,manufactur+ ,co/ ,data ,,on ,artificial ,ice ,,made ,,9 ,,accordance ,,) ,,otto ,,luhr ,,consult+ ,,eng9e] ,,h]man ,,fri$l ,,ar*itect ,,ice ,,mak+ ,,sy/em ,,pat5t ,,appli$ ,,= #aed ,,we/ ,,r&olph ,,/reet ,,*icago1 ,,ill4 ,ice = ,comm]cial ,purposes ,ice = comm]cial purposes is obta9$ 9 two ways3 ei!r by cutt+ dur+ ! w9t] "t f our lakes & riv]s & /or+ 9 l>ge ,ice ,/orage ,h\ses locat$ alongside1 or by freez+ pure clean wat] by means ( artificial refrig]ation4 ,all au?orities are agre$ t artificial ice is m sanit>y ?an natural ice & x is only a matt] ( "t :5 ! use ( natural ice w be prohibit$ except 9 special cases :5 ! purity ( its s\rce ( supply is beyond d\bt4 ,our improv$ me?od ( mak+ artificial ice w cut ! labor co/ d[n to ! m9imum & w enable ! manufactur] to pr(itably sell artificial ice at ! price natural ice c be h>ve/$4 ,! logical result !re( w be ! build+ ( a l>ge numb] ( mod]n ice plants all ov] ! c\ntry to supply ! m>ket ) artificial ice 9 place ( ! pres5t natural ice4 ,we d n claim any wond]s = our sy/em b believe t ! foll[+ po9ts ( advantage w conv9ce any practical ice manufactur] t ! labor co/ has be5 cut 9 two4 ,fir/4 ,we pull a complete r[ ( ! full wid? ( tank at "o "t4 ,second4 ,our air supply is p]man5tly connect$ to ! cans & ! supply to ea* c c be regulat$1 if requir$4 ,?ird4 ,we h a cont9u\s air supply to ! cans dur+ freez+ z well z dur+ ?aw+1 dump+ & fill+4 ,our air supply nev] ceases4 ,f\r?4 ,our air is automatically cool$ d[n to ! temp]ature ( ! br9e 9 ! tank !reby elim9at+ all possibility ( moi/ure 9 ! air pipes4 ,fif?4 ,our cans are held 9 a solid frame ( /eel "w & are connect$ to ! crane f ! "t ! cans are pull$ until !y are put back into ! tanks1 !reby d\bl+ ! life ( ! cans4 ,we give h]e) data cov]+ ! co/ ( manufactur+ ice & w gu>antee t "u reasonably fair managem5t ! numb] ( m5 requir$ w n be exce$$4 ,d n fail to c>efully analyze ! foll[+ co/ data4 ,!y may seem extremely l[ b a ?or\gh /udy ( our sy/em w prove !m to be v cons]vative4 #a ,,numb] ,,"o ,manufactur+ ,co/s ,p] ,ton ( ,ice ,us+ ,electric ,p[] at ,pres5t ,*icago ,rates = ,p[] & ,labor ,capacity ( plant1 #bdj tons ( ice p] day1 us+ #bfib cans ( #djj-lb4 capacity4 #ahjjj-ton /orage h\se4 ,av]age curr5t requirem5t = freez+ "o ton ( ice1 includ+ /orage cool+ & all auxili>ies1 #ee ,k4 ,w4 h\rs4 ,av]age co/ p] ,k4 ,w4 h\r1 4#i c5t4 ,curr5t co/ p] ton ( ice1 #ee x 4#i1 equals #di4f c5ts4 ,assum+ "o mon?'s %ut-d[n = inspection & repairs1 ! total output ( #bdj tons ( ice = #ccc days am\nts to #gi1ibj tons1 or r\ghly speak+ #hj1jjj tons ( ice4 ,add+ #a_/b c5t p] ton ( ice = ! requir$ heat+1 ! total p[] co/ ( mak+ #hj1jjj tons ( ice is 7#hj1jjj x 4#ej7 #dj1jjj4jj ,,eng9e ,,room ,,labor ,,co/3 #a *ief eng9e] p] day #aj4jj #c eng9e]s p] day #h4jj ,total p] day #cd4jj #cfe days at #cd4jj equals #ab1daj4jj or #abdaj _/ #hjjjj #ae4fb c5ts p] ton #b ,,ice ,,plant ,,labor ,,co/3 #c m5 pull+ ice & sett+ x up 9 /ore-room4 p] day #f4jj #c m5 9 /ore-room p] day #f4jj #a %ipp+ cl]k p] day #h4jj ,total labor p] day #dd4jj #cfe days at #dd4jj equals #af1jfj4jj ,= fill+ ! w9t] /orage h\se & tak+ ! ice out ( x w require #c additional m5 = five mon?s1 equals #aej days x #ah4jj1 equals #b1gjj4jj ,total ,ice ,plant ,labor ,co/ ,equals #ah1gfj4jj or #ahfgj _/ #hjjjj #bc4df c5ts p] ton #bdj tons ( ice equal #abjj---djj-lb4 cans4 ,z #bd cans are pull$ at "o "t x requires #abjj _/ #bd #ej pulls p] day1 or "o pull e #bi m9utes4 ,! ice-pull] has !re=e ample "t to set up all ice pull$ 9 /orage h\se z direct$4 ,co/ ( ,ammonia at #b c5t p] ton #a1fjj4jj ,co/ ( ,oil & ,wa/e at #b c5t p] ton #a1fjj4jj ,co/ ( ,wat] at #c c5t p] ton #b1djj4jj ,co/ ( ,salt at #gb c5t p] ton #djj4jj ,plant ,ma9t5ance & ,repairs #c1ejj4jj or #cejj _/ #hjjjj #d4cg c5t p] ton ,,(fice ,,exp5ses3 #a ,manag] & ,salesman1 p] ye> #e1jjj4jj #a ,bookkeep]1 p] ye> #b1djj4jj ,/ation]y1 ,telephone1 etc #fjj4jj ,total ,co/ #h1jjj4jj or #hjjj _/ #hjjjj #aj c5t p] ton #c ,,ov]head ,,*>ges3 #h p] c5t int]e/ on #cej1jjj4jj inve/m5t #bh1jjj4jj #h p] c5t int]e/ on value ( l& 7#bj1jjj4jj7 #a1fjj4jj #h p] c5t int]e/ on #aj1jjj4jj work+ capital #hjj4jj #c p] c5t depreciation on #cej1jjj4jj #aj1ejj4jj ,insurance 7e/imat$7 #a1ejj4jj ,taxes 7e/imat$7 #c1ejj4jj ,total #de1ijj4jj or #deijj _/ #hjjjj #eg4cge c5t p] ton ,total ,exp5se #acd1egj4jj or #acdegj _/ #hjjjj #a4fh4bae p] ton ,divid$ z foll[s3-- ,manufactur+ co/ includ+ (fice exp5se #a4aj4hdj ,ov]head *>ges #j4eg4cge ,,ice ,,sales ,,assumptions3 ,mon? ,ice ,ice sold ,ice /or$ ,ice ,sold ,total ,ice produc$ direct p] day f /orage /or$ 9 #cj p] day p] day daily days ,janu>y #bdj #fe #age #ebej ,febru>y #bdj #fe #age #ebej ,m>* #bdj #aae #abe #cgej ,april #bdj #afe #ge #bbej ,may #bdj #cjj #fj ,june #bdj #djj #afj ,july #bdj #djj #afj ,augu/ #bdj #djj #afj ,septemb] #bdj #cej #aaj ,octob] #bdj #bjj #dj #abjj ,novemb] #bdj #adj #ajj #cjjj ,decemb] ,none #fe #fe ,tons #bjgjj ,less ,tons #aiej ,total ,tons #ahgej ,dur+ ! mon? ( ,decemb]1 ! ,ice ,plant w be %ut d[n = ov]haul+ & repairs1 & "p ( ! ice /or$ dur+ ,novemb] w be sold 9 ,decemb]1 !re=e1 requir+ a total /orage capacity ( #ah1gej tons1 ( :i* #gej tons w be /or$ 9 ! ante-room & #ah1jjj tons w be /or$ 9 ! big w9t] /orage4 #d ,,numb] ,,two ,manufactur+ ,co/s ,p] ,ton ( ,ice ,us+ ,electric ,p[] at ,pres5t ,*icago ,rates = ,p[] & ,labor #bdj ,,ton ,,capacity ,,p] ,,day ,no ,/orage ,h\se = ,surplus ,ice ,,ice ,,sales ,,assumptions3 ,tons p] day ,total ,tons ,janu>y #fe #a1iej ,febru>y #fe #a1iej ,m>* #aae #c1dej ,april #afe #d1iej ,may #bdj #g1bjj ,june #bdj #g1bjj ,july #bdj #g1bjj ,augu/ #bdj #g1bjj ,septemb]4 #bdj #g1bjj ,octob] #bjj #f1jjj ,novemb] #adj #d1bjj ,decemb] #fe #a1iej ,total output tons #fj1dej ,,note--,^! sales c only be realiz$ if ! deal] has at lea/ #ah1jjj tons ( natural ice on h& to enable him to take c>e ( ! family trade dur+ ! hot mon?s4 ,if no l>ge supply ( natural ice is on h& h>dly #ej1jjj tons c be sold1 !reby increas+ ! co/ p] ton consid]ably4 ,,p[] ,,co/3 ,due to num]\s />t+ & /opp+ ( compressor dur+ ! slack mon?s ! maximet] *>ges w be high] & !re=e x mu/ be assum$ t #fj ,k4 ,w4 h\rs w be requir$ p] ton ( ice in/ead ( #ee ,k4 ,w4 h\rs = cont9u\s consumption4 #fj ,k4 ,w4 h\rs p] ton ( ice at 4#i c5t p] ,k4 ,w4 h\r equals #ed c5ts p] ton4 ,add+ #a_/b c5t p] ton = ! requir$ heat+ ! p[] co/ = mak+ #fj1dej tons ( ice equals #fj1dej x #ed4e c5ts1 equals #cb1ide4be #e ,,eng9e ,,room ,,labor ,,co/3 #a *ief eng9e] p] day #aj4jj #c eng9e]s p] day #h4jj ,total p] day #cd4jj #cfe days at #cd4jj equals #ab1daj4jj or #abdaj _/ #fjdej #bj4ed c5t p] ton ( ice ,,ice ,,plant ,,labor ,,co/3 7,us+ pres5t me?od ( pull+ ice7 ,may1 ,june1 ,july1 ,augu/1 ,septemb] & ,octob] require3 #f ice pull]s p] day #f4jj #c air m5 p] day #f4jj #f /orage h\se m5 p] day #f4jj ,total p] day #ij4jj #ahd days at #ij4jj equals #af1efj4jj ,m>*1 ,april & ,novemb] require3 #f pull]s p] day #f4jj #d /orage h\se m5 p] day #f4jj ,total p] day #fj4jj #ia days at #fj4jj equals #e1dfj4jj ,decemb]1 ,janu>y & ,febru>y require3 #c pull]s p] day #f4jj #c /orage h\se m5 p] day #f4jj ,total p] day #cf4jj #ib days at #cf4jj equals #c1cab4jj #a %ipp+ cl]k p] day #h4jj #ccj days x #h equals #b1fdj4jj ,total ,labor ,co/ #bg1igb4jj or #bgigb _/ #fjdej #df4bg c5t p] ton ,co/ ( ,ammonia at #b c5t p] ton #a1bji4jj ,co/ ( ,oil & ,wa/e at #b c5t p] ton #a1bji4jj ,co/ ( ,wat] at #c c5t p] ton #a1hac4ej ,co/ ( ,salt at #a_/b c5t p] ton #cjb4be ,plant ,ma9t5ance & ,repairs #b1hjj4jj or #bhjj _/ #fjdej #d4fc c5t p] ton #f ,,(fice ,,exp5se3 #a ,manag] & ,salesman p] ye> #e1jjj4jj #a ,bookkeep] p] ye> #b1djj4jj ,/ation]y1 ,telephone1 etc #fjj4jj ,total ,co/ #h1jjj4jj or #hjjj _/ #fjdej #ac4bc c5t p] ton ,,ov]head ,,*>ges3 #h p] c5t ,int]e/ on #bhj1jjj4jj inve/m5t #bb1djj4jj #h p] c5t ,int]e/ on value ( l& 7#ab1jjj4jj7 #ifj4jj #h p] c5t int]e/ on #h1jjj4jj work+ capita #fdj4jj #c p] c5t depreciation on #bhj1jjj4jj #h1djj4jj ,insurance 7e/imat$7 #a1bjj4jj ,taxes 7e/imat$7 #b1ejj4jj ,total ,ov]head ,*>ge #cf1ajj4jj or #cfajj _/ #fjdej #fi4gb c5t p] ton ,total ,exp5se #abd1ifa4jj or #abdifa _/ #fjdej #b4jf4gb p] ton ,,note--,if ! ,,luhr ,,fri$l ,,ice ,,mak+ ,,sy/em is us$1 ! ,ice ,plant ,labor ,co/ w be z foll[s3 ,may1 ,june1 ,july1 ,augu/1 ,septemb] & ,octob] require3 #c ice pull]s p] day #f4jj #c /orage h\se m5 p] day #f4jj ,total p] day #cf4jj #ahd days at #cf4jj equals #f1fbd4jj ,m>*1 ,april & ,novemb] require3 #c ice pull]s p] day #f4jj #b /orage h\se m5 p] day #f4jj ,total p] day #cj4jj #ia days at #cj4jj equals #b1gcj4jj ,decemb]1 ,janu>y & ,febru>y require3 #c ice pull]s p] day #f4jj #a /orage h\se man p] day #f4jj ,total p] day #bd4jj #ib days at #bd4jj equals #b1bjh4jj #a %ipp+ cl]k p] day #h4jj #ccj days x #h equals4 #b1fdj4jj ,total ,labor ,co/4 #ad1bjb4jj or #adbjb _/ #fjdej #bc4di c5t p] ton comp>$ to #df4bg c5t p] ton1 ,a ,,sav+ ,,( #bb4gh ,,c5t ,,p] ,,ton4 #g ,illu/ration3 ,typical ,design ( a #afj ,ton ,/eam ,driv5 ,ice ,plant4 ,int]ior ,details4 #h ,illu/ration3 ,typical ,design ( a #afj ,ton ,/eam ,driv5 ,ice ,plant4 ,ext]ior ,cross ,section ,9 connection ) ,otto ,luhr ,consult+ ,eng9e] ,h]man ,fridel ,ar*itect ,ice ,mak+ ,sy/em ,pat5t ,appli$ ,= #i ,,numb] ,,?ree ,manufactur+ ,co/s ,p] ,ton ( ,ice ,us+ ,/eam ,p[] at ,m$ium-,siz$-,t[n ,rates = ,labor #afj-ton capacity p] day4 #a1gbh--djj-lb4 cans4 #ccc days cont9u\s full output4 #ab1jjj-ton /orage h\se4 ,,co/ ,,( ,,p[]3 ,a mod]n1 highly effici5t & economical /eam driv5 high spe$ compressor plant mu/ be in/all$ s z to get ! maximum p[] out ( coal4 ,! boil] room w conta9 two #bej-;,h4 ,p4 wat]-tube boil]s ) automatic /ok]s & coal b9 ov]head hold+ two weeks' supply ( coal4 ,/eam pressure #age lbs4 ,z ! fir+ ( ! boil]s is automatic & requires practically no "w on ! "p ( ! eng9e]s1 no firem5 are ne$$4 ,a%es w also be remov$ automatically4 ,! eng9e room equipm5t w consi/ ( two #age-ton high spe$ compressors1 direct connect$ to two ,simple ,cond5s+ ,una-fl[ ,eng9es2 also two g5]ators1 two cool+ t[] wat] pumps1 two air compressors1 swit*bo>d1 etc4 ,all to be equipp$ ) ! late/ labor & p[]-sav+ devices4 ,equipp$ z above1 #be tons ( refrig]ation c be easily obta9$ f "o ton ( ord9>y #ab1ejj ,b ,t ,u coal4 #a4h ton ( refrig]ation is requir$ to produce "o ton ( ice includ+ ! requir$ cool+ ( /orage h\se4 ,!re=e ! p[] co/ ( mak+ "o ton ( ice ) coal at #e4jj p] ton equals #e4jj divid$ by #be_/a4h #cg c5t4 7,"o c5t p] ton ( ice is add$ = heat+ ( dipp+ tank wat]47 ,assum+ "o mon?'s %ut-d[n = inspection & repairs1 ! total output ( #afj tons ( ice = #ccc days am\nts to #ec1bhj tons ( ice4 ,! total p[] co/ ( mak+ #ec1bhj tons ( ice is !re=e1 #ec1bhj x #cg c5t #ai1gac4fj #aj ,,eng9e ,,room ,,& ,,ice ,,plant ,,labor ,,co/3 #a *ief eng9e] p] day #h4jj #c eng9e]s p] day #f4jj #a %ipp+ cl]k p] day #f4jj #c m5 9 ,/orage ,h\se