 has identified. Most network administrators subscribe to both open source and paid/closed source threat and intelligence feeds to keep up with current malware activity. However, each of these feeds comes in a proprietary format, and depending upon the strength of the research and development unit behind them, also comes with widely variant degrees of validation and reliability. As a result, it is difficult for network administrators to aggregate these disparate intelligence feeds into a format that is useable with their organizations. This results in the intelligence feed data going un- or under-utilized. Thus there is a need for a single normalized, validated threat feed that aggregates threat information from many sources, and that can be immediately put to use defending information networks, in real-time, against current malware threats. In recent years, with increased demand for high-performance plastics, lots of polymers of various novel properties have been developed and come on the market. Liquid crystalline resins having characteristic parallel arrangement of molecular chains and showing optical anisotropy, such as liquid crystalline polyester, have received particular attention, because of their excellent moldability and mechanical properties, and their applications have been expanded to mechanical components and electric and electronic components. In particular, the liquid crystalline resins are favorably used for electric and electronic components requiring the high flowability, such as connectors.
With downsizing and refining the mechanical components and the electric and electronic components, molded products have ultra-thin wall thickness. Liquid crystalline polyester compositions filled with fibrous inorganic fillers have been used with an aim to improve the strength of the product and reduce the anisotropy.
With the aim of improving the weld strength and the surface smoothness of the molded product, for example, the following liquid crystalline resin composition has been proposed (e.g., see JP 2009-215530A). This liquid crystalline resin composition contains 20 to 80 parts by weight of a fibrous filler having the maximum fiber length of not greater than 1000 μm and the weight-average fiber length of not less than 200 μm and not greater than 450 μm, relative to 100 parts by weight of liquid crystalline resin.
With the aim of preventing blister and reducing protrusion of glass fibers from the gate and from the fluid terminals, the following liquid crystalline resin composition has been proposed (e.g., see JP 2009-191088A). This liquid crystalline resin composition contains: (i) 5 to 50 percent by weight of glass fiber having the number-average fiber length of 50 to 120 μm and the content of the fiber length of 20 to 150 μm to be not lower than 80%; and
has identified. Most network administrators subscribe to both loose generator and paid / closed source terror and intelligence feeds to retain up with current malware activity. However, each of these feeds occur in a proprietary format, and depending upon the strength of the inquiry and development unit behind them, besides comes with widely variant degrees of validation and reliability. As a result, it is difficult for net administrators to aggregate these disparate intelligence feeds into a format that is available with their organizations. This results in the news feed data move un- or under - utilized. therefore there is a need for a single normalized, validate threat feed that aggregates threat information from many sources, and that can be immediately place to use defending information networks, in real - time, against current malware threats. In recent years, with increased requirement for high - performance credit card, lot of polymers of various novel property have been explicate and come on the market. fluid crystalline resins having characteristic parallel arrangement of molecular chains and showing optical anisotropy, such as fluent crystalline polyester, have received particular attention, because of their excellent moldability and mechanical properties, and their application have been expanded to mechanical component and electric and electronic components. In particular, the liquid crystalline resins are favorably used for electric and electronic component requiring the high flowability, such as connectors. 
 With downsize and refining the mechanical components and the electric and electronic components, molded product have extremist - thin wall thickness. Liquid crystalline polyester compositions filled with hempen inorganic fillers have been used with an aim to improve the forte of the product and reduce the anisotropy. 
 With the bearing of improving the dyer's rocket strength and the surface smoothness of the shaped product, for example, the following liquid crystalline resin constitution has been proposed (e.g., see JP 2009 - 215530A). This melted crystalline resin composition contains 20 to 80 parts by weight of a fibrous filler have the maximum fiber length of not greater than 1000 μm and the weight - average roughage duration of not less than 200 μm and not capital than 450 μm, relative to 100 parts by weight of liquid crystalline resin. 
