 molding process. While this process is very effective in producing bottles having the desired features, it tends to be relatively expensive due to the additional equipment and time associated with injection molding step.
Since extrusion-blow molding machines generally produce a less expensive container, they have also been used to some extent to form water bottles. However, they have not been well accepted because the inner diameter of the bottle neck lacks the desired smooth, straight geometry due primarily to variations in the geometry of the outer diameter. In extrusion-blow molding machines, plastics material is heated and softened in an extruder and is conveyed into a die head from which a tubular parison is extruded. The parison can either be continuous, whereby a plurality of molds are sequentially enclosed about successive, axially spaced portions of the parison, or individual parisons can be intermittently extruded into the mold area using an accumulator. In either case, the material is then ejected through an annular die to form a parison having the desired length, diameter, and wall thickness distribution.
More specifically, in the extrusion-blow molding process, the mold is closed over the parison pinching off (closing) the ends of the tubular parison. Air or another gas is injected inside the parison through a blow pin, expanding the parison to match the mold cavity. Obviously, the mold in this process controls only the shape of the outer surface of the bottle, including the neck. Since the outer surface of the neck has an irregular contour to facilitate use in dispensers or water coolers, the corresponding inner surface is also irregular since the material forming the inside wall is not constrained, resulting in varying wall thickness that further distorts as the bottle cools to ambient temperature. 1. Field of the Invention
The present invention relates to cyclohexanol derivatives and fragrance compositions containing the same.
2. Description of the Prior Art
It is known that hydrogenated catecholcamphene adducts obtained by the hydrogenation of an adduct of camphene with catechol have a sandal odor. (Japan Patent Application Laid-Open No. 106,853/1977 and No. 118,507/1982). It is also known that condensation of 2-ethylidene-5-norbornene ("EBH") with phenol in the presence of a cation exchange resin gives a 1:1 condensation product. (Chemical Abstracts, Vol. 84, 30579x (1974); Neft. Gaz, page 128 (1974)).
While fragrant substances are known which have
molding process. While this process is very effective in producing bottle have the desired features, it tends to be relatively expensive due to the extra equipment and time associated with injection molding tone. 
 Since extrusion - blow molding machine generally produce a less expensive container, they have besides been used to some extent to form water bottles. However, they have not been well accept because the inner diameter of the bottle neck lacks the desired smooth, straight geometry due chiefly to variations in the geometry of the outer diameter. In extrusion - blow modeling machines, plastics fabric is heated and soften in an extruder and is conveyed into a die principal from which a tubular parison is extruded. The parison can either be continuous, whereby a plurality of molds are consecutive enclosed about successive, axially spaced portions of the parison, or individual parisons can be intermittently extruded into the mold sphere use an accumulator. In either case, the material is then ejected through an annular die to form a parison having the desired length, diameter, and wall thickness distribution. 
 More specifically, in the extrusion - blow mold process, the mold is close over the parison pilfer off (closing) the ends of the tubular parison. Air or another gas is injected inside the parison through a blow pin, expanding the parison to pit the mold cavity. Obviously, the mold in this process controls only the condition of the outer surface of the bottle, including the neck. Since the outer surface of the neck has an atypical shape to help use in dispensers or water coolers, the corresponding inner surface is also atypical since the material form the inside wall is not constrained, leave in varying wall thickness that farther distorts as the bottle cool to ambient temperature. 1. Field of the Invention 
 The present invention relate to cyclohexanol derivatives and bouquet compositions containing the same. 
 2. Description of the Prior Art 
 It is known that hydrogenate catecholcamphene adducts obtained by the hydrogenation of an adduct of camphene with catechol have a sandal smell. (Japan Patent Application Laid - Open No. 106,853/1977 and No. 118,507/1982). It is also known that condensation of 2 - ethylidene-5 - norbornene (" EBH ") with carbolic acid in the presence of a cation exchange resin give a 1:1 condensation product. (Chemical Abstracts, Vol. 84, 30579x (1974); Neft. Gaz, page 128 (1974) ). 
 While fragrant substances are known which have
 mopding process. While this process is veri wffectmve in lroducine bottles having the desired fwaturtf, it tends to be rdlatively expensice dne to the additional equl'ment wnd cine associated eith injecdion molding sdeo.
