atching element in the second direction and for indirectly biasing the linkage element in the first direction.
A binding of this type is described in French patent application No. 85 17775 of Dec. 2, 1985, and includes, for directly biasing the latching element and for indirectly biasing the linkage element, an elastically compressible element acting elastically between the linkage element, by means of the latching element, and a corresponding element which is itself journalled on the support element. The corresponding element ensures a guidance of the elastically compressible element, which rests on the latching element by means of a cam path, which makes it possible to reach the latching position or the release position by pivoting of the assembly formed by the corresponding element and the elastically compressible element and sliding the elastically compressible element on the latching element.
This design which directly biases the latching element and indirectly biases the linkage element is disadvantageous for a number of reasons. For example, the elastically compressible element and the corresponding element constitute, above the ski, an assembly which moves with respect to the ski during each extensional movement of the foot, i.e., continuously during cross-country skiing, and has a substantial mass and inertia which unfavorably influences the dynamics of the binding and of the ski in its entirety.
Another disadvantage is that it is necessary to have a very complicated and exacting arrangement with respect to the support of the elastically compressible element on the latching element, so as to be able to bring the latter into the latching position or into the release position by a simple controlled movement, with respect to the ski, of the assembly formed by the corresponding element and the elastically compressible element. This precision can be obtained without difficulty during manufacture, however it nevertheless results in it being delicate and, consequently, costly. Furthermore, this need of great precision renders the binding particularly vulnerable to the consequences of wear which inevitably occur, particularly with respect to the support of the elastically compressible element on the latching element. 1. Field of the Invention
Embodiments of the present invention generally relate to a composite downhole tool for hydrocarbon production and method for using same. More particularly, embodiments of the present invention generally relate to a composite cement retainer and method for using same.
2. Description of the Related Art
A wellbore is drilled to some depth below the surface to recover hydrocarbons from subterranean formations. The wellbore can be lined with tubulars
atching element in the second direction and for indirectly biasing the linkage element in the inaugural steering. 
 A binding of this type is described in French patent lotion No. 85 17775 of Dec. 2, 1985, and includes, for directly bias the latching element and for indirectly biasing the linkage component, an elastically compressible element acting elastically between the linkage chemical element, by means of the latching element, and a comparable element which is itself journalled on the support chemical element. The corresponding element guarantee a guidance of the elastically compressible element, which rests on the latch element by means of a cam way, which makes it potential to reach the latching position or the release position by pivoting of the assembly formed by the correspond element and the elastically compressible element and sliding the elastically compressible element on the latching element. 
 This design which directly biases the latching element and indirectly biases the linkage element is disadvantageous for a number of reasons. For example, the elastically compressible element and the corresponding element constitute, above the ski, an fabrication which moves with respect to the ski during each extensional campaign of the metrical foot, i.e., continuously during cross - country skiing, and have a substantial mass and inertia which unfavorably influences the moral force of the binding and of the ski in its entirety. 
 Another disadvantage is that it is necessary to have a very complicated and exacting arrangement with respect to the support of the elastically compressible element on the latching element, so as to be able to bring the latter into the latching position or into the release position by a childlike controlled bowel movement, with respect to the ski, of the assembly formed by the corresponding element and the elastically compressible chemical element. This precision can be obtained without difficulty during industry, however it nevertheless results in it being delicate and, consequently, costly. Furthermore, this indigence of great preciseness renders the binding particularly vulnerable to the consequences of wear which inescapably occur, particularly with respect to the support of the elastically compressible chemical element on the latching element. 1. Field of the Invention 
 Embodiments of the present invention broadly relate to a composite downhole instrument for hydrocarbon production and method acting for using same. More particularly, embodiments of the present invention broadly associate to a composite cement retainer and method acting for using same. 
 2. Description of the Related Art 
 A wellbore is drilled to some depth below the surface to recover hydrocarbons from subterranean constitution. The wellbore can be lined with tubulars
atcjing element in the secokd direction and for invirectlg biasine the linkage element in the furst eirection.
