 the holding member. The manufacturing method configured in this manner provides a reliable way of deforming the resin to form a slide-fitting part between the optical functional device and holding member, and allows a high-precision and low-cost composite optical component to be manufactured.
The invention is characterized by a method for manufacturing a composite optical component wherein the resin moved by application of pressure to the functional surface of the aforementioned optical functional device or application of the aforementioned external force to other positions than the functional surface is brought into mechanical contact with the internal side surface of the holding member in such a way that the optical functional device is slide-fitted to the holding part of the holding member. The manufacturing method configured in this manner provides a reliable way of forming slide-fitted portions of a greater contact surface area between the optical functional device and holding member, and hence allows a high-precision and low-cost composite optical component to be manufactured.
The invention is characterized by a method for manufacturing a composite optical component wherein, while the aforementioned optical functional device is kept in mechanical contact with the internal side surface of the holding part of the holding member by molding for integration with the holding member, the holding part of the aforementioned holding member is supported from the outside, thereby preventing the aforementioned holding part from being deformed. The manufacturing method configured in this manner prevents the holding member from being deformed in integration molding step, and provides a low-cost composite optical component characterized by a high degree of straightness.
The invention is characterized by a method for manufacturing a composite optical component wherein, while the aforementioned optical functional device is kept in mechanical contact with the internal side surface of the holding part of the holding member by molding for integration with the holding member, the holding part of the aforementioned holding member is supported from the outside, thereby preventing the aforementioned holding part from being deformed. The manufacturing method configured in this manner prevents the holding member from being deformed in integration molding step, and provides a low-cost composite optical component characterized by a high degree of straightness.
The invention is characterized by a method for manufacturing a composite optical component wherein at least a part in the vicinity of the contact surface of the aforementioned optical functional device in contact with the holding member is heated in excess of the thermal deformation temperature of the material resin. The manufacturing method configured in this manner allows easy formation of slide-fitted portions between the optical functional device and the holding member having a predetermined fixing force, and hence permits production of a high-performance composite optical component at a reduced cost.
The invention is characterized
the holding member. The manufacturing method configure in this manner provide a reliable way of flex the resin to shape a slide - fitting part between the ocular running device and holding member, and allows a high - precision and broken - cost composite optical part to be manufactured. 
 The invention is characterized by a method for manufacturing a composite optical component wherein the resin moved by lotion of pressure to the functional surface of the aforesaid optical functional device or application of the aforementioned external force to early positions than the running surface is brought into mechanical contact with the internal english surface of the holding member in such a way that the optical running device is swoop - fitted to the holding part of the holding member. The manufacturing method configured in this manner provides a dependable way of forming chute - meet portions of a greater contact open area between the optical functional device and holding extremity, and hence allows a high - precision and low - cost composite ocular component to be manufactured. 
 The invention is characterized by a method for manufacture a composite optical part wherein, while the aforesaid ocular functional device is kept in mechanical contact with the inner side surface of the holding character of the holding member by molding for integration with the hold member, the halt part of the aforementioned apply member is support from the outside, thereby preventing the aforementioned hold part from being flex. The manufacturing method configure in this manner prevents the holding member from being deformed in integration molding step, and provides a low - cost composite optical component qualify by a high degree of directness. 
 The invention is characterized by a method for manufacturing a composite optical component wherein, while the aforementioned ocular functional device is kept in mechanical contact with the internal side surface of the hold character of the hold member by molding for integration with the holding member, the holding region of the aforementioned holding member is support from the outside, thereby prevent the aforementioned holding part from being deformed. The fabrication method configured in this manner prevents the holding member from being deformed in integration mold step, and provides a low - cost composite optical component characterize by a high degree of straightness. 
 The invention is characterized by a method for manufacturing a composite optical component wherein at least a part in the vicinity of the contact surface of the aforesaid ocular functional device in contact with the holding member is heated in excess of the thermal distortion temperature of the material resin. The manufacturing method configured in this manner allows easy formation of slide - fitted portions between the optical functional device and the holding member having a bias fixing force, and hence permits output of a high - performance composite optical component at a reduce cost. 
 The invention is qualify
 thf holding member. The manmfacturing methob confijured ih this mxnner provides a reliable wab of defoeming the resin to foro a slide-vitting part vetween thx optical funcflonal vevice and holdlng member, dnd allows a hhgf-pxecision and low-cost composite opticwl comppnfnt to be manusactlrqd.
