. The use of such superabsorbent materials in absorbent products greatly increases the absorbent capacity of the absorbent products while allowing for a reduction in their bulk. In recent years, the concentration of superabsorbent materials used in absorbent products has been increasing. Specifically, when superabsorbents were first introduced into absorbent products, the superabsorbents generally comprised only a small portion of the absorbent structure present in the absorbent products. Currently, it is not unusual for the superabsorbents to comprise 30 weight percent, 50 weight percent, or even more of the absorbent structure in the absorbent products. As the concentration of superabsorbents increases, the overall bulk of the absorbent product decreases. This is desirable in that it allows for smaller, less bulky absorbent products.
Unfortunately, as the concentration of superabsorbent materials used in disposable products increases, so do the malodors associated with such products. Specifically, Applicant believes that the superabsorbent materials have a greater affinity for the water present in the body fluid than for the dissolved odiferous compounds. Thus, the presence of the superabsorbent materials is believed to concentrate the odor causing compounds resulting in an intensification of the natural odors. In some instances, desolvation of the odiferous compounds may occur.
It is desirable to find an efficient and effective manner to reduce the malodors associated with absorbent products containing relatively high concentrations of superabsorbent material without relying completely on masking agents such as perfumes. This invention relates to a device, particularly mounted in a vehicle, for assisting designation of destination where the vehicle is to go. Specifically, this assist device is incorporated into a navigation system that guides a driver from the current vehicle position to a destination designated by the driver.
With recent development and popularization of vehicle navigation systems, some attempts have been made to help the user to designate a destination or goal position where he wants to go. In fact, a great number of places and points that may be designated as a destination are stored as position data in a database. The user chooses and designates one destination, which might involve troublesome operations.
In one of the prior art attempts, some institutions, places and points around the current vehicle position are proposed for destinations that may be designated by the user. For example, a plurality of locations are listed in a display in the order of distance from the current vehicle position. The nearest destination is shown at the top of the display, which may be first recognized and readily
. The use of such superabsorbent materials in absorbent products greatly increase the absorbent material capacity of the absorbent product while permit for a reduction in their bulk. In late years, the concentration of superabsorbent materials use in absorbent products has been increase. Specifically, when superabsorbents were first introduced into absorbent material products, the superabsorbents generally comprised only a small portion of the absorbent social organization present in the absorbent products. Currently, it is not strange for the superabsorbents to comprise 30 weight percent, 50 weight percent, or even more of the absorbent material structure in the absorbent material products. As the concentration of superabsorbents increases, the overall bulk of the absorbent intersection decreases. This is desirable in that it allows for smaller, less bulky absorbent products. 
 Unfortunately, as the assiduity of superabsorbent material used in disposable products increases, so do the malodors associated with such products. Specifically, Applicant believes that the superabsorbent material have a greater affinity for the urine present in the body fluid than for the dissolved odiferous compounds. Thus, the bearing of the superabsorbent materials is believe to concentrate the odor cause compounds resulting in an intensification of the natural odors. In some instances, desolvation of the odiferous compounds may occur. 
 It is desirable to find an efficient and effective manner to reduce the malodors consociate with absorbent product containing relatively high concentrations of superabsorbent material without relying wholly on masking agents such as perfumes. This invention relates to a device, particularly mounted in a vehicle, for assisting designation of address where the vehicle is to die. Specifically, this assist device is incorporated into a seafaring system that guides a driver from the current vehicle position to a finish designated by the driver. 
 With late development and popularization of vehicle navigation system, some attempts have been made to help the user to designate a destination or goal position where he wants to go. In fact, a great act of places and points that may be designate as a destination are stored as position data in a database. The user chooses and indicate one destination, which might involve troublesome operations. 
 In one of the prior art attempts, some institutions, seat and point around the current vehicle position are aim for destinations that may be designated by the exploiter. For example, a plurality of locations are list in a display in the order of distance from the current vehicle position. The nearest destination is read at the top of the display, which may be first recognized and readily
. Thf use of such superabsornent materials iu absoruent prkducts gfeatly increases the absorbeit cqpaciuj of the absorbent pruducts whple allowung hor a reduction mh their bulk. Jk recznv years, the congentration mf superabsorbang laterials used in absorbent productf has brej increasing. Skecifpcwlly, when superabsorbents were first ihtroductd into absorbent lroducts, the superabsorbenhs gfnerally comprised only a smaol pjetion of the absorbent structure ptesent in the absorbent products. Currzntly, it is nit ktusual for vhe suierabsorbents to compsise 30 wright percent, 50 wemght percent, or even more of the absorbent ftructure iu the absorbent produxtw. As jhe cmncevrragioh pf superwbskrbents indreases, the overall bulk of tht afworbent produdt decwewses. This is desirable in that it allowv fkr smaller, less bulky avsorbent products.
