 which results in insertion losses and return losses. Other prior art used epoxy to hold the fiber cable in place for the purpose of a strain relief, however the epoxy did not provide adequate clamping force to hold both the inner fiber cable, and the outer fiber jacket tubing in place. Since the fiber jacket tubing and fiber cable are loosely assembled together, the inner fiber cable can move even though the external fiber jacket tubing is weakly clamped by adhesive. Addition glue adhesive is used to increase clamping effectiveness resulting in messy manufacturing assembly. Repairing or repositioning fiber cables held in place with epoxy is also difficult. Accordingly, the present invention addresses these needs by using a retention bar with a fiber clamp that is contoured to the shape of the fiber cable, to distribute uniform clamping pressure all around the fiber cable. In addition to providing a strain relief, the fiber routing tray guides and route fiber cables onto other optical modules and optical devices mounted on the PCB. The fiber routing tray also provides protection for fusion splices, which connect external fiber cables with internal fiber cables inside the fiber routing tray.
The present invention discloses a fiber routing tray with an internal spool to hold excess fiber cable length, a fiber clamping slot to seat fiber cables for clamping, a retention bar with contoured fiber clamps to provide uniform and sufficient clamping force to a fiber cable for strain relief, a precision dimensioned curve slot to allow assembly slack for connecting fiber cables via fiber connectors, and a fiber entry block to provide adequate spacing of fiber cables and proper entry angles. Advantageously, the present invention significantly improves the clamping force to the fiber cable while reducing insertion and return losses.
Other structures and methods are disclosed in the detailed description below. This summary does not purport to define the invention. The invention is defined by the claims. 1. Technical Field
This invention relates generally to medical apparatuses, and more particularly to a medical apparatus and method for delivering inhaled liquid medication through a nebulizer with controlled efficiency achieved through breath actuation of a continuous flow nebulizer.
2. Description of Related Art
Medical nebulizers deliver an aerosol form of liquid medication that can be inhaled by a patient (i.e., a person) for various pulmonary problems. They are increasingly becoming applicable to non-pulmonary patients using the respiratory mucosa as a means for systemic delivery of medications. For additional related background information, refer to U.S. Pat. Nos. 1,109,318; 2,432,946; 3,769,973;
which results in insertion losses and return loss. early prior art use epoxy to have the fiber cable in position for the determination of a strain stand-in, however the epoxy did not provide adequate clamping effect to hold both the inner character cable television, and the outer fiber crown tubing in plaza. Since the roughage jacket tubing and fiber cable television are loosely assembled in concert, the inner character cable can act even though the external fiber jacket tubing is weakly clamp by adhesive. Addition glue adhesive is used to increase clamping effectiveness resulting in messy manufacturing assembly. Repairing or repositioning fiber cables held in place with epoxy is also difficult. consequently, the present invention address these needs by use a retentiveness bar with a fiber clamp that is contour to the shape of the roughage cable, to distribute consistent clamping pressure all around the fiber cable. In addition to provide a strain relief, the fiber routing tray guide and path fiber cables onto other optical modules and ocular devices mounted on the PCB. The fiber route tray also provides protection for fusion lap joint, which connect external character cables with internal roughage cables inside the roughage routing tray. 
 The present invention unwrap a fiber route tray with an internal spool to defend excess fiber cable television length, a fiber clamping time slot to seat fiber cables for clamping, a retentiveness barroom with contoured fiber clamps to supply uniform and sufficient clamping force to a fiber cable for strain relief, a preciseness dimensioned curve slot to allow assembly slack for connecting fiber cable via roughage connectors, and a fiber entry block to provide adequate spacing of fiber cable and proper entry angles. Advantageously, the present invention importantly improves the clamp force to the fiber cable while abridge insertion and return losses. 
 early structures and methods are disclosed in the detailed description below. This summary does not purport to define the invention. The invention is defined by the claims. 1. Technical Field 
 This invention relates generally to aesculapian apparatus, and more particularly to a medical apparatus and method for delivering inhaled liquid medication through a nebulizer with controlled efficiency achieved through breath propulsion of a continuous stream nebulizer. 
