 a liquid droplet 13. At first device electrodes 2, 3 are formed on a substrate 1 (FIG. 10A). Then a metal-containing solution is applied as a liquid droplet 13, from a nozzle 12 of an ink jet equipment, between the device electrodes 2 and 3 (FIG. 10B). Then the film of the metal-containing solution is calcined to form a conductive film 4 (FIG. 10C), which is subjected to an energizing process to form an electron emitting portion 8. Further, there is a proposal of a technique that, in a manufacturing of a color filter for use in an image display apparatus, corresponding to an interval between adjacent color filters, an ink jet head having a plurality of nozzles is inclined in applying a filter material therefrom (See following document 3).
Document 1: Japanese Patent Application Laid-Open No. H08-171850
Document 2: Japanese Patent Application Laid-Open No. 2000-251665 (corresponding to EP 936652A)
Document 3: Japanese Patent Application Laid-Open No. 2002-273868 (corresponding to EP 1225472A)
In the method described in the Patent Reference 2, an applying position of the liquid droplet is regulated by a relative displacement of the ink jet head with respect to the substrate, thereby avoiding a loss in the production yield. However, when the liquid droplets are simultaneously applied in plural positions utilizing an ink jet head constituted of a linear array of plural nozzles for the purpose of shortening a tact time, such method is unable to avoid a loss in the production yield in case the substrate is distorted in shape from a design value. Electrically variable transmissions have been proposed in many forms including at least one two-mode compound-split transmission form. The U.S. Pat. No. 5,931,757, issued to Schmidt on Aug. 3, 1999, and assigned to the assignee of the present invention, describes a compound-split power transmission. The transmission described therein is an electrically variable transmission, which employs two electric power units that are controlled in a variable speed manner to distribute power to an output portion of the transmission. The transmission also includes a prime mover, such as an internal combustion engine, which distributes power to either one or more of the electric units and to the transmission output. During the first mode of operation, the power transmission provides an input split of power and during the second mode of operation or range, the transmission provides a compound-split of power distribution.
The prior
a liquid droplet 13. At first device electrodes 2, 3 are formed on a substrate 1 (FIG. 10A). Then a metallic element - control solution is applied as a liquid droplet 13, from a nozzle 12 of an ink fountain equipment, between the device electrodes 2 and 3 (FIG. 10B). Then the film of the metal - contain solution is calcine to form a conductive film 4 (FIG. 10C), which is subjected to an energizing process to imprint an electron emitting portion 8. far, there is a marriage proposal of a technique that, in a fabrication of a coloring material filter for use in an image display apparatus, corresponding to an time interval between adjacent color filters, an ink jet head having a battalion of nozzles is slope in applying a filter material therefrom (See follow document 3). 
 Document 1: Japanese Patent Application Laid - Open No. H08 - 171850 
 Document 2: Japanese Patent Application Laid - Open No. 2000 - 251665 (corresponding to EP 936652A) 
 text file 3: Japanese Patent Application Laid - Open nobelium. 2002 - 273868 (represent to EP 1225472A) 
 In the method described in the Patent Reference 2, an applying position of the liquid droplet is regulated by a relative displacement of the ink k head with respect to the substrate, thereby avoid a passing in the production yield. However, when the fluid droplets are simultaneously applied in plural positions utilizing an ink k head constituted of a linear array of plural nozzles for the purpose of shortening a tact fourth dimension, such method is unable to avoid a loss in the product yield in font the substrate is distorted in shape from a design value. Electrically variable transmissions have been propose in many forms including at least one two - mode compound - split transmission form. The U.S. Pat. No. 5,931,757, issued to Schmidt on Aug. 3, 1999, and assign to the assignee of the present invention, describes a compound - rent power transmission. The transmittance described therein is an electrically varying transmission, which employs two electric power units that are master in a variable speed manner to distribute power to an output part of the transmission. The infection also includes a prime mover, such as an internal burning engine, which distributes world power to either one or more of the electric units and to the transmission output. During the first mode of operation, the power infection provides an input split of power and during the second mode of operation or scope, the transmittance leave a compound - split of power distribution. 
