,,l9otype ,,manual ,,giv+ ,,detail$ ,,in/ructions ,,( ,,! ,,prop] ,,adju/m5t ,,& ,,c>e ,,( ,,! ,,l9otype ,,) ,,illu/rations ,price1 #b4jj ,,ag5ts ,j4 ,w4 ,,su!rl&1 #fb ,,mcvick]',s ,,!atre ,,bldg41 ,,*icago ,f4 ,h4 ,mc,c,a,l,l1 #djh ,,hall ,,build+1 ,,kansas ,,city ,,copyright1 #ahih1 ,,by ,f4 ,h4 ,mc,call ,illu/ration3 ,alli$ ,pr9t+ ,trades ,c\ncil ,union ,label ,*icago1 ,ill4 ,,cont5ts4 ,,be/ ,,me?od ,,( ,,plac+ ,,ma*9e #i ,,l9otype ,,motor #ab ,,! ,,ma*9e ,,z ,,x ,,comes ,,f ,,! ,,factory ,,& ,,h[ ,,to ,,erect ,,x #ac ,,temp]ature ,,( ,,! ,,metal #bc ,,! ,,gas ,,connections ,,& ,,gov]nor #bd ,,purify+ ,,! ,,metal #bg ,,=mation ,,( ,,dross ,,^u ,,! ,,surface ,,( ,,l9otype ,,metal #bg ,,c>e ,,( ,,friction ,,clut* #bh ,,to ,,adju/ ,,new ,,/yle ,,automatic ,,/op #cj ,,to ,,set ,,vise ,,automatic #cj ,,to ,,prev5t ,,transposition ,,( ,,matrices #cf ,,! ,,assembl] ,,/> ,,& ,,friction ,,spr+ #ci ,,to ,,set ,,di/ribut] ,,b> #dj ,,to ,,set ,,! ,,magaz9e #da ,,to ,,set ,,di/ribut] ,,box ,,lift #db ,,to ,,remove ,,side ,,( ,,keybo>d ,,to ,,clean ,,cams #df ,,! ,,di/ribut] ,,box ,,& ,,rails #di ,,! ,,spaceb& ,,box ,,& ,,pawls #ec ,,keybo>d1 ,,magaz9e ,,& ,,connections #eg ,,! ,,metal ,,pot #fa ,,causes ,,( ,,squirts #fb ,,directions ,,= ,,fac+ ,,m\?piece #fc ,,c>e ,,( ,,matrices1 ,,spaceb&s ,,& ,,magaz9e #fg ,,lapp+ ,,& ,,clean+ ,,molds #fi ,,adju/able ,,molds ,,& ,,l9]s #ga ,,! ,,space ,,b&s #gb ,,po9t ,,sy/em ,,( ,,! ,,m]g5?al] ,,l9otype ,,co4 #gc ,,matrix ,,hair ,,spaces #gd ,,adju/m5t ,,( ,,mold ,,slide ,,& ,,disk #ge ,,directions ,,= ,,putt+ ,,9 ,a ,,new ,,v]ge #gf ,,alignm5t ,,( ,,faces #gg ,,keybo>ds #gi ,,supplies ,,:i* ,,%\ld ,,be ,,kept ,,9 ,,/ock #hd ,,numb]s ,,& ,,sizes ,,( ,,*annels--,,sizes ,,( ,,v]ges1 ,,pawls ,,& ,,e>s ,,( ,,matrices #hf ,,introduction4 ,! object 9 view 9 compil+ ?is book is to %[ by means ( cuts & detail draw+s ! diff]5t adju/m5ts & h[ to make same4 ,! automatics & h[ to set !m4 ,! be/ me?od ( plac+ ma*9es 9 an (fice1 ) ! necess>y belt+1 %aft+1 etc4 ,erect+ ma*9e1 & o!r useful in=mation 9 reg>d to c>e ( same4 ,h[ to keep metal 9 good condition to obta9 be/ results1 & o!r in/ructions t w t5d to ! successful op]ation ( ! ,l9otype4 ,be/ ,me?ods ( ,plac+ ,ma*9e4 ,! ma*9e complete & ready = op]ation weighs #a1ibe p\nds4 ,9 op]ation !re is no vibration1 & ! ma*9e may be safely plac$ 9 any build+ ( ord9>y /r5g?4 ,illu/ration3 ,,mode ,,( ,,erect+ ,,ma*9es--,,no4 #a ,ma*9e /&s on ,plat=m built on ,ma9 ,floor4 ,driv+ ,%aft1 ,pulleys & ,gas ,pipes "u ! ,plat=m & above ,floor4 ,,fig4 #a4 ,illu/ration3 ,,mode ,,( ,,erect+ ,,ma*9es--,,no4 #b ,ma*9es & ,driv+ ,%aft on ,ma9 ,floor4 ,int]m$iate ,plat=m ov] ,%aft4 ,good plan1 b inf]ior to ,no4 #a4 ,,fig4 #b4 ,illu/ration3 ,,mode ,,( ,,erect+ ,,ma*9es--,no4 #c ,modification ( ,plan ,no4 #b4 ,ma*9es & ,driv+ ,%aft on ,ma9 ,floor4 ,int]m$iate ,plat=m ov] ,%aft4 ,good ,plan1 b inf]ior to ,no4 #a4 ,,fig4 #c4 ,ea* ma*9e requires some:at less ?an "o-qu>t] ( a horsep[] to drive x1 b ! all[ance ( "o-half horsep[] is recomm5d$ to insure /ead9ess ( motion4 ,ea* ma*9e1 includ+ ov]hang+ projections1 is a little less ?an five feet squ>e4 ,9 plac+ ma*9es all[ance mu/ be made = space suffici5t to pass ar\nd & betwe5 !m1 & = seat ( op]ator 9 front4 ,a lib]al all[ance is #gx#aj feet4 ,! driv+ pulley ( ! ma*9e is #ad in*es 9 diamet] & %\ld be driv5 at ab\t #fb revolutions p] m9ute4 ,nev] to exce$ #ff4 ,any arrangem5t ( %aft+ & pulleys :i* w secure ?is spe$ w answ]4 ,l9otype ,motor4 ,! ,l9otype ,company has rec5tly _h a specially design$ electric motor built :i* is adapt$ = spe$y application to ,l9otype ma*9es4 ,^! motors are *eap1 compact1 reliable & pleas+ 9 appe>ance4 ,_! application dem&s no *ange 9 ! ma*9e except to remove ! driv+ pulley & sub/itute a ge> :eel furni%$ ) ! motor4 ,! only connection requir$ is ! ext5sion ( a wire to an ord9>y inc&esc5t lamp socket or o!r suitable s\rce ( electric p[]4 ,! use ( ^! motors avoid ! necessity = c\nt]%afts1 pulleys & belts1 & greatly improve ! appe>ance ( ! (fice4 ,motors w\nd = #aae1 #bcj & #ejj volts are c>ri$ 9 /ock4 ,! price1 ) all atta*m5ts1 applicable to any ma*9e1 is #fe4 ,! ,ma*9e z ,x ,comes f ! ,factory & ,h[ to ,erect ,x4 ,9 %ipp+ ! ma*9e ! base & heavy p>ts1 su* z column1 metal pot1 cams1 vise1 etc41 are assembl$4 ,! base be+ bolt$ ) lag screws to ?ree skids & box$ up1 ) ! di/ribut] bracket & /ep cleat$ 9 ! top4 ,a second box1 #bjx#bdx#ah in*es1 conta9s ! key-bo>d & re$s1 int]m$iate bracket1 *annel-plate support1 & all ! small p>ts1 su* z vise-lock+ screws1 flexible front1 pi box & tube1 second elevator1 di/ribut] box1 keybo>d rod guide assembl$1 all c>riages1 etc4 ,a ?ird box1 #ddx#bfx#af in*es1 conta9s face plate assembl$1 magaz9e1 set ( matrices1 two small boxes1 "o conta9+ l>ge & small assembl] glasses1 ! o!r ! magaz9e entrance4 ,a f\r? box1 #dfx#ix#ab in*es1 conta9s di/ribut] assembl$ & fir/ elevator4 ,take bo>ds f base & roll x to its p]man5t position & remove skids1 !n cut ! wires t b9d lev]s ,c & ,j 7,fig4 #d74 ,!n turn clut* ,a to ! "r until second elevator lev] ,j 7,fig4 #d7 is 9 ! position %[n 9 ,fig4 #e & put on ! di/ribut] bracket ,a 7,fig4 #e74 ,!n1 9 ! ord] giv51 put on int]m$iate bracket ,d1 upp] rod guide ,f1 *annel plate support ,e1 second elevator ,c 7,fig4 #e71 & vise-lock+ screws #b & #c 7,fig4 #d74 ,illu/ration3 ,,fig4 #d4 ,illu/ration3 ,,fig4 #e4 ,illu/ration3 ,,fig4 #f4 ,illu/ration3 ,,fig4 #g4 ,!n put on keybo>d ,c 7,fig4 #f7 & put 9 rods ,b 7,fig4 #f71 :i* are numb]$ consecutively1 beg9n+ ) ,no4 #a at ! left4 ,!n put on fir/ elevator ,a 7,fig4 #f71 di/ribut] ,n 7,fig4 #e71 & belt ,p 7,fig4 #e71 :i* %\ld always be cross$ s z to run away f ! ge>s4 ,n[1 ) ma*9e 9 position 7,fig4 #f71 put on face plate ,n 7,fig4 #g71 :i* is held by ! ?ree cap screws #b1 #c & #d 7,fig4 #f71 & magaz9e ,a & flexible front & glass ,c 7,fig4 #g7 & connect spaceb& lev]1 spaceb& transf] c>riage1 di/ribut] %ift] c>riages1 l9e deliv]y c>riage1 assembl+ elevator1 etc4 ,rev]s+ ^! directions w1 ( c\rse1 %[ h[ to take ! ma*9e ap>t4 ,be=e putt+ on driv+ belt x is advisable to turn ma*9e ov] by h&1 to be sure ev]y?+ is all "r4 ,if all p>ts are connect$ prop]ly !re %\ld be no b9d+ & ma*9e %\ld turn easily4 ,illu/ration3 ,,fig4 #h4 ,illu/ration3 ,,fig4 #i4 ,temp]ature ( ! ,metal4 ,x is ess5tial t ! temp]ature ( ! metal %\ld be kept uni=m4 ,if ! temp]ature is too high1 por\s or spongy slugs w result1 also defective faces & a weak surface1 :i* all[s ! lett]s to s9k 9 pr9t+4 ,a temp]ature t is too l[ causes ! metal to adh]e to ! m\?piece & prev5ts ! free fl[ ( ! metal to ! mold4 ,we recomm5d t ! metal 9 front ( ! well be kept at a temp]ature any:]e betwe5 #ecf & #efc degrees ,fahr5heit4 ,! temp]ature c be kept uni=m by means ( ! gas gov]nor atta*$ to ea* ma*9e1 & c be supplem5t$ by a gas pressure gov]nor atta*$ to supply pipe4 7,see ,fig4 #aj47 ,! temp]ature c be asc]ta9$ by plung+ a !rmomet] read+ up to #fjj degrees ,fahr5heit into ! molt5 metal 9 front ( ! well & read+s tak5 :5 ! m]cury rema9s con/ant4 ,heat ! !rmomet] be=e plung+ x into ! metal4 ,! bulb %\ld be :olly cov]$ by ! molt5 metal4 ,:5 no !rmomet] is at h& ! temp]ature may be obta9$ approximately by plung+ a piece ( pap] into ! molt5 metal4 ,if x turns br[n ! metal is 9 a prop] condition to ca/4 ,! temp]ature is too l[ if only a slight color is imp>t$ to ! pap]2 too high if a deep br[n or black4 ,no o!r metal1 su* z brass1 z9c1 or /]eotype metal %\ld be mix$ ) l9otype metal4 ,x has be5 f\nd t bett] results are obta9$ if ! slugs are melt$ 9 a prop] furnace & ca/ into +ots or blocks4 ,! pot w be kept m free f dross by ?is me?od ?an by melt+ ! slugs 9 ! metal pot ( ! ma*9e4 ,! ,gas ,connections & ,gov]nor4 ,= "o ma*9e use a -in* supply pipe1 & increase ab\t -in* = ea* additional ma*9e1 a #b-;in* pipe be+ suffici5t = a plant ( twelve ma*9es4 ,a -in* fe$ pipe %\ld be run to ea* ma*9e4 ,a gas gov]nor is furni%$ by ! ,l9otype ,company1 z %[n 9 ,fig4 #aj1 :i* %\ld be atta*$ to ! ma9 pipe ne> ! ma*9es4 ,?is gov]nor1 toge!r ) ! "o on ! ma*9e1 w keep ! gas at a uni=m pressure4 ,! gov]nor 7,fig4 #aj7 works z foll[s3 ,:5 ! gas pressure becomes too heavy x raises ! float ,b1 :i* sets 9 m]cury at po9t ,j & ,a1 & closes ! valve ,c1 po9ts #a & #b4 ,a small bottle ( m]cury is s5t ) ea* gov]nor2 also two small lead weights1 :i* g on top ( float ,b4 ,! arr[s %[ h[ ! gas ent]s & leaves ! gov]nor4 ,illu/ration3 ,,fig4 #aj4 ,purify+ ! ,metal4 ,! metal may be purifi$ if1 :5 9 a molt5 /ate1 a piece ( gre5 wood ab\t #d in*es 9 diamet] & #g or #h in*es long1 atta*$ to an iron rod1 is plung$ into ! molt5 metal & all[$ to rema9 ab\t #bj m9utes1 or until ! boil+ ceases4 ,! gre5 wood causes ! metal to boil viol5tly1 & ! oxides conta9$ 9 ! int]ior ( ! molt5 metal are affectually r$uc$4 ,! metal %\ld !n be ?or\ghly /irr$ & ! scum remov$ by an iron ladle4 ,! dross on ! surface may be r$uc$ by add+ a few ounces ( ros9 to ! molt5 mass4 ,=mation ( ,dross ,^u ! ,surface ( ,l9otype ,metal4 ,dross is a comp\nd =m$ by ! action ( air ^u molt5 metal4 ,! oxyg5 conta9$ 9 ! atmosph]e attacks mo/ metals ) :i* we are acqua9t$4 ,! =mation ( ?is oxide takes place m rapidly & 9 l>g] quantities ! high] ! temp]ature ( ! metal4 ,?is oxidation only occurs ^u ! surface ( molt5 metal :]e ! air has access & n 9 ! c5t] ( ! molt5 mass4 ,x is easy to skim ?is dross f ! metal by means ( an iron ladle4 ,x c !n be r$uc$ to metal dur+ ! op]ation ( melt+ ! slugs into blocks already describ$4 ,if ?is is done little loss w result4 ,! pr9ciple ( its r$uction to ! metallic /ate is ?is3 ,if su* dross is heat$ 9 contact ) c>bonace\s mat]ial1 su* z ros91 ! c>bon & result+ gases =m$ 9 ! process take away ! oxyg5 conta9$ 9 ! dross1 lib]at+ ! metal4 ,c>e ( ,friction ,clut*4 ,c>e %\ld be tak5 to keep ! inside rim ( pulley & clut* lea!r %oes free f oil2 if n1 ! clut* w slip & fail to turn ma*9e ov]4 ,! clut* & pulleys %\ld be tak5 (f e two weeks & clean$ & oil$2 if n1 !y w become dry on ! %aft & cause ! mold disk to c>ry ov] :5 ! ma*9e /ops4 ,to take (f ! clut* & pulleys unscrew ! nut ,e 7,fig4 #ac7 & loos5 screw :i* holds clut* on ! %aft2 !n clean %aft ,n 7,fig4 #aa72 !n put x back & adju/ z describ$ 9 ,adju/m5t ( ,automatic ,/op4 ,! friction clut* spr+ ,s 7,fig4 #aa7 is sometimes too weak1 & %\ld be /r5g!n$ or r5ew$4 ,to take out ?is spr+1 unscrew ! cap or end ( %aft z %[n 9 ,fig4 #aa4 ,illu/ration3 ,,fig4 #aa4 ,to ,adju/ ,new ,/yle ,automatic ,/op4 ,fir/--,adju/ ! automatic /opp+ pawl ,a 7,fig4 #ad7 to #ae-af in* f side ( cam to back ( pawl & adju/ automatic safety pawl ! same4 ,second--,set ! automatic /opp+ lev] ,c 7,fig4 #ad7 s z to engage #c-af in* ) automatic /opp+ pawl ,a4 ,!n clamp ! v]tical />t+ lev] %aft ,k ) set screw ,d 7,fig4 #ab74 ,?ird--,by ! adju/+ nut ,e 7,fig4 #ac7 adju/ ! driv+ %aft clut* flange ,f 7,fig4 #ab7 to #bi-fd in* f end ( driv+ %aft be>+ ,g 7,fig4 #ab72 !n tight5 *eck nut4 ,f\r?