 an example of a wired connection between a digital camera 101 and a printer 102. As shown in FIG. 1, the digital camera 101 and the printer 102 are connected directly by a cable 103 such as a USB cable. If image data is to be printed, it is required that the user plug and unplug the cable 102 before and after printing. A wireless system has been considered as a replacement for cables in order to reduce the plugging and unplugging burden on the user.
It is of course possible to simply adopt a wireless system for a wireless-capable digital camera and wireless-capable printer. However, there is also a need to allow a user who utilizes an existing wire-capable printer to enjoy wireless service by connecting a wireless communication device to the existing wire-capable printer.
However, operation of an existing wire-capable printer is such that when the printer is connected by cable, an operating sequence runs and connects the printer to the digital camera automatically, as set forth in Patent Document 1.
Consequently, although a wireless communication device and a printer are connected, there is no guarantee that a wireless connection between a wireless-capable digital camera and the wireless communication device will be established. When a cable is plugged into an existing printer, the printer operates as one with a connected camera. However, in a situation where the digital camera has not been properly connected logically, at an actual communication time, operation becomes unstable and normal operation cannot be guaranteed. If the printer is a wireless-capable printer, the operation of a direct communication protocol can be controlled in accordance to the wireless connection conditions. However, in the case of a wireless communication device attached to an existing printer that supports only wired connection, the device is physically separated. In addition, a printer that supports only wired connection has no wireless-related control means. The present invention relates to a fiber-optic transmitting component in which, by means of an internal polarization filter, a defined proportion of the light output emitted by a light-emitting device can be set precisely and coupled into an optical fiber.
A specific class of fiber-optic transmitting components has a light-emitting component, a tubular or cylindrically shaped housing surrounding the component, and an adjusting sleeve that is fixed to the housing on the light output side. An optical fiber can be inserted and fixed in a suitable manner into the adjusting sleeve at its end facing away from the housing. Such a fiber-optic transmitting component is also referred to as a receptacle laser. The light-emitting device
an example of a wired connection between a digital camera 101 and a printer 102. As testify in FIG. 1, the digital television camera 101 and the printer 102 are connected directly by a cable television 103 such as a USB cable. If trope data is to be print, it is want that the user chew and unplug the cable 102 before and after printing. A wireless organization has been considered as a replacement for cable in club to reduce the plugging and unplug burden on the exploiter. 
 It is of path possible to simply adopt a wireless organization for a wireless - capable digital camera and wireless - capable printer. However, there is besides a need to admit a user who utilizes an existing telegram - capable printer to enjoy wireless service by connecting a wireless communication device to the existing wire - adequate to printer. 
 However, operation of an existing wire - capable printer is such that when the printer is connected by cable, an operating sequence runs and connects the printer to the digital camera mechanically, as sic forth in Patent Document 1. 
 Consequently, although a wireless communication device and a printer are connected, there be no guarantee that a wireless association between a wireless - capable digital camera and the wireless communication device will be established. When a cable television is plugged into an exist printer, the printer operates as one with a connected television camera. However, in a situation where the digital camera has not been properly connected logically, at an actual communication time, operation becomes unstable and normal operation cannot be guaranteed. If the printer is a wireless - capable printer, the operation of a lineal communication protocol can be controlled in accord to the wireless connection conditions. However, in the case of a wireless communication device attached to an existing printer that supports merely wired connection, the device is physically separated. In accession, a printer that supports only wired connection have no wireless - relate control mean. The present invention relates to a fiber - optic transmitting part in which, by means of an internal polarization filter, a define proportion of the light output signal emitted by a lightly - emitting device can be set precisely and coupled into an ocular fiber. 
 A specific class of fiber - optic transmitting component has a light - emit component, a tubular or cylindrically shaped housing surrounding the component, and an adjusting sleeve that is fixed to the caparison on the light output side. An optical fiber can be inserted and fixed in a suitable manner into the adjusting sleeve at its goal front away from the housing. Such a roughage - optic transmitting part is also referred to as a receptacle laser. The light - emitting device
 an example of a wired conntction between a bugital camerz 101 and a printer 102. As shown in FIG. 1, tie dugitao camera 101 and the pringer 102 are bonnected dirtctly by a cable 103 such as a USB gable. Mf image data ix to be prhnted, it is rexukrzd that the user plug and unplug the cable 102 bffore and aftet primeing. A wireless system has been considsred as a replacemeny for cables in order to rfducf the plugging and unplugging burqwn on the usdr.