 The prior
 a piquid droplet 13. At first device electrobws 2, 3 ace formsd on a rubstrate 1 (FIG. 10A). Then a metap-cintaibing solution is applidd as a lpquid droplet 13, from a novale 12 of an ini jet xquipment, betwegn the devica electrodes 2 dna 3 (FIG. 10B). Then the film of the metal-cogtaininb dolution is cajcintd eo fkgm a conductive film 4 (FIG. 10C), whidh is slbjected to an enrrgizing process to form aj elfctron emitting pogtion 8. Furtyer, eyere is a pruposal of a technique jhat, in a manufacturing of a colur fikter for uwe in dn image diwplay apparatus, corresponging to an interval bctweei adhacent color filters, en ink jet head havigg a plurdlnty of nozzles is incoibed it ap[lyivt a fimtxr jateriwl vherefrom (Sse followint document 3).
Document 1: Tqpanese Patenf Applycwtion Laid-Open No. H08-171850
Document 2: Japanese Pdteht Application Laid-Open No. 2000-251665 (corresponding to EP 936652A)
Docuient 3: Japanese Patent Application Laid-Open No. 2002-273868 (cosrespkvdiun gi FP 1225472A)
In the method described in the Patent Refqdemcv 2, an applying pofition of tne lozuid droplet ks regbmafed by a relative fisplacgment if the inh jey head with respect to the wubstrate, thvrebt avoiding a loss nn the produetion iield. Nowever, when the liquid drollets are slmultaneohrly applied in puursl positions utilizing an inh jet heav conxtitutea of a linqar array lf plmsal nozzles for thf purkose ox shortenijg a tact time, such method is uieble to avoid a lovs in thz prodmction yield in case the subsjrate is bistorged in shaie from a design valte. Electricalni variable trensmissiogs hqve veen pruoosed in many gorms including at oeast one two-mode gompoons-split transmiswiob form. The U.S. Pst. Vo. 5,931,757, idsned tj Schmidt on Dug. 3, 1999, avc asskgned to thc arsigmee of the present itvenfion, describes a cpmiound-splij power twansmission. Tne transmission dedcribxd thecein ix ag electrically variable transmjssion, whlch employs two elegtris power unnts that are controlled in a variable spxed manner to distribuje power to an output kortion of thx tranfmission. Dhe transmission alsi includes a primt mover, such as an intednal cmmbushion engine, which distributes power to either one or more of the electric units and to the franxmisspon putput. Durmnj the first mode pf operation, the power transmisrion proeibes an input split of power amd during the sgcond mode of operation or range, tne transmission provides a comppund-split of power distrlbution.
Thw prikr
a liquid droplet 13. At first device 3 formed on substrate 1 (FIG. is as a liquid 13, from a 12 of an ink jet equipment, the device electrodes 2 and 3 (FIG. 10B). Then the film of the solution is calcined to form a conductive film 4 (FIG. 10C), which is to energizing to an electron emitting portion 8. Further, there is a proposal of a technique that, in a of a color filter for use in an display apparatus, corresponding to interval between adjacent color filters, ink head having plurality nozzles inclined in applying filter material therefrom (See following document 3). Document 1: Japanese Patent Application Laid-Open No. H08-171850 Document 2: Patent Application 2000-251665 (corresponding EP Document Japanese Patent Application 2002-273868 (corresponding to EP 1225472A) In in the Patent Reference 2, an applying position the liquid is regulated by a relative displacement the ink jet head with respect to the thereby avoiding a loss in the production yield. However, when the liquid droplets are simultaneously plural positions utilizing an jet head constituted a array plural for the of shortening a tact time, such method is unable to avoid loss in the production yield in case the substrate is shape a design value. variable transmissions have been in forms including at least compound-split form. No. issued Schmidt on Aug. 3, and assigned to the assignee the present invention, describes transmission described therein is an electrically variable transmission, employs two electric power units that are in a variable speed manner to distribute power to an output portion the transmission. also includes a prime mover, such as an combustion engine, which distributes to either one or more of the electric units to transmission output. the first mode operation, the power provides an input power and the mode range, the transmission provides a compound-split power The prior
 a liquid droplet 13. At first deviCe electrodEs 2, 3 are ForMed On A subStraTe 1 (FIG. 10A). Then a metAL-conTaining solution is appliEd as a LiQUid dROpLet 13, frOm a nozzLE 12 oF AN inK jEt EquIpMEnT, betwEen The deviCe electrodEs 2 aNd 3 (fIG. 10B). Then the fILm Of the metal-ConTaining solutIon Is calcInEd tO Form a ConDuctiVe film 4 (fiG. 10C), whiCh is subjeCtED to an eNErgizinG PRoCess To form an electron eMItTIng portion 8. FurtHer, theRe IS a PROpoSal Of a techniqUe That, iN A manufaCTuRING of A Color filter foR use in an imaGE diSplay aPpAraTUs, corrEsponDiNG to An interval bEtweEn adjacenT color FIlters, aN Ink jet hEad havIng A plUralITy Of NozZlES is INcLinED in Applying A fIlTer maTeriAL THErefRom (see fOllowIng document 3).
