. The outer shell is also rotatable relative to the closure member while being drivingly coupled to the removal hub so that the closure member remains stationary upon rotation of the outer shell in a cap-removal direction when the drive lug of the removal hub is in the locking position. Alternately, the closure member rotates in the cap-removal direction upon rotation of the outer shell in the cap-removal direction when the drive lug is in the releasing position.
In preferred embodiments, the removal hub includes an arcuate front wall and an arcuate rear wall. The arcuate front and rear walls are spaced apart such that an inner region is defined therebetween. The guide slot of the removal hub is formed in the front wall. The fuel cap of the present invention further comprises a lock cylinder rotatable relative to the outer shell. The lock cylinder includes a throw member being positioned to lie within the inner region of the removal hub. The removal hub additionally includes a drive post such that during rotation of the lock cylinder to move the removal hub from the locking position to the releasing position, the throw member engages the drive post.
Further, the lockable fuel cap includes an installation hub drivingly coupled to the outer shell to transmit rotation of the outer shell in a cap-installation direction to the closure member. The installation hub includes a ring and a driven portion extending upwardly from the ring and into a cavity formed within the outer shell. The installation hub further includes flexible fingers appended to the ring and coupled to a torque-override ring that has radial drive teeth. The torque override ring is coupled to the closure member so that continued rotation of the outer shell in a cap installation direction after the closure member is adequately sealed within the filler neck, results in continued rotation of the installation hub and the torque-override ring without continued rotation of the closure member.
Additional features and advantages of the present invention will become apparent to those skilled in the art upon consideration of the following detailed description of preferred embodiments exemplifying the best mode of carrying out the invention as presently perceived. 1. Field
Example embodiments of the following description relate to a method and apparatus for processing a virtual world, and more particularly, to a method and apparatus for applying information of a real world to a virtual world.
2. Description of the Related Art
Currently, an interest in experience-type games has been increasing. MICROSOFT CORPORATION introduced “Project Natal” at the “E3 2009” Press Conference. “Project Natal” may provide a user body motion
. The outer shell is also rotatable relative to the blockage extremity while being drivingly coupled to the removal hub so that the closure member stay stationary upon rotation of the outer shell in a crown - removal commission when the drive lug of the removal hub is in the locking military position. Alternately, the closure member rotate in the cap - removal direction upon rotation of the out shell in the cap - removal direction when the drive lug is in the releasing position. 
 In preferable embodiments, the removal hub includes an arcuate front rampart and an arcuate rear wall. The arced front and rear wall are spaced aside such that an inner region is defined therebetween. The guide time slot of the removal hub is formed in the front wall. The fuel cap of the present invention further comprises a lock cylinder rotatable relative to the outer shell. The lock cylinder includes a throw member being positioned to lie within the inner region of the removal hub. The removal hub additionally includes a drive post such that during rotation of the lock cylinder to move the removal hub from the lock position to the releasing stead, the throw member engages the drive post. 
 Further, the lockable fuel hood include an installation hub drivingly coupled to the out shell to transmit rotation of the outer shell in a cap - installation steering to the closure member. The installation hub includes a ring and a driven fortune extending upwardly from the ring and into a cavity formed within the out shell. The installation hub further include flexible fingers appended to the ring and copulate to a torque - nullification ring that has radial drive teeth. The torque nullification ring is coupled to the closure member so that stay rotation of the outer shell in a cap installation direction after the blockage member is adequately sealed within the filler neck, results in continued rotation of the installation hub and the torque - override ring without continue rotation of the closure member. 
 extra features and advantages of the present invention will become apparent to those skilled in the art upon consideration of the following detailed description of preferred embodiments exemplify the best mode of carrying out the invention as presently perceived. 1. Field 
 Example embodiment of the follow description relate to a method and apparatus for processing a virtual world, and more particularly, to a method and apparatus for applying data of a real world to a virtual world. 
 2. Description of the Related Art 
 Currently, an interest in experience - type games has been increasing. MICROSOFT CORPORATION introduced “ Project Natal ” at the “ E3 2009 ” Press Conference. “ Project Natal ” may provide a user torso motion
. Thf outer shell is also rouatable relative jo the cnosure member dhile being drivingly couplev to the eemoval hub so that thd closure member eemamns stationary u'kn rotabnon or the iuter shell in a cap-remoeal direction fhdn the drive lug of the removal hub if in thr pocking positijn. Akeernzneoy, the closure member rotates in the cap-removal dorection upon rotation of hhe luter shell in the cap-removal dirqxtion when tfe drive lly is in the releasing position.
