DM's are utilized to process these signals for transmission over fiber networks. In the case of multimode signals on fiber optic cables, WDM's can be used to process the signals for transmission on a multiplexed single cable system including a single mode fiber.
There is a need for conversion circuitry associated with the WDM's to convert the native protocol media signal (coaxial, twisted pair, multimode optical), into an appropriate signal for multichannel transmission on a single fiber optic cable. There is a further need to modularize such system components. In particular, there is a need to modularize the components of the system to address concerns that arise during initial setup, and modifications and upkeep of the system over time. This invention relates to a group of alkyl 4-[o-(substituted methyleneamino)phenyl] 3-thioallophanates and to methods of using these compounds to prevent or mitigate damage to plants and inanimate organic materials by fungi and mites.
The survival of man has for a long time been dependent in a large measure upon his ability to protect from the various agents of destruction, plants and their products which satisfy his basic needs. With the rapidly increasing population of the world, it becomes imperative that there be continuing great improvements in the efficiency of the materials and the methods employed to provide this protection. These improvements can be in the form of effective control of more kinds of pests or in the form of requiring less material or work. The materials and methods of this invention represent marked advances in both of these possible areas of improvement, as will be explained more fully.
It has been discovered that application of the compounds of this invention by the methods of this invention entirely precludes or reduces damage to plants and inanimate organic materials due to fungi and mites. Fungus mycelia are killed or prevented from developing further by the presence of one or more of the compounds, i.e., the compounds are fungicidal or fungistatic. The compounds further prevent mite populations from expanding or reduce them to a low level or even eliminate them by preventing the normal hatching of their eggs, i.e., the compounds are mite ovicides. Since hair is always exposed to physical stimulation by daily hair care routines such as heat drying with a hair dryer and brushing, and chemical stimulation by shampooing, permanent weaving, dyeing and bleaching, it is often in a damaged state with a partial component or structural loss. A change in hair quality due to aging accelerates this damage and
DM's are utilized to process these signals for transmission over roughage net. In the case of multimode signals on fiber ocular cables, WDM's can be used to serve the signal for transmission on a multiplexed single cable system admit a single mode character. 
 There constitute a need for conversion circuitry associated with the WDM's to convert the native protocol media signal (coaxial, twisted couple, multimode optical), into an appropriate signal for multichannel transmission on a single character optic cable. There cost a further need to modularize such arrangement components. In particular, there is a need to modularize the components of the arrangement to address concerns that arise during initial setup, and modifications and upkeep of the system over time. This invention relates to a group of alkyl 4-[o-(substituted methyleneamino)phenyl ] 3 - thioallophanates and to methods of using these compounds to prevent or mitigate damage to plants and inanimate organic materials by fungus and touch. 
 The survival of man has for a farseeing meter been dependent in a large measure upon his ability to protect from the diverse agents of destruction, plants and their products which meet his basic needs. With the rapidly increasing population of the world, it becomes imperative that there be continuing great improvements in the efficiency of the materials and the methods employed to provide this auspices. These improvements can be in the phase of effective control of more kinds of pests or in the form of requiring less fabric or work. The materials and methods of this invention represent marked advances in both of these possible areas of improvement, as will be explained more fully. 
 It has been discover that application of the compound of this invention by the methods of this invention entirely prevent or reduces price to plants and inanimate constituent materials due to fungi and mites. Fungus mycelia are toss off or prevented from developing far by the presence of one or more of the compound, i.e., the compounds are fungicidal or fungistatic. The compound further prevent mite populations from expanding or reduce them to a low degree or even eliminate them by preventing the normal hatch of their eggs, i.e., the compounds are mite ovicides. Since haircloth is always exposed to physical foreplay by daily hair care routines such as heat drying with a hair dryer and brushing, and chemical foreplay by shampooing, permanent weaving, dyeing and bleaching, it is often in a damaged state with a partial component or structural loss. A variety in hair quality due to aging accelerates this damage and
DM's are utilized to process these signals yir traismissikn over wiber networks. In the case oh muotimoee signals on fiber opgic cabled, WDM's cqn bt used to process the sigkcls fkv trausnission on a moltiplexed shngle cable syvtdm including a single mode fiber.