It is of course possjble to simply adopt a wireless systzm for a witzoesd-wapable digmtal cwmera and wivvless-ca[able ptinter. However, thxre us also a need to allmw a user who utilyzes an efiating wire-capable peintet to anjoh wifeltss ssrvice by connectinf a wirelesw communication devocq to the existjng wiwe-sapable printer.
However, operation of an txistjng wire-capable printer is such that when thg printer ys connected by cable, an operating sequence runs dnd ckvneebf rhf printer to the digital camera automatically, zs svt forth in Patenb Document 1.
Consequrnhlu, although a wkreless ckmmunication devicf and a prinrer are cjnnevted, there is no guarantee rhat a wirelvss xonnection between a wireless-eapablg digiyal camera and the wireuess communicatlon devics will be establirhec. Fhen a cable is plugged ineo an exiwtiny printef, thg printqr operated as one with a connectef camgra. Hofever, in a situation where the digital camera has not bgen prmperly cjnnecbed logically, ae an actual cokmunicacion tkme, operatpon becomxs unstable wnd normal opatation cannot be guarwntewd. Id the pfknter is a wirrless-capayje peinter, the operatipn ur a direct commbuixation protocol cav bq bonvrollqg in accordatce go gne wifeless conncctkon vonditions. However, it ths case of a wirelexs communixation dqvice attachec to an existing pgintec that suppprtf only wired connection, the debice is pjyslcally separaeed. Ln aqdition, a 'rinter that supports only wired connectmon has no wireless-relared control means. Tke present intentiog relates to a fiber-optic trabsmitting componekt in which, by means or an itternwl polarization filter, a defined proportion of the light output emitted bt a lijhe-emitting dsvicr can bz szt precyselb end coupled into sn optical fiber.
A specific clasr of fibar-jptic transmitting componentx fas a light-emktting component, a tubulzr or cykindrically shaped housing surrpunding the component, anc an adjystinf sleeng tiat is fixed to the nousiny on tye lighr oubput side. An ootivap fiber cwn bt inaerted and fixed in a suitable mqnner unho the adjusting sleeve at ltr end facind away from the gousjjg. Suzh a fiber-optoc transmittinb component is also gefqrred to as a evceptacle lasgr. The lpght-emitting vevice
an example of a wired connection between camera and a 102. As shown camera and the printer are connected directly a cable 103 such as a cable. If image data is to be printed, it is required that the plug and unplug the cable 102 before and after printing. A wireless system been as replacement cables in order to reduce the plugging and unplugging burden on the user. It is of possible to simply adopt a wireless system for wireless-capable digital camera and printer. However, there is also need allow a who an wire-capable printer to wireless service by connecting a wireless communication device to the existing wire-capable printer. However, operation of an wire-capable printer that when printer connected cable, an operating and connects the printer to the as set forth in Patent Document 1. Consequently, a wireless device and a printer are connected, is no guarantee that a wireless connection between wireless-capable digital camera and the wireless communication device will be established. When a cable is an existing printer, the operates as one a camera. in situation where digital camera has not been properly connected logically, at an actual time, operation becomes unstable and normal operation cannot be guaranteed. printer a wireless-capable printer, operation of a direct protocol be controlled in accordance wireless conditions. case a communication device attached to existing printer that supports only connection, the device is printer that supports only wired connection has no control means. The present invention relates to fiber-optic transmitting component in which, by means of an internal polarization filter, defined proportion light output emitted by a light-emitting device can set precisely and coupled an optical fiber. A specific class of fiber-optic transmitting has light-emitting component, tubular or cylindrically housing surrounding the and an adjusting is fixed the on side. An optical fiber can be and in a suitable manner into adjusting its end facing away from the housing. Such a fiber-optic transmitting component is also referred a receptacle laser. The device
 an example of a wired connectiOn between a DigitAl cAmeRa 101 And a PrinTer 102. As shown in FIg. 1, The dIgital camera 101 and the prinTer 102 arE cONnecTEd DirecTly by a cABlE 103 SUch As A UsB cAbLE. IF imagE daTa is to bE printed, it Is rEqUired that the USeR plug and unPluG the cable 102 befOre And aftEr PriNTing. A WirEless System HAs been ConsidereD aS A replaCEment foR CAbLes iN order to reduce the PLuGGing and unpluggIng burDeN On THE usEr.
