 data sufficient for providing a meaning as a reference voice is compressed with a compression technique, the quantity of data to be transmitted is remarkably large. This means that the application of the reference data to the communication resource is a large burden on the communication cost in the voice mail system as compared with the text electronic mail system in which comments can be easily attached or inserted to the received text mail and sent. It is especially a large burden in the voice mail system using the radio communication which is largely restricted as the communication resource. This suggests that there should be a similar problem about family data, image data or another information which needs to form a mass of data with a certain size to have a meaning.
Furthermore, in the conventional voice mail system, a voice mail can be transmitted only in one direction, and a bi-directional voice mail cannot be transmitted/received among plural terminals. The present invention relates to a suture anchor, and more specifically relates to a suture anchor for anchoring a lead.
Suture anchors often require that a suture be tied in direct contact with the material (often silicone or another similar material) forming the suture anchor and around the suture anchor in order to secure the suture anchor around a lead and, in turn, secure the lead in place with respect to a patient. However, tying sutures in direct contact with silicone (or another similar material) can create various risks due to different physicians tying sutures with varying degrees of force. Such risks include cutting through the silicone or other material of the suture anchor with the suture (if too much force is used in tying the suture) or improper securing of the lead (if too little force is used in tying the suture). Because of the inability to control the force with which a physician ties the suture around the suture anchor, there is a relatively high risk of failure of the suture anchor, for instance, because too much force or too little force was used in tying the suture around the suture anchor. A diode under reverse bias may exhibit a capacitance that varies inversely with the applied voltage. A component that behaves in this manner, e.g., as a variable capacitor, may be termed a varactor. The variable capacitance of the diode may be used for “tuning” electrical circuits. Generally, semiconductor varactors may have a wider tuning range (e.g., capacitance variance) and lower control voltage requirements than dielectric varactors realized on materials such as barium strontium titanate (BST). However, the semiconductor varactors may typically exhibit a lower capacitance per unit area
data sufficient for providing a meaning as a reference voice is compress with a compaction technique, the quantity of datum to be transmitted is signally large. This means that the lotion of the reference book data to the communication resource is a bombastic burden on the communication cost in the part mail system as compare with the text electronic mail system in which comments can be easily attach or inserted to the received text chain mail and sent. It is especially a bombastic burden in the articulation mail system using the radio communication which is largely restricted as the communication resource. This hint that there should be a similar problem about family data, image datum or another data which necessitate to form a mass of data with a certain size to have a meaning. 
 Furthermore, in the conventional part chain mail arrangement, a voice chain mail can be air entirely in one direction, and a bi - directional part mail cannot be transmitted / received among plural terminals. The present invention relate to a suture anchor, and more specifically relates to a suture anchor for anchoring a lead. 
 Suture anchors much require that a suture be tied in direct contact with the fabric (often silicone or another alike material) forming the suture anchor and around the suture anchor in order to secure the suture anchor around a lead and, in act, secure the lead in place with respect to a patient. However, tying sutures in direct liaison with silicone (or another similar material) can create various risks due to unlike physicians tying sutures with varying degree of force. Such risk include cutting through the silicone or other material of the suture anchor with the suture (if too much military unit is used in connect the suture) or improper securing of the lead (if too little military unit is used in tying the suture). Because of the inability to control the military unit with which a physician ties the suture around the suture anchor, there is a relatively high risk of failure of the suture anchor, for example, because too much force or too little force was used in tie the suture around the suture anchor. A diode under rearward diagonal may parade a capacitance that varies inversely with the applied voltage. A part that behaves in this manner, e.g., as a variable capacitor, may be termed a varactor. The variable capacitance of the diode may be used for “ tuning ” electrical circuits. broadly, semiconductor varactors may have a wider tuning stove (e.g., capacitance discrepancy) and lower control voltage requirements than dielectric varactors realized on materials such as barium strontium titanate (BST). However, the semiconductor device varactors may typically show a lower capacitance per unit area
 daha sufficient for providlng a meaning as a refecence vkice is zompressed with a compressioi texhniqye, the quantity of datx to be tgansmittee is eemarkably large. Tmns mezks thct the applicatipn of the seference data tu che communication resource is a largq burdem ln the communisatipg coan ln the voice mail system as compzred wiuh the text electrpnic mail system in which fommfnts can be easily attached ot infwrted to the received uert mail and sent. It is especially a large curdeu in the voucw mwhl system uwing nhe radio communicatimn whicn is largely rcstrirted as the communication resource. This sugdests thad chere should be a simulqr prmblek abuyt wamjlb dzta, imwge data or ahother infoemation which needs tj form a mass kf datw rith a certain size to have a meaning.
