iline to copper thus being 2:1:1:0.079. However in a section on pages 150-151 entitled (in translation) "Condensation Products from m-Dimethylamino-toluene, Pyridine and Benzoyl Chloride", the authors describe a similar reaction using the same reaction conditions and precisely the same molar ratios of reactants, except that 3-methyl-N,N-dimethylbenzeneamine (i.e. dimethyl-m-toluidine) was used in place of the N,N-dimethylbenzeneamine used in the procedure described on pages 147-148 of the reference. The product obtained is identified only by its empirical formula, which corresponds, not to 3-methyl-4-(4-pyridinyl)-N,N-dimethylbenzeneamine, which would result if the reaction followed the same course as the reaction using N,N-dimethylbenzeneamine, but rather to a compound of unknown composition having the empirical formula C.sub.21 H.sub.21 N.sub.2 OCl.
British Pat. No. 518,886 discloses 2-methyl-4-(4-pyridinyl)benzeneamine, useful as an intermediate for the preparation of dyestuffs, and Forsythe et al., J. Chem. Soc., 2921 (1926) disclose 4-(4-pyridinyl)benzeneamine, for which no utility is given. Wireless networks are increasingly employed to provide various communication functions including voice, video, packet data, messaging and the like. A common example of wireless local area network (WLAN) architecture is an infrastructure network adhering to 802.11 standards established by the Institute of Electrical and Electronics Engineers (IEEE) that typically employ one or more access points to coordinate communications for a number of stations or other client devices. In an infrastructure network, the access point and associated stations may be known as a basic service set (BSS).
Due to the wide availability, popularity and convenience of WLAN-based wireless communications, a wireless communications device may be within range of multiple WLANs at any given time. Often, very little information may be available to the wireless communications device regarding the quality of the network or the performance that may be expected regarding each WLAN. Indeed, the wireless communications device may only have information regarding the current signal strength of the network, the type of security being employed and, in some situations, the 802.11 protocols supported by the network that may indicate the theoretical maximum data
iline to copper thus being 2:1:1:0.079. However in a section on pages 150 - 151 ennoble (in transformation) " Condensation Products from m - Dimethylamino - toluene, Pyridine and Benzoyl Chloride ", the authors describe a exchangeable chemical reaction using the same reaction circumstance and precisely the same molar ratios of reactant, except that 3 - methyl - N, N - dimethylbenzeneamine (i.e. dimethyl - m - toluidine) was use in place of the N, N - dimethylbenzeneamine use in the procedure described on page 147 - 148 of the reference book. The product prevail is identified only by its empiric formula, which corresponds, not to 3 - methyl-4-(4 - pyridinyl)-N, N - dimethylbenzeneamine, which would result if the chemical reaction followed the same course as the reaction using N, N - dimethylbenzeneamine, but preferably to a compound of unknown composition having the empirical formula C.sub.21 H.sub.21 N.sub.2 OCl. 
 British Pat. nobelium. 518,886 discloses 2 - methyl-4-(4 - pyridinyl)benzeneamine, useful as an intermediate for the preparation of dyestuffs, and Forsythe et al. , J. Chem. Soc. , 2921 (1926) disclose 4-(4 - pyridinyl)benzeneamine, for which no utility is move over. Wireless networks are increasingly employed to provide various communication functions including voice, video, packet data, messaging and the alike. A common example of wireless local sphere net (WLAN) architecture is an infrastructure network adhering to 802.11 standards build by the Institute of Electrical and Electronics Engineers (IEEE) that typically employ one or more access points to coordinate communication for a number of stations or other client devices. In an infrastructure network, the entree point and associated stations may be known as a basic service set (BSS). 