A binding of ghis type is desceibev in French pateif appligction Ko. 85 17775 mh Dec. 2, 1985, and inckudes, for girectly biasitg tke latching element and for indirectjy biasonh the linkage glememe, an vlcstically compressible element zcting tlastically betweem the linkage element, by mfans of the latching epement, and q coweesponding euement whibk is itself journalled on the support elemdnt. Tke correspobdung glement ensuces a duidance of bne elavticallu compressible elxmenr, which rests on the natching element bi means of a cam path, which mqkws it posvibld to rezci tge latfhiig position or the relwase position by pifoepmg of the asaembly fjrmed by the corresponding element and uhe emastically compressible element and sliding jhe elastisally compressible element on the latching elemend.
This aesnnk whkxh directly biases the latching element and indydevtky biases the jinkage elekejt ys disadvantaeeous ykr a number of reasojs. For gxamplw, the elafticslly compressible element abd the correfponding element coustitute, abore the ski, sn assembly which moves witg respect tl the ski auring each extevsipndl movemtvt of the foot, i.e., continuonsly buring cfoss-vountrr skiing, ajd has a substantial masd and itertia whifh unfavorably influences the dbiamics of the bhndpng and oy the xki in its eneirety.
Another bisadvancage ir that it ps necessery to have w very compliwwted and exarting arrwngenent with rdrpect to the sipport of the elastucally compressiblc eleosnt on the latcknnt element, so as to be ahlx to fsing the latder kntu the uatching powktiom or into the releasa poaition by a simple cjntrollee movemegt, with respevt to the ski, of tje asvemuly fotmeq by the corresponding element and the flaftically com[reswible elemenc. This precision can be obtained without difficulty during manufacture, howevet iu neverthelesx restlts in id being delicate and, consequently, cosuly. Furthermore, this nesd of creat precision renders the binding particularly vulnerable to the consequencew of wxaw which inebitanly obcux, pcrticulwrly xith respect to tne support of the elastically cumpressitlz element on the latching elekevt. 1. Field of jhe Invention
Embodiments or the prrsent invention generally relatr to a composite downholc tool foe hyddocarbon pcoduction and method for uving wame. Moee pwrticularly, eobocilents of hhe kresznt invention generally relate to a compodite cement retamner and metmoa for using same.
2. Descriptioh of hhe Rglated Art
A weklbore is drilked to some depth benor the surface uo recover hydrpcarbonv from subtecranean formdtions. The wellbore can be lined with tubulars
atching element in the second direction and biasing linkage element the first direction. is in French patent No. 85 17775 Dec. 2, 1985, and includes, for biasing the latching element and for indirectly biasing the linkage element, an elastically element acting elastically between the linkage element, by means of the latching element, a element is journalled on the support element. The corresponding element ensures a guidance of the elastically compressible element, rests on the latching element by means of cam path, which makes possible to reach the latching or release position pivoting the formed by the element and the elastically compressible element and sliding the elastically compressible element on the latching element. This which directly latching element indirectly the element is disadvantageous number of reasons. For example, the and the corresponding element constitute, above the ski, assembly which with respect to the ski during extensional movement of the foot, i.e., continuously during skiing, and has a substantial mass and inertia which unfavorably influences the dynamics of the of the ski in entirety. Another disadvantage that is to a very and exacting arrangement with respect to the support of the elastically element on the latching element, so as to be able the into the latching or into the release by simple controlled movement, with the of by corresponding and the elastically compressible This precision can be obtained difficulty during manufacture, however being delicate and, consequently, costly. Furthermore, this need great precision renders the binding particularly vulnerable the consequences of wear which inevitably occur, particularly with respect to the of the element on the latching element. 1. Field of Invention Embodiments of the invention generally relate to a composite downhole tool for production method for same. More particularly, of the present generally relate to cement retainer method using of the Related Art A wellbore drilled some depth below the surface recover subterranean formations. The wellbore can be lined with tubulars
atching element in the second Direction aNd for IndIreCtLy biAsinG the linkage eleMEnt iN the first direction.
A binDing oF tHIs tyPE iS descRibed in fReNCH paTeNt AppLiCAtIon No. 85 17775 Of DEc. 2, 1985, and inCludes, for dIreCtLy biasing the LAtChing elemeNt aNd for indirecTly BiasinG tHe lINkage EleMent, aN elastICally cOmpressibLe ELement ACting elASTiCallY between the linkagE ElEMent, by means of tHe latcHiNG eLEMenT, anD a correspoNdIng elEMent whiCH iS ITSelF Journalled on tHe support elEMenT. The coRrEspONding eLemenT eNSurEs a guidance Of thE elasticaLly comPRessiblE Element, Which rEstS on The lATcHiNg eLeMEnt BY mEanS Of a Cam path, wHiCh Makes It poSSIBLe to ReaCh thE latcHing position oR thE relEAse PositIon by PivoTiNg of tHe asseMbly fOrMed by the correspOndiNg element And ThE elAsTicalLY comprEssIblE elemenT and sliDIng ThE ELAsTically compressiblE eLEMeNt on the lAtchinG ElEmENt.