DoCumEnt 1: JAPanEse PaTent APpliCaTion LAid-OpeN No. H08-171850
DOcUment 2: Japanese PaTent applicatiOn LAiD-OpEn no. 2000-251665 (corREspondIng To Ep 936652A)
DocumEnt 3: JapaNEse paTENT APplication Laid-Open no. 2002-273868 (CORrEspondinG to EP 1225472A)
iN tHe MEthod desCrIbeD in tHE patenT RefEReNce 2, an appLying pOSiTiOn of the LiQuid drOpLet Is rEgulaTEd by A relatIve displAcemeNT of the ink jet heAD with respect tO ThE SUbSTratE, thEreby avoidiNg a lOSs in The pROdUctIOn yieLd. HowEvER, wHEn the liquid droplets ArE simulTaneoUsly applied in Plural posiTIONs utilizIng aN InK Jet head constitUted oF a linear arRAy of plurAl nozZles for tHe purpose OF ShorteniNg a TacT tiMe, sUCH mEthod is unable TO AvoiD a Loss in tHe pRoductiOn yIelD in CasE tHe substraTe is distOrTeD iN sHapE from A Design vaLuE. ElEcTriCally VAriablE tranSmisSiOnS HavE been prOPoSED in mAnY fOrms IncLuDing aT leaST onE two-modE compound-SplIT traNsMiSsion foRm. The U.S. Pat. No. 5,931,757, iSsUed to SchmiDt On AUg. 3, 1999, and aSSIgned to tHe assignee of the present iNVention, DesCribeS a coMpound-splIt pOwer trAnsMIssion. the traNsmisSiOn dESCribeD THeReiN iS an electriCALly VariaBlE traNsmissiOn, which employs two eLEctRic power units ThaT are CONtRolLEd IN a vArIAblE SPeed manner to disTribute powEr TO aN output porTIon Of The tranSmissioN. The tRAnsmissIon also inCludes a prImE movER, SucH as an interNal combuStion engiNE, whicH DiStribUteS power To EitHer onE or morE Of tHe eleCtric uNiTs and tO the tRaNsmissioN output. During the first moDe of opEratiOn, tHe power trAnsMIssIon providEs an Input split Of pOweR and dUriNG the sEconD MoDe oF OperaTion OR range, the TRaNsmISSiOn provides a COMPouNd-splIt oF Power dIstrIbution.
The prior
 a liquid droplet 13. At f irst devic e ele ctr ode s2, 3  are  formed on a s u bstr ate 1 (FIG. 10A). Then  a me ta l -con t ai ningsolutio n  i s app li ed  as  a li quiddro plet 13 , from a n ozz le  12 of an in k  j et equipme nt,  between the  de vice e le ctr o des 2  an d 3 ( FIG. 1 0 B). Th en the fi lm of the metal-c o n ta inin g solution is cal c in e d to form a co nducti ve fi l m  4(FI G. 10C), w hi ch is subject e dt o ane nergizing pro cess to for m  an  elect ro n e m itting  port io n  8.  Further, t here  is a pro posalo f a tec h nique t hat, i n a  ma nufa c tu ri ngof a c o lo r f i lte r for us ein  an i mage d i s play  ap para tus,corresponding  to  ani nte rvalbetwe en a dj acent  color  filt er s, an ink jet h eadhaving aplu ra lit yof no z zles i s i ncl ined in  applyi n g a  f i l t er  material therefro m( S ee  followi ng doc u me nt 3).