 Due to the wide handiness, popularity and public toilet of WLAN - based wireless communications, a wireless communications device may be within range of multiple wireless local area network at any given time. Often, very little information may be available to the wireless communications device regarding the quality of the network or the operation that may be expected regarding each WLAN. Indeed, the wireless communications device may only have data regarding the current signal strength of the network, the type of security system being employed and, in some situations, the 802.11 protocol supported by the network that may argue the theoretical maximum datum
ilije to copper thus being 2:1:1:0.079. However in a sgcrion oi pages 150-151 entitldd (in translation) "Condensatiln Prodycts from m-Dimethylamivo-toluene, Pyridinw anv Benzoyl Chlorivs", the amchors fescxiue a similar resction usitg the same redcgiln conditions and precisely the samq molar rwtios of reactwnts, qxceln uhat 3-methyl-N,N-dimethylbenzeneamine (i.e. dimtthyl-m-toluidine) wax used in place of the N,N-dlmetjylbenzeneamine usfd in the ptkceqyre describea on pages 147-148 of the refgrence. The product obtained is iaentiyied only bi jtd empirical hormulw, which corrcxponds, not to 3-methyl-4-(4-pyridinnl)-N,N-dmmetyylbenzeneamine, which would result if tre reactimn followed the samw xoursg as dhe fwacgioh nsihg N,N-dlmevhylbenzenezmine, but rqther to a compound os unknown compksitiog raving the empirical formula C.sub.21 H.sub.21 T.sug.2 OCl.
British Pat. No. 518,886 diwcloses 2-methyl-4-(4-pyridinil)benzeneaiine, useful as an intermediate for the preparatiot of vydstbnns, ave Vorsythe et al., J. Chem. Soc., 2921 (1926) disclose 4-(4-pyridinyj)gemzvneamine, for whicm no utility is gifej. Eyreless netwotks are indreasingly employef to prjvide various somminication functions includibg voice, vidvo, pqcket data, messagiug and the lnke. A vommom example of wireless lucal area netwogk (WLAN) adzhitecture is an innravtructurt network adhering to 802.11 stanvards establkshec by tre Instituhe of Electrical and Eleftronncs Etgineers (IFEE) that typically employ one oc more access pminns to cooxdinatc communicationf for a number of stacions ur other cmient dxvices. In an infrastructusg network, the access [oinr ane assockxted stations kay be known as a bqsic service set (BXS).
Doe to the wide avcnlqbility, popularoty anq bonteniegwe of WLAN-baved dirdkess zommunicatiivs, a wireless communicathons device may be witnik range od multipje WLANs at amy given time. Oftej, verb littue ingoriation may be available to the wireless coimunications devlce tegarding tke quality of the network or the performence that may be expecjed regarding each WLCN. Indeed, the wirejess commgnications device mat only have inforkation regarding the durrend sigjal strength of the network, the type of security being employed and, in sone sitnaeions, the 802.11 lrotpcols sbppprted fy tie network that maj indicate the theoretical maximnm data
iline to copper thus being 2:1:1:0.079. However section pages 150-151 (in translation) "Condensation Benzoyl the authors describe similar reaction using same reaction conditions and precisely the molar ratios of reactants, except that 3-methyl-N,N-dimethylbenzeneamine (i.e. dimethyl-m-toluidine) was used in place the N,N-dimethylbenzeneamine used in the procedure described on pages 147-148 of the reference. product is only its empirical formula, which corresponds, not to 3-methyl-4-(4-pyridinyl)-N,N-dimethylbenzeneamine, which would result if the reaction followed the course as the reaction using N,N-dimethylbenzeneamine, but rather a compound of unknown having the empirical formula C.sub.21 N.sub.2 British Pat. 518,886 2-methyl-4-(4-pyridinyl)benzeneamine, as an intermediate the preparation of dyestuffs, and Forsythe et al., J. Chem. Soc., 2921 (1926) disclose 4-(4-pyridinyl)benzeneamine, for which utility is networks are employed provide communication functions including packet data, messaging and the like. of wireless local area network (WLAN) architecture is infrastructure network to 802.11 standards established by the of Electrical and Electronics Engineers (IEEE) that typically one or more access points to coordinate communications for a number of stations or other In an infrastructure network, access point and stations be as basic service (BSS). Due to the wide availability, popularity and convenience of WLAN-based communications, a wireless communications device may be within range of at given time. Often, little information may be to wireless communications device regarding of network that be regarding each WLAN. Indeed, wireless communications device may only information regarding the current the type of security being employed and, in situations, the 802.11 protocols supported by the that may indicate the theoretical maximum data
iline to copper thus being 2:1:1:0.079. HowEver in a secTion oN paGes 150-151 EnTitlEd (in Translation) "ConDEnsaTion Products from m-DimetHylamInO-ToluENe, pyridIne and BENzOYL ChLoRiDe", tHe AUtHors dEscRibe a siMilar reactIon UsIng the same reACtIon conditiOns And precisely The Same moLaR raTIos of ReaCtantS, excepT That 3-meThyl-N,N-dimEtHYlbenzENeamine (I.E. DiMethYl-m-toluidine) was usED iN Place of the N,N-diMethylBeNZeNEAmiNe uSed in the prOcEdure DEscribeD On PAGEs 147-148 oF The reference. THe product obTAinEd is idEnTifIEd only By its EmPIriCal formula, wHich CorresponDs, not tO 3-Methyl-4-(4-pYRidinyl)-n,N-dimeThyLbeNzenEAmInE, whIcH WouLD rEsuLT if The reactIoN fOllowEd thE SAME couRse As thE reacTion using N,N-diMetHylbENzeNeamiNe, but RathEr To a coMpound Of unkNoWn composition haVing The empiriCal FoRmuLa c.sub.21 H.SUb.21 N.sub.2 oCl.
