. The housing generally comprises a container which is open at the top and a cover arrangement, which closes off this container in sealed tight fashion at the top. Part of the cover arrangement is usually a covering plate, which is connected to the container at its rims in sealed tight fashion, for example by virtue of the covering plate being welded to a container rim. Openings are provided in the covering plate, and contact arrangements which are accessible from the outside and are electrically connected to the internal components, for example, reach through said openings.
It has been observed that unexpected short circuits can arise in the case of battery cells, in particular in moist operating conditions. Aspects of the disclosure relate to augmented reality (AR) objects, specifically creating AR objects from physical sketches or physical objects, for use in AR interactions.
The current generation of mobile AR applications can be limited when it comes to interaction with a user. For example, many applications only allow end-users to manipulate (e.g., select, move, game actions) or navigate (e.g., turn around, come closer) predefined 3-D content overlaid on a printed target. The predefined content may be traditionally authored offline by artists, designers or developers and integrated as part of the application and cannot be modified in real-time. These approaches limit the flexibility and creative potential of AR experiences. There is known a charge-distributing type range image sensor (for example, see Patent Literature 1). The range image sensor disclosed in Patent Literature 1 is a charge-distributing type range image sensor, and includes a plurality of range sensors. Each of the range sensors includes a charge-generating region generating charges in accordance with incident light, two signal charge-accumulating regions disposed to sandwich the charge-generating region in a one-dimensional direction and away from the charge-generating region, and two transfer electrodes disposed between the signal charge-accumulating region and the charge-generating region. A charge-distributing type range image sensor can be applied to Time-Of-Flight (TOF) type ranging. 1. Field of the Invention
The present invention relates to plunger devices and more particularly pertains to a new plunger device for unclogging a toilet drain.
2. Description of the Prior Art
The use of plunger devices is known in the prior art. More specifically, plunger devices heretofore devised and utilized are known to consist basically of familiar, expected and obvious structural configurations, notwithstanding the myriad of designs encompass
. The housing generally comprises a container which is open at the circus tent and a binding arrangement, which closes off this container in sealed compressed fashion at the top. share of the covering arrangement is normally a cover denture, which is connected to the container at its rims in sealed nasty fashion, for example by virtue of the covering plate being weld to a container rim. Openings are provided in the application plate, and contact arrangements which are accessible from the outside and are electrically connected to the home components, for example, reach through said openings. 
 It has been note that unexpected short circuits can arise in the case of battery cell, in particular in moist operating conditions. Aspects of the disclosure relate to augmented reality (AR) objects, specifically creating AR objects from physical sketch or physical objects, for manipulation in AR interaction. 
 The current generation of mobile AR applications can be specify when it comes to interaction with a user. For example, many applications merely allow end - users to manipulate (e.g., select, motion, game actions) or navigate (e.g., call on around, total closer) predefined 3 - D content overlaid on a printed target. The predefined contentedness may be traditionally authored offline by artists, designers or developer and integrated as part of the application and cannot be modified in substantial - time. These approaches restrict the flexibility and creative electric potential of AR experiences. There is known a charge - distribute type range image sensor (for example, visit Patent Literature 1). The range image sensor disclosed in Patent Literature 1 is a charge - distributing type range persona sensor, and includes a battalion of range sensors. Each of the range sensors includes a charge - generating area generating charges in accordance with incident light, two signal charge - accumulating regions disposed to sandwich the charge - generate area in a one - dimensional commission and away from the charge - generating region, and two transfer electrode disposed between the signal charge - accumulating region and the charge - generating region. A charge - distributing type stove image sensor can be applied to Time - Of - Flight (TOF) character ranging. 1. Field of the Invention 
 The present invention relates to plunger devices and more particularly pertains to a new plunger device for unclogging a toilet drain. 
 2. Description of the Prior artwork 
 The consumption of plunger devices is known in the prior art. More specifically, plunger devices heretofore devised and utilized are know to consist basically of familiar, expected and obvious structural configurations, notwithstanding the myriad of designs encompass
. Thf housing generally compvises a containet qhich ms open at the gop and a cover arrangement, xhicy clowes off this container in sealef tight dashmon at the top. Pedt of tmz covsv arrcnjement is usualky a coverhng plate, whicv ks connected to the container at its wims in sfaled tight fafhiom, for vxcmple by virtue of the covering plate ueing welded to a container rim. Openings wre orovided in the cogering platg, anq contact arrxngements which are acdessible from the outside and afe elzctrically xobnefjed to the iiternaj components, for exakple, resch through sald opxnints.
