 falling out of the barrel, the installation of the plunger in the barrel becomes difficult. 1. Technical Field
The present disclosure relates to an apparatus and method for accessing a body cavity. More particularly, the present disclosure relates to an access assembly including one or more foldable caps.
2. Background of Related Art
Access assemblies configured for reception through an incision into an abdominal cavity are known, as are methods of inserting the access assemblies therethrough. Traditional access assemblies include a rigid cannula that is received through the tissue of the body wall into the body cavity. Endoscopic, laparoscopic and other suitable instruments may then be directed through a housing on the proximal end of the cannula to access the body cavity in a sealing manner in a variety of electrosurgical procedures.
Moreover, compressible assemblies configured for accessing a body cavity and permitting reception of electrosurgical instruments therethrough in a sealing manner are also known. Such compressible assemblies are composed of silicone, thermoplastic elastomers (TPE), rubber, foam, gel and other compressible materials and are configured to be compressed to facilitate insertion into an incision. Typically, such assemblies are deformed by a surgeon using his/her fingers or with the assistance of a grasping device, e.g., forceps. Compression of the assembly reduces the profile of the assembly, thereby facilitating reception of the assembly into the incision. Upon release of the compressive force, the compressed assembly returns to an uncompressed configuration. In the uncompressed configuration, the access assembly seals the incision into the body cavity. The assembly may have one or more access ports for receiving the electrosurgical instruments therethrough and applying electrosurgical energy to tissue.
Therefore, it would be beneficial to have an access assembly configured to be inserted through tissue, such that surgical instruments may be easily inserted therethrough. It would also be beneficial to have an access assembly that is reconfigurable to accommodate a different number of surgical instruments. 1. Technical Field
The present disclosure relates generally to rack- or enclosure-mounted devices and, more particularly, to filler panels that are adapted to be detachably mounted with respect to a rack, cabinet or like structure.
2. Background
Cable management systems (such as cable racks, bays or frames, which are hereinafter referred to as “racks”) have long been used in many varied applications, such as in communications and electronic services. Racks are substantially rectilinear metal frames with several vertical railings, each provided with a plurality of mounting and alignment openings or holes that
falling out of the barrel, the installation of the plunger in the barrel becomes unmanageable. 1. Technical Field 
 The present disclosure relate to an apparatus and method for accessing a soundbox pit. More particularly, the present disclosure relates to an access fabrication including one or more foldable caps. 
 2. setting of Related Art 
 Access assemblies configured for reception through an incision into an abdominal pit are known, as are methods of inserting the access assembly therethrough. Traditional access forum include a rigid cannula that is meet through the tissue of the body wall into the body pit. Endoscopic, laparoscopic and other suitable instrumental role may then be directed through a caparison on the proximal end of the cannula to access the consistency cavity in a sealing manner in a variety of electrosurgical operation. 
 Moreover, compressible assemblies configured for accessing a body pit and permit reception of electrosurgical instruments therethrough in a sealing manner are also known. Such compressible assemblies are composed of silicone, thermoplastic elastomers (TPE), rubber, foam, gel and other compressible material and are configured to be compressed to facilitate interpolation into an incision. Typically, such forum are flex by a surgeon using his / her fingers or with the assistance of a grasping device, e.g., forceps. Compression of the assembly reduce the profile of the assembly, thereby facilitating reception of the assembly into the incision. Upon spill of the compressive force, the compressed assembly returns to an uncompressed configuration. In the uncompressed shape, the access forum seal the incision into the body cavity. The assembly may have one or more access ports for receiving the electrosurgical instrument therethrough and applying electrosurgical energy to tissue. 
 Therefore, it would be beneficial to consume an access assembly configured to be inserted through tissue, such that surgical instruments may be well inserted therethrough. It would also be beneficial to have an access forum that is reconfigurable to accommodate a different number of surgical instruments. 1. Technical Field 
 The present disclosure relates broadly to rack- or enclosure - mounted devices and, more particularly, to filler panels that are adapted to be detachably mounted with respect to a rack, cabinet or like social organization. 
 2. Background 
 Cable management systems (such as cable rack, bays or frames, which are hereinafter referred to as “ racks ”) have long been used in many varied applications, such as in communications and electronic avail. Racks are substantially rectilinear metal frames with several vertical railing, each provide with a battalion of mount and alignment openings or holes that
 fapling out of the barrel, uhe installation of the 'lunger in the carrel becomes difficult. 1. Terhnixal Fueld
The present disclorure relanes to an apperatus and methov for acgzssinf a bmvy cavity. More karticularly, the present dhszllsure relates to an access assembly includonh one or more soldsfle daps.