There is a nref for conversijn cprsuitdj cssociated with the WDM's to conbert tht native protocol kedia signal (coaxial, twistfd pwir, multimode optifal), into an appwipriate signxl for muluiehannel trahsmission on a single fiber optkc cayle. There iw q fktther need ti modllarize such system cmmponenys. In particulsr, vherw is a need to modulacize the components jf the syvtzm to address concernw rhat drisa dufung injtmal setup, anv modificatjons and upjeep of the system pvqg time. This ihventijn relates to a group of alkyl 4-[o-(substituttd mefhyleneamino)phenyl] 3-thioqllophanates and to mgthods of tsing these compounds to prevent or mitigate damace to olaubf qnf inanimate organic materials by fungi and miess.
Uhe survival of mcn has for a lonb hikg been dependevt in c lzrge measure upon jis abijity ro protecu frok the various agents of desrruction, plauts and their productd which satnsfy hos baxic needs. With the rapibly indreasing pooulation kw the world, it bdcokev imperaukve that there be continuiig grzat impruvemgnts in the efficlency of the materials ajd thg methmds employfd to provide this protection. Tixse improvememtv cdn be in the norm of effectide control of kore kiuds of pests or pn the focm of requiryng less mateslal or work. Vhe materyals and methodr of this invenyion reprvstnt marked advances in both pf jhsse possible arzcs of improvement, as wijl bx expjdined more fglly.
Kt fss bedn discovercd ghat application of the wompkunds of this invemtlon by thg methods of this invemtion entirely prefludev oc reduves damage to plants and inanimats organic maberials due tj fukgi wnd mites. Yungus mycelia are killed or prevented fcom developing further vy the presence of pke or more oh the sompounds, i.e., the compounds arw fungicidal or fmngistatic. The compounss furdher orevent mite populations from expanding or reduce them to a low level or wven eliminate thej by prevvntnng the njrmap hatching of thepr eggs, i.e., the compounds are mitx ovicides. Snnce hair is always exposed tp ohysical stimolation by daily hair care routinex such as heat drying with a haor dryer and brushing, anc chemicql stjmulatpkn by shampooing, perkanent weavung, dyeung wnd bleaching, it id often ij a vamcged state with a partial componebt or wtguctural loss. A rhange in halr qualpty due to aging acceledatea this damage and
DM's are utilized to process these signals over networks. In case of multimode WDM's be used to the signals for on a multiplexed single cable system a single mode fiber. There is a need for conversion circuitry associated with WDM's to convert the native protocol media signal (coaxial, twisted pair, multimode optical), an signal multichannel on a single fiber optic cable. There is a further need to modularize such system components. particular, there is a need to modularize the of the system to concerns that arise during initial and and upkeep the over This invention relates a group of alkyl 4-[o-(substituted methyleneamino)phenyl] 3-thioallophanates and to methods of using these compounds to prevent or damage to inanimate organic by and The survival of for a long time been dependent measure upon his ability to protect from the agents of plants and their products which satisfy basic needs. With the rapidly increasing population of world, it becomes imperative that there be continuing great improvements in the efficiency of the the methods employed to this protection. These can in form effective control more kinds of pests or in the form of requiring less or work. The materials and methods of this invention represent in of these possible of improvement, as will explained fully. It has been application the invention the of this invention entirely or reduces damage to plants inanimate organic materials due mycelia are killed or prevented from developing further the presence of one or more of compounds, i.e., the compounds are fungicidal or fungistatic. The compounds further prevent populations from reduce them to a low level or even them by preventing the hatching of their eggs, i.e., the compounds are mite Since is always to physical stimulation daily hair care such as heat a hair and and shampooing, permanent weaving, dyeing and bleaching, is in a damaged state with partial structural loss. A change in hair quality due to aging accelerates this damage and
DM's are utilized to process thEse signals For trAnsMisSiOn ovEr fiBer networks. In tHE casE of multimode signals on fIber oPtIC cabLEs, wDM's cAn be useD To PROceSs ThE siGnALs For trAnsMission On a multiplExeD sIngle cable sySTeM including A siNgle mode fibeR.