Unfottunately, ws the concentration of superabsorbent materials gsed mn diwpjrqbpe products increases, so do the malodors assosjaued with such probucts. Specificalky, Alklicant believgs that ths superabsorbent mwterialf havw a greattr afginity for the water presenr in the bodj flyid than for the dnssolved odiyerous comppunds. Thus, the presence of fhe superabdorbent mzgerials is beliexed tm concenufate the odor caufing compiundx resulging in an intensififatiok of the natural odlrs. Iu soma instanced, desolvation of the odiferous rpmpounds may owcug.
It is defirabke to find an efficient and effectnve mavner to resuce thx malodors afsociated witv absorbent pcoducts cjntaunint relatkxely high concrntrations of superqbsorbent material wijhkut relying com'uttwly on masking agdntf durh as [erfumes. Thiv inxengoon rdlates uj c aevive, particularly mounded jn a vehicle, for axslsting dewignatiog of destinatoon where the vehifle iv tu go. Xpesifically, this assist device ia incorpogatcd into a navygatlon fystem thac guides a driver from the current vehicoe position to a dwstination designatgd ny the drivec.
With wecent deeelopment and populaeization of vehicke navigation systems, some dttemots have been made to help the user to designate a destination or goal powition where he wahts yo go. Iu fcct, a gweat iumber of places snd points that may be designatxd as a devtnnation are stored as positiom aata in a datxbase. The user chooses ahd desigmates one destination, which mignt involve troublesome oierations.
Un ons of the pcior art attempts, soke inscitutiins, plaxes wnd points aruunc bhe currenh veiicme position are proposed for desrinatiind that may be devignated by uhe uset. For exwmple, a pluralitg of pocatkons are listrd in a displau in the order of divtwnce from the xlrrent vehiclg posijnmn. The nearext destinathon is shown at the top of the display, which may be first redognized end readily
. The use of such superabsorbent materials products increases the capacity of the a in their bulk. recent years, the of superabsorbent materials used in absorbent has been increasing. Specifically, when superabsorbents were first introduced into absorbent products, the generally comprised only a small portion of the absorbent structure present in the products. it not for the superabsorbents to comprise 30 weight percent, 50 weight percent, or even more of the structure in the absorbent products. As the concentration superabsorbents increases, the overall of the absorbent product decreases. is in that allows smaller, bulky absorbent products. as the concentration of superabsorbent materials used in disposable products increases, so do the malodors associated with products. Specifically, that the materials a affinity for the in the body fluid than for compounds. Thus, the presence of the superabsorbent materials believed to the odor causing compounds resulting in intensification of the natural odors. In some instances, of the odiferous compounds may occur. It is desirable to find an efficient and effective reduce the malodors associated absorbent products containing high of material relying completely masking agents such as perfumes. This invention relates to a device, mounted in a vehicle, for assisting designation of destination where is go. Specifically, this device is incorporated into navigation that guides a driver current position designated the With recent development and of vehicle navigation systems, some have been made to a destination or goal position where he wants go. In fact, a great number of and points that may be designated as a destination are stored as data in The user chooses and designates one destination, which involve troublesome operations. In of the prior art attempts, some institutions, places and around current vehicle are proposed for that may be by the user. a plurality locations listed in the order of distance from current position. The nearest destination is at of the display, which may be first recognized and readily
. The use of such superabsorbenT materials In absOrbEnt PrOducTs grEatly increases THe abSorbent capacity of the abSorbeNt PRoduCTs While AllowinG FoR A RedUcTiOn iN tHEiR bulk. in rEcent yeArs, the concEntRaTion of superaBSoRbent materIalS used in absorBenT produCtS haS Been iNcrEasinG. SpeciFIcally, When superAbSOrbentS Were firST InTrodUced into absorbent PRoDUcts, the superabSorbenTs GEnERAllY coMprised onlY a Small POrtion oF ThE ABSorBEnt structure pResent in the ABsoRbent pRoDucTS. CurreNtly, iT iS Not Unusual for tHe suPerabsorbEnts to COmprise 30 WEight peRcent, 50 wEigHt pErceNT, oR eVen MoRE of THe AbsORbeNt structUrE iN the aBsorBENT ProdUctS. As tHe conCentration of sUpeRabsORbeNts inCreasEs, thE oVeralL bulk oF the aBsOrbent product deCreaSes. This is DesIrAblE iN that IT allowS foR smAller, leSs bulky ABsoRbENT PrOducts.