In preferred embobiments, the rwmogdl hub inclndes ag arcuate front wall and an arcuate rear ealn. Tye arcuate front and cear walls are spaceq apart sgck that an inner regiob us dexineg thdeebdtwten. Tge guife alot of ths removal hyb is formed in the fwint wall. The ruel cwp of the present invention further comprpses a lock cylinder rotatavle relative to the ooter shell. The lock cylinder includes a throw member being [ositmoved tj oif within the inner region of the removal hub. Ege rvmoval hub additijnally inclidfs w drive post ruch tkzt during rotation ov the ljck ctlinder tj mofe the removal hub from the locking posptiob to the releasing position, tke thrpw mekber engages the drive 'ost.
Fudther, the llckable fhdl cap includes xn pnstdllation hub drivingly cou[led to tie oucer shelu to transiit rotatiln of the outer shell in a cak-instanlation digection to the closure member. Tix installatiom vub includef a rlng and a driveg portion exteuding upcardly from the ging and mnto a cavitr formed withhj the outer vhell. Thq inwtaloation fjb further inckudes fleqiyle fingees appended to the rivf and coupled ti a torque-override rivg ehwt hwv radial driee tdetf. The gorque overvidd rimg is coupled to the cloaure member so thay gontinued rotatiog of the outet shell in a cap ijstalnatmon ditecjion after the closure member ia adequatfly sealed withyn tme fyller neck, results in continued rotation of the iistallation hub and thg torque-override ring eithout convinued rotation of the closure membwr.
Additional featmres and advantages of the psesenh invention will become apparent to those skilled in the art upon consideeation of the follkwinb detdijzd descwiptmoi of preferred emnodiments exemplifying the best mode of ccrrying out the invention as lrdsently percekved. 1. Field
Example embodjments og the following description relste to a method and appavatus for procsssing a vmrtual world, and morr partncularoy, to a metmod and apparagus flr applyijg iifoxmation of a real world to a virtyal woelf.
2. Description of the Relatef Art
Corrently, an interest in sxpedlence-jype games has been increasimg. MICROSOFT CORPORANIOG introduced “Pekject Natal” st thg “E3 2009” Press Confxrence. “Projewt Natal” may provide a user body motion
. The outer shell is also rotatable the member while drivingly coupled to the member remains stationary rotation of the shell in a cap-removal direction when drive lug of the removal hub is in the locking position. Alternately, the member rotates in the cap-removal direction upon rotation of the outer shell in cap-removal when drive is in the releasing position. In preferred embodiments, the removal hub includes an arcuate front wall an arcuate rear wall. The arcuate front and walls are spaced apart that an inner region is therebetween. guide slot the hub formed in the wall. The fuel cap of the present invention further comprises a lock cylinder rotatable relative to the shell. The includes a member positioned lie within the of the removal hub. The removal a drive post such that during rotation of lock cylinder move the removal hub from the position to the releasing position, the throw member the drive post. Further, the lockable fuel cap includes an installation hub drivingly coupled to shell to transmit rotation the outer shell a direction the member. The hub includes a ring and a driven portion extending upwardly from ring and into a cavity formed within the outer shell. hub includes flexible fingers to the ring and to torque-override ring that has teeth. torque coupled the member so that continued of the outer shell in cap installation direction after sealed within the filler neck, results in continued of the installation hub and the torque-override without continued rotation of the closure member. Additional features and advantages of present invention apparent to those skilled in the art upon of the following detailed of preferred embodiments exemplifying the best mode of carrying the as presently 1. Field Example of the following relate to a apparatus for a world, to a method and apparatus for information a real world to a world. of the Related Art Currently, an interest in experience-type games has been increasing. MICROSOFT CORPORATION Natal” at the “E3 Press “Project Natal” may provide a user body motion
. The outer shell is also rotataBle relativE to thE clOsuRe MembEr whIle being drivinGLy coUpled to the removal hub so That tHe CLosuRE mEmber Remains STaTIOnaRy UpOn rOtATiOn of tHe oUter sheLl in a cap-reMovAl Direction wheN ThE drive lug oF thE removal hub iS in The locKiNg pOSitioN. AlTernaTely, thE ClosurE member roTaTEs in thE Cap-remoVAL dIrecTion upon rotation oF ThE Outer shell in thE cap-reMoVAl DIRecTioN when the drIvE lug iS In the reLEaSING poSItion.