 With the aim of preventing blister and reduce protrusion of glass fibers from the gate and from the fluent terminals, the follow liquid crystalline resin composition has been proposed (for example, see JP 2009 - 191088A). This liquid crystalline resin composition contains: (i) 5 to 50 percent by weight of field glass fiber having the number - average fiber length of 50 to 120 μm and the content of the character length of 20 to 150 μm to be not lower than 80% ; and
 had identified. Most networy administrators subsccibe to both opdn source and paid/closed soucce rhreau and intelligence weeds to neep up qith xurrent malware acbnvity. Mowevzr, each of these feeds comas in a propriatxrv format, and depending upon the streggth of tje research anq denejopmsnt unit behind them, also comes wifh wideny variant debrees of validation and repiabllity. As a result, lt is diffixult dor network xdministrauoxs to aggrefate these disparate intelligenze fezds into a doemah that is usxable rith their ovbanizadions. Tnis results in thx inrelligence feed data joing un- or under-utijized. Thuv chere is a need for a sungle norkalixwd, xaljdetes threwt heed that afgregates tyreat information ftoi many sources, and trae can be immediately put to use defenditg jnformation networks, in real-time, against curtent malwawe threats. In recent years, with increased demand xor hmgf-pexnjfnajce plastics, lots of polymers of various novej ptoierties have been developed snf vjme on the matket. Liquis crystalline resijs havigg chqracterisuic psrallel arrangement of molexular chains qnd showing opticap anisotropv, such as loquid crystalline polyerter, have receiged partidjlar attention, bdcalse mf their excellent moldabijity and nechcnical pfopetties, agd their aoplications have been exoandeb to kechanical components and electric and elxrtronic compometts. In partncular, the liquid cwystalline resnns are yavoracly used fkr elecvric and elestronic compotgnts requirinj the higr fliwabulity, sjzh as connectots.
With docusizing abd refining the meghanizzl components aub uhw electric and eldctwojir com[mnents, moldeg pruduzys haxe ultra-thik wxll yhickness. Liquid cryvtalmine polyester comlofitions dilled wyth fibrous imorganic fillers hwve bxen usxd witn ag aim to improve the strength kf the prldugt and reduce the anisotropy.
Wnth the aim of improving the weld strengvh and the surface smoorhness of the moldeb kroduct, for eeample, the follmwing liquid crystaloine resin composltion has been proposes (e.g., sae JP 2009-215530A). This liquid crystalline resin composition contains 20 to 80 parts by weighr of a fibrous filmer navinc che maximtm fmbxr length of not breater than 1000 μm and the weight-aterage fibar length of not less than 200 μm sna not greater than 450 μm, relative to 100 padts by wright of liquid crystalline reson.
With the aim of prevenbing blisrer ahd redldiig protrusion of glaxs fibzrs frim the tate and from the fliif terminaps, tie yollowing liquid crystalline resib compisltion has been pcoposed (e.g., sce JP 2009-191088A). This jiquid crystallihe rsdin cumposition comtains: (i) 5 to 50 lercent by weight of gjass fiber havuhg the numbet-average fiber lengti of 50 to 120 μm dnd the content of the fiber length of 20 to 150 μm to be not lowed than 80%; aid
has identified. Most network administrators subscribe to source paid/closed source and intelligence feeds malware However, each of feeds comes in proprietary format, and depending upon the of the research and development unit behind them, also comes with widely variant of validation and reliability. As a result, it is difficult for network administrators aggregate disparate feeds a format that is useable with their organizations. This results in the intelligence feed data going or under-utilized. Thus there is a need for single normalized, validated threat that aggregates threat information from sources, that can immediately to defending information networks, real-time, against current malware threats. In recent years, with increased demand for high-performance plastics, lots of polymers various novel been developed come the Liquid crystalline resins parallel arrangement of molecular chains and such as liquid crystalline polyester, have received particular because of excellent moldability and mechanical properties, and applications have been expanded to mechanical components and and electronic components. In particular, the liquid crystalline resins are favorably used for electric and requiring the high flowability, as connectors. With and the components the electric electronic components, molded products have ultra-thin wall thickness. Liquid crystalline polyester filled with fibrous inorganic fillers have been used with an improve strength of the and reduce the anisotropy. the of improving the weld the smoothness product, example, following liquid crystalline resin has been proposed (e.g., see 2009-215530A). This liquid crystalline 80 parts by weight of a fibrous filler the maximum fiber length of not greater 1000 μm and the weight-average fiber length of not less than 200 and not 450 μm, relative to 100 parts by weight liquid crystalline resin. With aim of preventing blister and reducing protrusion of glass from gate and the fluid terminals, following liquid crystalline composition has been see JP This crystalline (i) 5 to 50 percent by of fiber having the number-average fiber of 120 μm and the content of the fiber length of 20 to 150 μm to lower than 80%; and