This deSiGn wHich DIRectlY biaSEs The latchIng eleMEnT aNd indirEcTly biaSeS thE liNkage ELemeNt is diSadvantaGeous FOr a number of reaSOns. For example, THe ELAsTIcalLy cOmpressible ElemENt anD the COrResPOndinG elemEnT CoNStitute, above the ski, aN aSsemblY whicH moves with resPect to the sKI DUring eacH extENsIOnal movement of The foOt, i.e., continUOusly durIng crOss-countRy skiing, aND Has a subsTanTiaL maSs aND InErtia which unfAVOrabLy InfluenCes The dynaMicS of The BinDiNg and of thE ski in itS eNtIrEtY.
AnOther DIsadvantAgE is ThAt iT is neCEssary To havE a veRy CoMPliCated anD ExACTing ArRaNgemEnt WiTh resPect TO thE supporT of the elaStiCAlly CoMpRessiblE element on the LaTching elemEnT, so As to be ABLe to brinG the latter into the latchiNG positiOn oR into The rElease posItiOn by a sImpLE contrOlled mOvemeNt, WitH REspecT TO tHe sKi, Of the assemBLY foRmed bY tHe coRresponDing element and the eLAstIcally compresSibLe elEMEnT. ThIS pREciSiON caN BE obtained withouT difficultY dURiNg manufactURe, hOwEver it nEvertheLess rESults in It being deLicate and, CoNseqUENtlY, costly. FurThermore, This need oF Great PReCisioN reNders tHe BinDing pArticuLArlY vulnErable To The conSequeNcEs of wear Which inevitably occur, parTiculaRly wiTh rEspect to tHe sUPpoRt of the elAstiCally comprEssIblE elemEnt ON the lAtchINg EleMEnt. 1. FiEld oF The InventIOn
embODImEnts of the prESENt iNventIon GEneralLy reLate to a composite dOWnhole tool for hYdroCARboN prODuctIoN and method for uSinG sAME. More parTiCularly, emboDiments oF tHE presEnt invEntion GeneralLY ReLAte to a CompOsiTe cement rEtaInER and metHoD fOR using Same.
2. deScriptIon of tHE RelATEd Art
A wellbore is DrillED To somE DepTh belOw The surfACe to Recover hydRocarbons frOm subtErraNean fOrmatioNs. the welLboRe Can be lined WIth tubulaRs
atching element in the sec ond direct ion a ndfor  i ndir ectl y biasing thel inka ge element in the firs t dir ec t ion. Abindi ng of t h is t ype  i sdes cr i be d inFre nch pat ent applic ati on  No. 85 1777 5  o f Dec. 2,198 5, and inclu des , fordi rec t ly bi asi ng th e latc h ing el ement and  f o r indi r ectly b i a si ng t he linkage elemen t ,a n elasticallycompre ss i bl e ele men t acting e la stica l ly betw e en t h e l i nkage element , by meanso f t he lat ch ing elemen t, an da  co rresponding  ele ment whic h is i t self jo u rnalled  on th e s upp orte le me nt.  T h e c o rr esp o ndi ng eleme nt  e nsure s ag u i d ance  of  the  elas tically compr ess ible ele ment,  whic h re st s onthe la tchin gelement by mean s of  a cam pa th,  w hic hmakes it pos sib leto reac h the l a tch in g p os ition or the relea se p os ition by  pivot i ng  o f  the ass em bly  for m e d bythec or respondi ng ele m en tand the  e lastic al lycom press i bleelemen t and sl iding the elasticall y  compressible el e m en t  onthe  latching e leme n t.
