 accordance with a fourth aspect of the invention there is provided an article of manufacture comprising an edge connector receptacle including a housing having an insertion face and defining a slot for receiving a card edge inserted into the slot along an insertion axis, and a guide insert for engagement with the receptacle, the guide insert comprising a body portion that fits over the insertion face of the housing and is formed with first and second aligned slot-form apertures providing access to first and second segments respectively of the slot defined by the housing, and at least first and second tabs projecting from the body portion of the guide insert into the slot defined by the housing, each tab having two opposite faces presented towards two opposite sides respectively of the slot, and wherein the first and second tabs are at opposite respective ends of the first aperture. Handheld electronic devices provide functionalities which continue to be enhanced. With increasing processing capabilities and functionalities provided in the handheld electronic device, it is increasingly challenging to provide input interfaces which allow the variety of functionalities to be controlled in an intuitive manner. Touch sensors which sense a touch action enhance the ways in which a user may interact with the handheld electronic device. Touch sensors may be configured such that they provide information on the location at which a user touches a window. Touch sensors may be configured to discriminate multi-touch scenarios in which several fingers are used to simultaneously actuate different regions of the touch sensor panel, and/or to track the movement of a user's finger across the window. Such detection capabilities allow different functionalities of the handheld electronic device to be controlled in a way in which the location of one or plural touch actions or a movement pattern of the user's fingers across a window may encode different control commands. The two-dimensional position(s) of the touch action are the input data which are evaluated to control operation of the handheld electronic device.
One approach to further enhance the operation of the input interface is to derive information on a size of an area at which a user contacts the window of the input interface. The size of this area provides information on the way in which the user places his or her finger against the window. For illustration, the area over which a touch sensor is actuated may vary depending on whether the user pushes more or less strongly against the window, or depending on whether a smaller or larger finger is placed against the window. While this approach does not require a separate sensor and derives additional information from the size of the area in which the user's finger contacts the input interface, it has shortcomings. It may be challenging or impossible
accordance with a fourth aspect of the invention there is provided an article of industry constitute an edge connector receptacle including a caparison having an insertion face and specify a slot for receiving a wag edge inserted into the time slot along an insertion axis, and a guide insert for engagement with the receptacle, the template insert comprising a body portion that fits over the insertion expression of the housing and is formed with first and second align slot - form apertures providing entree to first and second segment respectively of the slot defined by the housing, and at least inaugural and second tabs projecting from the body portion of the guide insert into the slot defined by the housing, each tab having two opposite faces presented towards two opposite sides respectively of the slot, and wherein the first and second check are at opposite respective ends of the beginning aperture. hand-held electronic device provide functionalities which continue to be enhanced. With increasing processing capabilities and functionalities provide in the handheld electronic device, it is increasingly challenging to provide input interfaces which allow the diverseness of functionalities to be controlled in an intuitive manner. Touch sensors which feel a touch military action enhance the ways in which a user may interact with the handheld electronic device. Touch sensors may be configure such that they provide information on the location at which a user touches a window. Touch sensors may be configured to discriminate multi - touch scenario in which several fingers are use to simultaneously actuate unlike regions of the touch sensor panel, and/or to traverse the movement of a user's finger across the window. Such detection capabilities let different functionality of the handheld electronic device to be controlled in a way in which the location of one or plural contact actions or a movement pattern of the user's finger across a window may encode different control commands. The two - dimensional position(s) of the touch action are the stimulation data which are evaluated to control operation of the handheld electronic device. 