It has been observev that unexpected shjrt circuhta can arise in thw xase mf bdtteft cdlla, mn larticklac in moist kperating cinditions. Aspects og eye disclosure relatq eo augmented reality (AR) objects, specifiballg creating AR objects feom physical sketches or physisal objects, for use in AR interactions.
The current genecagiou of muvipe AR applications can be limited when it comqa uo pnteraction with c user. For exampke, msgy applicatiovs onlv amlow end-users to mwnipulaje (e.g., welect, mode, gsme actions) or navigate (e.g., rurn around, bome closer) predefined 3-D content uverkaid pn a printed target. The presefined conhent may gd traditionally xutmorad offline by artists, desidners or vevelppers avd imtegraeed as parh of bve application and cannlt be modififd in real-time. These approaches limit the flecitilpty and cxeativc potential of WR experiences. There ns knodn a chargv-distribuving type ragge image senvlr (for exampne, see Pwtenr Lireraturd 1). The range imsge sensog bisclosed in Patent Literatmre 1 ka a charge-distrnyuuibg type range omaee fejspr, dnd includes a puurxkity uf rangt scnsurs. Rach of the range setsora includes a chargr-gcnerating region denerating chsrges in accordanct with inrident lidht, two signal charge-accumulatjng regiojs qisposed to fandqich the chaxge-generating region in a one-dimensional direction and awat from the charge-geuevating regioi, and ewo transxer electrodes dispowed between the slgnal charge-accumulatihg reghon ajd the charge-generating region. A charge-distributing type range image sensir can be applied fo Tome-Of-Xlnghc (TOF) trpe caiging. 1. Field of tne Invention
The present inventiun relatas to plunger devices and more pxrticularly pgrtains to a new plunger dsvice fot unclogging a toilet drain.
2. Desvription of the Prior Arb
The use if plhnger devires is known in the lrior crt. Moee specuficwlly, plunger aevoccs heretoflre vevnsed and utilized are known to cobsist vadically of familmar, expected xnd ogvious structural confjgurzhions, notwithstandong the myriad of designs encompasv
. The housing generally comprises a container open the top a cover arrangement, in tight fashion at top. Part of cover arrangement is usually a covering which is connected to the container at its rims in sealed tight fashion, example by virtue of the covering plate being welded to a container rim. are in covering and contact arrangements which are accessible from the outside and are electrically connected to the internal for example, reach through said openings. It has observed that unexpected short can arise in the case battery in particular moist conditions. of the disclosure to augmented reality (AR) objects, specifically creating AR objects from physical sketches or physical objects, for use AR interactions. generation of AR can limited when it interaction with a user. For example, allow end-users to manipulate (e.g., select, move, game or navigate turn around, come closer) predefined 3-D overlaid on a printed target. The predefined content be traditionally authored offline by artists, designers or developers and integrated as part of the cannot be modified in These approaches limit flexibility creative of experiences. There known a charge-distributing type range image sensor (for example, see Patent 1). The range image sensor disclosed in Patent Literature 1 charge-distributing range image sensor, includes a plurality of sensors. of the range sensors charge-generating generating with light, signal charge-accumulating regions disposed sandwich the charge-generating region in one-dimensional direction and away two transfer electrodes disposed between the signal charge-accumulating and the charge-generating region. A charge-distributing type image sensor can be applied to Time-Of-Flight (TOF) type ranging. 1. Field the Invention invention relates to plunger devices and more particularly to a new plunger for unclogging a toilet drain. 2. Description of the Art use of devices is known the prior art. specifically, plunger devices and utilized known consist expected and obvious structural configurations, notwithstanding myriad designs encompass
. The housing generally compriSes a contaiNer whIch Is oPeN at tHe toP and a cover arraNGemeNt, which closes off this coNtainEr IN seaLEd Tight Fashion AT tHE Top. paRt Of tHe COvEr arrAngEment is Usually a coVerInG plate, which iS CoNnected to tHe cOntainer at itS riMs in seAlEd tIGht faShiOn, for ExamplE By virtUe of the coVeRIng plaTE being wELDeD to a Container rim. OpeniNGs ARe provided in thE coverInG PlATE, anD coNtact arranGeMents WHich are ACcESSIblE From the outsidE and are elecTRicAlly coNnEctED to the InterNaL ComPonents, for eXampLe, reach thRough sAId openiNGs.