--,by means ( adju/+ screw ,h 7,fig4 #ab7 take up ! lo/ motion betwe5 ! contact po9ts ,i & ,j 7,fig4 #ab71 leav+ #a-cb in* play2 !n tight5 *eck nut4 ,to set friction clut* on ma*9es ) old-/yle automatic /op1 simply tight5 ! nut ,e 7,fig4 #ac7 until !re is #a-af in* betwe5 flange ,f & driv+ %aft be>+ ,g 7,fig4 #ab71 ) />t+ lev] op52 !n set vise automatic4 ,to ,set ,vise ,automatic4 ,fir/ set ecc5tric screw #f 7,fig4 #ae7 on inn] end ( /opp+ & />t+ lev] connection rod #h 7,fig4 #ae7 s z to take up all lo/ motion betwe5 x & ! v]tical />t+ lev]4 ,!n set ! ecc5tric screw #g 7,fig4 #ae7 on out] end ( ! connect+ rod #h s z to take up all lo/ motion betwe5 x & vise automatic /op lev] #d 7,fig4 #ae74 ,to d ?is1 pull out ! vise automatic /op lev] #d ) y\r f+] until ! inside end be>s firmly aga9/ ! vise automatic /op rod #a1 :i*1 9 turn1 comes 9 contact ) ! vise automatic /op mold disk dog #c 7,fig4 #ae72 !n pull out ! />t+ & /opp+ h& lev] #b 7,fig4 #ae7 until ma*9e />ts4 ,at ! "t :5 ! ma*9e />ts ! ecc5tric screw #g %\ld t\* ! out] end ( ! vise automatic /op lev] #d1 !n !re w\ld be no lo/ motion & ! vise automatic w\ld act z foll[s3 ,9 case ( a tight l9e 7:i* w\ld n all[ ! fir/ elevator to drop into ! vise f> en\gh to =ce ! vise automatic /op rod #a d[n to all[ ! mold disk dog #c to pass ov] ! pawl #e 9 ! /op rod #a7 ! disk com+ =w>d w\ld =ce ! mold disk dog #c aga9/ ! pawl #e 9 /op rod #a :i*1 com+ 9 contact ) inn] end ( vise automatic /op lev] #d1 w\ld =ce ! out] end ( /op lev] aga9/ ecc5tric screw #g1 :i* w\ld cause ! ma*9e to be %ut (f ! same z if x 7 done by pu%+ ! h& lev] 9 by h&4 ,illu/ration3 ,,fig4 #ac4 ,illu/ration3 ,,fig4 #ab4 ,illu/ration3 ,,fig4 #ad4 ,if ! vise automatic is set ?is way x w /op mold disk ne>ly #a-af in* away f matrices1 leav+ ! fir/ elevator free to lift up & a matrix to be tak5 out4 ,?is n only prev5ts a squirt1 b saves ! e>s ( ! matrices 9 _m cases4 ,illu/ration3 ,,fig4 #ae4 ,illu/ration3 ,,fig4 #af4 ,to ,prev5t ,transposition ( ,matrices4 ,9 ord] to prev5t transposition ( matrices & spaceb&s ! p>ts %\ld be adju/$ z illu/rat$ 9 ,fig4 #ca4 ,! assembl] *ute spr+ ,a1 :i* lays betwe5 spaceb& *ute ,b & assembl] rail ,c1 %\ld be set z l[ z its bank+ piece 8a0 w p]mit4 ,its l[] end %\ld be ab\t midway betwe5 ! l[] end ( ! spaceb& *ute ,b & matrix cat* spr+ ,e1 & 9 l9e ) !m4 ,! space betwe5 ! spr+ ,a & rail ,c at po9t #b %\ld be equal to ! ?ickness ( ! capital ,w matrix4 ,! spaceb& buff] ,f %\ld be adju/$ s t ea* b& z x falls into ! l9e w be support$ by ! buff]1 ) its e> ab\t #a-cb in* above ! top ( ! assembl] rail4 ,! buff] wire %\ld h a slight incl9ation d[nw>d t[>d ! left1 s t ! e>s ( ! b&s w settle d[n z ! l9e is assembl$4 ,! matrix cat* spr+ ,e %\ld project ?r\gh ! assembl] plate a suffici5t di/ance to cat* ea* matrix z x passes1 & prev5t x f fall+ back to ! "r4 ,! assembl] slide brake ,h & spr+ ,l %\ld be adju/$ to prev5t ! assembl] slide f jump+ ahead to ! left or cont9ually vibrat+ z ! matrices ent]4 ,if ! assembl] vibrates x makes x impossible = ! op]ator to read ! l9e1 & ! la/ lett] w sometimes fall out :5 ! assembl+ elevator is rais$4 ,?is is caus$ by ! brake ,h we>+ at po9ts #c & #d1 :i* less5s ! t5sion ( ! spr+ ,l & takes up ! space betwe5 bottom screw ,j & brake lev] ,k at po9t #f1 :i* %\ld be ab\t #a-cb in*4 ,if brake ,h is n too badly worn at po9ts #c & #d ?is tr\ble c be obviat$ by /r5g!n+ spr+ ,l & turn+ up screw ,j until y h ab\t #a-cb in* space at po9t #f4 ,be c>eful n to get too mu* space at po9t #f1 or ! assembl] slide w\ld n return :5 ! l9e has be5 releas$ f ! assembl+ elevator4 ,! ,assembl] ,/> & ,friction ,spr+4 ,! assembl] /> %\ld be r5ew$ z soon z x is worn suffici5t to prev5t x f pu%+ ! matrices inside ! assembl+ elevator pawls1 & x is advisable to r5ew ! assembl] *ute rails at ! same "t4 ,! assembl] /> friction spr+ sometimes gets too weak to hold ! /> & x w slip4 ,! assembl] /> friction disk w also we> out4 ,to r5ew ^!1 take (f ! assembl] ,fig4 #ag 7?is %[s back view7 & unscrew ! nut ,c4 ,?is cut also %[s ! int]m$iate ge> ,b & assembl] belt driv+ pulley ,a4 ,illu/ration3 ,,fig4 #ag4 ,to ,set ,di/ribut] ,b>4 ,! di/ribut] b> has a /rip ( brass ab\t #a-af in* wide set into x j above ! comb9ations4 ,9 sett+ x = height be c>eful n to set x too l[4 ,if set too l[ ! matrix1 9 leav+ ! di/ribut] box1 w b9d betwe5 ! di/ribut] box upp] rails ,n 7,fig4 #bg71 ,m 7,fig4 #bf7 & ! brass /rip4 ,if ! matrices b9d x w n only b5d ! e>s1 b also we> brass /rip4 ,! b> %\ld be set s t :5 matrix is ab\t to leave ! rails1 & has ent]$ onto ! fir/ comb9ation ( ! b>1 x w re/ on ! top ( ! rails & be p]fectly free on ! b>4 ,to make ?is adju/m5t1 loos5 ! screws ,e & ,f 7,fig4 #ai7 & set ! b> ) ! two set screws 9 top ( di/ribut] beam4 ,to set ! b> endwise1 ! di/ance f ! fir/ comb9ation 7e7 7,fig4 #ah7 to ! outside ( ! di/ribut] front screw bracket ,a 7,fig4 #ah7 %\ld be #b in*es4 ,9 ! late/ ma*9es built ?is b> is adju/$ 9 ! factory & a p9 driv5 into x j bel[ screw ,f 7,fig4 #ai74 ,if b> is tak5 out x w always g back 9 its prop] place1 & ! end adju/m5t w n be necess>y4 ,illu/ration3 ,,fig4 #ah4 ,to ,set ! ,magaz9e4 ,9 sett+ ! magaz9e fir/ see t ! di/ribut]-b> is set "r1 z %[n 9 ,fig4 #ah2 !n run two pi matrices onto ! b>1 "o at ea* end1 z #a & #b 7,fig4 #bj72 !n raise or l[] ! magaz9e ) screws ,e & ,f until !re is ab\t #a-af in* space betwe5 ! bottom ( matrix & ! *annel-plate entrance p>tition at po9ts #a & #b 7,fig4 #bj72 !n tight5 *eck nuts on screws ,e & ,f to prev5t !m f *ang+4 ,next run a l[] case 8e0 onto ! b> by turn+ ! di/ribut] sl[ly by h&1 & set ! magaz9e sidewise until ! l[] case 8e0 drops z soon z x passes ! second entrance p>tition1 :i* w\ld be ! "r h& p>tition = ! 