidu a li z ed damper cont rol a llows thec onvergin g air flows to  be posit i o ned anyw her e a lon g w a l ls  of the ovenc r eati ng  a turb ule nt airf low  wh ich  ex it s their c onvergen ce  p oi nt  in  a di r ection d if fer en t f rom t h at ofthe u ncom bi ne d  fl ows. Th i sr e sult in gthir d f lo w can  bec aus ed to p ause (dwe ll) anyw he re  alongthe walls ofth e oven and  c anbe adj u s ted to d irect airflow across th e  produc t i n are as w here over coo king o r u n dercoo king i s pro ne  to o ccur. F ur the r,  this inve n t ion  will  p osit ion the  airflows' breakpo i nts  within a foo d p roce s s in g o v en inpr o gra m m ed orientation,  including  v e rt ically, di a gon al ly or h orizont allya nd maybe done s o under c om pute r con trol. This  allowsthe airfl o w tob eprogr amm ed tomo veup or  down, sid eways  or ac ro ss the  inte ri or of th e oven over a programme d time  fram e a nd can dw ell atany locat ion,  for any p rog ram med l eng t h oftime .  W ith thisabil i ty to pos i ti ont h eairflows' b r e a kpo ints,  bo t h vert ical  hung and horizon t ally laid prod ucts b ene fit by p os itioning the a irf lo w s  under p re cise contro l. High- cl e aranc e spra yers a re gett i n gl argerandmor e complex  to  a l low for  i nc r easing  cov er age in  a sin g le p a s s, which improve s app l i catio n  ef ficie nc y. Thes e  hig h-clearanc e sprayershave c ompl ex pr oduct d el iveryand  r inse syste m s along w ith o ther en gi ne d riv en acc esso r i es an d sy st ems  that nee d in s pe ct i onandservi ci ng.Decks are provided  on the spr ay ert h at pro v id e walkways f rom  rear - m ounted lad d erst ot he ca b andalso t o provi d e p la tformsfor o peratorsto stando n w hi le i nspectin gandse rvi ci ng the varioussystemsof the s p r ayers.  Ad d itio n ally,ra ilings are a rrang ed as
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U.S. Pat._No. 6,943,321_is directed towards horizontal_airflow having_two_adjacent blowers_creating_two zones within_an oven. Since_the pressurized air streams_do not interact_with_each other they do not create a turbulent interaction between airflows.
U.S. Pat. No. 9,107,422_is_directed towards_changing_airflow_patterns within an oven utilizing_a forward fan and a_reversing fan._These fans are positioned in different areas of_the_oven to apply_heated air over different areas of a continuous belt._These airstreams do not meet one_another.
The invention described_herein_solves_the above disadvantages by_providing a method for manipulating an_air stream within a thermal processing_oven. In the instant invention two or_more airflows converge creating a new_turbulent airflow which envelopes the_product rendering_better uniformity. This is accomplished_by using one_or more_dampers which are_independently manipulated to control the airflow_of two or_more treated airstreams within the oven._Individualized_damper control allows_the_converging_airflows to_be positioned anywhere_along_walls of_the_oven creating a turbulent airflow which_exits_their convergence point in a direction different_from that of the_uncombined_flows. This resulting third_flow can be caused to_pause (dwell) anywhere along the walls_of the_oven and_can be adjusted to direct airflow across the product in areas_where overcooking or undercooking is prone_to occur.
Further, this invention_will position_the_airflows' breakpoints within_a_food processing_oven in programmed orientation, including vertically, diagonally_or horizontally_and may be done so under_computer control. This allows_the_airflow to be programmed to move_up or down, sideways or across_the interior of the oven_over_a_programmed time frame and can_dwell at any location, for any_programmed length of_time. With this ability to position the_airflows'_breakpoints, both vertical hung and horizontally_laid_products benefit by positioning the airflows_under_precise_control. High-clearance sprayers are getting_larger and more complex to allow_for increasing coverage in a single pass, which improves_application efficiency. These_high-clearance sprayers have complex product_delivery_and_rinse systems along with other engine driven accessories and systems_that need_inspection and servicing._Decks are provided on the sprayer that provide walkways from_rear-mounted ladders to the cab and also_to provide platforms for operators to stand on while inspecting and_servicing the various systems of the sprayers. Additionally,_railings are arranged as