 2. Description of Related Art 
 Medical nebulizers deliver an aerosol form of liquid medication that can be inhale by a patient (i.e., a person) for various pulmonary problems. They are increasingly becoming applicable to non - pulmonary patients using the respiratory mucosa as a means for systemic delivery of medications. For additional related background information, consult to U.S. Pat. Nos. 1,109,318; 2,432,946; 3,769,973;
 whlch results in insertion losses and retorb lossxs. Othed prior xrt used epoxy to hold the fmber cablt in place for the ourpose ov a straun rtlief, however the epoxy dlb not irovibe adequate clamking force tm hold both tha knuer fiber cable, and the outer fiber tacket yuhing in place. Finct tre fjber jacket tubing and fiber cable are lomsely assemblrd together, the inner fibeg cahle can move even hhough the gstewbal fiber jazket tubing is weakly dlamped by adhesive. Addition glje adkesive is uwee tl increase coampigg effectivekvss resglting on messy manufsctnrint assembly. Repairing mr repositioning fyber cablas held in place wirh epoxi is dlso eifwichlv. Adcordijglb, the preseht inventiob addresses these ntedf by using a rstentijn bar with a fiber clamp that is contourtd to the shape of the fiber cable, to distribute oniform clwmping pressure all around the fiber cable. In addhtion go krividivt w strain relief, the fiber routing tray guides znc goute fiber cablef onto othet lpyycal modules xnd opcjczl devices mounted on the PCB. Rhe fiber rouying tray also provides prorection for yusuon splices, which eonnect extexnal fober vables with internal fiyer cagles inside the fibed routing tray.
The prvsend invention discloses a fifer routiig trcy with xn imternaj spool to hold excess fiber cable lengjh, a fhber clamplng slot to seat fiber cables for clamping, a tetantpon bar wnth coktoured fiber cjamps to provibe unifoxm and sufficienn clampinj force to a fiber cable xlr strain renief, a pweciwion dimenskuned curve sloy to alloc asswmbly slack for coknectkhg fiber cables viq fiber connectprs, anq w hiber antry block do pfovkce addquate spaclng of giber cables and pro[er sntry angles. Advanyaneously, tye presegt invention xignificantly imprlves vhe clemping fotce to the fiber cable while resucing inderbion and retuwn lisses.
Other scructures and methods are disclosed in tie detailed description below. This summary coes not pucport eo define the invention. The ibvention is defintd by the claims. 1. Technjcal Fheld
Tjis invention relates generally to medical apparatuses, and more particulaely to a medical alparstus dnb mzthod fjr dxlmvering inhaled lpquid medication through a nebulmzer with woutrolled efficiency achieved yhfough breath xctuation of a continuoua flow nrbulizer.
2. Description of Related Art
Medical nebulizers dcliver an aeroaol fogj uf liquid medicatipn thac can ve inhaoed ny a patient (i.d., a pcrson) for garipua pulmonary problems. They are inxreasibgpy becoming applmcable to nok-pmlmonaty patiegts using the reapirzhory oucosa as a mrans for systekic delivery of medibatyons. For addituknal related backgrmund informavion, refer tm U.S. Pat. Nos. 1,109,318; 2,432,946; 3,769,973;
which results in insertion losses and return prior used epoxy hold the fiber purpose a strain relief, the epoxy did provide adequate clamping force to hold the inner fiber cable, and the outer fiber jacket tubing in place. Since fiber jacket tubing and fiber cable are loosely assembled together, the inner fiber can even the fiber jacket tubing is weakly clamped by adhesive. Addition glue adhesive is used to increase clamping resulting in messy manufacturing assembly. Repairing or repositioning cables held in place epoxy is also difficult. Accordingly, present addresses these by a bar with a clamp that is contoured to the shape of the fiber cable, to distribute uniform clamping pressure all the fiber addition to a relief, fiber routing tray route fiber cables onto other optical devices mounted on the PCB. The fiber routing also provides for fusion splices, which connect external cables with internal fiber cables inside the fiber tray. The present invention discloses a fiber routing tray with an internal spool to hold cable length, a fiber slot to seat cables clamping, retention with contoured clamps to provide uniform and sufficient clamping force to a fiber for strain relief, a precision dimensioned curve slot to allow for fiber cables via connectors, and a fiber block provide adequate spacing of and entry present significantly the clamping force to fiber cable while reducing insertion return losses. Other structures the detailed description below. This summary does not to define the invention. The invention is by the claims. 1. Technical Field This invention relates generally to medical and more a medical apparatus and method for delivering inhaled medication through a nebulizer controlled efficiency achieved through breath actuation of a continuous nebulizer. Description of Art Medical nebulizers an aerosol form liquid medication that inhaled by patient a pulmonary problems. They are increasingly becoming to patients using the respiratory mucosa a systemic delivery of medications. For additional related background information, refer to U.S. Pat. Nos. 1,109,318;
 which results in insertion loSses and retUrn loSseS. OtHeR priOr arT used epoxy to hoLD the Fiber cable in place for thE purpOsE Of a sTRaIn relIef, howeVEr THE epOxY dId nOt PRoVide aDeqUate claMping force To hOlD both the inneR FiBer cable, anD thE outer fiber jAckEt tubiNg In pLAce. SiNce The fiBer jacKEt tubiNg and fibeR cABle are LOosely aSSEmBled Together, the inner fIBeR Cable can move evEn thouGh THe EXTerNal Fiber jackeT tUbing IS weakly CLaMPED by ADhesive. AdditiOn glue adhesIVe iS used tO iNcrEAse claMping EfFEctIveness resuLtinG in messy mAnufacTUring asSEmbly. RePairinG or RepOsitIOnInG fiBeR CabLEs HelD In pLace with EpOxY is alSo diFFICUlt. ACcoRdinGly, thE present invenTioN addREssEs theSe neeDs by UsIng a rEtentiOn bar WiTh a fiber clamp thAt is Contoured To tHe ShaPe Of the FIber caBle, To dIstribuTe unifoRM clAmPING pRessure all around thE fIBEr Cable. In aDditioN To PrOViding a sTrAin ReliEF, The fiBer rOUtIng tray gUides aND rOuTe fiber CaBles onTo OthEr oPticaL ModuLes and Optical dEviceS Mounted on the PCb. the fiber routiNG tRAY aLSo prOviDes protectiOn foR FusiOn spLIcEs, wHIch coNnect ExTErNAl fiber cables with inTeRnal fiBer caBles inside the Fiber routiNG TRay.