 One approach to further enhance the process of the input signal interface is to derive information on a size of an area at which a user contacts the window of the input signal interface. The size of this area provides information on the room in which the user places his or her finger against the window. For illustration, the area over which a contact sensor is actuated may vary depending on whether the user pushes more or less strongly against the windowpane, or depending on whether a smaller or larger finger is placed against the window. While this approach does not require a separate sensor and derives additional information from the size of the area in which the user's finger contacts the input interface, it has shortcomings. It may be challenging or impossible
 acfordance with a fourth arpect of the inrwntion there is provkded an article of manufactuce cimpriwing an edge connector receptacpe inclueing q housing izving ak inssvtion hace and definikg a slot fmr receiving a cxrb edge inserted into the slot along wn insettlon axis, and a guicq inavru for engagement with the receptadle, the guide insert comprising a body portion thah fits over the indertion facg of rhe housing xnd is formed with firat and second aligned slot-form xpertbres providunt afwess to firwt anq second segments revpectivrly of the slob defmned by the housing, and av least first and sesond tabs pxojecting from the boey porthon mf tfw gjidt iisedt intl tie slot defjned by the housing, each tab hsvybg two opposife facqs presented towards two opposite sides rtspecfively of the slot, and qherein the first and second twbs are at opposite respective ends of the first dpertnrd. Hckqfwlf electronic devices provide functionalities rgivh continue to bc enhanced. With invrfaxyng processine capayjljties and functionwlities provuded in tre hsndheld electronic device, ir is increaspnglt challenging to pxovide input intgrfacex which allow the variecy of runctionalihies to bs controlled in av iktuhtive manner. Touch sensors which seise a touch xctipn enhwnce the wwys ik which a user may lntercct whth the hajdheld electronic device. Touch sensors may be cmnfpgured sueh thab they provide ynformation on the loeation at which z user vouches a wigdow. Touch setdors may be ronfigureq to disxriminagd multi-touch svenarios pn whixh several fingers arg hsed to simultautouwly actuate difgerdnt rvgipnf of the toucv sevsof paneu, and/or to brazk tne movement of a uses's fjnger across the wonqow. Such detectijn capabilitirs allow different funcvionalmties pf jhe handheld electronic device fo be conhrojled in a war in which the lpcation of one or plural touch actions ir a movement patjern of the user's finyevs across a xindow may encoge different control commands. The two-cimensional position(s) of tha toufh action are the input data which are evaluated to control operation of rhe haidreld electrknic devibe.
Oue cpproacr to hurther enhance tne operation of the input interhace is to dzrive information on a size og xn area at whkch a user contacts the sindow og the input interface. The size pf this area provides innormation on tge way in xhich the user placex his mr hee fingee agwinst the winaow. Flr illustgatipn, the area over which a touch senwor is aftuated may vary depending lk whetger thg user pushes mors or pess rtrongly agaimst the window, or depending on whenhew a smaller or marger finget is plabed against tie window. Whhle this approach does not require a separate sensot and derivts additioial informatiom from the size of the srqa in whkch the user'v finger contacts the input interface, it has shortzompngs. If may be chalnenging or impossinoc
accordance with a fourth aspect of the is an article manufacture comprising an housing an insertion face defining a slot receiving a card edge inserted into slot along an insertion axis, and a guide insert for engagement with the the guide insert comprising a body portion that fits over the insertion face the and formed first and second aligned slot-form apertures providing access to first and second segments respectively of the defined by the housing, and at least first second tabs projecting from body portion of the guide into slot defined the each having two opposite presented towards two opposite sides respectively of the slot, and wherein the first and second tabs are opposite respective the first Handheld devices functionalities which continue enhanced. With increasing processing capabilities and the handheld electronic device, it is increasingly challenging provide input which allow the variety of functionalities be controlled in an intuitive manner. Touch sensors sense a touch action enhance the ways in which a user may interact with the device. Touch sensors may configured such that provide on location which a touches a window. Touch sensors may be configured to discriminate multi-touch in which several fingers are used to simultaneously actuate different the sensor panel, and/or track the movement of user's across the window. Such allow functionalities electronic to controlled in a way which the location of one plural touch actions or user's fingers across a window may encode different commands. The two-dimensional position(s) of the touch are the input data which are evaluated to control operation of the electronic device. to further enhance the operation of the input is to derive information a size of an area at which a user the of the interface. The size this area provides on the way the user his her window. For illustration, the area over a sensor is actuated may vary on user pushes more or less strongly against the window, or depending on whether a smaller finger is placed against window. this approach does not require a separate sensor and derives additional information size of the user's contacts the interface, it has shortcomings. may be challenging or impossible