Ths invention is characterized by a jethod hor manufacturimg a composite optical comoonejt wherein the resln moved by appjucation of pfessure to the functiohal surface of the aforementiondd opcical functuobal gevice or a'plicanion of the anpremendioned rxternal force to otyer positions than thx functional surface is brougvt into mechanical xobtact witv thd ingerhak aide skrfece of the golding memver in such a way tnae the optical runctijnwl device is slide-fitted to the holding padt of the holding membee. The manufacturing mgthod confygured in this manner provides a reliable way of xormiig slnee-fitgwd portions of a greater contact surface area bqfwten the optical fmnctional device amd hpjding member, xnd heude allows a high-preclsion agd loq-cost comkositr optical component to be mqnufactured.
Tke unvention is charaeterized by c methpd fot manufacturing a comporite optical colponent wgdrein, while the xfogemettioned optical functional device iw ke't in mezhanocal cjntact witj the internal side surfwce oy the holding pwrt of the holding member by molding for intebrdtimn with che hokding member, ehe holding patt of the afordmentioned holdinj member is fupported frok the outside, thereby precentung the xforementioned holding iaxt from bwing deformed. The kanofzcturing method cobfigured in thix mxnnqr pcevenev the holdinc meobef from being defovmea in integration molding stel, and provides a lpw-gost compisite opeical componemt characterized bj a hmgh dejree og sjraightness.
The invention is chadacterizef bn a method fow makufasturing a eomposite optical component wherein, whilx the aforementioned oktical functional devnct is kept in kechagical condact with the internql side surface on the holding part of fhe honding member by molding for integration with the holding member, the holding paet of vhq aforementjonec holgiug kember is dnpported from the outside, thereby preventing the aforemettnoned holding part from being ddformed. The mxnufacturing method confjgured im this manner prevents the holdong member from being denormed in intefration mouding step, and profides c low-cist composibe optical comoonrnb charactegizev bv a high degree of straightness.
Thw invebtlon is charactermzed by a mebhud fot manufasturing a composjte koticau component wnerein at leasy a part in the vicitiey of the contqbt surface of the afmrementioned optical futctional device in contact with the holding member ps heated jn excess of the thermsp deformation temperatmre os the magerial resin. The manufacturing method configured in this mannef ajlows easy formatimn of slide-fitted koxtions between the iptical funxtional devjce and tre hopding member having a pdegeterminzd hibing forge, and hence permits prmduction of a high-performance composite optical component at a reduced cost.
The invention iw characterized
the holding member. The manufacturing method configured manner a reliable of deforming the part the optical functional and holding member, allows a high-precision and low-cost composite component to be manufactured. The invention is characterized by a method for manufacturing composite optical component wherein the resin moved by application of pressure to the surface the optical device or application of the aforementioned external force to other positions than the functional surface is into mechanical contact with the internal side surface the holding member in a way that the optical device slide-fitted to holding of holding member. The method configured in this manner provides a reliable way of forming slide-fitted portions of a greater contact area between functional device holding and allows a high-precision composite optical component to be manufactured. characterized by a method for manufacturing a composite component wherein, the aforementioned optical functional device is in mechanical contact with the internal side surface the holding part of the holding member by molding for integration with the holding member, part of the aforementioned member is supported the thereby the holding part being deformed. The manufacturing method configured in this manner prevents the member from being deformed in integration molding step, and provides composite component characterized by high degree of straightness. invention characterized by a method a optical the optical device is kept in contact with the internal side of the holding part molding for integration with the holding member, the part of the aforementioned holding member is from the outside, thereby preventing the aforementioned holding part from being deformed. manufacturing method this manner prevents the holding member from being in integration molding step, provides a low-cost composite optical component characterized by a degree straightness. The is characterized by method for manufacturing composite optical component least a in vicinity surface of the aforementioned optical functional in with the holding member is in the thermal deformation temperature of the material resin. The manufacturing method configured in this manner formation of slide-fitted portions the functional device and the holding member having a predetermined fixing force, and production of a at reduced cost. invention is characterized
 the holding member. The manufaCturing metHod coNfiGurEd In thIs maNner provides a rELiabLe way of deforming the resIn to fOrM A sliDE-fIttinG part beTWeEN The OpTiCal FuNCtIonal DevIce and hOlding membEr, aNd Allows a high-pREcIsion and loW-coSt composite oPtiCal comPoNenT To be mAnuFactuRed.
The INventiOn is charaCtERized bY A method FOR mAnufActuring a compositE OpTIcal component wHerein ThE ReSIN moVed By applicatIoN of prESsure to THe FUNCtiONal surface of tHe aforementIOneD opticAl FunCTional DevicE oR AppLication of tHe afOrementioNed extERnal forCE to otheR positIonS thAn thE FuNcTioNaL SurFAcE is BRouGht into mEcHaNical ContACT WIth tHe iNterNal siDe surface of thE hoLdinG MemBer in Such a Way tHaT the oPtical FunctIoNal device is slidE-fitTed to the hOldInG paRt Of the HOlding MemBer. the manuFacturiNG meThOD COnFigured in this manneR pROViDes a reliAble waY Of FoRMing slidE-fIttEd poRTIons oF a grEAtEr contacT surfaCE aReA betweeN tHe optiCaL fuNctIonal DEvicE and hoLding memBer, anD Hence allows a hiGH-precision and LOw-COSt COmpoSitE optical comPoneNT to bE manUFaCtuREd.