The prEsenT InVEntion discloseS a fibEr routing tRAy with an InterNal spool To hold excESS fiber caBle LenGth, A fiBER cLamping slot to SEAt fiBeR cables For ClampinG, a rEteNtiOn bAr With contoUred fibeR cLaMpS tO prOvide UNiform anD sUffIcIenT clamPIng forCe to a FibeR cAbLE foR strain RElIEF, a prEcIsIon dImeNsIoned CurvE SloT to alloW assembly SlaCK for CoNnEcting fIber cables via FiBer connectOrS, anD a fibeR ENtry blocK to provide adequate spaciNG of fibeR caBles aNd prOper entry AngLes. AdvAntAGeouslY, the prEsent InVenTIOn sigNIFiCanTlY improves tHE ClaMping FoRce tO the fibEr cable while reduciNG inSertion and retUrn LossES.
otHer STrUCtuReS And METhods are disclosEd in the detAiLEd DescriptioN BelOw. this sumMary doeS not pURport to Define the Invention. thE invENTioN is defined By the claIms. 1. TechniCAl FieLD
THis inVenTion reLaTes GenerAlly to MEdiCal apParatuSeS, and moRe parTiCularly tO a medical apparatus and meThod foR deliVerIng inhaleD liQUid MedicatioN thrOugh a nebulIzeR wiTh conTroLLed efFiciENcY acHIeved ThroUGh breath aCTuAtiON Of A continuous FLOW neBulizEr.
2. DEScriptIon oF Related Art
MedicaL Nebulizers deliVer aN AEroSol FOrm oF lIquid medicatioN thAt CAN be inhalEd By a patient (i.E., a person) FoR VarioUs pulmOnary pRoblems. tHEy ARe incrEasiNglY becoming AppLiCAble to nOn-PuLMonary PatiEnTs usinG the reSPiraTORy mucosa as a means For sySTEmic dELivEry of MeDicatioNS. For Additional Related backGround InfoRmatiOn, refer To u.S. Pat. NOs. 1,109,318; 2,432,946; 3,769,973;
 which results in insertio n losses a nd re tur n l os ses.  Oth er prior art u s ed e poxy to hold the fiber  cabl ei n pl a ce  forthe pur p os e ofast rai nr el ief,how ever th e epoxy di d n ot  provide ade q ua te clampin g f orce to hold  bo th the  i nne r  fibe r c able,  and t h e oute r fiber j ac k et tub i ng in p l a ce . Si nce the fiber jac k et tubing and fib er cab le ar e loo sel y assemble dtoget h er, the in n e r  fi b er cable canmove even t h oug h theex ter n al fib er ja ck e t t ubing is we akly  clampedby adh e sive. A d ditionglue a dhe siv e is us ed  to  i n cre a se  cl a mpi ng effec ti ve nessresu l t i n g in  me ssymanuf acturing asse mbl y. R e pai ringor re posi ti oning  fiber  cabl es  held in placewith  epoxy is  al so  di ff icult .  Accor din gly , the p resenti nve nt i o n  a ddresses these nee ds b yusing aretent i on  b a r with a  f ibe r cl a m p tha t is co ntouredto the sh ap e of th efiberca ble , t o dis t ribu te uni form cla mping pressure all a r ound the fibe r  c a b le .  Inadd ition to pr ovid i ng a  str a in  re l ief,the f ib e rr outing tray guidesan d rout e fib er cables ont o other op t i c al modul es a n do ptical devices  moun ted on the PCB. The  fibe r routin g tray al s o  provide s p rot ect ion f or  fusion splic e s , wh ic h conne ctexterna l f ibe r c abl es  with int ernal fi be rca bl esinsid e  the fib er  ro ut ing  tray . 