 accordance with a fourth aspeCt of the invEntioN thEre Is ProvIded An article of manUFactUre comprising an edge conNectoR rECeptAClE inclUding a hOUsING haViNg An iNsERtIon faCe aNd definIng a slot foR reCeIving a card edGE iNserted intO thE slot along an InsErtion AxIs, aND a guiDe iNsert For engAGement With the reCePTacle, tHE guide iNSErT comPrising a body portiON tHAt fits over the iNsertiOn FAcE OF thE hoUsing and is FoRmed wITh first ANd SECOnd ALigned slot-forM apertures pROviDing acCeSs tO First aNd secOnD SegMents respecTiveLy of the slOt defiNEd by the HOusing, aNd at leAst FirSt anD SeCoNd tAbS ProJEcTinG FroM the body PoRtIon of The gUIDE InseRt iNto tHe sloT defined by the HouSing, EAch Tab haVing tWo opPoSite fAces prEsentEd Towards two opposIte sIdes respeCtiVeLy oF tHe sloT, And wheReiN thE first aNd seconD TabS aRE AT oPposite respective eNdS OF tHe first aPerturE. haNdHEld electRoNic DeviCES provIde fUNcTionalitIes whiCH cOnTinue to Be EnhancEd. witH inCreasINg prOcessiNg capabiLitieS And functionaliTIes provided in THe HANdHEld eLecTronic devicE, it iS IncrEasiNGlY chALlengIng to PrOViDE input interfaces whiCh Allow tHe varIety of functioNalities to BE COntrolleD in aN InTUitive manner. ToUch seNsors which SEnse a touCh actIon enhanCe the ways IN Which a usEr mAy iNteRacT WItH the handheld eLECtroNiC device. touCh sensoRs mAy bE coNfiGuRed such thAt they prOvIdE iNfOrmAtion ON the locaTiOn aT wHicH a useR ToucheS a winDow. TOuCh SEnsOrs may bE CoNFIgurEd To DiscRimInAte muLti-tOUch ScenariOs in which SevERal fInGeRs are usEd to simultaneOuSly actuate DiFfeRent reGIOns of the Touch sensor panel, and/or to TRack the MovEment Of a uSer's fingeR acRoss thE wiNDow. SucH detecTion cApAbiLITies aLLOw DifFeRent functiONAliTies oF tHe haNdheld eLectronic device to bE ConTrolled in a way In wHich THE lOcaTIoN Of oNe OR plURAl touch actions oR a movement PaTTeRn of the useR'S fiNgErs acroSs a windOw may ENcode diFferent coNtrol commAnDs. ThE TWo-dImensional Position(S) of the touCH actiON aRe the InpUt data WhIch Are evAluateD To cOntroL operaTiOn of thE handHeLd electrOnic device.
One approach to FurtheR enhaNce The operatIon OF thE input intErfaCe is to deriVe iNfoRmatiOn oN A size Of an AReA at WHich a User COntacts thE WiNdoW OF tHe input inteRFACe. THe sizE of THis areA proVides information oN The way in which tHe usER PlaCes HIs or HeR finger against The WiNDOw. For illUsTration, the aRea over wHiCH a touCh sensOr is acTuated mAY VaRY depenDing On wHether the UseR pUShes morE oR lESs stroNgly AgAinst tHe windOW, or dEPEnding on whether a SmallER Or larGEr fInger Is Placed aGAinsT the window. while this apProach Does Not reQuire a sEpArate sEnsOr And derives ADditional InforMation fRoM the SizE of the Area IN Which The uSeR's fInger contACTs THe InPUt iNterFace, iT hAs shOrtcomingS. it may be cHalLEnging oR iMpoSSIble
 accordance with a fourthaspect ofthe i nve nti on  the re i s provided ana rtic le of manufacture comp risin ga n ed g econne ctor re c ep t a cle  i nc lud in g  a  hous ing  having  an insert ion  f ace and defi n in g a slot f orreceiving acar d edge  i nse r ted i nto  theslot a l ong an  insertio na xis, a n d a gui d e  i nser t for engagementw it h  the receptacl e, the  g u id e ins ert  comprisin ga bod y  portio n  t h a t  fi t s over the in sertion fac e  of  the h ou sin g  and i s for me d  wi th first an d se cond alig ned sl o t-forma perture s prov idi ngacce s sto  fi rs t  an d  s eco n d s egmentsre sp ectiv elyo f t he s lot  def inedby the housin g,anda t l eastfirst  and  s econd  tabsproje ct ing from the bo dy p ortion of  th egui de  inse r t into  th e s lot def ined by the  h o u s in g, each tab having  t w o  o ppositefacesp re se n ted towa rd s t wo o p p osite  sid e srespecti vely o f  t he  slot,an d wher ei n t hefirst andsecond  tabs ar e ato pposite respec t ive ends of t h ef i rs t  ape rtu re. Handhel d el e ctro nicd ev ice s  prov ide f un c ti o nalities which cont in ue tobe en hanced. Withincreasing p r ocessing  cap a bi l ities and func tiona lities pro v ided inthe h andheldelectroni c device,itisinc rea s i ng ly challengin g to p ro vide in put  interf ace s w hic h a ll ow the va riety of  f un ct io nal ities to be co nt rol le d i n ani ntuiti ve ma nner .To u chsensors wh i c h se ns ea to uch  a ction  enh a nce  the wa ys in whi cha  use rma y inter act with theha ndheld ele ct ron ic dev i c e. Touch  sensors may be configu r ed such  th at th ey p rovide in for mation  on the lo cation  at w hi cha usert o uc hes  a  window. T o u chsenso rs  may  be con figured to discrim i nat e multi-touch  sc enar i o sinw hi c h s ev e ral f ingers are used  to simult an e ou sly actuat e  di ff erent r egionsof th e  touchsensor pa nel, and/ or  tot r ack  the movem ent of a  user's f i ngera cr oss t hewindow .Suc h det ection cap abili ties a ll ow dif feren tfunction alities of the handheld  elect ronic  de vice to b e c o ntr olled ina wa y in which  th e l ocati ono f one  orp lu ral touch  act i ons or am ov eme n t  p attern of t h e use r's f ing e rs acr ossa window may enco d e different co ntro l com man d s. T he  two-dimension alpo s i tion(s)of  the touchaction a re the i nput d ata wh ich are e va l uatedto c ont rol opera tio no f the h an dh e ld ele ctro ni c devi ce.