Fugthedmore, in the conventionql voice mail system, w voice mwil can be transmitted only in one direction, and d bi-dmrdctninal xiife mail cannot be transmitted/received among pjhrsl terminals. The present infejtojn relates to a sutbde anchor, and more soecificwlly eelates tj a xuture anchor for anchoring a lead.
Suturv anxhors often requirz that a sutbre be tied in direct contact with the material (ovten silidune or another skmikas material) forming the suttre anchoc and around the suturq anchor ij ordcs to secure the suhure cnchos around a lead and, in turn, secure the leev in place wijh sesiect to a paticnt. However, tyigg sutures in birect cjntacg with silpcone (or enother simijar material) wwn create vacious rishs dye ti diffefdnt physicians tying sunuxes with carying degrees of fotcs. Such risks ineuoee cutting thrpugf tre smlicoga or other mdterkal pf thd suturt akchur woth the suture (if tom mudh force is used im bying the suture) jr improper srcuring of the leaf (if voo livtle fprcg is used in tying the suture). Bscause of thc inability tj coktroj the forcz with which a physician ties the suture around the suturg anchor, there is a rglauively high rmsk of failure mf the suture anchor, for instance, becsuse too much force od too nittlf force was used in tying the suture around the suture anchor. A diode undwr revxrfe bias may exhobit d eapccitancq thet varies inverselj with the applied voltage. A com'onent thad yehaves in this manner, e.g., as s xariable capazitor, may be termed a vadactor. Tne variable capacitance of the ciode may be used for “tuking” elecrricam circljtr. Generally, semicomductox varaxtors mqy hwve a wider tjnimg range (e.g., capecicance variance) and lower control coltagw gequirements thai dielectric yaractkrs rewlized on materizls akch ar barium stromtium titanate (BST). However, the sempcogductor varactigs may typicakly exhpbit a lower rapacitance [er unit area
data sufficient for providing a meaning as voice compressed with compression technique, the transmitted remarkably large. This that the application the reference data to the communication is a large burden on the communication cost in the voice mail system compared with the text electronic mail system in which comments can be easily or to received mail and sent. It is especially a large burden in the voice mail system using the communication which is largely restricted as the communication This suggests that there be a similar problem about data, data or information needs form a mass data with a certain size to have a meaning. Furthermore, in the conventional voice mail system, a mail can only in direction, a voice mail cannot among plural terminals. The present invention suture anchor, and more specifically relates to a anchor for a lead. Suture anchors often require a suture be tied in direct contact with material (often silicone or another similar material) forming the suture anchor and around the suture order to secure the anchor around a and, turn, the in place respect to a patient. However, tying sutures in direct contact with (or another similar material) can create various risks due to tying with varying degrees force. Such risks include through silicone or other material suture with too force used in tying the or improper securing of the (if too little force suture). Because of the inability to control the with which a physician ties the suture the suture anchor, there is a relatively high risk of failure of suture anchor, because too much force or too little force used in tying the around the suture anchor. A diode under reverse bias exhibit capacitance that inversely with the voltage. A component behaves in this as a capacitor, be The variable capacitance of the diode be for “tuning” electrical circuits. Generally, varactors a wider tuning range (e.g., capacitance variance) and lower control voltage requirements than dielectric varactors materials such as barium titanate However, the semiconductor varactors may typically exhibit a lower capacitance per unit
 data sufficient for providinG a meaning aS a refEreNce VoIce iS comPressed with a coMPresSion technique, the quantiTy of dAtA To be TRaNsmitTed is reMArKABly LaRgE. ThIs MEaNs thaT thE applicAtion of the RefErEnce data to thE CoMmunicatioN reSource is a larGe bUrden oN tHe cOMmuniCatIon coSt in thE Voice mAil system As COmpareD With the TEXt ElecTronic mail system iN WhICh comments can bE easilY aTTaCHEd oR inSerted to thE rEceivED text maIL aND SEnt. iT is especially A large burdeN In tHe voicE mAil SYstem uSing tHe RAdiO communicatIon wHich is larGely reSTricted AS the comMunicaTioN reSourCE. THiS suGgESts THaT thERe sHould be a SiMiLar prObleM ABOUt faMilY datA, imagE data or anotheR inFormATioN whicH needS to fOrM a masS of datA with A cErtain size to havE a meAning.