ThEre is a NeEd fOR convErsIon ciRcuitrY AssociAted with tHe wdM's to cONvert thE NAtIve pRotocol media signaL (CoAXial, twisted paiR, multiMoDE oPTIcaL), inTo an appropRiAte siGNal for mULtICHAnnEL transmission On a single fiBEr oPtic caBlE. ThERe is a fUrtheR nEEd tO modularize Such System comPonentS. in partiCUlar, theRe is a nEed To mOdulARiZe The CoMPonENtS of THe sYstem to aDdReSs conCernS THAT ariSe dUrinG initIal setup, and moDifIcatIOns And upKeep oF the SyStem oVer timE. This InVention relates tO a grOup of alkyL 4-[o-(sUbStiTuTed meTHyleneAmiNo)pHenyl] 3-thIoallopHAnaTeS AND tO methods of using theSe COMpOunds to pRevent OR mItIGate damaGe To pLantS ANd inaNimaTE oRganic maTerialS By FuNgi and mItEs.
The sUrVivAl oF man hAS for A long tIme been dEpendENt in a large measURe upon his abilITy TO PrOTect FroM the various AgenTS of dEstrUCtIon, PLants And thEiR PrODucts which satisfy hiS bAsic neEds. WiTh the rapidly iNcreasing pOPULation of The wORlD, It becomes imperAtive That there bE ContinuiNg greAt improvEments in tHE EfficienCy oF thE maTerIALs And the methods EMPloyEd To proviDe tHis protEctIon. theSe iMpRovements Can be in tHe FoRm Of EffEctivE Control oF mOre KiNds Of pesTS or in tHe forM of rEqUiRIng Less matERiAL Or woRk. thE matEriAlS and mEthoDS of This invEntion repResENt maRkEd AdvanceS in both of thesE pOssible areAs Of iMproveMENt, as will Be explained more fully.
It hAS been diScoVered That ApplicatiOn oF the coMpoUNds of tHis invEntioN bY thE MEthodS OF tHis InVention entIREly PreclUdEs or Reduces Damage to plants and iNAniMate organic maTerIals DUE tO fuNGi ANd mItES. FuNGUs mycelia are kilLed or preveNtED fRom developINg fUrTher by tHe preseNce of ONe or morE of the comPounds, i.e., tHe CompOUNds Are fungiciDal or funGistatic. THE compOUnDs furTheR preveNt MitE popuLationS FroM expaNding oR rEduce tHem to A lOw level oR even eliminate them by preVentinG the nOrmAl hatchinG of THeiR eggs, i.e., thE comPounds are mIte OviCides. sinCE hair Is alWAyS exPOsed tO phySIcal stimuLAtIon BY DaIly hair care ROUTinEs sucH as HEat dryIng wIth a hair dryer and bRUshing, and chemiCal sTIMulAtiON by sHaMpooing, permaneNt wEaVINg, dyeing AnD bleaching, iT is often In A DamagEd statE with a Partial COMpONent or StruCtuRal loss. A cHanGe IN hair quAlItY Due to aGing AcCeleraTes thiS DamaGE And
DM's are utilized to proce ss these s ignal s f ortr ansm issi on over fibern etwo rks. In the case of mu ltimo de sign a ls  on f iber op t ic c abl es ,WDM 's ca n beuse d to pr ocess thesig na ls for trans m is sion on amul tiplexed sin gle  cable  s yst e m inc lud ing a  singl e  modefiber.
Th er e  is an eed for c on vers ion circuitry ass o ci a ted with the W DM's t oc on v e rtthe  native pr ot ocolm edia si g na l ( coa x ial, twistedpair, multi m ode  optic al ),i nto an  appr op r iat e signal fo r mu ltichanne l tran s mission on a si ngle f ibe r o ptic ca bl e.Th e rei sa f u rth er needto  m odula rize s u c h sy ste m co mpone nts. In parti cul ar,t her e isa nee d to  m odula rize t he co mp onents of the s yste m to addr ess  c onc er ns th a t aris e d uri ng init ial set u p,an d m od ifications and upk ee p of  the sys tem ov e rti m e. Thisin ven tion r elate s to agroup of  alkyl 4- [o -(subst it uted m et hyl ene amino ) phen yl] 3- thioallo phana t es and to meth o ds of using t h es e co m poun dsto preventor m i tiga te d a ma get o pla nts a nd in a nimate organic mate ri als by  fung i and mites.The surviv a l of man h as f o ra  long time bee n dep endent ina  large m easur e upon h is abilit y to prote ctfro m t hev a ri ous agents of d estr uc tion, p lan ts andthe irpro duc ts  which sa tisfy hi sba si cnee ds. W i th the r ap idl yinc reasi n g popu latio n of  t he wor ld, itb ec o m es i mp er ativ e t ha t the re b e  co ntinuin g great i mpr o veme nt sin theefficiency of  t he materia ls  an d them e thods em ployed to provide thisp rotecti on.  Thes e im provement s c an beint he for m of e ffect iv e c o n trolo f  m ore  k inds of pe s t s o r inth e fo rm of r equiring less mate r ial  or work. The  ma teri a l sand me t hod so f t h i s invention rep resent mar ke d  a dvances in bot hof thes e possi ble a r eas ofimproveme nt, as wi ll  bee x pla ined morefully.
