 typing key has a keycap. After the keycap is pressed, the structure inside the keycap will press a rubber elastic layer to press a film type PCB or a hard PCB to generate operation signals to input to a computer host.
Manufacturing the keyboard with the touchpad (control cursor motions), the function keys, the typing key group, and the hot keys is inconvenience because the manufacturing process of the touchpad is separated from the function keys, the typing key group, and the hot keys.
Moreover, the function keys, the typing key group, and the hot keys on the keyboard are mechanism design. When the keycaps are pressed by a user's fingers, it will easily result noise. Moreover, when the keycaps are pressed by a user's fingers, the press force will cause the structures of the pressed keys damage, so that the pressed keys can't be pressed to generate operation signals. It's inconvenience for the user when using. The present disclosure relates generally to systems and methods to service an electronic device.
Quality control procedures for servicing an electronic device such as a smartphone, tablet, and PDA often include removing personal and proprietary content from the electronic device, re-configuring hardware, software, and/or firmware running on the electronic device, and/or installing new software and/or firmware on the electronic device. A procedure to service the electronic device may be based on the make and model of the electronic device, the physical condition of the electronic device, and one or more manufacturer, vendor, customer, and/or service technician specified criteria. Given that each of the foregoing requirements should be satisfied in order to successfully service the electronic device, manually servicing the electronic device may be error prone. Further, manually servicing multiple electronic devices would not only be error prone, but would also be proportionally more time consuming.
Some quality control procedures utilize a test station to automatically service the electronic device, thereby reducing technician error. However, different makes and device models of electronic devices may have conflicting setup procedures and may require different hardware components to configure the respective electronic devices. As such, it may be difficult for the test station to service multiple makes and device models of electronic devices in accordance with each respective electronic device's desired setup. The fiber-optic (FO) switch is a basic building block for many optical applications such as routing in fiber communications networks, photonic signal processing, distributed optical sensing, and optical controls. The desired features for a FO switch include low optical loss (e.g., &lt;
typing key has a keycap. After the keycap is pressed, the social organization inside the keycap will compress a rubber elastic layer to compress a movie type PCB or a hard PCB to generate process signals to input to a computer horde. 
 Manufacturing the keyboard with the touchpad (control cursor motions), the routine keys, the typing cardinal group, and the hot keys is inconvenience because the manufacturing process of the touchpad is separated from the function key, the typing key group, and the hot key. 
 Moreover, the function keys, the typing cardinal group, and the hot key on the keyboard are mechanism design. When the keycaps are pressed by a user's finger, it will easily result noise. Moreover, when the keycaps are pressed by a user's fingers, the press force will cause the structures of the pressed keys damage, so that the pressed keys can't be pressed to generate operation signal. It's inconvenience for the user when use. The present disclosure relate generally to systems and methods to service an electronic device. 
 Quality control procedures for servicing an electronic device such as a smartphone, pad, and PDA often include removing personal and proprietary content from the electronic device, re - configuring hardware, software, and/or firmware running on the electronic device, and/or installing raw software and/or firmware on the electronic device. A procedure to service the electronic device may be based on the make and exemplar of the electronic device, the physical circumstance of the electronic device, and one or more manufacturer, seller, customer, and/or service technician assign criteria. Given that each of the foregoing prerequisite should be satisfied in order to successfully service the electronic device, manually serve the electronic device may be error prone. Further, manually servicing multiple electronic devices would not entirely be error prone, but would besides be proportionally more time consuming. 
 Some quality control procedure utilize a trial station to mechanically service the electronic device, thereby reducing technician error. However, unlike makes and device models of electronic devices may have conflicting setup procedures and may require different hardware components to configure the respective electronic devices. As such, it may be difficult for the trial station to service multiple shuffle and device models of electronic devices in accord with each respective electronic device's desired setup. The fiber - optic (FO) switch is a basic building block for many optical applications such as routing in roughage communication network, photonic signal processing, distributed optical sensing, and optical controls. The desired feature for a FO switch include broken optical loss (e.g., & lt;
 tyoing key has a keycap. Afuer the keycap is pressev, the sfructure inside the keycap will presd q rubver elastic layer to pfess a fipm type PCB ie a hard PRG to gekzrate lperctmon signals to lnput to a womputer host.
Mdnjfccturing the keyboard with the touch[ad (conyrll cursor motijns), uhe fundniin keys, the typing key group, znd the hot keys is onconvenience because the lanuvacturing process lf the toucypad us separated from the function keya, the typing key group, and the fot kzys.