p] day #d4jj ,total p] day #dd4jj #cfe days at #dd4jj p] day equals #af1jfj4jj ,additional labor co/ = putt+ #ab1jjj tons into w9t] /orage & tak+ out at #d4jj p] day #a1bjj4jj ,total ,labor ,co/ #ag1bfj4jj or #agbfj _/ #ecbhj #cb4d c5t p] ton ,eng9e]s w d _! own fir+ ( boil]s & w pull all ! ice4 ,"o pull requir$ e #dc m9utes4 ,,(fice ,,exp5se3 #a ,(fice ,man 7,manag] & ,bookkeep]7 #c1jjj4jj ,/ation]y1 ,telephone1 etc4 7p] ye>7 #cjj4jj ,total ,(fice ,exp5se #c1cjj4jj or #ccjj _/ #ecbhj #f4b c5t p] ton ( ice ,co/ ( ,ammonia at #b c5t p] ton #a1jfe4fj ,co/ ( ,oil & ,wa/e at #b c5t p] ton #a1jfe4fj ,co/ ( ,wat] at #c c5t p] ton #a1eih4dj ,co/ ( ,salt at #a_/b c5t p] ton #bff4dj ,plant ,ma9t5ance & ,repairs #b1bjj4jj or #bbjj _/ #ecbhj #d4a c5t p] ton #aa ,,ov]head ,,*>ges3 #h p] c5t int]e/ on #bbj1jjj4jj inve/m5t equals #ag1fjj4jj #h p] c5t int]e/ on value ( l& 7#aj1jjj4jj7 #hjj4jj #h p] c5t int]e/ on work+ capital 7#g1ejj4jj7 #fjj4jj #c p] c5t depreciation on #bbj1jjj4jj #f1fjj4jj ,insurance 7e/imat$7 #a1jjj4jj ,taxes 7e/imat$7 #b1jjj4jj ,total ov]head *>ges #bh1fjj4jj or #bhfjj _/ #ecbhj #ec4g c5t p] ton ,total ,exp5se #ge1jfi4fj or #gejfi4fj _/ #ecbhj #a4dji p] ton ,divid$ z foll[s3 ,ov]head *>ges #j4ec4g ,manufactur+ ,co/ 7total7 #j4hg4b #ab ,,numb] ,,f\r ,manufactur+ ,co/s ,p] ,ton ( ,ice ,us+ ,/eam ,p[] at ,m$ium-,siz$-,t[n ,rates = ,labor #ajj-ton capacity p] day4 #a1jhj--djj-lb4 cans4 #ccc days cont9u\s full output4 #g1fjj-ton ,/orage ,h\se4 ,,co/ ,,( ,,p[]3 ,a mod]n1 highly effici5t & economical /eam driv5 high spe$ compressor plant mu/ be in/all$ s z to get ! maximum p[] out ( coal4 ,! boil]-room w conta9 two #bjj-;,h4 ,p4 wat]-tube boil]s ) automatic /ok]s & coal b9 ov]head hold+ two weeks' supply ( coal4 ,/eam pressure #age lbs4 ,z ! fir+ ( ! boil]s is automatic & requires practically no "w on ! "p ( ! eng9e]s1 no firem5 w be ne$$4 ,a%es w also be automatically remov$4 ,! eng9e room equipm5t w consi/ ( two #ajj-ton high spe$ compressors1 direct connect$ to two ,simple ,cond5s+ ,unafl[ ,eng9es2 also two g5]ators1 two cool+ t[] pumps1 two air compressors1 swit*bo>d1 etc4 ,all to be equipp$ ) ! late/ labor & p[]-sav+ devices4 ,equipp$ z above1 #be tons ( refrig]ation c be easily obta9$ f "o ton ( ord9>y #abejj ,b ,t ,u coal4 #a4h tons ( refrig]ation is requir$ to produce "o ton ( ice1 includ+ ! cool+ ( ! /orage h\se4 ,!re=e1 ! p[] co/ ( mak+ "o ton ( ice ) coal at #e4jj p] ton equals #e4jj divid$ by #be_/a4h #cg c5t4 7,"o c5t p] ton ( ice is add$ = heat+ ( dipp+-tank wat]47 ,assum+ "o mon?'s %ut d[n = inspection & repairs1 ! total output ( #ajj tons ( ice = #ccc days am\nts to #cc1cjj tons ( ice4 ,! total p[] co/ ( mak+ #cc1cjj tons ( ice is !re=e1 #cc1cjj