2. Background of Related Art
Acceas assekblies configired for reception through an lncision into an ahdominal cacity qre known, as are methods of insertjng the access assemblies thereghrouyh. Traditiobao afwess assemboies pnclude a riglc canngla thay is received bhroujh tye tissue of the body wall into the bodi cavity. Etdkscopic, laparoscopix and othar sjutacle iistdumentd mey then be sirected theough a housing on uhe itoximal end kf the cwnnula to access the body cavity in a stalinf manner in a variety od electrosurgical profedures.
Moweover, compressible assemblies configured for accassinj x bidn caxutj and permitting reception of electrosurgical jnxtguments therethromgh in a sealing msnjet are also knodn. Suck ckmpressible assembpies arg compised of sylicpne, thermoplastic elastomerw (TPE), rubber, doam, gel and other compressibue msterisls and are configured co be dompressed ho facilifxte insertion ingo sn incision. Typically, such afsemblies are deformdd bi a surdeon using his/hcs fingers or with hhe adshstance of a grasping device, e.g., forceps. Compression of jhe asvembly rzduces the profile jf the assembli, thereby faciuitating rvception mf the asseibly into the lncision. Upoi release of rhe xompresrkve force, the vompresseb asswmbly returns to ak uncujpressed configbxauiin. In the uncokprdssqd cpnshguration, tha aczesr asseobly seals bhe incosion into the body wavify. The assembly mau mave one ir more wccess ports gor receiving the tlectrmsucgical inftruments therethrough and appmying eleftrjsurgical enqrgy to tissue.
Thzrefore, it would be beneficial to have ai access assembly confitured to be inserteb uhrough tissux, such that surcical instruments mat be easily inserued therethrough. It woumd alsm be heneficial to have an access assembly that is reconfigurable to accommodare a dmfserent numbsr og surcieal instrtmenvs. 1. Technical Fielc
The present disclosure relates generalny to rack- or enclosure-mounted ddvices and, mote particularly, to filler lanels tnat are adapted to be detachablu mounted with respect tp a rack, cabihet or likx structure.
2. Backgroumd
Cablz manatement wystcms (such as cacle rwcks, bays or hrajes, which are hereinafter referrwd to qs “racks”) have long been used ln many varieq applications, shch zd in zommunicationx and electronoc services. Racks arv stbstantially rtctilinear metak framev with severel vertical sailings, each provided with a plurality of mounting and alighment opcnings or holes tnet
falling out of the barrel, the installation plunger the barrel difficult. 1. Technical to apparatus and method accessing a body More particularly, the present disclosure relates an access assembly including one or more foldable caps. 2. Background of Related Access assemblies configured for reception through an incision into an abdominal cavity are as methods inserting access assemblies therethrough. Traditional access assemblies include a rigid cannula that is received through the tissue the body wall into the body cavity. Endoscopic, and other suitable instruments then be directed through a on proximal end the to the body cavity a sealing manner in a variety of electrosurgical procedures. Moreover, compressible assemblies configured for accessing a body and permitting electrosurgical instruments in sealing are also known. assemblies are composed of silicone, thermoplastic foam, gel and other compressible materials and are to be to facilitate insertion into an incision. such assemblies are deformed by a surgeon using fingers or with the assistance of a grasping device, e.g., forceps. Compression of the assembly profile of the assembly, facilitating reception of assembly the Upon of the force, the compressed assembly returns to an uncompressed configuration. In the configuration, the access assembly seals the incision into the body assembly have one or access ports for receiving electrosurgical therethrough and applying electrosurgical tissue. it to an assembly configured to be through tissue, such that surgical may be easily inserted beneficial to have an access assembly that is to accommodate a different number of surgical 1. Technical Field The present disclosure relates generally to rack- or enclosure-mounted and, more filler panels that are adapted to be detachably with respect to a cabinet or like structure. 2. Background Cable management systems as racks, bays frames, which are referred to as have long been many varied such in services. Racks are substantially rectilinear metal with vertical railings, each provided with plurality and alignment openings or holes that
 falling out of the barrel, the iNstallatioN of thE plUngEr In thE barRel becomes diffICult. 1. technical Field
The preseNt disClOSure RElAtes tO an appaRAtUS And MeThOd fOr ACcEssinG a bOdy caviTy. More partIcuLaRly, the presenT DiSclosure reLatEs to an access AssEmbly iNcLudINg one Or mOre foLdable CAps.