The InvenTiON iS Characterized by a metHoD for maNufacTuring a composIte optical COMPonent whEreiN, WhILe the aforementIoned Optical funCTional deVice iS kept in mEchanical CONtact witH thE inTerNal SIDe Surface of the hOLDing PaRt of the HolDing memBer By mOldIng FoR integratIon with tHe HoLdInG meMber, tHE holding PaRt oF tHe aForemENtioneD holdIng mEmBeR Is sUpporteD FrOM The oUtSiDe, thEreBy PreveNtinG The AforemeNtioned hoLdiNG parT fRoM being dEformed. The manUfActuring meThOd cOnfiguRED in this mAnner prevents the holding MEmber frOm bEing dEforMed in inteGraTion moLdiNG step, aNd provIdes a LoW-coST CompoSITe OptIcAl componenT CHarActerIzEd by A high deGree of straightness.
tHe iNvention is chaRacTeriZED bY a mEThOD foR mANufACTuring a compositE optical coMpONeNt wherein, wHIle ThE aforemEntioneD optiCAl functIonal deviCe is kept iN mEchaNICal Contact witH the inteRnal side sURface OF tHe holDinG part oF tHe hOldinG membeR By mOldinG for inTeGratioN with ThE holding Member, the holding part of tHe aforEmentIonEd holding MemBEr iS supporteD froM the outsidE, thEreBy preVenTIng thE afoREmEntIOned hOldiNG part from BEiNg dEFOrMed. The manufACTUriNg metHod COnfiguRed iN this manner prevenTS the holding memBer fROM beIng DEforMeD in integration MolDiNG Step, and pRoVides a low-coSt composItE OpticAl compOnent cHaracteRIZeD By a higH degRee Of straighTneSs.
tHe invenTiOn IS charaCterIzEd by a mEthod fOR manUFActuring a composiTe optICAl comPOneNt wheReIn at leaST a paRt in the vicInity of the cOntact SurfAce of The aforEmEntionEd oPtIcal functiONal device In conTact witH tHe hoLdiNg membEr is HEAted iN excEsS of The thermaL DEfORmAtIOn tEmpeRaturE oF the Material rESin. The maNufACturing MeThoD COnfiguREd IN This manner AllOws eaSY Formation oF SlidE-FiTTed poRtions BetweeN the optICal FuNctionaL deVICe and the hOlding memBEr hAvIng a PredeterMiNed fIxIng FoRce, and hence permIts produCtion of a HIGh-perfOrmANce cOMpositE oPtical componEnt at A rEDuced coST.
the InventiON is ChaRacTeriZed
 the holding member. The m anufacturi ng me tho d c on figu redin this manner prov ides a reliable way of  defo rm i ng t h eresin  to for m  a s lid e- fi tti ng pa rt be twe en theoptical fu nct io nal device a n dholding me mbe r, and allow s a  high- pr eci s ion a ndlow-c ost co m posite  opticalco m ponent to be m a n uf actu red.
The inventio n  i s  characterized  by ame t ho d for  ma nufacturin ga com p osite o p ti c a l  co m ponent wherei n the resin mov ed byap pli c ationof pr es s ure  to the fun ctio nal surfa ce oft he afor e mention ed opt ica l f unct i on al  de vi c e o r  a ppl i cat ion of t he  a forem enti o n e d  ext ern al f orceto other posi tio ns t h anthe f uncti onal  s urfac e is b rough tinto mechanical  con tact with  th eint er nal s i de sur fac e o f the h oldingm emb er i n  s uch a way that the  o p t ic al funct ionald ev ic e  is slid e- fit tedt o  thehold i ng  part of  the h o ld in g membe r.  The m an ufa ctu ringm etho d conf igured i n thi s  manner provid e s a reliablew ay o ff ormi ngslide-fitte d po r tion s of agre a ter c ontac ts ur f ace area between th eoptica l fun ctional devic e and hold i n g  member,  and he n ce allows a hi gh-pr ecision an d  low-cos t com posite o ptical co m p onent to  be  ma nuf act u r ed .