T hisd es ign which  dire ct l yb iases the latchingel ementand i ndirectly bia ses the li n k a ge eleme nt i s  d i sadvantageousfor a  number of reasons.  Forexample,  the elas t i cally co mpr ess ibl e e l e me nt and the co r r espo nd ing ele men t const itu te,  ab ove  t he ski, a n assemb ly  w hi ch  mo ves w i th respe ct  to  t heski d u ring e ach e xten si on a l m ovement of t he f oo t,  i.e .,co ntinu ousl y  du ring cr oss-count rys kiin g,  a nd hasa substantial  m ass and in er tia  which u nfavorab ly influences the dynam i cs of t hebindi ng a nd of the  sk i in i tse ntiret y.
Ano therdi sad v a ntage i stha tit is nece s s ary  to h av e avery co mplicated and exac t ing  arrangementwit h re s p ec t t o  t h e s up p ort o f the elastical ly compres si b le  element o n  th elatchin g eleme nt, s o  as tobe able t o bring t he  lat t e r i nto the la tching p osition o r  into th e rel eas e posi ti onby asimple con troll ed mov em ent, w ith r es pect tothe ski, of the assembl y form ed by  th e corresp ond i ngelement a nd t he elastic all y c ompre ssi b le el emen t .Thi s  prec isio n  can be o b ta ine d wi thout diffi c u l tydurin g m a nufact ure,  however it never t heless results  ini t  be ing deli ca te and, conseq uen tl y ,  costly.  F urthermore,  this ne ed of gr eat pr ecisio n rende r s  t h e bind ingpar ticularly  vu ln e rable t oth e  conse quen ce s of w ear wh i ch i n e vitably occur, p artic u l arlyw ith  resp ec t to th e  sup port of th e elastical ly com pres sible  elemen ton the  la tc hing eleme n t. 1. Fie ld of  the In ve ntio n
E mbodim ents o f the  pre se ntinvention g en e ra ll y  re late  to a  c ompo site down h ole tool  fo r  hydroc ar bon p roduct i on a nd methodfor  usin g same. More part i cu l arly,  embod iments  of the pre se nt inve nti o n  generall y relatet o a  c ompo site cem en t re ta ine rand method forusing sa me.
2. D e s cripti ono f th e  Relat ed  Art
A wellb ore i sd rilledt o  so me dept h  be low  th e su rfa ce t o  recover hydrocarbons fr om s ubter r ane an fo rmati on s. The w e llbo re can b e  lined with t ubulars
atching element_in the_second direction and for_indirectly biasing_the_linkage element_in_the first direction.
A_binding of this_type is described in_French patent application_No._85 17775 of Dec. 2, 1985, and includes, for directly biasing the latching element_and_for indirectly_biasing_the_linkage element, an elastically compressible_element acting elastically between the_linkage element,_by means of the latching element, and a_corresponding_element which is_itself journalled on the support element. The corresponding element_ensures a guidance of the elastically_compressible element, which_rests_on_the latching element by_means of a cam path, which_makes it possible to reach the_latching position or the release position by_pivoting of the assembly formed by_the corresponding element and the_elastically compressible_element and sliding the elastically_compressible element on_the latching_element.
This design which_directly biases the latching element and_indirectly biases the_linkage element is disadvantageous for a_number_of reasons. For_example,_the_elastically compressible_element and the_corresponding_element constitute,_above_the ski, an assembly which moves_with_respect to the ski during each extensional_movement of the foot,_i.e.,_continuously during cross-country skiing,_and has a substantial mass_and inertia which unfavorably influences the_dynamics of_the binding_and of the ski in its entirety.
Another disadvantage is that it_is necessary to have a very_complicated and exacting arrangement_with respect_to_the support of_the_elastically compressible_element on the latching element, so as_to be_able to bring the latter into_the latching position or_into_the release position by a simple_controlled movement, with respect to the_ski, of the assembly formed_by_the_corresponding element and the elastically_compressible element. This precision can be_obtained without difficulty_during manufacture, however it nevertheless results in_it_being delicate and, consequently, costly. Furthermore,_this_need of great precision renders the_binding_particularly_vulnerable to the consequences of_wear which inevitably occur, particularly with_respect to the support of the elastically compressible element_on the latching_element. 1. Field of the_Invention
Embodiments_of_the present invention generally relate to a composite downhole tool_for hydrocarbon_production and method_for using same. More particularly, embodiments of the present invention_generally relate to a composite cement retainer_and method for using same.
2. Description of the Related Art
A wellbore_is drilled to some depth below the surface_to recover hydrocarbons from subterranean formations. The_wellbore can be lined_with_tubulars