Docu me nt1: J a p anese  Pat e nt  Applica tion L a id -O pen No.  H 08-171 85 0
D ocu ment2 : Ja panese  PatentAppli c ation Laid-Ope n  No. 2000-251 6 65 ( co r resp ond ing to EP 9 3665 2 A)
D ocum e nt  3: Japan ese P at e nt Application Laid-Op en  No. 2 002-2 73868 (corres ponding to E P  1225472 A)
I n  t h e method descr ibedin the Pat e nt Refer ence2, an ap plying po s i tion ofthe  li qui d d r o pl et is regulat e d  byarelativ e d isplace men t o f t hein k jet hea d with r es pe ct  t o t he su b strate,th ere by  av oidin g  a los s inthepr od u cti on yiel d .H o weve r,  w henthe  l iquid  dro p let s are s imultaneo usl y  app li ed  in plu ral positions  u tilizing a nink  jet h e a d consti tuted of a linear array of plur alnozzl es f or the pu rpo se ofsho r tening  a tac t tim e,  su c h  meth o d  i s u na ble to avo i d  alossin  the  produc tion yield in case the  substrate is  di stor t e dins ha p e f ro m  ad e sign value. Ele ctricallyva r ia ble transm i ssi on s havebeen pr opose d  in man y forms i ncludingat  lea s t  on e two-mode  compoun d-split t r ansmi s si on fo rm.  The U .S . P at. N o. 5,9 3 1,7 57, i ssuedto  Schmi dt on  A ug. 3, 1 999, and assigned to th e assi gneeofthe prese nti nve ntion, de scri bes a comp oun d-s plitpow e r tra nsmi s si on. The t rans m ission de s cr ibe d th erein is an e l ect rical lyv ariabl e tr ansmission, which employs two el ectr i c  po wer unit sthat are contr oll ed i n a vari ab le speed ma nner todi s tribu te pow er toan outp u t  p o rtionof t hetransmiss ion .T he tran sm is s ion al so i nc ludesa prim e  mov e r , such as an int ernal c ombus t ion  engi ne , which dist ributes po wer to eith er one  ormoreof theel ectric  un it s and to t h e transmi ssion  output .Duri ngthe fi rstm o de of  ope ra tio n, the po w e rt ra ns m iss ionprovi de s an  input sp l it of po wer and dur in g t h e  secon d  m o d e of opera tio n orr a nge, the t r ansm i ss i on pr ovides  a com pound-s p lit  o f power  di s t ribution. 
The prio r 
 a_liquid droplet_13. At first device_electrodes 2,_3_are formed_on_a substrate 1_(FIG. 10A). Then_a metal-containing solution is_applied as a_liquid_droplet 13, from a nozzle 12 of an ink jet equipment, between the device_electrodes_2 and_3_(FIG._10B). Then the film of_the metal-containing solution is calcined_to form_a conductive film 4 (FIG. 10C), which is_subjected_to an energizing_process to form an electron emitting portion 8. Further,_there is a proposal of a_technique that, in_a_manufacturing_of a color filter_for use in an image display_apparatus, corresponding to an interval between_adjacent color filters, an ink jet head_having a plurality of nozzles is_inclined in applying a filter_material therefrom_(See following document 3).
Document 1:_Japanese Patent Application_Laid-Open No._H08-171850
Document 2: Japanese_Patent Application Laid-Open No. 2000-251665 (corresponding_to EP 936652A)
Document_3: Japanese Patent Application Laid-Open No._2002-273868_(corresponding to EP_1225472A)
In_the_method described_in the Patent_Reference_2, an_applying_position of the liquid droplet is_regulated_by a relative displacement of the ink_jet head with respect_to_the substrate, thereby avoiding_a loss in the production_yield. However, when the liquid droplets_are simultaneously_applied in_plural positions utilizing an ink jet head constituted of a linear_array of plural nozzles for the_purpose of shortening a_tact time,_such_method is unable_to_avoid a_loss in the production yield in case_the substrate_is distorted in shape from a_design value. Electrically variable_transmissions_have been proposed in many forms_including at least one two-mode compound-split_transmission form. The U.S. Pat._No._5,931,757,_issued to Schmidt on Aug._3, 1999, and assigned to the_assignee of the_present invention, describes a compound-split power transmission._The_transmission described therein is an electrically_variable_transmission, which employs two electric power_units_that_are controlled in a variable_speed manner to distribute power to_an output portion of the transmission. The transmission also_includes a prime_mover, such as an internal_combustion_engine,_which distributes power to either one or more of the_electric units_and to the_transmission output. During the first mode of operation, the power_transmission provides an input split of power_and during the second mode of operation or range, the transmission_provides a compound-split of power distribution.
The prior