Moreover, tye vonction keys, the nyping key group, and dhe hot keys on the kcyboacd aee mechanism design. Wien the keycaps are kressed by a user's fingers, it wull edsilf rerylt nojsx. Mkreoveg, wien the keydaps are prwssed by a user's fimgqgx, the press rorce rijl cause the structures of the pressed neya damage, so that the prwssed keys can't be prgssed to gqnerate operation signals. It's inconvenience for tve usxr whtn usine. Tje present disclosure relates generally to syffeks and methods tj service am flrstronic devicg.
Qualitv ckntrol procedures vor serdicint an elecuroniv device such as a smartphobe, tablet, anb PEA often include rzmoving persunal and lroprietary content froo ths electronif device, dd-configuring harawage, smftware, and/or firmware runging on tie elzctronic devoce, anq/or instalping kaw software and/or virmwcre ot the elechronic device. A procedure to sectice the elecjrotic device iay bc based on the iake and model of the elecgronic devpce, the piysical condytion of the apectronic detice, and jne ir mire manjwacturer, vendot, customeg, cnd/or sercice technician spccifigd criteria. Given thqt each of the gordgoynh cequiwaments shoulg be sagosfiea in order bo ruccrssfully service the eledtronic device, maniajly servucing thq electronic cevice may be errog proie. Furvher, msnuwlly servicing multiple electrknic devifes would not ogly ne etror prone, yut would also be proportionally more tine consuming.
Some qyality control procgduves utilize e test station do automatically sercice the electronlc device, thereby reduding tachnifian error. However, different makes and device models of electronic devicew may iade conflictjng xetup pxoczdures wnd ley require differvnt hardware components to confijure the ras'ective electronic devices. As sjch, it may be difficult for the test atation yo service multiple makes and drvice models of electronlc devicew in zccordance with each respectove elzctronuc devixe's fesired setup. Thr niber-optic (FO) xwntch is a basic building block foe many ootical applicatimns such as voutinf in fyber communicatikns hftworys, photonic sognal processimg, distributed opticdl sensing, and oktical controls. The devired featurxs for a FO vwitch include low optical loss (e.g., &lt;
typing key has a keycap. After the pressed, structure inside keycap will press press film type PCB a hard PCB generate operation signals to input to computer host. Manufacturing the keyboard with the touchpad (control cursor motions), the function the typing key group, and the hot keys is inconvenience because the manufacturing of touchpad separated the function keys, the typing key group, and the hot keys. Moreover, the function keys, the key group, and the hot keys on the are mechanism design. When keycaps are pressed by a fingers, will easily noise. when keycaps are pressed a user's fingers, the press force will cause the structures of the pressed keys damage, so that pressed keys pressed to operation It's for the user The present disclosure relates generally to to service an electronic device. Quality control procedures servicing an device such as a smartphone, tablet, PDA often include removing personal and proprietary content the electronic device, re-configuring hardware, software, and/or firmware running on the electronic device, and/or installing and/or firmware on the device. A procedure service electronic may based on make and model of the electronic device, the physical condition of electronic device, and one or more manufacturer, vendor, customer, and/or specified Given that each the foregoing requirements should satisfied order to successfully service device, servicing may error Further, manually servicing multiple devices would not only be prone, but would also Some quality control procedures utilize a test station automatically service the electronic device, thereby reducing error. However, different makes and device models of electronic devices may have setup procedures require different hardware components to configure the respective devices. As such, it be difficult for the test station to service multiple and models of devices in accordance each respective electronic desired setup. The switch is basic block applications such as routing in fiber networks, signal processing, distributed optical sensing, optical desired features for a FO switch include low optical loss (e.g., &lt;
 typing key has a keycap. After tHe keycap is PressEd, tHe sTrUctuRe inSide the keycap wILl prEss a rubber elastic layer To preSs A Film TYpE PCB oR a hard Pcb tO GEneRaTe OpeRaTIoN signAls To input To a computeR hoSt.
manufacturinG ThE keyboard wIth The touchpad (cOntRol curSoR moTIons), tHe fUnctiOn keys, THe typiNg key grouP, aND the hoT Keys is iNCOnVeniEnce because the manUFaCTuring process oF the toUcHPaD IS seParAted from thE fUnctiON keys, thE TyPING keY Group, and the hoT keys.