The p resen t in ve nt i ondisclos e sa fibe rro utin g t ra y wit h an int ernal s pool to h old exce ss  f iber ca ble length, a  f iber clamp in g s lot to s eat fibe r cables for clamping,a  retent ion  barwith  contoure d f iber c lam p s to p rovide  unif or m a n d  suff i c ie ntcl amping for c e  to  a fi be r ca ble for  strain relief, ap rec ision dimensi one d cu r v eslo t  t o  al lo w  as s e mbly slack forconnecting  f i be r cables v i a f ib er conn ectors,  anda  fiberentry blo ck to pro vi de a d e qua te spacing  of fibe r cablesa nd pr o pe r ent ryangles .Adv antag eously ,  th e pre sent i nv ention  sign if icantlyimproves the clamping f orce t o the  fi ber cable  wh i lereducinginse rtion andret urn  loss es. Other  str u ct ure s  andmeth o ds are di s cl ose d in  the detail e d des cript ion below.  Thi s summary does no t  purport to de fine t heinv e ntio n.  The invention  is  d e f ined byth e claims. 1 . Techni ca l  Fiel d
This  inven tion re l a te s  gener ally  to  medicalapp ar a tuses,an dm ore pa rtic ul arly t o a me d ical a pparatus and met hod f o r  deli v eri ng in ha led liq u id m edicationthrough a n ebuliz er w ith c ontroll ed  effic ien cy  achievedt hrough br eathactuati on  ofa c ontinu ousf l ow ne buli ze r.2. Descri p t io n  o fR ela tedArt
M ed ical  nebulize r s delive r a n  aeroso lfor m of liq u id m edicationtha t can b e inhaledb y ap at i ent ( i.e.,a pers on) for var io us pulm ona r y  problems . They ar e  in cr easi ngly bec om ingap pli ca ble to non-pulm onary pa tients u s i ng the  re s pira t ory mu co sa as a mean s for  s y stemicd e liv ery ofm edi cat ion s. F oraddi t ional related background  inf ormat i on,  refe r toU. S. Pat.N os.1,109,31 8 ; 2,432,946;3,769,973;
 which_results in_insertion losses and return_losses. Other_prior_art used_epoxy_to hold the_fiber cable in_place for the purpose_of a strain_relief,_however the epoxy did not provide adequate clamping force to hold both the inner_fiber_cable, and_the_outer_fiber jacket tubing in place._Since the fiber jacket tubing_and fiber_cable are loosely assembled together, the inner fiber_cable_can move even_though the external fiber jacket tubing is weakly clamped_by adhesive. Addition glue adhesive is_used to increase_clamping_effectiveness_resulting in messy manufacturing_assembly. Repairing or repositioning fiber cables_held in place with epoxy is_also difficult. Accordingly, the present invention addresses_these needs by using a retention_bar with a fiber clamp_that is_contoured to the shape of_the fiber cable,_to distribute_uniform clamping pressure_all around the fiber cable. In_addition to providing_a strain relief, the fiber routing_tray_guides and route_fiber_cables_onto other_optical modules and_optical_devices mounted_on_the PCB. The fiber routing tray_also_provides protection for fusion splices, which connect_external fiber cables with_internal_fiber cables inside the_fiber routing tray.
The present invention_discloses a fiber routing tray with_an internal_spool to_hold excess fiber cable length, a fiber clamping slot to seat_fiber cables for clamping, a retention_bar with contoured fiber_clamps to_provide_uniform and sufficient_clamping_force to_a fiber cable for strain relief, a_precision dimensioned_curve slot to allow assembly slack_for connecting fiber cables_via_fiber connectors, and a fiber entry_block to provide adequate spacing of_fiber cables and proper entry_angles._Advantageously,_the present invention significantly improves_the clamping force to the fiber_cable while reducing_insertion and return losses.
Other structures and methods_are_disclosed in the detailed description below._This_summary does not purport to define_the_invention._The invention is defined by_the claims. 1. Technical Field
This invention_relates generally to medical apparatuses, and more particularly to_a medical apparatus_and method for delivering inhaled_liquid_medication_through a nebulizer with controlled efficiency achieved through breath actuation_of a_continuous flow nebulizer.
2._Description of Related Art
Medical nebulizers deliver an aerosol form of_liquid medication that can be inhaled by_a patient (i.e., a person) for various pulmonary problems. They are_increasingly becoming applicable to non-pulmonary patients using the_respiratory mucosa as a means for systemic_delivery of medications. For_additional_related background information, refer to U.S. Pat._Nos._1,109,318;_2,432,946;_3,769,973;