FurtHerMoRe, iN tHe conVEntionAl vOicE mail syStem, a voICe mAiL CAN bE transmitted only in OnE DIrEction, anD a bi-diREcTiONal voice MaIl cAnnoT BE tranSmitTEd/Received Among pLUrAl TerminaLs. the preSeNt iNveNtion RElatEs to a sUture ancHor, anD More specificalLY relates to a suTUrE ANcHOr foR anChoring a leaD.
SutURe anChorS OfTen REquirE that A sUTuRE be tied in direct contAcT with tHe matErial (often silIcone or anoTHER similar MateRIaL) Forming the sutuRe ancHor and arouND the sutuRe ancHor in ordEr to securE THe suture AncHor AroUnd A LEaD and, in turn, secURE the LeAd in plaCe wIth respEct To a PatIenT. HOwever, tyiNg sutureS iN dIrEcT coNtact WIth silicOnE (or AnOthEr simILar matErial) Can cReAtE VarIous risKS dUE To diFfErEnt pHysIcIans tYing SUtuRes with Varying deGreES of fOrCe. such risKs include cuttInG through thE sIliCone or OTHer materIal of the suture anchor witH The sutuRe (iF too mUch fOrce is useD in Tying tHe sUTure) or ImpropEr secUrIng OF The leAD (If Too LiTtle force iS USed In tyiNg The sUture). BeCause of the inabilitY To cOntrol the forcE wiTh whICH a PhySIcIAn tIeS The SUTure around the suTure anchor, ThERe Is a relativELy hIgH risk of Failure Of the SUture anChor, for inStance, becAuSe toO MUch Force or too Little foRce was useD In tyiNG tHe sutUre Around ThE suTure aNchor. A DIodE undeR reverSe Bias maY exhiBiT a capaciTance that varies inverselY with tHe appLieD voltage. A ComPOneNt that behAves In this mannEr, e.G., as A variAblE CapacItor, MAy Be tERmed a VaraCTor. The varIAbLe cAPAcItance of the DIODe mAy be uSed FOr “tuniNg” elEctrical circuits. GENerally, semiconDuctOR VarActORs maY hAve a wider tuninG raNgE (E.G., capacitAnCe variance) aNd lower cOnTRol voLtage rEquireMents thAN DiELectriC varActOrs realizEd oN mATerials SuCh AS bariuM strOnTium tiTanate (bsT). HoWEVer, the semiconducTor vaRACtors MAy tYpicaLlY exhibiT A lowEr capacitaNce per unit aRea
 data sufficient for provi ding a mea ningasa r ef eren ce v oice is compre s sedwith a compression tec hniqu e, theq ua ntity  of dat a  t o betr an smi tt e dis re mar kably l arge. This  me an s that the a p pl ication of  th e referencedat a to t he  co m munic ati on re source is a l arge burd en on the communi c a ti on c ost in the voicem ai l  system as com paredwi t ht h e t ext  electroni cmails ystem i n  w h i c h c o mments can be  easily att a che d or i ns ert e d to t he re ce i ved  text mailandsent. Itis esp e ciallya  largeburden  in  th e vo i ce  m ail  s y ste m  u sin g  th e radioco mm unica tion w h i ch i s l arge ly re stricted as t hecomm u nic ation  reso urce .Thissugges ts th at  there should b e asimilar p rob le m a bo ut fa m ily da ta,  im age dat a or an o the ri n f or mation which needs  t o fo rm a mas s of d a ta  w i th a cer ta insize t o hav e am ea ning.
Fu rtherm o re ,in theco nventi on alvoi ce ma i l sy stem,a voicemailc an be transmit t ed only in on e  d i r ec t ion,  an d a bi-dire ctio n al v oice ma ilc annot  be t ra n sm i tted/received among  p luraltermi nals. The pre sent inven t i o n relate s to as uture anchor,and m ore specif i cally re lates  to a su ture anch o r  for anc hor ing  alea d . 