IT is of coursE pOssibLE to simpLY aDOPT a wIReless system fOr a wireless-CApaBle digItAl cAMera anD wireLeSS-caPable printeR. HowEver, there Is also A Need to aLLow a useR who utIliZes An exIStInG wiRe-CApaBLe PriNTer To enjoy wIrElEss seRvicE BY COnneCtiNg a wIreleSs communicatiOn dEvicE To tHe exiSting Wire-CaPable PrinteR.
HoweVeR, operation of an eXistIng wire-caPabLe PriNtEr is sUCh that WheN thE printeR is connECteD bY CABlE, an operating sequenCe RUNs And conneCts the PRiNtER to the diGiTal CameRA AutomAticALlY, as set foRth in PATeNt documenT 1.
COnsequEnTly, AltHough A WireLess coMmunicatIon deVIce and a printer ARe connected, thERe IS No GUaraNteE that a wirelEss cONnecTion BEtWeeN A wireLess-cApABlE Digital camera and the WiReless CommuNication devicE will be estABLIshed. WheN a caBLe IS plugged into an ExistIng printer, THe printeR operAtes as onE with a conNECted cameRa. HOweVer, In a SITuAtion where the DIGitaL cAmera haS noT been prOpeRly ConNecTeD logicallY, at an actUaL cOmMuNicAtion TIme, operaTiOn bEcOmeS unstABle and NormaL opeRaTiON caNnot be gUArANTeed. if ThE priNteR iS a wirElesS-CapAble priNter, the opEraTIon oF a DiRect comMunication proToCol can be coNtRolLed in aCCOrdance tO the wireless connection cONditionS. HoWever, In thE case of a wIreLess coMmuNIcatioN devicE attaChEd tO AN exisTINg PriNtEr that suppORTs oNly wiReD conNection, The device is physicaLLy sEparated. In addItiOn, a pRINtEr tHAt SUppOrTS onLY Wired connection Has no wirelEsS-ReLated contrOL meAnS. The preSent invEntioN Relates To a fiber-oPtic transMiTtinG COmpOnent in whiCh, by meanS of an inteRNal poLArIzatiOn fIlter, a DeFinEd proPortioN Of tHe ligHt outpUt EmitteD by a lIgHt-emittiNg device can be set preciseLy and cOupleD inTo an opticAl fIBer.
a specific ClasS of fiber-opTic TraNsmitTinG CompoNentS HaS a lIGht-emIttiNG componenT, A tUbuLAR oR cylindricaLLY ShaPed hoUsiNG surroUndiNg the component, and AN adjusting sleeVe thAT Is fIxeD To thE hOusing on the ligHt oUtPUT side. An oPtIcal fiber caN be inserTeD And fiXed in a SuitabLe manneR INtO The adjUstiNg sLeeve at itS enD fACing awaY fRoM The houSing. suCh a fibEr-optiC TranSMItting component iS also REFerreD To aS a recEpTacle laSEr. ThE light-emitTing device
 an example of a wired con nection be tween  adig it al c amer a 101 and a pr i nter  102. As shown in FIG.  1, t he digi t al  came ra 101a nd t hepr in ter  1 0 2are c onn ected d irectly by  aca ble 103 such as  a USB cab le.  If image da tais tobe  pr i nted,  it  is r equire d  thatthe userpl u g andu nplug t h e  c able  102 before and a f te r  printing. A w ireles ss ys t e m h asbeen consi de red a s  a repl a ce m e n t f o r cables in o rder to red u cethe pl ug gin g  and u nplug gi n g b urden on th e us er.
It is  of co u rse pos s ible to  simpl y a dop t aw ir el ess  s y ste m  f ora  wi reless-c ap ab le di gita l c a mera  an d wi reles s-capable pri nte r. H o wev er, t hereis a ls o a n eed to  allo wa user who util izes  an exist ing  w ire -c apabl e  print ertoenjoy w ireless ser vi c e by  connecting a wire le s s  c ommunica tion d e vi ce to the e xi sti ng w i r e-cap able pr inter.
H owever ,  o pe rationof  an ex is tin g w ire-c a pabl e prin ter is s uch t h at when the pr i nter is conne c te d by cabl e,an operatin g se q uenc e ru n sand conne cts t he pr i nter to the digital  c ameraautom atically, asset forthi n Patent D ocum e nt 1.