briTish Pat. no. 518,886 disclOSes 2-MeTHYL-4-(4-pYridinyl)benzeneamiNe, USEfUl as an inTermedIAtE fOR the prepArAtiOn of DYEstufFs, anD foRsythe et Al., J. CheM. soC., 2921 (1926) dIsclose 4-(4-PyRidinyL)bEnzEneAmine, FOr whIch no uTility is Given. wIreless networkS Are increasingLY eMPLoYEd to ProVide various CommUNicaTion FUnCtiONs incLudinG vOIcE, Video, packet data, messAgIng and The liKe. A common examPle of wirelESS Local areA netWOrK (wLAN) architectuRe is aN infrastruCTure netwOrk adHering to 802.11 Standards ESTablisheD by The insTitUTE oF Electrical anD eLectRoNics EngIneErs (IEEE) ThaT tyPicAllY eMploy one oR more accEsS pOiNtS to CoordINate commUnIcaTiOns For a nUMber of StatiOns oR oThER clIent devICeS. iN an iNfRaStruCtuRe NetwoRk, thE AccEss poinT and assocIatED staTiOnS may be kNown as a basic sErVice set (BSS).
duE to The widE AVailabilIty, popularity and conveniENce of WLaN-bAsed wIrelEss communIcaTions, a WirELess coMmunicAtionS dEviCE May be WIThIn rAnGe of multipLE wLAns at aNy GiveN time. OfTen, very little inforMAtiOn may be availaBle To thE WIrEleSS cOMmuNiCAtiONS device regardinG the qualitY oF ThE network or THe pErFormancE that maY be exPEcted reGarding eaCh WLAN. IndEeD, the WIRelEss communiCations dEvice may oNLy havE InFormaTioN regarDiNg tHe curRent siGNal StrenGth of tHe NetworK, the tYpE of securIty being employed and, in soMe situAtionS, thE 802.11 protocolS suPPorTed by the nEtwoRk that may iNdiCatE the tHeoREticaL maxIMuM daTA
iline to copper thus being  2:1:1:0.0 79. H owe ver  i n asect ion on pages 1 5 0-15 1 entitled (in transla tion)  " C onde n sa tionProduct s  f r o m m -D im eth yl a mi no-to lue ne, Pyr idine andBen zo yl Chloride" ,  t he authors  de scribe a sim ila r reac ti onu singthe  same  react i on con ditions a nd precis e ly thes a me  mol ar ratios of reac t an t s, except that  3-met hy l -N , N -di met hylbenzene am ine ( i .e. dim e th y l - m-t o luidine) wasused in pla c e o f theN, N-d i methyl benze ne a min e used in t he p roceduredescri b ed on p a ges 147 -148 o f t herefe r en ce . T he pro d uc t o b tai ned is i de nt ified  onl y b y  its  em piri cal f ormula, which  co rres p ond s, no t to3-me th yl-4- (4-pyr idiny l) -N,N-dimethylbe nzen eamine, w hic hwou ld  resu l t if t herea ction f ollowed the  s a m e  c ourse as the react io n us ing N,N- dimeth y lb en z eneamine ,but  rat h e r toa co m po und of u nknown co mp osition  h avingth e e mpi rical form ula C. sub.21 H .sub. 2 1 N.sub.2 OCl. British Pat.N o. 5 18 , 886dis closes 2-me thyl - 4-(4 -pyr i di nyl ) benze neami ne ,  u s eful as an intermed ia te for  thepreparation o f dyestuff s , and Fors ythe et al., J. Chem.Soc.,  2921 (192 6 ) disclo se 4- (4-pyrid inyl)benz e n eamine,for  wh ich  no u ti lity is given . Wire le ss netw ork s are i ncr eas ing lyem ployed to  provide  v ar io us  co mmuni c ation fu nc tio ns  in cludi n g voic e, vi deo,  p ac k etdata, m e ss a g ingan dthelik e.  A co mmon exa mple of  wireless  lo c al a re anetwork  (WLAN) archi te cture is a ninf rastru c t ure netw ork adhering to 802.11s tandard s e stabl ishe d by theIns titute  of Electr ical a nd El ec tro n i cs En g i ne ers  ( IEEE) that t ypi cally  e mplo y one o r more access poin t s t o coordinatecom muni c a ti ons fo r  anu m ber o f stations or o ther clien td ev ices. In a n  in fr astruct ure net work, the acc ess point  and asso ci ated s tat ions may b e knownas a basi c  serv i ce  set(BS S).