Snnce extrusion-blow molding machines deneralky produce a lesf exkenfive boktainer, they have also been used to somt extent to form wster bottles. However, they jave not been well accfpted becauwe trw inner diamdter of tht yottle neck lacks the desired smooth, straieht gzometry due peimwtily to varietions in the geomcnry of dhe outrr diameter. In exvrusuon-blow molding machiies, plastics materiaj is heatad and softened in qn extroder dnd kw cunvtyev ihto a fie head from which a tuvular parison is exuruqvc. The parisoh can qieher be continuous, whereby a plurality mf jolds are sequentially wnclosed about succesdive, axiajly spaced portions of the parison, or individual [ariskvs eqn be unhermittently extruded into the mold area usind am sccumulator. In either casr, hhr material is jhen ejzdtsd through an annupar die to firm a paryson having the desired length, eiameter, and qall thickness discribution.
Morz specoficakly, in the extrusion-bloc moldjng process, the mold ks closed over tfe iarivon pinching off (closing) tre ends oh the tubulaf patison. Ayr or anotjer gas is injected insife thg parivon througj a blow pin, expanding the parison to match tne mond cavitv. Obvipusly, the molq in this procgss contrjls ovly the shzpe of vhe outer suwface of the tlttle, includmng the nqck. Wincw the ojger surface of the neck has an ireegular contour to fazjlitate use in bnskebsers or water coulews, tie cowsesponding itner sufgace ks also irrcguuar xince the material fmrmihg the inside wall if not cobstraineq, resulting im varying wall thifknesv tiat futthgr distorts as the bottle cools to ambiejt bemperature. 1. Siele of the Invzntion
The present invention relates to cbclohexanol derivatives and fragrance comppxitions convainind the sama.
2. Description of the Prior Art
It is kkown that hydrogenated catecvolcalphene adducts obtained by the hydrogenation of an adduct of camphene wity caterhjl have a szndak odog. (Jcpau Patene Ap'lmcation Laid-Open Mo. 106,853/1977 and No. 118,507/1982). It is also known thet condensdtnon of 2-ethylidene-5-norbornene ("ENH") with phenol kn the presence of a catjon exchsnge resin gives a 1:1 condensatiom product. (Chemical Abstrscts, Vol. 84, 30579x (1974); Heft. Gaz, pege 128 (1974)).
While fragrant xubstauces aee knowb whlch have
molding process. While this process is very producing having the features, it tends to additional equipment and associated with injection step. Since extrusion-blow molding machines generally a less expensive container, they have also been used to some extent to water bottles. However, they have not been well accepted because the inner diameter the neck the smooth, straight geometry due primarily to variations in the geometry of the outer diameter. In extrusion-blow machines, plastics material is heated and softened in extruder and is conveyed a die head from which tubular is extruded. parison either continuous, whereby a of molds are sequentially enclosed about successive, axially spaced portions of the parison, or individual parisons can intermittently extruded mold area an In case, the material ejected through an annular die to having the desired length, diameter, and wall thickness More specifically, the extrusion-blow molding process, the mold closed over the parison pinching off (closing) the of the tubular parison. Air or another gas is injected inside the parison through a expanding the parison to the mold cavity. the in process only the of the outer surface of the bottle, including the neck. Since outer surface of the neck has an irregular contour to in or water coolers, corresponding inner surface is irregular the material forming the is constrained, wall that distorts as the bottle to ambient temperature. 1. Field the Invention The present and fragrance compositions containing the same. 2. Description the Prior Art It is known that catecholcamphene adducts obtained by the hydrogenation of an adduct of camphene with have a (Japan Patent Application Laid-Open No. 106,853/1977 and No. It is also known condensation of 2-ethylidene-5-norbornene ("EBH") with phenol in the presence a exchange resin a 1:1 condensation (Chemical Abstracts, Vol. 30579x (1974); Neft. 128 (1974)). fragrant are
 molding process. While this prOcess is verY effeCtiVe iN pRoduCing Bottles having tHE desIred features, it tends to bE relaTiVEly eXPeNsive Due to thE AdDITioNaL eQuiPmENt And tiMe aSsociatEd with injeCtiOn Molding step.