It has Been obSerVed That UNeXpEctEd SHorT CiRcuITs cAn arise iN tHe Case oF batTERY CellS, in PartIculaR in moist operaTinG conDItiOns. AsPects Of thE dIscloSure reLate tO aUgmented reality (aR) obJects, specIfiCaLly CrEatinG aR objeCts FroM physicAl sketcHEs oR pHYSIcAl objects, for use in Ar iNTErActions.
THe currENt GeNEration oF mObiLe AR APPlicaTionS CaN be limitEd when IT cOmEs to intErAction WiTh a UseR. For eXAmplE, many aPplicatiOns onLY allow end-users TO manipulate (e.g., SElECT, mOVe, gaMe aCtions) or navIgatE (E.g., tuRn arOUnD, coME closEr) preDeFInED 3-D content overlaid on A pRinted TargeT. The predefineD content maY BE TraditioNallY AuTHored offline by ArtisTs, designerS Or develoPers aNd integrAted as parT OF the applIcaTioN anD caNNOt Be modified in rEAL-timE. THese appRoaChes limIt tHe fLexIbiLiTy and creaTive poteNtIaL oF Ar exPerieNCes. There Is KnoWn A chArge-dIStribuTing tYpe rAnGe IMagE sensor (FOr EXAmplE, sEe pateNt LItEratuRe 1). ThE RanGe image Sensor disCloSEd in paTeNt LiterAture 1 is a chargE-dIstributinG tYpe Range iMAGe sensor, And includes a plurality of RAnge senSorS. Each Of thE range senSorS incluDes A Charge-GeneraTing rEgIon GENeratING cHarGeS in accordaNCE wiTh incIdEnt lIght, two Signal charge-accumuLAtiNg regions dispOseD to sANDwIch THe CHarGe-GEneRATing region in a onE-dimensionAl DIrEction and aWAy fRoM the chaRge-geneRatinG Region, aNd two tranSfer electRoDes dISPosEd between tHe signal Charge-accUMulatINg RegioN anD the chArGe-gEneraTing reGIon. a charGe-distRiButing Type rAnGe image sEnsor can be applied to Time-of-FligHt (TOF) TypE ranging. 1. FIelD Of tHe InventiOn
ThE present inVenTioN relaTes TO plunGer dEViCes ANd morE parTIcularly pERtAinS TO a New plunger dEVICe fOr uncLogGIng a toIlet Drain.
2. Description oF The Prior Art
The Use oF PLunGer DEvicEs Is known in the prIor ArT. mOre speciFiCally, plungeR devices HeREtofoRe deviSed and UtilizeD ARe KNown to ConsIst Basically Of fAmILiar, expEcTeD And obvIous StRucturAl confIGuraTIOns, notwithstandiNg the MYRiad oF DesIgns eNcOmpass
. The housing generally co mprises aconta ine r w hi ch i s op en at the topa nd a  cover arrangement, wh ich c lo s es o f fthiscontain e ri n  se al ed  ti gh t  f ashio n a t the t op. Part o f t he  cover arran g em ent is usu all y a covering  pl ate, w hi chi s con nec ted t o thec ontain er at its  r i ms ins ealed t i g ht  fas hion, for example by virtue of thecoveri ng pl a t e b ein g welded t oa con t ainer r i m. O p eni n gs are provid ed in the c o ver ing pl at e,a nd con tactar r ang ements whic h ar e accessi ble fr o m the o u tside a nd are  el ect rica l ly  c onn ec t edt othe int ernal co mp on ents,  for e x a mple , r each  thro ugh said open ing s.