8e0 *annel4 ,:5 ! ma*9e is runn+ ! mom5tum w be suffici5t to c>ry x to ! c5t] ( ! 8e0 *annel4 ,!n turn out ! screws ,n & ,m 7,fig4 #bj7 until !y t\* ! sides ( ! di/ribut] bracket1 & tight5 ! *eck nuts on ! screws ,m & ,n s !y w n *ange4 ,! next ?+ is to set ! l[] end ( ! magaz9e 9 relation to ! rods ,j1 ,fig4 #ba4 ,fir/ ?r[ ! rods into ! v]ges2 !n t\* ! fir/ & la/ keybo>d buttons1 :i* are l[] case 8e0 & 8--02 !n turn rubb] roll] until ! 8e0 & 8--0 rods are at _! highe/ po9t2 !n raise or l[] ! magaz9e by screws 9 *annel-plate support ,a 7,fig4 #bj7 & on column ,r 7,fig4 #e7 until !re is ab\t #a-cb in* betwe5 ! key rod & v]ge at po9t #h 7,fig4 #cb72 !n tight5 ! *eck nuts ,b on screws ,a 7,fig4 #ba74 ,to ,set ,di/ribut] ,box ,lift4 ,turn out screw ,a 7,fig4 #bj7 until ! lift ,c 7,fig4 #bj7 w n come d[n l[ en\gh to pick up ! matrices2 !n turn ! screw ,a 7,fig4 #bj7 until ! lift ,c w j pick up all ! matrices & tight5 *eck nut on ! screw4 ,?is w all[ all extra motion to be on ! upw>d motion :i* c>ries ! matrix t mu* high] up into ! di/ribut] screws1 s !re w\ld be little dang] ( b5d+ ! e> ( ! matrix4 ,illu/ration3 ,,fig4 #ai4 ,illu/ration3 ,,fig4 #bj4 ,illu/ration3 ,,fig4 #ba4 ,to ,remove ,side ( ,keybo>d to ,clean ,cams4 ,! keybo>d cams %\ld be tak5 out & ?or\ghly clean$ e six or eight mon?s & oil$ ) a drop ( clock oil on ! j\rnal p94 ,?is w prev5t !m f /ick+ & caus+ transposition ( ! matrices4 ,illu/ration3 ,,fig4 #bb4 ,illu/ration3 ,,fig4 #bc4 ,illu/ration3 ,,fig4 #bd4 ,! easie/ way to take out ! cams is to take (f ! back & front ( ! keybo>d 7,fig4 #bc74 ,?is is done by tak+ (f ! keybo>d tray ,n 7,fig4 #bc72 !n tak+ out screws ,i & ,a 7,fig4 #bb7 ) ! keybo>d unlock$4 ,! back1 ( c\rse1 comes (f ! same way4 ,z ^! are d[ell$1 y w\ld h no tr\ble 9 replac+ !m4 ,x w be f\nd easi] 9 putt+ !m back if a small wire is run ?r\gh ! cam yoke trigg]s ,c 7,fig4 #ca71 lock+ !m s !y w\ld ent] ! keybo>d keyb>s ,b 7,fig4 #ca7 at po9t #c 7,fig4 #ca74 ,figure #bd %[s ! keybo>d ) ! front tak5 (f1 %[+ ! keybo>d keyb>s ,n 9 place & l[] keybo>d rod guide ,m4 ,! ,di/ribut] ,box & ,rails4 ,figure ,no4 #be %[s ! di/ribut]-box complete4 ,! be/ way to take x ap>t to r5ew ! rails ,b & ,c 7,fig4 #bh7 is to take out screws #a1 #b & #c 7,fig4 #be7 & take (f side 7,fig4 #bf74 ,! rails ,m & ,k 7,fig4 #bf7 & ,n & ,o 7,fig4 #bg7 h to be r5ew$ :5 !y h worn 7z %[n by dott$ l9es #a & #b1 ,fig4 #bh7 en\gh to all[ two ?9 matrices to pass betwe5 po9ts #a & #b1 rails ,c & ,b1 & di/ribut]-box b> pawl #c 7,fig4 #bh74 ,if ! rails ,m 7,fig4 #bf7 & ,n 7,fig4 #bg7 are badly worn on ! top #b 7,fig4 #bf7 & #d 7,fig4 #bg7 a matrix is liable to leave ! box & ent] on ! di/ribut]-b> diagonally1 & if ! di/ribut]-box is n set prop]ly ! same ?+ w occur4 ,illu/ration3 ,,fig4 #be4 ,illu/ration3 ,,fig4 #bf4 ,illu/ration3 ,,fig4 #bg4 ,illu/ration3 ,,fig4 #bh4 ,! ,spaceb& ,box & ,pawls4 ,to insure good "w ! spaceb& box %\ld be kept ?or\ghly clean4 ,to clean box1 x w be necess>y to take x (f ! ma*9e & take x ap>t4 ,to d ?is take out screw ,k 7,fig4 #bi7 & screws ,l1 :i* hold ! spaceb& *ute2 drive out p9 ,j & take (f ! pawl lev] ,i 7,fig4 #bi72 !n take out screws ,a & ,c & take (f side4 ,figure #cj %[s inside ( box4 ,! screw #a 9 pawl lev] %\ld be adju/$ s t :5 pawl lev] is d[n ! pawls ,n & ,o w be l[ en\gh to cle> ! top rails ,c & ,j 7,fig4 #cj7 ab\t #a-cb in*1 ) ! screw re/+ on spaceb& lev]4 ,if too l[ x w give a d\ble motion to ! pawl lev] ,i 7,fig4 #bi7 & sometimes ?r[ out two spaceb&s at once & clog ! spaceb& *ute4 ,! spaceb& c5t] guide ,a 7,fig4 #cj7 w all[ two b&s to pass if x is n adju/$ prop]ly4 ,at ! l[] end ( ! guide is a half p9 or e> on ea* side1 :i* is to cat* ! second spaceb& if pawl lev] lifts two4 ,?is guide is adju/able & %\ld be set s z to all[ only "o b& to pass freely4 ,! pawls ,n & ,o 7,fig4 #cj7 h to be r5ew$ :5 badly worn4 ,be=e putt+ 9 new pawls rub !m d[n on an oil /one1 s t :5 9 place 9 ! box1 & mov$ up & d[n sl[ly by h&1 !y w /& inside ! hooks ( ! rails ,c & ,j ab\t ! wid? ( a spaceb& e>1 & bo? be ! same height s z to lift ! b& ev5ly4 ,illu/ration3 ,,fig4 #cj4 ,illu/ration3 ,,fig4 #bi4 ,! pawls ,n & ,o %\ld "w 9 _! slots p]fectly loose4 ,z ! pawl lev]s & pawls drop by _! own weight entirely1 x is necess>y _! movem5t %\ld be p]fectly free4 ,:5 putt+ spaceb&s into ! box always be sure ! bottom ( ! fir/ is back ( ! /op = spaceb& end ,l 7,fig4 #cj74 ,keybo>d1 ,magaz9e & ,connections4 ,figure #ca %[s all p>ts at re/ & ,fig4 #cb ! p>ts 9 motion aft] key lev] ,a has be5 t\*$ & ! cam ,d has made "o-half revolution4 ,9 ,fig4 #ca ! cam & yoke ,d is support$ ab\t #a-af in* above ! rubb] roll] ,e by ! trigg] ,c1 :i* int]sects ! keybo>d keyb> ,b at po9t #c4 ,! key rod ,g1 :i* is susp5d$ f ! v]ge ,i at po9t #h1 comes d[n to ab\t #a-af in* f cam yoke at po9t #f4 ,note t po9t #d on cam ,d is only ab\t "o-half z f> f ! j\rnal p9 or cam be>+ z po9t #g4 ,n[1 suppose ! rubb] roll to be revolv+ & key lev] ,a press$ d[n1 ?is w 9 turn raise ! keyb> ,b & ?r[ out ! trigg] ,c f ! cam at po9t #e & all[ ! cam to /rike ! revolv+ rubb] roll ,e at po9t #d1 :i* w\ld cause ! cam to turn4 ,n[ suppose we /op ! rubb] roll :5 ! cam ,d has rea*$ po9t #g & we get ! result z %[n 9 ,fig4 #cb1 i4 e41 ! cam yoke at po9t #f :]e ! rod ,g re/s w be rais$ high en\gh to raise ! upp] end ( rod ,g at po9t #h en\gh to all[ v]ge pawl ,l to release ! matrix ,m1 :i* 9 ,fig4 #ca 0 held 9 its place 9 ! magaz9e by ! v]ge pawl1 !n 9 ,fig4 #cb ! upp] v]ge pawl ,k w hold ! second matrix ,n & prev5t x f foll[+ ! fir/ matrix ,m out ( ! magaz9e4 ,:5 ! cam ,d has complet$ its revolution or aga9 come r\nd to po9t #d all ! p>ts w h come back to ! position %[n 9 ,fig4 #ca1 except t ! matrix ,m w h gone to ! assembl] & matrix ,n h tak5 its place4 ,:5 ! rod ,g is rais$ 7z expla9$7 to its position 9 ,fig4 #cb1 ! v]ge ,i is rais$ by spr+ ,j & br\ght back aga9 by ! rod ,g1 :i* is return$ by ! coil$ spr+ ,h & ! keybo>d keyb> ,b is return$ p>tly by its own weight1 :i*1 if ev]y?+ is clean1 w\ld be suffici5t4 ,illu/ration3 ,,fig4 #ca4 ,illu/ration3 ,,fig4 #cb4 ,b to gu>d aga9/ /ick+ f dirt or o!r causes3 ,! keybo>d keyb> spr+ ,f 7sometimes call$ ! comb spr+7 is atta*$ & int]sects ! keyb> ,b at po9t #b4 ,r %[s a sectional top view ( keybo>d rod l[] guide ,t z ! slot #aj %\ld be :5 new1 & ,s %[s same :5 x is badly worn by ! motion ( ! keyrod ,g4 ,:5 guide slot is worn z %[n at #aa 7,fig4 #cb7 ! keybo>d rod is apt to b9d & ! spr+ ,h w\ld n be /rong en\gh to br+ ! rod back to its position4 ,! guide ,t %\ld !n be r5ew$ & ! old "o repair$ at leisure1 by sold]+ a piece on ! bottom & cutt+ new slots4 ,^! p>ts w give no tr\ble if c>e is tak5 to keep !m clean4 ,! ,metal ,pot4 ,illu/ration3 ,,fig4 #cc4 ,figure #cc %[s a sectional view ( metal pot & well2 also mold-disk1 ) a l9e ( matrices assembl$ 9 front ( mold ready to ca/ a slug4 ,causes ( ,squirts4 ,squirts w sometimes occur ev5 if ! pump-/op atta*m5t is suppos$ to entirely prev5t !m4 ,two ( ! frequ5t causes ( ?is tr\ble are z foll[s3 ,fir/--,:5 a l9e is giv5 to ! fir/ elevator1 j z ! ma*9e is ab\t complet+ its revolution to deliv] ! previ\s l9e1 & be=e ! elevator is fairly settl$ into place1 ! l9e may become twi/$1 al?\gh n en\gh to prev5t x f go+ d[n into ! ca/+ pawls4 ,! mold _c come =w>d f> en\gh to close up tightly on acc\nt ( ! twi/$ matrices1 & ! result is a squirt1 & ! metal flies all ov] ! mold face & into ! elevator jaw1 sold]+ x up & /opp+ ! ma*9e4 ,second--,if ! "p ( ! elevator jaw :i* holds ! upp] e>s becomes sprung1 ! matrices w twi/ & y w get a squirt4 ,if vise automatic is n set prop]ly1 z describ$ "u ,fig4 #ae1 a squirt is liable to occur4 ,:5 a squirt occurs f ! fir/ cause1 _m op]ators op5 ! vise & =ce d[n ! jaw until ! l9e breaks away f ! mold disk4 ,?is w give rise to ! second cause1 by spr++ ! p>ts ( ! jaw ref]r$ to4 ,?is %\ld nev] be done1 b ?is "p ( ! jaw %\ld be loos5$ by tak+ out ! ?ree screws t hold x 9 place & g5tly "w ! vise & l9e loose4 ,clean ! squirt & put piece back 9 place4 ,directions = ,fac+ ,m\?piece4 ,9 _m in/ances a ma*9e w squirt metal back ( ! disk if ! metal is v hot4 ,z a g5]al ?+1 ?is is laid to ! gas1 b 9 ne>ly e in/ance x w be f\nd t x is caus$ by ! m\?piece n be+ true ) ! back ( ! mold4 ,9 "s cases x w be f\nd t ! mold is w>p$ slightly1 b n (t54 ,if ! back knife does n trim ! bottom ( ! slug p]fectly ! metal w adh]e to ! back ( ! mold1 mak+ high l9es 7i4 e41 l9es ov] 4#iai1 z expla9$ "u ,fig4 #ci71 & also prev5t good contact betwe5 ! m\?piece & mold1 :i* w\ld1 ( c\rse1 cause metal to squirt back ( ! mold disk4 ,to prev5t ?is1 ! m\?piece %\ld be fac$ up true ) back ( mold1 z foll[s3 ,fir/ s5d a l9e ?r\gh ! ma*9e1 /opp+ at ca/+ po9t2 !n screw up ! nut on end ( pot lev] eyebolt until x t\*es ! pot lev]4 ,?is takes up ! pot pressure1 s t :5 ! vise is let d[n ! metal pot w reta9 ! same position z :5 ca/+ a l9e4 ,!n disconnect ! vise-clos+ jaw screw connect+ rod by tak+ out ! w+ p9 on end ( vise-clos+ jaw lev]4 ,?is w prev5t ! rod f be+ b5t or brok5 :5 vise is let way d[n4 ,!n let ! ma*9e f9i% ! revolution4 ,n[ ?r[ (f ! driv+ belt & pull out pot pump plung] p9 & turn ma*9e by h& to ca/+ po9t1 disconnect mold disk slide & pull out disk ,b 7,fig4 #cd72 ?or\ghly clean back ( mold ,a 7,fig4 #cd7 & cov] ) r$ lead mix$ ) oil1 or x w be f\nd mu* bett] & easi] to use prussian blue oil pa9t1 a tube ( :i* w n co/ ov] #aj c5ts4 ,illu/ration3 ,,fig4 #cd4 ,rub ! back ( mold ) ?is pa9t2 pu% disk ,b 9 until ! back ( mold ,a t\*es ! m\?piece ,x 7,fig4 #cd72 !n turn mold disk back & =?1 rubb+ ! back ( mold ov] ! m\?piece4 ,! blue pa9t w ?us be transf]r$ to ! m\?piece1 & %[ ! high po9ts4 ,%\ld ! pa9t %[ on "o end only1 ?r[ ! metal pot ar\nd by means ( set screws to be f\nd 9 foot ( pot legs until x is ab\t true3 !n1 ) a small co>se file1 file (f ! blue spots1 :i* are ! high or unev5 places4 ,!n pu% ! mold 9 once m1 & aga9 rub mold on m\?piece & file (f blue or high spots z be=e4 ,cont9ue ?is op]ation until ! pa9t %[s 9 small spots all ov] ! m\?piece4 ,be=e f9i%+ ?is op]ation be sure to put 9 ! cross v5ts betwe5 ! holes ) a cold *isel1 mak+ !m a little deep] at ! top1 z %[n 9 ,fig4 #ce4 ,?is w prev5t por\s or spongy slugs4 ,aft] connect+ ! ma*9e up aga91 put on ! driv+ belt & run ?r\gh ano!r l9e1 /opp+1 z at fir/1 at ca/+ po9t4 ,!n let out ! nut on end ( pot lev] eyebolt until x is ab\t -in* f back ( pot lev]4 ,illu/ration3 ,,fig4 #ce4 ,if ?is is done z describ$ !re w be a p]fect lockup on ! mold bo? back & front1 ! only metal trimm$ f back ( mold be+ t f ! v5ts4 ,c>e ( ,matrices1 ,spaceb&s & ,magaz9e4 ,x is ess5tial t ^! p>ts receive ! mo/ c>eful att5tion4 ,matrices %\ld be wa%$ only :5 absolutely necess>y1 :i* w\ld be if oil %\ld collect on !m4 ,?is w n happ5 if ma*9e is prop]ly clean$ & oil$4 ,matrices t h be5 us$ a long "t w sometimes %[ slight burrs1 caus$ by walls ( matrices be+ cru%$4 ,if !y are n wa%$ ^! small cavities w become fill$ up ) dirt & metal s t pr9t w look cle>4 ,wa%+ w\ld1 ( c\rse1 take ?is dirt & metal away & burrs w\ld %[ worse ?an be=e4 ,in/ead ( wa%+ matrices1 rub ! sides on a piece ( felt2 !n lock !m up 9 a galley & clean ! face & front s ! op]ator c read ! l9es 9 ! assembl+ elevator4 ,:5 a lett] /icks 9 ! magaz9e1 take x out &1 aft] mak+ sure t e>s are n burr$1 poli% ! e>s ) graphite & wipe !m clean4 ,if a new set ( matrices is treat$ 9 ?is way be=e putt+ !m into ! ma*9e !re w be little or no tr\ble ) !m /ick+ 9 ! magaz9e4 ,any burrs on ! e>s %\ld be fil$ (f1 or !y also w cause ! lett]s to /ick4 ,9 clean+ ! magaz9e1 d n use b5z9e unless oil %\ld h collect$ !re by "s means4 ,be sure to lift up matrix gu>ds at ! l[] end ( magaz9e #b-b-b-b 7,fig4 #cf7 & clean ! *annels on "u side ( ^! gu>ds2 also ! *annels ,a 7,fig4 #cf74 ,illu/ration3 ,,fig4 #cf4 ,! spaceb&s %\ld be c>efully inspect$ & metal %\ld nev] be all[$ to collect on ! slide4 ,metal on ! spaceb& slides w de/roy a set ( matrices 9 a v few h\rs4 ,:5 clean+ spaceb&s1 nev] use em]y clo?1 z ?is poli%es ! slide & causes ! metal to adh]e to x4 ,! be/ way to clean spaceb&s is to rub !m 9 graphite on a bo>d or piece ( felt nail$ on a bo>d4 ,lapp+ & ,clean+ ,molds4 ,if a mold is w>p$ 7z ref]r$ to "u directions = fac+ m\?piece71 ! only way to fix x is to lap x d[n on a lapp+ block4 ,figure #cg %[s ! lapp+ block ,b & mold ,c t is to be lapp$4 ,a lapp+ block is "o ( ! mo/ ess5tial tools to h 9 an (fice4 ,if y d n h ?is block procure x at once f ! ,l9otype ,company1 or "o ( ! /ock rooms4 ,?is block is ( ca/ iron1 corrugat$ on "o face4 ,to use x1 spr9kle a small quantity ( em]y & b5z9e on ! corrugat$ face2 !n rub ! mold back & =?1 z %[n 9 ,fig4 #cg1 until y h a p]fect surface4 ,?is block is also us$ to %>p5 all ! knives on ! ma*9e ! same way4 ,a mold %\ld be tak5 ap>t & clean$ & poli%$ at frequ5t int]vals1 or ! small grooves :i* make ! ribs on ! slug w fill up ) dirt & cause ! slugs to /ick4 ,illu/ration3 ,,fig4 #cg4 ,adju/able ,molds & ,l9]s4 ,figure #ch %[s an adju/able mold & two l9]s4 ,^! molds are made 9 ?ree sizes = ea* body1 ,no4 #ad1 ,no4 #bd & ,no4 #cj1 & co/ #cj ea*4 ,no4 #ad w take l9]s to ca/ any l5g? ( l9e f #ad ems d[n z %ort z may be desir$4 ,no4 #bd w take l9]s to ca/ any l5g? f #bd ems to #g ems1 bo? inclusive4 ,no4 #cj w take l9]s to ca/ any l5g? ( l9e f #cj ems to #ac ems1 bo? inclusive4 ,^! l9]s co/ #a4ej1 & are int]*angeable = any size mold ( ! same body4 ,= in/ance1 a ,no4 #b m9ion l9] w give #ab ems 9 a ,no4 #ad mold1 #bb ems 9 a ,no4 #bd mold1 & #bh ems 9 a ,no4 #cj mold4 ,?is1 ( c\rse1 w\ld apply to any size l9]4 ,illu/ration3 ,,fig4 #ch4 ,! ,space ,b&s4 ,bo? sides ( ! spaceb& slide #a & #b %\ld measure ! same at top & bottom1 b side #a %\ld nev] be ?ick] ?an side #b4 ,on ! o!r h&1 if side #b be 4#jja ?ick] x w insure a bett] lockup ( ! matrices4 ,spaceb&s are made 9 two classes1 ?ick & ?94 ,! ?ick b&s pres5t a m9imum ?ickness ( ab\t 4#jcge ( an in* 9 ! l9e1 & exp& to 4#a1 & are /rong] & heavi] ?an ! o!rs4 ,! ?9 b&s pres5t a m9imum ?ickness ( ab\t 4#jcb ( an in* 9 ! l9e1 & exp& to 4#jie ( an in*1 & are adapt$ = use :]e v ?9 spac+ is requir$2 = example1 9 connection ) v small faces4 ,illu/ration ,po9t ,sy/em ( ! ,m]g5?al] ,l9otype ,co4 ,?is po9t sy/em--adopt$ = conv5i5ce 9 measur+--is ne>ly id5tical ) t ( ,didot1 z adopt$ by ! ,unit$ ,/ates ,typef\nd]s' ,association4 ,! size ( a pica em1 z und]/ood be=e ! adoption ( ! po9t sy/em1 0 "o-six? ( an in*1 or 4#aff4 ,! pica em adopt$ by ! ,unit$ ,/ates ,typef\nd]s' ,association measures 4#aff1 :ile ! ,l9otype pica em measures 4#afh4 ,! ,unit$ ,/ates ,typef\nd]s' ,association's unit ( measurem5t1 or po9t1 is 4#jachc4 ,! ,m]g5?al] ,l9otype ,company's is 4#jad4 ,!re=e #ab po9ts 4#jad 4#afh1 or ! ,l9otype pica em4 ,all ! ,l9otype matrix measurem5ts are made on ! basis ( 4#jad to a po9t1 & 4#afh to an em pica4 ,! foll[+ table w furni% an illu/ration ( ^! dim5sions3 ,no4 ,em ,font4 ,po9ts4 ,po9t4 ,space4 ,ruby #e 4#jad 4#jgj ,agate #e 4#jad 4#jgg ,nonp>eil #f 4#jad 4#jhd ,m9ion #g 4#jad 4#jih ,brevi] #h 4#jad 4#aab ,b\rgeois #i 4#jad 4#abf ,long ,prim] #aj 4#jad 4#adj ,small ,pica #aa 4#jad 4#aed ,pica #ab 4#jad 4#afh ,to measure ,l9otype matt]1 take an em space 9 ! font to be measur$1 & asc]ta9 h[ _m times x is conta9$ 9 ! matt] to be measur$4 ,! quoti5t w %[ ! correct numb] ( ems4 ,! l5g? ( molds is calculat$ on a basis ( #aff to an em pica1 :ile ! body or ?ickness ( slug is calculat$ accord+ to ! above table4 ,! slug %\ld be ! same ?ickness at po9ts #a1 #b1 #c & #d 7,fig4 #dj74 ,if ! ma*9e locks up prop]ly1 & ! back knife is set "r1 ! slug %\ld measure #iah to #iai ?