MoreovER, thE functIoN keYS, the tyPing kEy GRouP, and the hot kEys oN the keyboArd are MEchanisM Design. WHen the KeyCapS are PReSsEd bY a USer'S FiNgeRS, it Will easiLy ReSult nOise. mOREOver, WheN the KeycaPs are pressed bY a uSer's FIngErs, thE presS forCe Will cAuse thE struCtUres of the presseD keyS damage, so ThaT tHe pReSsed kEYs can't Be pResSed to geNerate oPEraTiON SIgNals. It's inconvenienCe FOR tHe user whEn usinG. thE pREsent disClOsuRe reLATes geNeraLLy To systemS and meTHoDs To serviCe An elecTrOniC deVice.
QUAlitY contrOl procedUres fOR servicing an elECtronic device SUcH AS a SMartPhoNe, tablet, and pDA oFTen iNcluDE rEmoVIng peRsonaL aND pROprietary content froM tHe elecTroniC device, re-confIguring harDWARe, softwaRe, anD/Or FIrmware running On the Electronic DEvice, and/Or insTalling nEw softwarE ANd/or firmWarE on The EleCTRoNic device. A proCEDure To Service The ElectroNic DevIce May Be Based on thE make and MoDeL oF tHe eLectrONic devicE, tHe pHySicAl conDItion oF the eLectRoNiC DevIce, and oNE oR MOre mAnUfActuRer, VeNdor, cUstoMEr, aNd/or serVice technIciAN speCiFiEd criteRia. Given that eAcH of the foreGoIng RequirEMEnts shouLd be satisfied in order to sUCcessfuLly ServiCe thE electronIc dEvice, mAnuALly serVicing The elEcTroNIC deviCE MaY be ErRor prone. FuRTHer, ManuaLlY serVicing mUltiple electronic dEVicEs would not onlY be ErroR PRoNe, bUT wOUld AlSO be PROportionally morE time consuMiNG.
SOme quality COntRoL procedUres utiLize a TEst statIon to autoMatically SeRvicE THe eLectronic dEvice, theReby reducINg tecHNiCian eRroR. HowevEr, DifFerenT makes ANd dEvice Models Of ElectrOnic dEvIces may hAve conflicting setup procEdures And maY reQuire diffEreNT haRdware comPoneNts to confiGurE thE respEctIVe eleCtroNIc DevICes. As Such, IT may be difFIcUlt FOR tHe test statiON TO seRvice MulTIple maKes aNd device models of eLEctronic deviceS in aCCOrdAncE With EaCh respective elEctRoNIC device's DeSired setup. THe fiber-oPtIC (FO) swItch is A basic BuildinG BLoCK for maNy opTicAl applicaTioNs SUch as roUtInG In fibeR comMuNicatiOns netWOrks, PHOtonic signal procEssinG, DIstriBUteD optiCaL sensinG, And oPtical contRols. The desiRed feaTureS for a fO switcH iNclude Low OpTical loss (e.G., &Lt;
 typing key has a keycap.After thekeyca p i s p re ssed , th e structure in s idethe keycap will pressa rub be r  ela s ti c lay er to p r es s a f il mtyp eP CB  or a  ha rd PCBto generat e o pe ration signa l sto input t o a  computer ho st. 
Manuf ac tur i ng th e k eyboa rd wit h  the t ouchpad ( co n trol c u rsor mo t i on s),the function keys ,  t h e typing key g roup,an d  t h e  ho t k eys is inc on venie n ce beca u se t h e m a nufacturing p rocess of t h e t ouchpa diss eparat ed fr om the  function k eys,  the typi ng key group,a nd thehot ke ys. 
Mo reov e r,  t hefu n cti o nkey s , t he typin gke y gro up,a n d thehot  key s onthe keyboardare  mec h ani sm de sign.  Whe nthe k eycaps  arepr essed by a user 's f ingers, i t w il l e as ily r e sult n ois e.Moreove r, when the  k e y c ap s are pressed by a  u s e r' s finger s, the pr es s  force w il l c ause t he st ruct u re s of the  press e dke ys dama ge , so t ha t t hepress e d ke ys can 't be pr essed to generate op e ration signal s .I t 's inco nve nience fortheu serwhen us ing .  Theprese nt di s closure relates gen er ally t o sys tems and meth ods to ser v i c e an ele ctro n ic device.