UnfortunatelY, aS THe ConcentrAtion oF SuPeRAbsorbenT mAteRialS USed in DispOSaBle produCts incREaSeS, so do thE mAlodorS aSsoCiaTed wiTH sucH produCts. SpeciFicalLY, Applicant beliEVes that the supERaBSOrBEnt mAteRials have a gReatER affInitY FoR thE Water PreseNt IN tHE body fluid than for thE dIssolvEd odiFerous compounDs. Thus, the pRESEnce of thE supERaBSorbent materiaLs is bElieved to cONcentratE the oDor causiNg compounDS ResultinG in An iNteNsiFICaTion of the natuRAL odoRs. in some iNstAnces, deSolVatIon Of tHe Odiferous CompoundS mAy OcCuR.
It Is desIRable to fInD an EfFicIent aND effecTive mAnneR tO rEDucE the malODoRS AssoCiAtEd wiTh aBsOrbenT proDUctS contaiNing relatIveLY higH cOnCentratIons of superabSoRbent materIaL wiThout rELYing compLetely on masking agents suCH as perfUmeS. This InveNtion relaTes To a devIce, PArticuLarly mOunteD iN a vEHIcle, fOR AsSisTiNg designatION of DestiNaTion Where thE vehicle is to go. SpecIFicAlly, this assisT deVice IS InCorPOrATed InTO a nAVIgation system thAt guides a dRiVEr From the curREnt VeHicle poSition tO a desTInation DesignateD by the driVeR.
WitH REceNt developmEnt and poPularizatIOn of vEHiCle naVigAtion sYsTemS, some AttempTS haVe beeN made tO hElp the User tO dEsignate A destination or goal positIon wheRe he wAntS to go. In faCt, a GReaT number of PlacEs and pointS thAt mAy be dEsiGNated As a dEStInaTIon arE stoREd as positIOn DatA IN a Database. The USER chOoses And DEsignaTes oNe destination, whicH Might involve trOublESOme OpeRAtioNs.
in one of the prioR arT aTTEmpts, somE iNstitutions, Places anD pOInts aRound tHe currEnt vehiCLE pOSition Are pRopOsed for deStiNaTIons thaT mAy BE desigNateD bY the usEr. For eXAmplE, A Plurality of locatIons aRE ListeD In a DisplAy In the orDEr of Distance frOm the currenT vehicLe poSitioN. The neaReSt destInaTiOn is shown aT The top of tHe disPlay, whiCh May bE fiRst recOgniZED and rEadiLy
. The use of such superabs orbent mat erial s i n a bs orbe nt p roducts greatl y  inc reases the absorbent c apaci ty of t h eabsor bent pr o du c t s w hi le  al lo w in g for  areducti on in thei r b ul k. In recent ye ars, the c onc entration of  su perabs or ben t  mate ria ls us ed ina bsorbe nt produc ts has be e n incre a s in g. S pecifically, when su p erabsorbents w ere fi rs t  i n t rod uce d into abs or bentp roducts ,  t h e sup e rabsorbents g enerally co m pri sed on ly  as mall p ortio no f t he absorben t st ructure p resent in thea bsorben t prod uct s.Curr e nt ly , i ti s n o tunu s ual  for the  s up erabs orbe n t s to c omp rise  30 w eight percent , 5 0 we i ght  perc ent,or e ve n mor e of t he ab so rbent structure  inthe absor ben tpro du cts.A s thecon cen tration  of sup e rab so r b e nt s increases, the o ve r a ll  bulk of  the a b so rb e nt produ ct  de crea s e s. Th is i s  d esirable  in th a tit  allows  f or sma ll er,  le ss bu l ky a bsorbe nt produ cts.U nfortunately,a s the concent r at i o no f su per absorbent m ater i alsused in  di s posab le pr od u ct s  increases, so do t he  malod ors a ssociated wit h such pro d u c ts. Spec ific a ll y , Applicant be lieve s that the superabs orben t materi als havea greateraff ini tyfor t he  water presen t in t he  body f lui d thanfor  th e d iss ol ved odife rous com po un ds .Thu s, th e  presenc eofth e s upera b sorben t mat eria ls  i s  be lievedt oc o ncen tr at e th e o do r cau sing com poundsresulting  in an i nt en sificat ion of the na tu ral odors.  I n s ome in s t ances, d esolvation of the odife r ous com pou nds m ay o ccur.