\s&?s high f bottom ( slug to top ( lett]4 ,illu/ration3 ,,fig4 #ci4 ,matrix ,hair ,spaces4 ,^! are furni%$ z sorts4 ,!y are simil> 9 %ape to ! em & en spaces1 b are ins]t$ 9 ! l9e by h& & automatically return$ by ! ma*9e to ! quad box4 ,!y are ( ! foll[+ ?icknesses1 respectively3 4#jab1 4#jac1 4#jad1 4#jae1 4#jaf1 4#jag1 4#jah1 4#jai & 4#jbj ( an in*4 ,regul> ?9 spaces measure 4#jbh1 4#jca1 4#jce & 4#jche4 ,adju/m5t ( ,mold ,slide & ,disk4 ,adju/m5t ( ! mold slide is done by means ( two set screws1 :i* adju/s ! gib on :i* x slides4 ,?is gib %\ld be adju/$ s t ! slide has 4#jjg play4 ,?is w all[ x to "w freely4 ,! mold disk is held 9 position = ca/+ & trimm+ ! slug by means ( p9s atta*$ to ! vise1 call$ mold disk lock+ /uds4 ,! /uds are locat$ 9 relation to ! mold disk lock+ bu%+s at ! factory s z to give p]fect alignm5t ( ! matrices4 ,!y are d[ell$ 9 place & %\ld nev] be *ang$4 ,%\ld ! bu%+s or /uds become badly worn at any "t1 r5ew !m & ?us keep ! alignm5t p]fect4 ,! =w>d motion is imp>t$ to ! mold slide by means ( a roll] :i* runs 9 a groove 9 ! mold cam & driv+ ge>4 ,?is roll] is connect$ ) ! mold slide lev] by means ( an ecc5tric p9 t has a p9 atta*$1 :i* s]ves z a h&le ) :i* to adju/ x4 ,to adju/ ! slide1 loos5 ! screw :i* holds ! ecc5tric p9 ) ! ,t or a small monkey wr5*1 & turn ! h&le s t ! slide w come =w>d until ! face ( ! mold is )9 4#ja in* ( ! vise movable jaw at ! "t :5 ! l9e 9 fir/ elevator is to be ju/ifi$4 ,if p9 is set s z to ?r[ ! disk too f> =w>d x w\ld b9d ! spaceb&s & matrices & prev5t ! ju/ification lev]s f driv+ up ! b&s suffici5t to space ! l9e1 :i* w\ld cause an ind5tion ( ! l9e4 ,on ! o!r h&1 if ! mold disk does n come =w>d f> en\gh1 x w n give a good lockup1 ow+ to ! metal pot hav+ to spr+ ! disk too f> 9 mak+ ! f9al lockup4 ,directions = ,putt+ 9 a ,new ,v]ge4 ,to put 9 a new v]ge1 fir/ lock up ! ma*9e & disconnect ! rods2 !n take (f ! magaz9e & place on a b5* or o!r suitable place1 bottom up2 !n take (f ! v]ge p>tition lock+ /rip 7:i* is held 9 place by "s ( ! p>tition's e>s be+ b5t crosswise7 up to ! v]ge t is to be remov$4 ,)draw ! v]ge rod until y h rea*$ ! v]ge to be r5ew$2 at ! same "t foll[ x up ) ano!r rod1 :i* w keep ! o!r v]ges 9 place4 ,!n take out ! v]ge4 ,9 putt+ 9 ! new "o1 be sure ! hole is l>ge en\gh to all[ ! v]ge to "w freely4 ,!n pu% ! v]ge rod back into place4 ,put back ! lock+ /rip & b5d ! p>tition's e>s to hold x 9 place4 ,! magaz9e is n[ ready to be put back on ! ma*9e4 ,alignm5t ( ,faces4 ,! foll[+ faces w align ) ea* o!r & int]*ange table *>act]s on _! respective bodies3 ,ruby ,no4 #ah ) itself only4 ,agate ,nos4 #a1 #b1 #c1 & ,agate ,bold ,face4 ,nonp>eil ,nos4 #a1 #b1 #c1 #ab1 ,nonp>eil ,old ,/yle ,no4 #a1 ,nonp>eil ,italic ,no4 #a & ,nonp>eil ,old ,/yle ,italic ,no4 #a4 ,m9ion ,nos4 #a1 #b1 #c1 #ba1 ,m9ion ,doric1 ,m9ion ,bold ,face1 ,m9ion ,go?ic1 ,m9ion ,italic ,nos4 #a1 #c1 ,brevi] ,nos4 #a1 #b1 #d1 #ai1 ,brevi] ,italic ,no4 #a & ,brevi] ,ionic4 ,brevi] ,old ,/yle ,no4 #a1 ,brevi] ,old ,/yle ,ronaldson1 ,brevi] ,old ,/yle ,italic ,no4 #a1 & ,g]man ,brevi] figures4 ,long ,prim] ,nos4 #a1 #ac1 ,long ,prim] ,old ,/yle ,no4 #a1 ,long ,prim] ,old ,/yle ,ronaldson1 ,long ,prim] ,cl>5don1 ,long ,prim] ,italic ,nos4 #a1 #ac1 & ,long ,prim] ,old ,/yle ,italic ,no4 #a1 ,b\rgeois ,no4 #ac & ,b\rgeois ,italic ,no4 #ac4 ,small ,pica ,nos4 #a1 #i1 ,small ,pica ,old ,/yle ,no4 #a1 ,small ,pica ,old ,/yle ,ronaldson1 ,small ,pica ,italic ,nos4 #a1 #i1 & ,small ,pica ,old ,/yle ,italic ,no4 #a4 ,small ,pica ,go?ic ) itself only4 ,g]man ,nonp>eil ) itself only4 ,g]man ,brevi] ) itself only4 ,g]man ,b\rgeois ,no4 #b ) ,g]man ,b\rgeois ,bold ,face ,no4 #a4 ,g]man ,long ,prim] ,no4 #b4 ,:5 table *>act]s are ord]$ *ang$ f ,no4 #a to ,no4 #b face1 or vice v]sa1 9 any font1 ! foll[+ *>act]s are usually *ang$3 ,regul> figures f #a to #j1 fractions1 figure space1 99 4 also _/ & all ! o!r special signs :5 ord]$4 ,keybo>ds4 ,illu/ration3 ,,regul> ,,keybo>d--,,)\t ,,fractions ,illu/ration3 ,,regul> ,,keybo>d--,,) ,,comm]cial ,,fractions ,illu/ration3 ,,comb9ation ,,head ,,lett] ,,& ,,body ,,keybo>d ,illu/ration3 ,,comb9ation ,,head ,,lett] ,,engli%--,,) ,,fraction4 ,illu/ration3 ,,head ,,lett] ,,keybo>d--,,two ,,faces--,,upp] ,,case ,,"o ,,face1 ,,upp] ,,& ,,l[] ,,case ,,second ,,face ,illu/ration3 ,,comb9ation ,,engli% ,,& ,,g]man ,,keybo>d ,illu/ration3 ,,comb9ation ,,engli% ,,& ,,g]man ,illu/ration3 ,,/&>d ,,g]man ,,keybo>d ,illu/ration3 ,,regul> ,,fr5* ,,keybo>d ,illu/ration3 ,,regul> ,,spani% ,,keybo>d ,supplies ,:i* ,%\ld ,be ,kept 9 ,/ock4 ,x w be f\nd a great conv5i5ce1 z well z a sav+1 to keep ! foll[+ li/ ( supplies on h&1 s t if any ( ^! p>ts %\ld break or we> out !y c\ld be r5ew$ at once & ma*9e w\ld n h to /& idle until !y c\ld be procur$ f factory or /ock rooms4 ,! exp5se w be small1 b ! "t sav$ by hav+ ^! p>ts at h& 9 an em]g5cy w m ?an pay = ! outlay3 ,"p ,no4 ,%eet4 #c ,l9e deliv]y