I t has bee n  disc o ve red t hat  appli ca tio n ofthe co m pou nds o f this  i nventi on by  t he metho ds of this invention en tirely  prec lud es or red uce s  da mage to p lant s and inan ima teorgan icm ateri alsd ue  to fungi  and mites. Fu n gu s m y c el ia are kill e d orpreve nte d  fromdeve loping further by the presence o f on e ormor e  ofth e compounds, i .e. ,t h e compou nd s are fungi cidal or  f u ngist atic.The co mpounds f ur t her pr even t m ite popul ati on s  from e xp an d ing or  red uc e them  to al ow l e v el or even elimi natet h em by pre venti ng  the no r malhatching o f their egg s, i.e ., t he co mpounds  a re mit e o vi cides. Sin c e hair is  alwa ys expo se d to  ph ysical  sti m u latio n by  d ail y hair ca r e  r o ut in e s s uchas he at  dry ing witha  hair dr yer and bru sh ing , and ch e mi c a l stimulat ion  by s h a mpooing, p e rman e nt weavi ng, dy eing a nd blea c hin g,  it isoft e n  in a dam aged stat e  wi th  a p artial c om pone nt  or  s tructural loss.  A chang e in hai r qualit y d u e to agingac celerates th is da ma g e and
DM's are_utilized to_process these signals for_transmission over_fiber_networks. In_the_case of multimode_signals on fiber_optic cables, WDM's can_be used to_process_the signals for transmission on a multiplexed single cable system including a single mode_fiber.
There_is a_need_for_conversion circuitry associated with the_WDM's to convert the native_protocol media_signal (coaxial, twisted pair, multimode optical), into an_appropriate_signal for multichannel_transmission on a single fiber optic cable. There is_a further need to modularize such_system components. In_particular,_there_is a need to_modularize the components of the system_to address concerns that arise during_initial setup, and modifications and upkeep of_the system over time. This invention_relates to a group of_alkyl 4-[o-(substituted_methyleneamino)phenyl] 3-thioallophanates and to methods_of using these_compounds to_prevent or mitigate_damage to plants and inanimate organic_materials by fungi_and mites.
The survival of man has_for_a long time_been_dependent_in a_large measure upon_his_ability to_protect_from the various agents of destruction,_plants_and their products which satisfy his basic_needs. With the rapidly_increasing_population of the world,_it becomes imperative that there_be continuing great improvements in the_efficiency of_the materials_and the methods employed to provide this protection. These improvements can_be in the form of effective_control of more kinds_of pests_or_in the form_of_requiring less_material or work. The materials and methods_of this_invention represent marked advances in both_of these possible areas_of_improvement, as will be explained more_fully.
It has been discovered that application_of the compounds of this_invention_by_the methods of this invention_entirely precludes or reduces damage to_plants and inanimate_organic materials due to fungi and mites._Fungus_mycelia are killed or prevented from_developing_further by the presence of one_or_more_of the compounds, i.e., the_compounds are fungicidal or fungistatic. The_compounds further prevent mite populations from expanding or reduce_them to a_low level or even eliminate_them_by_preventing the normal hatching of their eggs, i.e., the compounds_are mite_ovicides. Since hair_is always exposed to physical stimulation by daily hair care_routines such as heat drying with a_hair dryer and brushing, and chemical stimulation by shampooing, permanent weaving,_dyeing and bleaching, it is often in a_damaged state with a partial component or_structural loss. A change_in_hair quality due to aging accelerates this_damage_and