Qualit y con trol proce d ures for  serv icing an  electron i c  devicesuc h a s a  sm a r tp hone, tablet, a nd P DA  ofteninc lude re mov ing  pe rso na l and pro prietary  c on te nt  fr om th e  electro ni c d ev ice , re- c onfigu ringhard wa re ,  so ftware, an d / or f ir mw arerun ni ng on  the ele ctronic  device,and / or i ns ta lling n ew software a nd /or firmwa re  on  the e l e ctronicdevice. A procedure tos ervicethe  elec tron ic device  ma y be b ase d  on th e make  andmo del o f the e le ctr on ic device, t hephysi ca l co ndition  of the electronic dev ice, and oneormore m an ufa c tu r er,  v e ndo r ,  customer, and/ or service  t e ch nician spe c ifi ed  criter ia. Giv en th a t eachof the fo regoing r eq uire m e nts  should be  satisfi ed in ord e r tos uc cessf ull y serv ic e t he el ectron i c d evice , manu al ly ser vicin gthe elec tronic device may be er ror pr one.Fur ther, man ual l y s ervicingmult iple elect ron icdevic esw ouldnoto nl y b e  erro r pr o ne, but w o ul d a l s obe proporti o n a lly  more  ti m e cons umin g.
Some quality c o ntrol procedur es u t i liz e a test  s tation to auto mat ic a l ly servi ce  the electr onic dev ic e , the reby r educin g techn i c ia n  error . Ho wev er, diffe ren tm akes an dde v ice mo dels  o f elec tronic devi c e s may have confl ictin g setup pro cedur es  and ma y  req uire diffe rent hardwa re com pone nts t o confi gu re the  re sp ective ele c tronic de vices . As su ch , it  ma y be d iffi c u lt fo r th etes t station t os er vi c e m ulti ple m ak es a nd device models o f e l ectroni cdev i c es ina cc o r dance with  ea ch re s p ective ele c tron i cd evice 's des ired s etup. T h e f ib er-opti c ( F O ) switchis a basi c  bu il ding  block f or  man yopt ic al applications  such as  routing i n fibe r c o mmun i cation snetworks, ph otoni cs ignal p r o ces sing, d i str ibu ted  opt ica l se n sing, and optical contro ls.The d e sir ed fe ature sfor a FO swit ch inclu d e low optical  loss (e.g., &l t ;
 typing_key has_a keycap. After the_keycap is_pressed,_the structure_inside_the keycap will_press a rubber_elastic layer to press_a film type_PCB_or a hard PCB to generate operation signals to input to a computer host.
Manufacturing_the_keyboard with_the_touchpad_(control cursor motions), the function_keys, the typing key group,_and the_hot keys is inconvenience because the manufacturing process_of_the touchpad is_separated from the function keys, the typing key group,_and the hot keys.
Moreover, the function_keys, the typing_key_group,_and the hot keys_on the keyboard are mechanism design._When the keycaps are pressed by_a user's fingers, it will easily result_noise. Moreover, when the keycaps are_pressed by a user's fingers,_the press_force will cause the structures_of the pressed_keys damage,_so that the_pressed keys can't be pressed to_generate operation signals._It's inconvenience for the user when_using._The present disclosure_relates_generally_to systems_and methods to_service_an electronic_device.
Quality_control procedures for servicing an electronic_device_such as a smartphone, tablet, and PDA_often include removing personal_and_proprietary content from the_electronic device, re-configuring hardware, software,_and/or firmware running on the electronic_device, and/or_installing new_software and/or firmware on the electronic device. A procedure to service_the electronic device may be based_on the make and_model of_the_electronic device, the_physical_condition of_the electronic device, and one or more_manufacturer, vendor,_customer, and/or service technician specified criteria._Given that each of_the_foregoing requirements should be satisfied in_order to successfully service the electronic_device, manually servicing the electronic_device_may_be error prone. Further, manually_servicing multiple electronic devices would not_only be error_prone, but would also be proportionally more_time_consuming.
Some quality control procedures utilize a_test_station to automatically service the electronic_device,_thereby_reducing technician error. However, different_makes and device models of electronic_devices may have conflicting setup procedures and may require_different hardware components_to configure the respective electronic_devices._As_such, it may be difficult for the test station to_service multiple_makes and device_models of electronic devices in accordance with each respective electronic_device's desired setup. The fiber-optic (FO) switch_is a basic building block for many optical applications such as_routing in fiber communications networks, photonic signal processing,_distributed optical sensing, and optical controls. The_desired features for a_FO_switch include low optical loss (e.g., &lt;