lev] l9k spr+s #baf ,b #b ,second elevator />t+ spr+s #bch ,b 7,9 ord]+ /ate if long or %ort spr+ is want$47 #a ,spaceb& lev] pawl hook #ih ,b 7,/ate if old or new /yle47 #aj ,pot cam roll] anti-friction roll]s #cjj ,b #a ,automatic /op cat* #ag ,,bb #a ,ejector lev] adju/able pawl assembl$ #afe ,,bb #b ,l9e deliv]y c>riage long f+]s 7,l ,h7 #bji ,d #b ,assembl+ elevator gate rail pawls #dcd ,d #b ,assembl+ elevator back rail pawls #gg ,d #d ,spaceb& box pawls #ahf ,d #d ,assembl+ elevator matrix deta9+ plate1 back #ajj ,d #d ,assembl+ elevator matrix deta9+ plate1 front #dcc ,d #aj ,assembl] *ute rails 7back7 #ae ,d #aj ,assembl] *ute rails 7front7 #af ,d #aj ,assembl] />s #f ,d #a ,assembl] glass 7small7 #bj ,d #a ,assembl] /> %aft #g ,d #a ,assembl] p9ion friction disk #cae ,d #a ,assembl] p9ion friction spr+ #caf ,d #c ,assembl] /> p9ion friction nuts #cag ,d #c ,assembl] *ute spr+s #dei ,d #c ,assembl] matrix cat* spr+s #ah ,d #a ,fir/ elevator back jaw #ajg ,e #d ,fir/ elevator back & front jaw pawl lev]s #aba ,e #d ,fir/ elevator back jaw pawls #abb ,e #d ,fir/ elevator front jaw pawls #abc ,e #f ,fir/ elevator front jaw pawl spr+s #abf ,e 7,^! la/ f\r n us$ on late/ ma*9es47 #b ,knife wip] b> spr+s #aga ,e #a ,knife wip] b> guide #cab ,e #a ,pot lev] spr+ #bg ,f #a ,back knife #bed ,f 7,/ate if old or new /yle47 #a ,di/ribut] box front plate upp] rail #hd ,g #a ,di/ribut] box back plate upp] rail #he ,g #a ,di/ribut] box back plate l[] rail #hf ,g #a ,di/ribut] box front plate l[] rail #aii ,g #a ,second elevator adju/+ spr+ #ahc ,g #b ,second elevator b> spr+s #fg ,g #a ,di/ribut] box b>1 assembl$ #bab ,g #a ,di/ribut] box matrix lift #ia ,g #b ,keybo>d keyb> spr+s1 upp] case #bcd ,h #b ,keybo>d keyb> spr+s1 l[] case #bai ,h #f ,keybo>d cam & yokes1 assembl$ #bja ,h 7,/ate if old or new /yle47 #b ,keybo>d cam yoke trigg] h+e rods #ade ,h #ab ,escapem5t v]ges1 assort$ #h ,j #f ,escapem5t v]ge pawls1 assort$ #aj ,j #f ,escapem5t v]ge spr+s #aa ,j #a ,escapem5t v]ge h+e rod #i ,j #be ,flat-head screws1 assort$ #be ,r\nd-head screws1 assort$ ,numb]s & ,sizes ( ,*annels--,sizes ( ,v]ges1 ,pawls & ,e>s ( ,matrices4 ---------------------------------------- ------------------------- ,"*4 ,no4 ( ,size ( ,size ( ,size ( ,size ( ,e> ,*annel4 ,*annel4 ,v]ge4 ,pawl4 ( ,matrix4 ---------------------------------------- ------------------------- e #a #ej #fj #dj e #b #ej #ge #fj #dj t #c #ej #de #de #dj a #d #fj #gj #fj #ej o #e #ej #fe #ee #dj i #f #dj #dj #ce #cc n #g #fj #ge #gj #ej s #h #ej #fj #ej #dj h #i #fj #gj #gj #ej r #aj #ej #fj #ej #dj d #aa #fj #gj #gj #ej l #ab #dj #dj #ce #cc u #ac #gj #ge #gj #fj c #ad #fj #fe #fj #ej m #ae #ij #aje #ajj #hj f #af #ej #ge #ee #dj w #ag #ij #ij #ij #hj y #ah #fj #gj #gj #ej p #ai #fj #gj #gj #ej v #bj #fj #gj #gj #ej b #ba #fj #gj #gj #ej g #bb #fj #gj #gj #ej k #bc #gj #ij #ge #fj q #bd #fj #gj #gj #ej j #be #dj #ej #ej #bc x #bf #gj #ij #ge #fj z #bg #ej #fj #fj #dj fi #bh #fj #gj #gj #ej fl #bi #fj #ge #gj #ej ff #cj #gj #ie #he #fj ffi #ca #ij #aje #aje #hj ffl #cb #ij #aje #aje #hj em #cc #ij #adj #adj #hj 1 #cd #dj #dj #ce #cc 4 #ce #dj #dj #ce #cc 3 #cf #ej #gj #fe #dj 2 #cg #ej #ge #fe #dj 8 #ch #fj #gj #gj #ej ,fig #ci #fj #abe #gj #ej 7 #dj #dj #ee #de #cc #da #dj #ij #ij #cc #8 #db #dj #de #ce #cc 6 #dc #ej #fe #fe #dj - #dd #dj #ej #de #cc ,?9 #de #dj #dj #ce #cc 7 #df #dj #dj #dj #cc 4 #dg #fj #fj #fj #ej ' #dh #dj #ce #ce #cc 99 #di #fj #ee #ee #ej #a #ej #fj #gj #gj #ej #b #ea #fj #gj #gj #ej #c #eb #fj #gj #gj #ej #d #ec #fj #gj #gj #ej #e #ed #fj #gj #gj #ej #f #ee #fj #gj #gj #ej #g #ef #fj #gj #gj #ej #h #eg #fj #gj #gj #ej #i #eh #fj #gj #gj #ej #j #ei #fj #gj #gj #ej #fj #fj #gj #gj #ej #fa #ajj #ajj #ie #ij ,e #fb #ij #ie #ie #hj ,t #fc #hj #ajj #ie #gj ,a #fd #ij #ajj #ajj #hj ,o #fe #hj #ajj #ajj #gj ,i #ff #fj #ee #ee #ej ,n #fg #ij #ajj #ajj #hj ,s #fh #gj #ge #ge #fj ,h #fi #ajj #aaj #aaj #ij ,r #gj #ij #ie #ie #hj ,d #ga #ij #aje #aje #hj ,l #gb #hj #he #he #gj ,u #gc #ij #aje #aje #hj ,c #gd #gj #ge #ge #fj ,m #ge #ajj #aaj #aaj #ij ,f #gf #hj #ie #ie #gj ,w #gg #aaj #ade #ade #ajj ,y #gh #ij #ajj #ajj #hj ,p #gi #hj #he #he #gj ,v #hj #ij #aje #aje #hj ,b #ha #hj #ie #ie #gj ,g #hb #hj #aje #aje #gj ,k #hc #ij #aaj #aaj #hj ,q #hd #hj #ie #ie #gj ,j #he #fj #ge #gj #ej ,x #hf #ij #aaj #aaj #hj ,z #hg #gj #ie #ie #fj #hh #ij #he #he #hj #hi #ij #he #he #hj #ij #fj #he #he #ej -- #ia #ij #abe #abe #hj ,pi #ib #ajj ,all figures1 except 9 numb]s ( *annels1 9 ?\s&?s ( in*es4 99,*annel ,no4 #ci takes 4#abe v]ge & 4#gj pawl4 99 99 99 99 99 ,transcrib]'s ,notes3 ,italic text is d5ot$ by und]scores4 ,page #bh1 8metalic0 *ang$ to 8metallic0 78its r$uction to ! metallic074 ,page #db1 8p>tion0 *ang$ to 8p>tition0 78! "r h& p>tition =074 ,page #fj1 8spr90 *ang$ to 8spr+0 78keybo>d keyb> spr+ ,f074 ,page #fj1 8apiece0 *ang$ to 8a piece0 78sold]+ a piece on ! bottom074 ,page #gj1 8groves0 *ang$ to 8grooves0 78or ! small grooves :i*074 ,page #gi1 title 8,keybo>ds40 add$4 ,figures #ab & #ac1 & #bi & #cj appe> 9 an inv]se ord] 9 ! orig9al4 ,?is has be5 pres]v$4 ,on page #gh1 "s *>act]s may n r5d] correctly ) "s ma*9e_/=mat comb9ations4 ,orig9al images ( ?is book c be f\nd "h3 https3_/_/ar*ive4org_/details_/,mc,call, linotype,manual#ahih