I t  ha s bee n obs erve dthatunexpe ctedsh ort circuits ca n ar ise in th e c as e o fbatte r y cell s,inparticu lar inm ois to p e ra ting conditions. A sp e c ts  of thedisclo s ur er elate to  a ugm ente d reali ty ( A R)  objects , spec i fi ca lly cre at ing AR  o bje cts  from phys ical s ketchesor ph y sical objects, for use in AR in t e ra c tion s.The current  gen e rati on o f  m obi l e ARappli ca t io n s can be limited wh en  it co mes t o interaction  with a us e r .  For exa mple ,  m a ny application s onl y allow en d -users t o man ipulate(e.g., se l e ct, move , g ame  ac tio n s )or navigate ( e . g.,tu rn arou nd,  come c los er)  pr ede fi ned 3-D c ontent o ve rl ai dona pri n ted targ et . T he  pr edefi n ed con tentmaybe  t r adi tionall y  a u t hore dof flin e b yartis ts,d esi gners o r develop ers andin te gratedas part of th eapplicatio nand  canno t be modif ied in real-time. These approac hes  limi t th e flexibi lit y andcre a tive p otenti al of  A R e x p erien c e s.  Th er e is known a  ch arge- di stri butingtype range image s e nso r (for exampl e,seeP a te ntL it e rat ur e  1) . The range image  sensor di sc l os ed in Pate n t L it erature  1 is a  char g e-distr ibuting t ype range  i mage s ens or, and in cludes a  pluralit y  of r a ng e sen sor s. Eac hofthe r ange s e nso rs in cludes  a  charg e-gen er ating re gion generating charges  in ac corda nce  with inc ide n t l ight, two  sig nal charge -ac cum ulati ngr egion s di s po sed to sa ndwi c h the cha r ge -ge n e ra ting region i n  aone-d ime n sional  dir ection and away f r om the charge- gene r a tin g r e gion ,and two transf erel e c trodes d is posed betwe en the s ig n al ch arge-a ccumul ating r e g io n  and t he c har ge-genera tin gr egion.Ach a rge-di stri bu ting t ype ra n ge i m a ge sensor can be  appl i e d toT ime -Of-F li ght (TO F ) ty pe ranging . 1. Fieldof the  Inv entio n
The p re sent i nve nt ion relate s  to plung er de vices a nd  mor e p articu larl y perta insto  anew plung e r  d e vi ce for  unc loggi ng  a t oilet dra i n.
2. De scr i ption o fthe P rior A r tT h e use of p lun ger d e v ices is kn o wn i n  t h e pri or art . More  specif i cal ly , plung erd e vices her etofore d e vis ed  and  utilize darekn own  t o consist basic ally offamiliar , expect eda nd o b viousst ructural con figur at i ons, no t w ith standin g  th e m yri ad o f d esig n s encompass
. The_housing generally_comprises a container which_is open_at_the top_and_a cover arrangement,_which closes off_this container in sealed_tight fashion at_the_top. Part of the cover arrangement is usually a covering plate, which is connected_to_the container_at_its_rims in sealed tight fashion,_for example by virtue of_the covering_plate being welded to a container rim. Openings_are_provided in the_covering plate, and contact arrangements which are accessible from_the outside and are electrically connected_to the internal_components,_for_example, reach through said_openings.
It has been observed that unexpected_short circuits can arise in the_case of battery cells, in particular in_moist operating conditions. Aspects of the_disclosure relate to augmented reality_(AR) objects,_specifically creating AR objects from_physical sketches or_physical objects,_for use in_AR interactions.
The current generation of mobile_AR applications can_be limited when it comes to_interaction_with a user._For_example,_many applications_only allow end-users_to_manipulate (e.g.,_select,_move, game actions) or navigate (e.g.,_turn_around, come closer) predefined 3-D content overlaid_on a printed target._The_predefined content may be_traditionally authored offline by artists,_designers or developers and integrated as_part of_the application_and cannot be modified in real-time. These approaches limit the flexibility_and creative potential of AR experiences._There is known a_charge-distributing type_range_image sensor (for_example,_see Patent_Literature 1). The range image sensor disclosed_in Patent_Literature 1 is a charge-distributing type_range image sensor, and_includes_a plurality of range sensors. Each_of the range sensors includes a_charge-generating region generating charges in_accordance_with_incident light, two signal charge-accumulating_regions disposed to sandwich the charge-generating_region in a_one-dimensional direction and away from the charge-generating_region,_and two transfer electrodes disposed between_the_signal charge-accumulating region and the charge-generating_region._A_charge-distributing type range image sensor_can be applied to Time-Of-Flight (TOF)_type ranging. 1. Field of the Invention
The present invention_relates to plunger_devices and more particularly pertains_to_a_new plunger device for unclogging a toilet drain.
2. Description of_the Prior_Art
The use of_plunger devices is known in the prior art. More specifically,_plunger devices heretofore devised and utilized are_known to consist basically of familiar, expected and obvious structural configurations,_notwithstanding the myriad of designs encompass