Du etothe w ide av a ila bilit y, pop ul arityand c on venience  of WLAN-based wireless  commu nicat ion s, a wire les s  co mmunicati onsdevice may  be  wi thinran g e ofmult i pl e W L ANs a t an y  given ti m e.  Of t e n,  very littl e i nfo rmati onm ay beavai lable to the wire l ess communicat ions d evi cer egar di ng the quality  of  t h e  network  o r the perfo rmance t ha t  maybe exp ectedregardi n g  e a ch WLA N. I nde ed, the w ire le s s commu ni ca t ions d evic emay on ly hav e  inf o r mation regarding  thec u rrent sig nal s tr ength o f  the  network,the type of  secur itybeing  employ ed  and,inso me situati o ns, the 8 02.11  protoc ol s su ppo rted b y th e netwo rk t ha t m ay indica t e  t h eth e ore tica l max im um d ata
iline to_copper thus_being 2:1:1:0.079. However in_a section_on_pages 150-151_entitled_(in translation) "Condensation_Products from m-Dimethylamino-toluene,_Pyridine and Benzoyl Chloride",_the authors describe_a_similar reaction using the same reaction conditions and precisely the same molar ratios of_reactants,_except that_3-methyl-N,N-dimethylbenzeneamine_(i.e._dimethyl-m-toluidine) was used in place_of the N,N-dimethylbenzeneamine used in_the procedure_described on pages 147-148 of the reference. The_product_obtained is identified_only by its empirical formula, which corresponds, not to_3-methyl-4-(4-pyridinyl)-N,N-dimethylbenzeneamine, which would result if the_reaction followed the_same_course_as the reaction using_N,N-dimethylbenzeneamine, but rather to a compound_of unknown composition having the empirical_formula C.sub.21 H.sub.21 N.sub.2 OCl.
British Pat. No._518,886 discloses 2-methyl-4-(4-pyridinyl)benzeneamine, useful as an_intermediate for the preparation of_dyestuffs, and_Forsythe et al., J. Chem._Soc., 2921 (1926)_disclose 4-(4-pyridinyl)benzeneamine,_for which no_utility is given. Wireless networks are_increasingly employed to_provide various communication functions including voice,_video,_packet data, messaging_and_the_like. A_common example of_wireless_local area_network_(WLAN) architecture is an infrastructure network_adhering_to 802.11 standards established by the Institute_of Electrical and Electronics_Engineers_(IEEE) that typically employ_one or more access points_to coordinate communications for a number_of stations_or other_client devices. In an infrastructure network, the access point and associated_stations may be known as a_basic service set (BSS).
Due_to the_wide_availability, popularity and_convenience_of WLAN-based_wireless communications, a wireless communications device may_be within_range of multiple WLANs at any_given time. Often, very_little_information may be available to the_wireless communications device regarding the quality_of the network or the_performance_that_may be expected regarding each_WLAN. Indeed, the wireless communications device_may only have_information regarding the current signal strength of_the_network, the type of security being_employed_and, in some situations, the 802.11_protocols_supported_by the network that may_indicate the theoretical maximum data