2. BacKground of reLAted ArT
access aSSEmBlieS configured for recEPtIOn through an incIsion iNtO An ABDomInaL cavity are KnOwn, as ARe methoDS oF INSerTIng the access aSsemblies thERetHrough. trAdiTIonal aCcess AsSEmbLies include A rigId cannula That is REceived THrough tHe tissUe oF thE bodY WaLl IntO tHE boDY cAviTY. EnDoscopic, LaPaRoscoPic aND OTHer sUitAble InstrUments may then Be dIrecTEd tHrougH a houSing On The prOximal End of ThE cannula to accesS the Body cavitY in A sEalInG mannER in a vaRieTy oF electrOsurgicAL prOcEDUReS.
Moreover, compressiBlE ASsEmblies cOnfiguREd FoR AccessinG a BodY cavITY and pErmiTTiNg receptIon of eLEcTrOsurgicAl InstruMeNts TheRethrOUgh iN a sealIng manneR are aLSo known. Such comPRessible assemBLiES ArE CompOseD of silicone, TherMOplaStic ELaStoMErs (TPe), rubbEr, FOaM, Gel and other compressIbLe mateRials And are configuRed to be comPRESsed to faCiliTAtE Insertion into aN inciSion. TypicaLLy, such asSemblIes are deFormed by a SURgeon usiNg hIs/hEr fIngERS oR with the assisTANce oF a GraspinG deVice, e.g., fOrcEps. comPreSsIon of the aSsembly rEdUcEs ThE prOfile OF the asseMbLy, tHeRebY faciLItatinG recePtioN oF tHE asSembly iNTo THE incIsIoN. UpoN reLeAse of The cOMprEssive fOrce, the coMprESsed AsSeMbly retUrns to an uncomPrEssed confiGuRatIon. In tHE UncompreSsed configuration, the accESs assemBly Seals The iNcision inTo tHe body CavITy. The aSsemblY may hAvE onE OR more ACCeSs pOrTs for receiVINg tHe eleCtRosuRgical iNstruments therethrOUgh And applying elEctRosuRGIcAl eNErGY to TiSSue.
tHErefore, it would bE beneficiaL tO HaVe an access ASseMbLy confiGured to Be insERted thrOugh tissuE, such that SuRgicAL InsTruments maY be easilY inserted THeretHRoUgh. It WouLd also Be BenEficiAl to haVE an AccesS assemBlY that iS recoNfIgurable To accommodate a different Number Of surGicAl instrumEntS. 1. tecHnical FieLd
ThE present diSclOsuRe relAteS GenerAlly TO rAck- OR enclOsurE-Mounted deVIcEs aND, MoRe particulaRLY, To fIller PanELs that Are aDapted to be detachaBLy mounted with rEspeCT To a RacK, CabiNeT or like structuRe.
2. BAcKGRound
CabLe Management sYstems (suCh AS cablE racks, Bays or Frames, wHICh ARe hereInafTer Referred tO as “RaCKs”) have lOnG bEEn used In maNy Varied ApplicATionS, SUch as in communicaTions AND elecTRonIc serViCes. RackS Are sUbstantialLy rectilineAr metaL fraMes wiTh severAl VerticAl rAiLings, each pROvided witH a pluRality oF mOuntIng And aliGnmeNT OpeniNgs oR hOleS that
 falling out of the barrel , the inst allat ion  of  t he p lung er in the barr e l be comes difficult. 1. Te chnic al Fiel d 
T he pr esent d i sc l o sur ere lat es to  an a ppa ratus a nd methodfor  a ccessing a b o dy  cavity. M ore  particularl y,the pr es ent discl osu re re latest o an a ccess ass em b ly inc l uding o n e  o r mo re foldable caps. 2. Background ofRelate dA rt A cce ssassemblies  c onfig u red for re c e p tio n  through an i ncision int o  an  abdom in alc avityare k no w n,as are meth odsof insert ing th e  access assembl ies th ere thr ough .  T ra dit io n ala cc ess ass embliesin cl ude a  rig i d c annu lathat  is r eceived throu ghthet iss ue of  thebody  w all i nto th e bod ycavity. Endosco pic,  laparosc opi cand  o thers uitabl e i nst ruments  may th e n b ed i r ec ted through a hous in g on  the pro ximale nd  o f  the can nu lato a c c ess t he b o dy  cavityin a s e al in g manne rin a v ar iet y o f ele c tros urgica l proced ures. Moreover, comp r essible assem b li e s  c o nfig ure d for acces sing a bo dy c a vi tya nd pe rmitt in g  r e ception of electros ur gicalinstr uments theret hrough ina s ealing m anne r  a r e also known.Suchcompressib l e assemb liesare comp osed of s i l icone, t her mop las tic e la stomers (TPE) , rubb er , foam,  ge l and o the r c omp res si ble mater ials and  a re  c on fig uredt o be com pr ess ed  to  faci l itateinser tion  i nt o  an  incisi o n. T ypic al ly , su chas sembl iesa redeforme d by a su rge o n us in ghis/her  fingers or w it h the assi st anc e of a g raspingdevice, e.g., forceps.C ompress ion  of t he a ssembly r edu ces th e p r ofileof the  asse mb ly, t hereb y fa cil it ating rece p t ion  of t he  ass embly i nto the incision.U pon  release of t hecomp r e ss ive fo r ce,  t h e c o m pressed assembl y returnsto an  uncompres s edco nfigura tion. I n the uncompr essed con figuratio n,  the a cce ss assembl y sealsthe incis i on in t othe b ody  cavit y.  Th e ass emblym ayhaveone or  m ore ac cesspo rts forreceiving the electrosu rgical  inst rum ents ther eth r oug h and app lyin g electros urg ica l ene rgy to ti ssue . 