In preferRed embodimeNTs, tHe remoVaL huB IncludEs an aRcUAte Front wall anD an aRcuate reaR wall. THE arcuatE Front anD rear wAllS arE spaCEd ApArt SuCH thAT aN inNEr rEgion is dEfInEd theRebeTWEEN. The GuiDe slOt of tHe removal hub iS foRmed IN thE fronT wall. the fUeL cap oF the prEsent InVention further cOmprIses a lock CylInDer RoTatabLE relatIve To tHe outer Shell. ThE LocK cYLINdEr includes a throw meMbER BeIng positIoned tO LiE wIThin the iNnEr rEgioN OF the rEmovAL hUb. The remOval huB AdDiTionallY iNcludeS a DriVe pOst suCH thaT durinG rotatioN of thE Lock cylinder to MOve the removal HUb FROm THe loCkiNg position tO the REleaSing POsItiON, the tHrow mEmBEr ENgages the drive post.
FUrTher, thE lockAble fuel cap inCludes an inSTALlation hUb drIViNGly coupled to thE outeR shell to trANsmit rotAtion Of the outEr shell in A CAp-instalLatIon DirEctION tO the closure meMBEr. ThE iNstallaTioN hub incLudEs a RinG anD a Driven porTion exteNdInG uPwArdLy froM The ring aNd IntO a CavIty foRMed witHin thE outEr ShELl. THe instaLLaTIOn huB fUrTher IncLuDes flExibLE fiNgers apPended to tHe rINg anD cOuPled to a Torque-overridE rIng that has RaDiaL drive TEEth. The toRque override ring is couplED to the cLosUre meMber So that conTinUed rotAtiON of the Outer sHell iN a Cap INStallATIoN diReCtion after THE clOsure MeMber Is adequAtely sealed within tHE fiLler neck, resulTs iN conTINuEd rOTaTIon Of THe iNSTallation hub and The torque-oVeRRiDe ring withOUt cOnTinued rOtation Of the CLosure mEmber.
AddiTional feaTuRes aND AdvAntages of tHe presenT inventioN Will bECoMe appAreNt to thOsE skIlled In the aRT upOn conSideraTiOn of thE follOwIng detaiLed description of preferrEd emboDimenTs eXemplifyiNg tHE beSt mode of cArryIng out the iNveNtiOn as pResENtly pErceIVeD. 1. FiELd
ExaMple EMbodimentS Of The FOLlOwing descriPTIOn rElate To a MEthod aNd apParatus for processINg a virtual worlD, and MORe pArtICulaRlY, to a method and aPpaRaTUS for applYiNg informatiOn of a reaL wORld to A virtuAl worlD.
2. DescriPTIoN Of the RElatEd ARt
CurrentLy, aN iNTerest iN eXpERience-Type GaMes has Been inCReasING. MICROSOFT CORPORaTION INTroduCEd “PRojecT NAtal” at tHE “E3 2009” PrEss ConfereNce. “Project NAtal” maY proVide a User bodY mOtion
. The outer shell is alsorotatablerelat ive  to  t he c losu re member whil e  bei ng drivingly coupled t o the  r e mova l  h ub so  that t h ec l osu re  m emb er re mains  st ationar y upon rot ati on  of the oute r  s hell in acap -removal dir ect ion wh en  th e  driv e l ug of  the r e movalhub is in  t h e lock i ng posi t i on . Al ternately, the cl o su r e member rotat es inth e  c a p -re mov al directi on  upon rotatio n  o f t heo uter shell in  the cap-re m ova l dire ct ion when t he dr iv e  lu g is in the  rel easing po sition . 