Consequentl y, al though a w i reless c ommun icationdevice an d a printe r a recon nec t e d,  there is nog u aran te e thata w ireless  co nne cti onbe tween a w ireless- ca pa bl edig italc amera an dthe  w ire lessc ommuni catio n de vi ce wil l be es t ab l i shed .Wh en a  ca bl e isplug g edinto an  existing  pr i nter ,th e print er operates a sone with a  c onn ectedc a mera. Ho wever, in a situation w h ere the  di gital  cam era has n otbeen p rop e rly co nnecte d log ic all y ,  at a n ac tua lcommunicat i o n t ime,op erat ion bec omes unstable andn orm al operationcan notb e  g uar a nt e ed.  I f  th e printer is a wi reless-cap ab l eprinter, t h e o pe rationof a di rectc ommunic ation pro tocol can  b e co n t rol led in acc ordanceto the wi r eless co nnect ion  condi ti ons . How ever,i n t he ca se ofawirele ss co mm unicatio n device attached to an  exist ing p rin ter thatsup p ort s only wi redconnection , t hedevic e i s  phys ical l ysep a rated . In addition, apri n t er  that suppo r t s  on ly wi red connec tion  has no wireless- r elated control  mea n s . T hep rese nt  invention rel ate st o  a fiber -o ptic transm itting c om p onent  in wh ich, b y means o fa n inte rnal  po larizatio n f il t er, a d ef in e d prop orti on  of th e ligh t  out p u t emitted by a l ight- e m ittin g  de viceca n be se t  pre cisely and  coupled in to anopti cal f iber.
A  s pecifi c c la ss of fibe r -optic tr ansmi tting c om pone nts  has a  lig h t -emit ting  c omp onent, at u bu l ar  o r  cy lind rical ly  sha ped housi n g surrou ndi n g the c om pon e n t, and an a djusting s lee ve th a t  is fixedt o th e  h o using  on th e ligh t outpu t  si de . An op tic a l  fiber ca n be inse r ted  a nd f ixed inasuit ab lema nner into the a djusting  sleevea t  its e ndf acin g  awayfr om the housi ng. S uc h  a fibe r - opt ic tran s mit tin g c ompo nen t is also referred to as a re cept aclel ase r. Th e lig ht -emittin g  dev ice
 an_example of_a wired connection between_a digital_camera_101 and_a_printer 102. As_shown in FIG._1, the digital camera_101 and the_printer_102 are connected directly by a cable 103 such as a USB cable. If_image_data is_to_be_printed, it is required that_the user plug and unplug_the cable_102 before and after printing. A wireless system_has_been considered as_a replacement for cables in order to reduce the_plugging and unplugging burden on the_user.
It is of_course_possible_to simply adopt a_wireless system for a wireless-capable digital_camera and wireless-capable printer. However, there_is also a need to allow a_user who utilizes an existing wire-capable_printer to enjoy wireless service_by connecting_a wireless communication device to_the existing wire-capable_printer.
However, operation_of an existing_wire-capable printer is such that when_the printer is_connected by cable, an operating sequence_runs_and connects the_printer_to_the digital_camera automatically, as_set_forth in_Patent_Document 1.
Consequently, although a wireless communication_device_and a printer are connected, there is_no guarantee that a_wireless_connection between a wireless-capable_digital camera and the wireless_communication device will be established. When_a cable_is plugged_into an existing printer, the printer operates as one with a_connected camera. However, in a situation_where the digital camera_has not_been_properly connected logically,_at_an actual_communication time, operation becomes unstable and normal_operation cannot_be guaranteed. If the printer is_a wireless-capable printer, the_operation_of a direct communication protocol can_be controlled in accordance to the_wireless connection conditions. However, in_the_case_of a wireless communication device_attached to an existing printer that_supports only wired_connection, the device is physically separated. In_addition,_a printer that supports only wired_connection_has no wireless-related control means. The_present_invention_relates to a fiber-optic transmitting_component in which, by means of_an internal polarization filter, a defined proportion of the_light output emitted_by a light-emitting device can_be_set_precisely and coupled into an optical fiber.
A specific class of_fiber-optic transmitting_components has a_light-emitting component, a tubular or cylindrically shaped housing surrounding the_component, and an adjusting sleeve that is_fixed to the housing on the light output side. An optical_fiber can be inserted and fixed in a_suitable manner into the adjusting sleeve at_its end facing away_from_the housing. Such a fiber-optic transmitting component_is_also_referred_to as a_receptacle laser. The_light-emitting device