T her e fore,  itw ould be b e ne fic i a lto have ana c c ess  asse mbl y  confi gure d to be insertedt hrough tissue,  suc h tha t s u rgic al  instruments m aybe e asily in se rted theret hrough.It would  alsobe ben eficial t oh ave an  acc ess  assembly  th at is reco nf ig u rableto a cc ommoda te a d i ffer e n t number of surg icali n strum e nts . 1.Te chnical Fiel d
The pres ent disclos ure re late s gen erallyto  rack-  or  e nclosure-m o unted dev icesand, mo re  par tic ularly , to f iller  pan el s t hat are a d a pt e dto bedeta chabl ymoun ted withr espect t o a rack, c ab ine t or lik e  s t r ucture.
2.  Ba ckgro u n d
Cable ma n agem e nt syste ms (su ch ascable r a cks ,bays or  fr a m es, which  are here i naf te r re ferred t oas “ ra cks ”)  have long been  used in  many va r i ed app lic a tion s , such  a s in communi catio ns and ele c t ron ic serv i ces . R ack s ar e s ubst a ntially rectilinear meta l fr amesw ith  seve ral v er tical ra i ling s, eachp rovided witha plurality ofm oun t ingand al ig nment ope nin g s orhole s t hat
 falling_out of_the barrel, the installation_of the_plunger_in the_barrel_becomes difficult. 1._Technical Field
The present_disclosure relates to an_apparatus and method_for_accessing a body cavity. More particularly, the present disclosure relates to an access assembly_including_one or_more_foldable_caps.
2. Background of Related Art
Access_assemblies configured for reception through_an incision_into an abdominal cavity are known, as are_methods_of inserting the_access assemblies therethrough. Traditional access assemblies include a rigid_cannula that is received through the_tissue of the_body_wall_into the body cavity._Endoscopic, laparoscopic and other suitable instruments_may then be directed through a_housing on the proximal end of the_cannula to access the body cavity_in a sealing manner in_a variety_of electrosurgical procedures.
Moreover, compressible assemblies_configured for accessing_a body_cavity and permitting_reception of electrosurgical instruments therethrough in_a sealing manner_are also known. Such compressible assemblies_are_composed of silicone,_thermoplastic_elastomers_(TPE), rubber,_foam, gel and_other_compressible materials_and_are configured to be compressed to_facilitate_insertion into an incision. Typically, such assemblies_are deformed by a_surgeon_using his/her fingers or_with the assistance of a_grasping device, e.g., forceps. Compression of_the assembly_reduces the_profile of the assembly, thereby facilitating reception of the assembly into_the incision. Upon release of the_compressive force, the compressed_assembly returns_to_an uncompressed configuration._In_the uncompressed_configuration, the access assembly seals the incision_into the_body cavity. The assembly may have_one or more access_ports_for receiving the electrosurgical instruments therethrough_and applying electrosurgical energy to tissue.
Therefore,_it would be beneficial to_have_an_access assembly configured to be_inserted through tissue, such that surgical_instruments may be_easily inserted therethrough. It would also be_beneficial_to have an access assembly that_is_reconfigurable to accommodate a different number_of_surgical_instruments. 1. Technical Field
The present_disclosure relates generally to rack- or_enclosure-mounted devices and, more particularly, to filler panels that_are adapted to_be detachably mounted with respect_to_a_rack, cabinet or like structure.
2. Background
Cable management systems (such as_cable racks,_bays or frames,_which are hereinafter referred to as “racks”) have long been_used in many varied applications, such as_in communications and electronic services. Racks are substantially rectilinear metal frames_with several vertical railings, each provided with a_plurality of mounting and alignment openings or_holes that