S uture anchors o ften  r equiretha t a sut ure  be  ti edin  direct c ontact w it hth emat erial (often s il ico ne  or  anot h er sim ilarmate ri al )  fo rming t h es u ture  a nc horand  a round  the sut ure anc hor in or der to s ec ur e the s uture anchorar ound a lea dand , in t u r n, secur e the lead in place wit h  respec t t o a p atie nt. Howev er,  tying  su t ures i n dire ct co nt act w ith s i l ic one  ( or another s imi lar m at eria l) cancreate various ris k s d ue to differe ntphys i c ia nst yi n g s ut u res w ith varying deg rees of fo rc e .Such risks inc lu de cutt ing thr ought he sili cone or o ther mate ri al o f the  suture an chor wit h the sut u re (i f  t oo mu chforceis  us ed in  tying the  sutu re) or  i mprope r sec ur ing of t he lead (if too littleforceis us edin tyingthe sut ure). Bec ause  of the in abi lit y tocon t rol t he f o rc e w i th wh icha  physicia n  t ies t he  suture aro u n d  th e sut ure anchor , th ere is a relative l y high risk of  fai l u reoft he s ut ure anchor, fo r i ns t a nce, bec au se too much  force o rt oo li ttle f orce w as used i nt ying t he s utu re around  th es uture a nc ho r . A di odeun der re verseb iasm a y exhibit a capa citan c e  that var ies i nv erselyw iththe applie d voltage.A comp onen t tha t behav es  in th isma nner, e.g. ,  as a var iable  capaci to r, m aybe ter meda varac tor.  T hevariablec a pa c it an c e o f th e dio de  may  be usedf or “tuni ng” electri ca l c i r cuits. Ge n e rally, sem ico nduct o r  varactors mayh av e  a wi der tu ning r ange (e . g.,  c apacita nce v ariance)and lower con tr ol v oltage r eq uire me nts  t han dielectricvaractor s realiz e d  on ma ter i alss uch as  b arium stront ium t it a nate (B S T ).However ,  th e s emi cond uct or v a ractors may typically ex hibi t a l o wer  capa citan ce  per uni t  are a
 data_sufficient for_providing a meaning as_a reference_voice_is compressed_with_a compression technique,_the quantity of_data to be transmitted_is remarkably large._This_means that the application of the reference data to the communication resource is a_large_burden on_the_communication_cost in the voice mail_system as compared with the_text electronic_mail system in which comments can be easily_attached_or inserted to_the received text mail and sent. It is especially_a large burden in the voice_mail system using_the_radio_communication which is largely_restricted as the communication resource. This_suggests that there should be a_similar problem about family data, image data_or another information which needs to_form a mass of data_with a_certain size to have a_meaning.
Furthermore, in the_conventional voice_mail system, a_voice mail can be transmitted only_in one direction,_and a bi-directional voice mail cannot_be_transmitted/received among plural_terminals._The_present invention_relates to a_suture_anchor, and_more_specifically relates to a suture anchor_for_anchoring a lead.
Suture anchors often require that_a suture be tied_in_direct contact with the_material (often silicone or another_similar material) forming the suture anchor_and around_the suture_anchor in order to secure the suture anchor around a lead_and, in turn, secure the lead_in place with respect_to a_patient._However, tying sutures_in_direct contact_with silicone (or another similar material) can_create various_risks due to different physicians tying_sutures with varying degrees_of_force. Such risks include cutting through_the silicone or other material of_the suture anchor with the_suture_(if_too much force is used_in tying the suture) or improper_securing of the_lead (if too little force is used_in_tying the suture). Because of the_inability_to control the force with which_a_physician_ties the suture around the_suture anchor, there is a relatively_high risk of failure of the suture anchor, for_instance, because too_much force or too little_force_was_used in tying the suture around the suture anchor. A_diode under_reverse bias may_exhibit a capacitance that varies inversely with the applied voltage._A component that behaves in this manner,_e.g., as a variable capacitor, may be termed a varactor. The_variable capacitance of the diode may be used_for “tuning” electrical circuits. Generally, semiconductor varactors_may have a wider_tuning_range (e.g., capacitance variance) and lower control_voltage_requirements_than_dielectric varactors realized_on materials such_as barium strontium_titanate (BST)._However, the semiconductor_varactors may_typically exhibit a_lower_capacitance per unit area