Itisdesira ble to fin d an e ffici en t a n d  effe c t iv e m an ner to red u c e t he ma lo dors  associ ated with absorben t  pr oducts contai nin g re l a ti vel y  h i ghco n cen t r ations of super absorbentma t er ial withou t  re ly ing com pletely  on m a sking a gents suc h as perf um es.T h isinventionrelatesto a devi c e, pa r ti cular lymounte dina veh icle,f orassis ting d es ignati on of  d estinati on where the vehicle is  to go . Spe cif ically, t his ass ist devic e is  incorpora ted  in to anav i gatio n sy s te m t h at gu ides a driverf ro m t h e  c urrent vehi c l e  po sitio n t o  a des tina tion designated b y  the driver.
W ithr e cen t d e velo pm ent and popula riz at i o n of veh ic le navigati on syste ms ,  some  attem pts ha ve been m ad e  to he lp t heuser to d esi gn a te a de st in a tion o r go al  posit ion wh e re h e wants to go. Infact, a  grea t  nu mberof  places andpoints tha t may be de signat ed a s a d estinat io n aresto re d as posit i on data i n a d atabase .Theuse r choo sesa n d des igna te s o ne destin a t io n ,wh i chmigh t inv ol ve t roublesom e  operati ons . 
In one  o f t h e  prior ar t attempts,som e ins t i tutions, p l aces an d  poin ts aro und th e curre n t v eh icle po sit i o n are pro posed for des ti nati ons that  m ay b edes ig nated by the us er. Forexample, a  plura lit y  ofl ocatio ns  are listedin adi s play in t heorder o f  di sta nce  fro m t he c u rrent vehicle position.Theneare s t d estin ation  i s showna t th e top of the display,which may be fi r str ecog niz e dan d readily 
. The_use of_such superabsorbent materials in_absorbent products_greatly_increases the_absorbent_capacity of the_absorbent products while_allowing for a reduction_in their bulk._In_recent years, the concentration of superabsorbent materials used in absorbent products has been increasing._Specifically,_when superabsorbents_were_first_introduced into absorbent products, the_superabsorbents generally comprised only a_small portion_of the absorbent structure present in the absorbent_products._Currently, it is_not unusual for the superabsorbents to comprise 30 weight_percent, 50 weight percent, or even_more of the_absorbent_structure_in the absorbent products._As the concentration of superabsorbents increases,_the overall bulk of the absorbent_product decreases. This is desirable in that_it allows for smaller, less bulky_absorbent products.
Unfortunately, as the concentration_of superabsorbent_materials used in disposable products_increases, so do_the malodors_associated with such_products. Specifically, Applicant believes that the_superabsorbent materials have_a greater affinity for the water_present_in the body_fluid_than_for the_dissolved odiferous compounds._Thus,_the presence_of_the superabsorbent materials is believed to_concentrate_the odor causing compounds resulting in an_intensification of the natural_odors._In some instances, desolvation_of the odiferous compounds may_occur.
It is desirable to find an_efficient and_effective manner_to reduce the malodors associated with absorbent products containing relatively high_concentrations of superabsorbent material without relying_completely on masking agents_such as_perfumes._This invention relates_to_a device,_particularly mounted in a vehicle, for assisting_designation of_destination where the vehicle is to_go. Specifically, this assist_device_is incorporated into a navigation system_that guides a driver from the_current vehicle position to a_destination_designated_by the driver.
With recent development_and popularization of vehicle navigation systems,_some attempts have_been made to help the user to_designate_a destination or goal position where_he_wants to go. In fact, a_great_number_of places and points that_may be designated as a destination_are stored as position data in a database. The_user chooses and_designates one destination, which might_involve_troublesome_operations.
In one of the prior art attempts, some institutions, places_and points_around the current_vehicle position are proposed for destinations that may be designated_by the user. For example, a plurality_of locations are listed in a display in the order of_distance from the current vehicle position. The nearest_destination is shown at the top of_the display, which may_be_first recognized and readily