On e  app r o ach to further e nhanc e the o p era tionof  the in p ut i nterface i s to derive  infor mati on on  a size  o f an a rea  a t which au ser conta cts t he wind ow  ofthe  input  int e r face.  The  s ize  of thisa r ea pr ov i des  inf ormat io n on  the wayi n whichthe user pl ac esh i s or h e rf i nger again stthe w i n dow. For i l lust r at i on, t he are a over  whicha  to uc h senso r i s actuatedmay varyd epe nd ingon wheth er  the  u ser  p ushes more or l ess stro ngly aga i n st the  wi n dow, or dep en ding on whet her a  s m aller o r lar ger fin g erispla cedaga inst the window. While this a ppro ach d o esnot r equir ea separa t e se nsor and derives addit ional informati o n f r om t hes iz eof the ar eai n whi ch t heuser 'sfing e r  con t acts th e in put in terf ac e,  it has s ho rtcomin g s. I t  ma y be  chal le ng i ng  or imp ossible
 accordance_with a_fourth aspect of the_invention there_is_provided an_article_of manufacture comprising_an edge connector_receptacle including a housing_having an insertion_face_and defining a slot for receiving a card edge inserted into the slot along_an_insertion axis,_and_a_guide insert for engagement with_the receptacle, the guide insert_comprising a_body portion that fits over the insertion face_of_the housing and_is formed with first and second aligned slot-form apertures_providing access to first and second_segments respectively of_the_slot_defined by the housing,_and at least first and second_tabs projecting from the body portion_of the guide insert into the slot_defined by the housing, each tab_having two opposite faces presented_towards two_opposite sides respectively of the_slot, and wherein_the first_and second tabs_are at opposite respective ends of_the first aperture._Handheld electronic devices provide functionalities which_continue_to be enhanced._With_increasing_processing capabilities_and functionalities provided_in_the handheld_electronic_device, it is increasingly challenging to_provide_input interfaces which allow the variety of_functionalities to be controlled_in_an intuitive manner. Touch_sensors which sense a touch_action enhance the ways in which_a user_may interact_with the handheld electronic device. Touch sensors may be configured such_that they provide information on the_location at which a_user touches_a_window. Touch sensors_may_be configured_to discriminate multi-touch scenarios in which several_fingers are_used to simultaneously actuate different regions_of the touch sensor_panel,_and/or to track the movement of_a user's finger across the window._Such detection capabilities allow different_functionalities_of_the handheld electronic device to_be controlled in a way in_which the location_of one or plural touch actions or_a_movement pattern of the user's fingers_across_a window may encode different control_commands._The_two-dimensional position(s) of the touch_action are the input data which_are evaluated to control operation of the handheld electronic_device.
One approach to_further enhance the operation of_the_input_interface is to derive information on a size of an_area at_which a user_contacts the window of the input interface. The size of_this area provides information on the way_in which the user places his or her finger against the_window. For illustration, the area over which a_touch sensor is actuated may vary depending_on whether the user_pushes_more or less strongly against the window,_or_depending_on_whether a smaller_or larger finger_is placed against_the window._While this approach_does not_require a separate_sensor_and derives additional information from the size of the area in which the user's finger contacts the input_interface, it has shortcomings. It may_be challenging or impossible