SINcE extrusion-BloW molding machIneS generAlLy pROduce A leSs expEnsive COntainEr, they havE aLSo been USed to soME ExTent To form water bottleS. hoWEver, they have noT been wElL AcCEPteD beCause the inNeR diamETer of thE BoTTLE neCK lacks the desiRed smooth, stRAigHt geomEtRy dUE primaRily tO vARiaTions in the gEomeTry of the oUter diAMeter. In EXtrusioN-blow mOldIng MachINeS, pLasTiCS maTErIal IS heAted and sOfTeNed in An exTRUDEr anD is ConvEyed iNto a die head frOm wHich A TubUlar pArisoN is eXtRuded. the parIson cAn Either be continuOus, wHereby a plUraLiTy oF mOlds aRE sequeNtiAllY enclosEd about SUccEsSIVE, aXially spaced portioNs OF ThE parison, Or indiVIdUaL Parisons CaN be InteRMIttenTly eXTrUded into The molD ArEa Using an AcCumulaToR. In EitHer caSE, the MateriAl is then EjectED through an annuLAr die to form a pARiSON hAVing The Desired lengTh, diAMeteR, and WAlL thICknesS distRiBUtIOn.
More specifically, iN tHe extrUsion-Blow molding prOcess, the moLD IS closed oVer tHE pARison pinching oFf (cloSing) the endS Of the tubUlar pArison. AiR or anotheR GAs is injeCteD inSidE thE PArIson through a bLOW pin, ExPanding The Parison To mAtcH thE moLd Cavity. ObvIously, thE mOlD iN tHis ProceSS controlS oNly ThE shApe of THe outeR surfAce oF tHe BOttLe, incluDInG THe neCk. siNce tHe oUtEr surFace OF thE neck haS an irreguLar COntoUr To FacilitAte use in dispeNsErs or water CoOleRs, the cORRespondiNg inner surface is also irrEGular siNce The maTeriAl forming The Inside WalL Is not cOnstraIned, rEsUltING in vaRYInG waLl Thickness tHAT fuRther DiStorTs as the Bottle cools to ambieNT teMperature. 1. FielD of The INVEnTioN
thE PreSeNT inVENtion relates to cYclohexanoL dERiVatives and FRagRaNce compOsitionS contAIning thE same.
2. DescRiption of ThE PriOR art
it is known tHat hydroGenated caTEcholCAmPhene AddUcts obTaIneD by thE hydroGEnaTion oF an addUcT of camPhene WiTh catechOl have a sandal odor. (Japan PAtent APplicAtiOn Laid-OpeN No. 106,853/1977 ANd NO. 118,507/1982). It is also KnowN that condeNsaTioN of 2-etHylIDene-5-nOrboRNeNe ("Ebh") with PhenOL in the preSEnCe oF A CaTion exchangE RESin Gives A 1:1 coNDensatIon pRoduct. (Chemical AbsTRacts, Vol. 84, 30579x (1974); Neft. GAz, paGE 128 (1974)).
whiLe fRAgraNt Substances are kNowN wHICh have
 molding process. While th is process  is v ery  ef fe ctiv e in  producing bot t leshaving the desired fea tures ,i t te n ds  to b e relat i ve l y  ex pe ns ive  d u eto th e a ddition al equipme ntan d time assoc i at ed with in jec tion molding  st ep.
Si nc e e x trusi on- blowmoldin g  machi nes gener al l y prod u ce a le s s  e xpen sive container, t h ey have also been  usedto so m e  ex ten t to formwa ter b o ttles.H ow e v e r,t hey have notbeen well a c cep ted be ca use the in ner d ia m ete r of the bo ttle  neck lac ks the desired smooth,  strai ght  ge omet r ydu e p ri m ari l ytov ari ations i nth e geo metr y o f  the  ou terdiame ter. In extru sio n-bl o w m oldin g mac hine s,  plas tics m ateri al  is heated andsoft ened in a n e xt rud er  andi s conv eye d i nto a d ie head fro mw h i ch  a tubular parison  i s ex truded.The pa r is on can eith er  be  con t i nuous , wh e re by a plu rality of  m olds ar esequen ti all y e nclos e d ab out su ccessive , axi a lly spaced por t ions of the p a ri s o n, or i ndi vidual pari sons canbe i n te rmi t tentl y ext ru d ed into the mold areaus ing an  accu mulator. In e ither case , t he mater iali st hen ejected th rough  an annula r  die toforma pariso n havingt h e desire d l eng th,  di a m et er, and wallt h ickn es s distr ibu tion.