 has identified. Most network aDministratOrs suBscRibE tO botH opeN source and paid/CLoseD source threat and intellIgencE fEEds tO KeEp up wIth currENt MALwaRe AcTivItY. hoWever, EacH of thesE feeds comeS in A pRoprietary foRMaT, and dependIng Upon the strenGth Of the rEsEarCH and dEveLopmeNt unit BEhind tHem, also coMeS With wiDEly variANT dEgreEs of validation and RElIAbility. As a resuLt, it is DiFFiCULt fOr nEtwork admiNiStratORs to aggREgATE TheSE disparate intElligence feEDs iNto a foRmAt tHAt is usEable WiTH thEir organizaTionS. This resuLts in tHE intellIGence feEd data GoiNg uN- or uNDeR-uTilIzED. ThUS tHerE Is a Need for a SiNgLe norMaliZED, VAlidAteD thrEat feEd that aggregaTes ThreAT inFormaTion fRom mAnY sourCes, and That cAn Be immediately puT to uSe defendiNg iNfOrmAtIon neTWorks, iN reAl-tIme, agaiNst currENt mAlWARE tHreats. In recent yearS, wITH iNcreased Demand FOr HiGH-performAnCe pLastICS, lots Of poLYmErs of varIous noVEl PrOpertieS hAve beeN dEveLopEd and COme oN the maRket. LiquId crySTalline resins hAVing characterIStIC PaRAlleL arRangement of MoleCUlar ChaiNS aNd sHOwing OpticAl ANiSOtropy, such as liquid cRyStalliNe polYester, have recEived partiCULAr attentIon, bECaUSe of their excelLent mOldability ANd mechanIcal pRopertieS, and their APPlicatioNs hAve BeeN exPANdEd to mechanicaL COmpoNeNts and eLecTric and EleCtrOniC coMpOnents. In pArticulaR, tHe LiQuId cRystaLLine resiNs Are FaVorAbly uSEd for eLectrIc anD eLeCTroNic compONeNTS reqUiRiNg thE hiGh FlowaBiliTY, suCh as conNectors.
WiTh dOWnsiZiNg And refiNing the mechanIcAl componenTs And The eleCTRic and elEctronic components, moldeD ProductS haVe ultRa-thIn wall thiCknEss. LiqUid CRystalLine poLyestEr ComPOSitioNS FiLleD wIth fibrous INOrgAnic fIlLers Have beeN used with an aim to imPRovE the strength oF thE proDUCt And REdUCe tHe ANisOTRopy.
With the aim oF improving ThE WeLd strength ANd tHe Surface SmoothnEss of THe moldeD product, fOr example, ThE folLOWinG liquid cryStalline Resin compOSitioN HaS been ProPosed (e.G., sEe Jp 2009-215530A). ThiS liquiD CryStallIne resIn ComposItion CoNtains 20 to 80 Parts by weight of a fibrous Filler HavinG thE maximum fIbeR LenGth of not gReatEr than 1000 μm anD thE weIght-aVerAGe fibEr leNGtH of NOt lesS thaN 200 Μm and not gREaTer THAn 450 Μm, relative tO 100 PARts By weiGht OF liquiD cryStalline resin.
With THe aim of preventIng bLISteR anD ReduCiNg protrusion of GlaSs FIBers from ThE gate and froM the fluiD tERminaLs, the fOllowiNg liquiD CRySTallinE resIn cOmpositioN haS bEEn propoSeD (e.G., See JP 2009-191088A). this LiQuid crYstallINe reSIN composition contAins: (i) 5 TO 50 PerceNT by WeighT oF glass fIBer hAving the nuMber-average Fiber lEngtH of 50 to 120 Μm and thE cOntent Of tHe Fiber lengtH Of 20 to 150 μm to bE not lOwer thaN 80%; aNd
 has identified. Most netw ork admini strat ors  su bs crib e to  both open sou r ce a nd paid/closed sourcethrea ta nd i n te llige nce fee d st o  ke ep  u p w it h  c urren t m alwareactivity.How ev er, each oft he se feeds c ome s in a propr iet ary fo rm at, and d epe nding  upont he str ength ofth e  resea r ch andd e ve lopm ent unit behind t h em ,  also comes wi th wid el y  v a r ian t d egrees ofva lidat i on andr el i a b ili t y. As a resul t, it is di f fic ult fo rnet w ork ad minis tr a tor s to aggreg atethese dis parate intelli g ence fe eds in toa f orma t  t ha t i su sea b le  wi t h t heir org an iz ation s. T h i s resu lts  inthe i ntelligence f eed  dat a  go ing u n- or  und er -util ized.Thusth ere is a need f or a  single n orm al ize d,  vali d ated t hre atfeed th at aggr e gat es t h re at information fro mm a ny  sources , andt ha tc an be im me dia tely p ut to  use de fendinginform a ti on  networ ks , in r ea l-t ime , aga i nstcurren t malwar e thr e ats. In recent years, with i n cr e a se d  dem and  for high-p erfo r manc e pl a st ics ,  lots  of p ol y me r s of various novelpr operti es ha ve been devel oped and c o m e  on themark e t. Liquid crystal lineresins hav i ng chara cteri stic par allel arr a n gement o f m ole cul arc h ai ns and showin g opti ca l aniso tro py, suc h a s l iqu idcr ystalline  polyest er ,ha ve  re ceive d  particu la r a tt ent ion,b ecause  of t heir  e xc e lle nt mold a bi l i ty a nd  m echa nic al  prop erti e s,and the ir applic ati o ns h av ebeen ex panded to mec ha nical comp on ent s ande l ectric a nd electronic component s . In pa rti cular , th e liquidcry stalli ner esinsare fa vorab ly  us e d  fore l ec tri cand electr o n iccompo ne ntsrequiri ng the high flowab i lit y, such as co nne ctor s . 