In pre f erred e mbodim ent s,ther em ov alhu b  in c lu des anarcuatefr on t wal l an d a n  arc uat e re ar wa ll. The arcua tefron t  an d rea r wal ls a re  spac ed apa rt su ch  that an innerregi on is def ine dthe re betwe e n. The  gu ide  slot o f the r e mov al h u bis formed in the f ro n t  w all. The  fuelc ap  o f  the pre se ntinve n t ion f urth e rcomprise s a lo c kcy linderro tatabl erel ati ve to theoutershell. T he lo c k cylinder inc l udes a throwm em b e rb eing  po sitioned to  lie with in t h einn e r reg ion o ft he removal hub. The re mo val hu b add itionally inc ludes a dr i v e  post su ch t h at during rotatio n ofthe lock c y linder t o mov e the re moval hub f rom theloc kin g p osi t i on  to the relea s i ng p os ition,the  throwmem ber  en gag es  the driv e post.Fu rt he r,  th e loc k able fue lcap  i ncl udesa n inst allat ionhu bd riv ingly c o up l e d to  t he  out ersh ell t o tr a nsm it rota tion of t heo uter  s he ll in a  cap-installa ti on directi on  to  the c l o sure mem ber. The installation h u b inclu des  a ri ng a nd a driv enportio n e x tendin g upwa rdlyfr omt h e rin g an d i nt o a cavity f orm ed wi th in t he oute r shell. The insta l lat ion hub furth erincl u d es  fl e xi b lefi n ger s appended to the  ring andco u pl ed to a to r que -o verride  ring t hat h a s radia l drive t eeth. The  t orqu e ove rride ring  is coup led to th e  clos u re  memb erso tha tcon tinue d rota t ion  of t he out er  shell  in a  c ap insta llation direction after  the c losur e m ember isade q uat ely seale d wi thin the f ill erneck,  re s ultsin c o nt inu e d rot atio n  of the i n st all a t io n hub and t h e tor que-o ver r ide ri ng w ithout continuedr otation of the  clo s u remem b er.Ad ditional featu res  a n d  advanta ge s of the pr esent in ve n tionwill b ecomeapparen t to thoseskil led  in the a rtup o n consi de ra t ion of  the  f ollowi ng det a iled d escription of pr eferr e d  embo d ime nts e xe mplifyi n g th e best mod e of carryi ng out  the  inve ntion a spresen tly  p erceived.1 . Field
E xampl e embod im ents  of  the f ollo w i ng de scri pt ion  relate t o am et ho d  an d ap parat us  for  processi n g a virt ual world,an d m o r e part i cu l a rly, to amet hod a n d  apparatus fora pp l yinginform ationof a re a l w or ld to a  vi r t ual world .
2. Desc r ipt io n of  the Rel at ed A rt 
Cu rr ently, an inter est in e xperienc e - type g ame s  has been i nc reasing. MIC ROSOF TC ORPORAT I O N i ntroduc e d “ Pro jec t Na tal ” at the “E3 2009” Press Conf eren ce. “ P roj ect N atal”  m ay provi d e auser bod y  motion
. The_outer shell_is also rotatable relative_to the_closure_member while_being_drivingly coupled to_the removal hub_so that the closure_member remains stationary_upon_rotation of the outer shell in a cap-removal direction when the drive lug of_the_removal hub_is_in_the locking position. Alternately, the_closure member rotates in the_cap-removal direction_upon rotation of the outer shell in the_cap-removal_direction when the_drive lug is in the releasing position.
In preferred embodiments,_the removal hub includes an arcuate_front wall and_an_arcuate_rear wall. The arcuate_front and rear walls are spaced_apart such that an inner region_is defined therebetween. The guide slot of_the removal hub is formed in_the front wall. The fuel_cap of_the present invention further comprises_a lock cylinder_rotatable relative_to the outer_shell. The lock cylinder includes a_throw member being_positioned to lie within the inner_region_of the removal_hub._The_removal hub_additionally includes a_drive_post such_that_during rotation of the lock cylinder_to_move the removal hub from the locking_position to the releasing_position,_the throw member engages_the drive post.
Further, the lockable_fuel cap includes an installation hub_drivingly coupled_to the_outer shell to transmit rotation of the outer shell in a_cap-installation direction to the closure member._The installation hub includes_a ring_and_a driven portion_extending_upwardly from_the ring and into a cavity formed_within the_outer shell. The installation hub further_includes flexible fingers appended_to_the ring and coupled to a_torque-override ring that has radial drive_teeth. The torque override ring_is_coupled_to the closure member so_that continued rotation of the outer_shell in a_cap installation direction after the closure member_is_adequately sealed within the filler neck,_results_in continued rotation of the installation_hub_and_the torque-override ring without continued_rotation of the closure member.
Additional features_and advantages of the present invention will become apparent_to those skilled_in the art upon consideration_of_the_following detailed description of preferred embodiments exemplifying the best mode_of carrying_out the invention_as presently perceived. 1. Field
Example embodiments of the following description_relate to a method and apparatus for_processing a virtual world, and more particularly, to a method and_apparatus for applying information of a real world_to a virtual world.
2. Description of the_Related Art
Currently, an interest_in_experience-type games has been increasing. MICROSOFT CORPORATION_introduced_“Project_Natal”_at the “E3_2009” Press Conference._“Project Natal” may_provide a_user body motion