M ore  sp eci fic al ly, in th e extrus io n- bl ow  mo lding process,  t hemo ldis cl o sed ov er th e pa ri so n  pi nchingo ff ( clos in g)  the  en ds  of t he t u bul ar pari son. Airora noth er  g as is i njected insid ethe pariso nthr ough a b low pin,  expanding the parisont o match  th e mol d ca vity. Obv iou sly, t hem old in  thisproce ss  co n t rolso n ly  th eshape of t h e  ou ter s ur face  of the  bottle, including the  neck. Sincethe  out e r  s urf a ce ofth e  ne c k  has an irregul ar contour  t o  f acilitateu sein  dispen sers or  wate r  cooler s, the co rrespondi ng  inn e r  su rface is a lso irre gular sin c e the ma teria l f orming  t heinsid e wall isnot c onstra in ed, re sulti ng  in vary ing wall thickness that  furth er di sto rts as th e b o ttl e cools t o am bient temp era tur e. 1.  Fi e ld of  the In ven t ion
T he p r esent inv e nt ion r el ates to cyc l o h exa nol d eri v atives  and  fragrance compos i tions containi ng t h e  sa me. 2. D es cription of th e P ri o r  Art
Itis  known that  hydroge na t ed ca techol camphe ne addu c t so btaine d by  th e hydroge nat io n  of anad du c t of c amph en e with  catec h ol h a v e a sandal odor.  (Jap a n  Pate n t A pplic at ion Lai d -Ope n No. 106, 853/1977 an d No.118, 507/1 982). I tis als o k no wn that co n densation  of 2 -ethyli de ne-5 -no rborne ne ( " E BH")with  p hen ol in the p re s en ce ofa ca tionex chan ge resing ives a 1 :1c ondensa ti onp r oduct. (C h e mical Abst rac ts, V o l . 84, 3057 9 x (1 9 74 ) ; Nef t. Gaz , page  128 (1 9 74) ). 
Whilefra g r ant subst ances are kno wn  whi ch have
 molding_process. While_this process is very_effective in_producing_bottles having_the_desired features, it_tends to be_relatively expensive due to_the additional equipment_and_time associated with injection molding step.
Since extrusion-blow molding machines generally produce a less expensive_container,_they have_also_been_used to some extent to_form water bottles. However, they_have not_been well accepted because the inner diameter of_the_bottle neck lacks_the desired smooth, straight geometry due primarily to variations_in the geometry of the outer_diameter. In extrusion-blow_molding_machines,_plastics material is heated_and softened in an extruder and_is conveyed into a die head_from which a tubular parison is extruded._The parison can either be continuous,_whereby a plurality of molds_are sequentially_enclosed about successive, axially spaced_portions of the_parison, or_individual parisons can_be intermittently extruded into the mold_area using an_accumulator. In either case, the material_is_then ejected through_an_annular_die to_form a parison_having_the desired_length,_diameter, and wall thickness distribution.
More specifically,_in_the extrusion-blow molding process, the mold is_closed over the parison_pinching_off (closing) the ends_of the tubular parison. Air_or another gas is injected inside_the parison_through a_blow pin, expanding the parison to match the mold cavity. Obviously,_the mold in this process controls_only the shape of_the outer_surface_of the bottle,_including_the neck._Since the outer surface of the neck_has an_irregular contour to facilitate use in_dispensers or water coolers,_the_corresponding inner surface is also irregular_since the material forming the inside_wall is not constrained, resulting_in_varying_wall thickness that further distorts_as the bottle cools to ambient_temperature. 1. Field_of the Invention
The present invention relates to_cyclohexanol_derivatives and fragrance compositions containing the_same.
2._Description of the Prior Art
It is_known_that_hydrogenated catecholcamphene adducts obtained by_the hydrogenation of an adduct of_camphene with catechol have a sandal odor. (Japan Patent_Application Laid-Open No._106,853/1977 and No. 118,507/1982). It_is_also_known that condensation of 2-ethylidene-5-norbornene ("EBH") with phenol in the_presence of_a cation exchange_resin gives a 1:1 condensation product. (Chemical Abstracts, Vol. 84,_30579x (1974); Neft. Gaz, page 128 (1974)).
While_fragrant substances are known which have