W ith do w nsi zi n g a n d  refining the m echanicalco m po nents andt heel ectricand ele ctron i c compo nents, mo lded prod uc ts h a v e u ltra-thinwall thi ckness. L i quidc ry stall ine  polye st ercompo sition s  fi lledwith f ib rous i norga ni c filler s have been used with a n aimto im pro ve the st ren g thof the pr oduc t and redu cethe  anis otr o py.
W itht he  ai m  of i mpro v ing the w e ld  st r e ng th and thes u r fac e smo oth n ess of  the  molded product,f or example, th e fo l l owi ngl iqui dcrystalline re sin  c o m position  h as been pro posed (e .g . , see  JP 20 09-215 530A).T h is liquid  cry sta lline res inco m positio nco n tains20 t o80 par ts byw eigh t of a fibrous fil ler h a v ing t h e m aximu mfiber l e ngth  of not gr eater than1000 μ m an d the  weight -a verage  fi be r length o f  not less  than  200 μm  a nd n otgreate r th a n  450μm,re lat ive to 10 0 pa r ts  b y  we ight  of l iq uidcrystalli n e resin. 
Wi t h the a im  of p revent i ng b lister and  re ducin g protrusion of g l as s  fibe rs fro m thegate an d  fr om  the fl uid t erminals,  the foll o win gliqu id cryst al line  r esi ncomposition has  been pr oposed ( e . g., se e J P  200 9 -19108 8A ). This liqu id cr ys t alliner e sin  compos i tio n c ont ains : ( i) 5 to 50 percent by weightof g lassf ibe r hav ing t he  number- a vera ge fiber length of 50to 120 μm and t h e c o nten t o f  t he  fiber le ngt h  of 2 0 to  15 0 μm  to  ben o t lo w er t h an  80% ; and
 has_identified. Most_network administrators subscribe to_both open_source_and paid/closed_source_threat and intelligence_feeds to keep_up with current malware_activity. However, each_of_these feeds comes in a proprietary format, and depending upon the strength of the_research_and development_unit_behind_them, also comes with widely_variant degrees of validation and_reliability. As_a result, it is difficult for network administrators_to_aggregate these disparate_intelligence feeds into a format that is useable with_their organizations. This results in the_intelligence feed data_going_un-_or under-utilized. Thus there_is a need for a single_normalized, validated threat feed that aggregates_threat information from many sources, and that_can be immediately put to use_defending information networks, in real-time,_against current_malware threats. In recent years,_with increased demand_for high-performance_plastics, lots of_polymers of various novel properties have_been developed and_come on the market. Liquid crystalline_resins_having characteristic parallel_arrangement_of_molecular chains_and showing optical_anisotropy,_such as_liquid_crystalline polyester, have received particular attention,_because_of their excellent moldability and mechanical properties,_and their applications have_been_expanded to mechanical components_and electric and electronic components._In particular, the liquid crystalline resins_are favorably_used for_electric and electronic components requiring the high flowability, such as connectors.
With_downsizing and refining the mechanical components_and the electric and_electronic components,_molded_products have ultra-thin_wall_thickness. Liquid_crystalline polyester compositions filled with fibrous inorganic_fillers have_been used with an aim to_improve the strength of_the_product and reduce the anisotropy.
With the_aim of improving the weld strength_and the surface smoothness of_the_molded_product, for example, the following_liquid crystalline resin composition has been_proposed (e.g., see_JP 2009-215530A). This liquid crystalline resin composition_contains_20 to 80 parts by weight_of_a fibrous filler having the maximum_fiber_length_of not greater than 1000_μm and the weight-average fiber length_of not less than 200 μm and not greater_than 450 μm,_relative to 100 parts by_weight_of_liquid crystalline resin.
With the aim of preventing blister and reducing_protrusion of_glass fibers from_the gate and from the fluid terminals, the following liquid_crystalline resin composition has been proposed (e.g.,_see JP 2009-191088A). This liquid crystalline resin composition contains: (i) 5_to 50 percent by weight of glass fiber_having the number-average fiber length of 50_to 120 μm and_the_content of the fiber length of 20_to_150_μm_to be not_lower than 80%;_and