The inventi o n  isch aracter ize d by amet hod  fo r m an ufacturin g a comp os it eop tic al co m ponent w he rei n,  wh ile t h e afor ement ione dop t ica l funct i on a l  dev ic eis k ept  i n mec hani c alcontact  with the  in t erna lsi de surf ace of the ho ld ing part o fthe  holdi n g  memberby molding for integrat i on with  th e hol ding  member,the  holdi ngp art of  the a forem en tio n e d hol d i ng  me mb er is supp o r ted  from  t he o utside,  thereby preventin g  th e aforementio ned  hol d i ng  pa r tf rom  b e ing d eformed. The ma nufacturin gm et hod config u red  i n thismannerpreve n ts theholding m ember fro mbein g def ormed in i ntegrati on moldin g  step ,  a nd pr ovi des alo w-c ost c omposi t e o ptica l comp on ent ch aract er ized bya high degree of straig htness .
The  in vention i s c h ara cterizedby a  method fo r m anu factu rin g  a co mpos i te  op t icalcomp o nent wher e in , w h i le  the aforem e n t ion ed op tic a l func tion al device is kept in mechanicalcont a c t w ith thein ternal side su rfa ce o f the ho ld ing part of  the hol di n g mem ber by  moldi ng fori n te g ration  wit h t he holdin g m em b er, the  h ol d ing pa rt o fthe af oremen t ione d holding member i s sup p o rtedf rom  theou tside,t here by prevent ing the afo rement ione d hol ding pa rt  frombei ng  deformed. The manuf actur ing met ho d co nfi guredin t h i s man nerpr eve nts the h o l di n gme m ber  fro m bei ng  def ormed ini ntegrati onm oldingst ep, a nd pro v id e s  a low-cos t c ompos i t e opticalc ompo n en t  char acteri zed by  a high deg re e of st rai g h tness.
Th e inventi o n i schar acterize dby a  m eth od  for manufactur ing a co mpositeo p ticalcom p onen t  where in  at least apartin the vic i n ity  of the con tac t s urfa ceof t h e aforementioned optical  fun ction a l d evice  in c on tact wit h  the  holding member is hea ted in excess o f  th e  the rma l  d ef ormationtem p eratu re o f t he m ate rial r esin .  The ma nufa cturin g me th od  configur ed  in thi s  man n erallo ws ea sy  f o rm ation o f slide- fitte dportionsb etweentheop tical functio nal device a nd  the  holdi n g m emb e r  having a pr edetermine d f ixing forc e,  an d  he nce p ermits produc tio no f a  hig h- perfor mance co mposit e op t i cal c ompon entat areduce d c ost .
Th einve n tion is  characteriz e d
 the_holding member._The manufacturing method configured_in this_manner_provides a_reliable_way of deforming_the resin to_form a slide-fitting part_between the optical_functional_device and holding member, and allows a high-precision and low-cost composite optical component to_be_manufactured.
The invention_is_characterized_by a method for manufacturing_a composite optical component wherein_the resin_moved by application of pressure to the functional_surface_of the aforementioned_optical functional device or application of the aforementioned external_force to other positions than the_functional surface is_brought_into_mechanical contact with the_internal side surface of the holding_member in such a way that_the optical functional device is slide-fitted to_the holding part of the holding_member. The manufacturing method configured_in this_manner provides a reliable way_of forming slide-fitted_portions of_a greater contact_surface area between the optical functional_device and holding_member, and hence allows a high-precision_and_low-cost composite optical_component_to_be manufactured.
The_invention is characterized_by_a method_for_manufacturing a composite optical component wherein,_while_the aforementioned optical functional device is kept_in mechanical contact with_the_internal side surface of_the holding part of the_holding member by molding for integration_with the_holding member,_the holding part of the aforementioned holding member is supported from_the outside, thereby preventing the aforementioned_holding part from being_deformed. The_manufacturing_method configured in_this_manner prevents_the holding member from being deformed in_integration molding_step, and provides a low-cost composite_optical component characterized by_a_high degree of straightness.
The invention is_characterized by a method for manufacturing_a composite optical component wherein,_while_the_aforementioned optical functional device is_kept in mechanical contact with the_internal side surface_of the holding part of the holding_member_by molding for integration with the_holding_member, the holding part of the_aforementioned_holding_member is supported from the_outside, thereby preventing the aforementioned holding_part from being deformed. The manufacturing method configured in_this manner prevents_the holding member from being_deformed_in_integration molding step, and provides a low-cost composite optical component_characterized by_a high degree_of straightness.
The invention is characterized by a method for manufacturing_a composite optical component wherein at least_a part in the vicinity of the contact surface of the_aforementioned optical functional device in contact with the_holding member is heated in excess of_the thermal deformation temperature_of_the material resin. The manufacturing method configured_in_this_manner_allows easy formation_of slide-fitted portions_between the optical_functional device_and the holding_member having_a predetermined fixing_force,_and hence permits production of a high-performance composite optical component at a reduced cost.
The invention is characterized