x #cg c5t1 equals #ab1cba4jj #ac ,,eng9e ,,room ,,& ,,ice ,,plant ,,labor ,,co/3 #a ,*ief ,eng9e] p] day #h4jj #c ,eng9e]s p] day #f4jj #b ,/orage ,h\se ,m5 p] day #d4jj ,total p] day #cd4jj ,total #cfe days at #cd4jj p] day #ab1daj4jj ,additional labor co/ = putt+ #g1ejj tons into w9t] /orage & tak+ out at #d4jj p] day #gej4jj ,total labor co/ #ac1afj4jj or #acafj _/ #cccjj #ci4eb c5t p] ton ,eng9e] w d 8 own fir+ ( boil]s & w pull all ! ice & set x up 9 ante room if requir$4 ,"o pull requir$ e #gj m9utes4 ,*ief ,eng9e] w act z %ipp+ cl]k4 ,,(fice ,,exp5se3 #a ,(fice ,man 7,manag] & ,bookkeep]7 #c1jjj4jj ,/ation]y1 ,telephone1 etc4 7p] ye>7 #cjj4jj ,total ,(fice ,exp5se #c1cjj4jj or #ccjj _/ #cccjj #i4i c5t p] ton ,co/ ( ,ammonia at #b c5t p] ton #fff4jj ,co/ ( ,oil & ,wa/e at #b c5t p] ton #fff4jj ,co/ ( ,wat] at #c c5t p] ton #iii4jj ,co/ ( ,salt at #a_/b c5t p] ton #aff4ej ,plant ,ma9t5ance & ,repairs #a1ejj4jj or #aejj _/ #cccjj #d4e c5t p] ton #ad ,,ov]head ,,*>ges3 #h p] c5t int]e/ on #aej1jjj4jj inve/m5t #ab1jjj4jj #h p] c5t int]e/ on value ( l& 7#g1jjj4jj7 #efj4jj #h p] c5t int]e/ on #e1jjj4jj work+ capital #djj4jj #c p] c5t depreciation on #aej1jjj4jj #d1ejj4jj ,insurance 7e/imat$7 #gjj4jj ,taxes 7e/imat$7 #a1cfj4jj ,total ov]head *>ges #ai1ebj4jj or #aiebj _/ #cccjj #fh4g c5t p] ton ,total ,exp5se #eb1bih4ej or #ebbih4ej _/ #cccjj #a4eg p] ton ,divid$ z foll[s3 ,ov]head *>ges #fh4g c5t ,manufactur+ ,co/ #ih4c c5t #ae ,,otto ,,luhr ,,consult+ ,,eng9e] ,,h]man ,,fri$l ,,ar*itect ,,ice ,,mak+ ,,sy/em #aed ,w4 ,,r&olph ,,/reet1 ,,*icago ,end ( ,docum5t ,transcrib]'s ,note ,i f\nd ?is docum5t & ! atta*$ pap]s & photographs among my fa!r's pap]s4 ,i (f] x z an insight into ! f9ances & /ructure ( bus9ess & trades 9 ! e>ly #aijj's4 ,!re are no dates includ$ 9 ?is docum5t b a ,google se>* ( ,otto ,luhr produc$ ^! items3 ,me*anical & ,refrig]at+ ,eng9e]'s ,h&y ,book2 ,otto ,luhr2 #aiac4 ,automatic refrig]at+ liquid fe$] & regulator2 ,unit$ ,/ates ,pat5t #agbehge2 #h_/bg_/aibi4 ,refrig]ator c>2 ,unit$ ,/ates ,pat5t #afdbhhb2 #i_/bj_/aibg4 ,s9ce ! title page /ates ,pat5t ,appli$ ,=1 ?is docum5t 0 probably publi%$ ar\nd #aibe4 ,note ! prices quot$ = mat]ials & labor3 ,coal1 #e4jj a ton4 ,9 #bjji1 ab\t #ajj_/ton1 d[n f #cjj 9 #bjjh4 ,unskill$ ,labor1 #f4jj_/;day2 t's ,,day1 n ,,h\r4 ,skill$ ,labor1 #h to #aj_/;day ,electricity1 #j4jji_/,,k: my late/ bill 79 #bjji7 0 #j4acag_/,,k: ,note ! job titles 9 ! atta*$ docum5ts3 ,b>nm51 ,wa%]s1 ,blacksmi?s ,! ^w ,,ma9ta9ance is ?us spell$ 9 ! orig9al4 ,f9ally1 ! optimi/ic tone ( ! docum5t contra/s ) ! decl9e ( ! ice bus9ess 9 ! #aidj's1 fifte5 ye>s lat]4 ,i rememb] ! 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