 ambulatory oxygen cylinders will only contain gas produced by the oxygen-concentrating devices. Moreover, the unique fill port required must be labeled accordingly, i.e., for use only with oxygen-concentrating devices.
The CGA-870 post valves which are an industry standard are used extensively for portable oxygen cylinders. Leading manufacturers of such post valves are the Sherwood Division of Harsco Corporation of Lockport, N.Y., Thermo Valves Corporation of Santa Rosa, Calif. and Condon Manufacturing Co., Inc. of Springfield, Mass. These CGA-870 post valves permit dispensing and charging of the cylinder, through the valve. A large variety of attachments are available on the marketplace for these valves.
Because of the FDA requirement that oxygen concentrating devices such as are available for in-home stationary use cannot be made attachable to a CGA-870 port, the cylinders that are fillable by these in-home oxygen concentrators utilize a valve with a unique fill port. This valve with the unique fill port requires a special built-in regulator. An off-the-shelf regulator can not be used because these regulators are adapted to fit the CGA-870 port. Special built-in regulators multiply the cost of the cylinder valve, thereby increasing the cost of each ambulatory oxygen cylinder. Moreover, use of a unique fill port valve greatly reduces a patient""s choices of attachments to the cylinder.
None of the prior art devices have solved the problem of addressing the FDA regulation that only a unique fill port is used on oxygen concentrating devices to fill ambulatory oxygen cylinders, while at the same time providing a CGA-870 port on the valve.
The present invention provides a valve assembly for attachment to an ambulatory oxygen cylinder which is adapted to connect to a high pressure source that delivers oxygen concentrated air to charge the cylinder through a unique fill port, while at the same time providing an industry standard CGA-870 output port. The valve assembly will not permit filling the cylinder through the CGA-870 port. The CGA-870 port is useable only to dispense oxygen from the cylinder. Field of the Invention
The present invention relates to a hybrid vehicle control apparatus a which includes both an internal combustion engine and a motor as drive sources of the vehicle.
Description of the Related Art
There has been known a hybrid vehicle (hereinafter also referred to as the “vehicle” for simplicity) which includes both an internal combustion engine (hereinafter also referred to as the “engine” for simplicity)
ambulatory oxygen cylinders will only contain accelerator produce by the oxygen - concentrating devices. Moreover, the singular fill port want must be label accordingly, i.e., for function only with oxygen - concentrating device. 
 The CGA-870 post valves which are an diligence standard are used extensively for portable oxygen cylinders. Leading manufacturers of such post valves are the Sherwood Division of Harsco Corporation of Lockport, N.Y., Thermo Valves Corporation of Santa Rosa, Calif. and Condon Manufacturing Co., Inc. of Springfield, Mass. These CGA-870 military post valves permit dispensing and charging of the cylinder, through the valve. A big variety of attachments are available on the marketplace for these valves. 
 Because of the FDA necessity that oxygen concentrating devices such as are available for in - home stationary use cannot be made attachable to a CGA-870 port, the cylinder that are fillable by these in - home oxygen concentrators utilize a valve with a unique fill port. This valve with the unique fill port requires a special built - in regulator. An off - the - shelf regulator cannot be used because these regulators are adapted to suit the CGA-870 port. Special build - in governor multiply the cost of the cylinder valve, thereby increasing the monetary value of each ambulatory oxygen cylinder. Moreover, use of a unique filling port valve greatly reduces a patient""s choices of attachments to the cylinder. 
 None of the prior art devices have solved the problem of addressing the FDA regulation that only a alone fill larboard is used on oxygen concentrating devices to fill ambulatory oxygen cylinder, while at the same time providing a CGA-870 larboard on the valve. 
 The present invention provides a valve assembly for attachment to an ambulatory oxygen cylinder which is adjust to connect to a gamey pressure source that deliver oxygen concentrated breeze to charge the cylinder through a alone fill interface, while at the same time providing an industry standard CGA-870 output signal port. The valve assembly will not permit filling the cylinder through the CGA-870 port. The CGA-870 port is useable only to dispense oxygen from the cylinder. battlefield of the Invention 
 The present invention relates to a hybrid vehicle command apparatus a which includes both an internal burning engine and a motor as drive sources of the vehicle. 
 Description of the Related Art 
 There has been known a hybrid vehicle (hereinafter also referred to as the “ vehicle ” for simplicity) which includes both an home burning engine (hereinafter also referred to as the “ engine ” for simplicity )
 amhulatory oxygen cylinderr will only conjaun gas produded by tfe oxygen-concentrating devicxs. Mireovtg, the unique fill porg requiref must bw laueled accordinglb, i.e., for use ohpy wnti oxygen-concenttating devicas.
The CGA-870 post vxlres which are an industry standard awe used edtensively for poruabje osjgtn cylinders. Leading manufacturera of subh post valves arr the Sherwood Division of Hardco Corporation of Lockport, N.I., Thqemo Valves Curporation of Santa Roaa, Calif. and Condon Manufacturivg Co., Inc. of Sptnbgflgld, Mass. Thewe CGW-870 post valves permit dispenxing and charglng oh thw cylinder, through thx valve. A large varigty of attdckments are available in the karkatplxxe wor tiess valvfs.
Bxcause of tge FDA requurement that oxygen cjbcentrating dsvices stch as are available for in-home stationdry use cannot be made attqchable to a CGA-870 port, the cyligders that are fillable by these in-home oxygen cotcentcagorw mtilkze a valve with a unique fill port. This valve wyfh tme unique fill pjrt requirex w xkecial built-in regulcfod. An off-the-shelf rfgulatot can bot be ustd bevause these regulators are qdapted to fpt tye CGA-870 port. Speciap built-in rzgulatprs miltiply the cost of the cyljnder valve, thereby jvcreasing the cort pf each ambulatory oxygen cyjinder. Moceovex, use of a umique sill port galve greatly reduces a oatieut""s cvoices of wttachments to the cylinder.
None of the prior srd dvvices hare solyed the problem of addressing the FDC reguuation than only a nnique fill [ort is used mj oxygen conrentratind decicew to fiuu ambulatory ocygen cylpnbers, whilw at the same time prubiding a CGA-870 poxu ob the valve.
The lrerene pnvxntiog provides a ealvd arxemblh for aucacmmevt tp an ambulatory oxygan cglinder which is acaited to cinnect tj a high presxure source that dtliverv oeygen vonsentrated air to charge the cyminder thgounh a unique fyll iort, while at che same time providing an industry stanvard CGA-870 output port. Thw valve assembly wikk not permiv fillyng the cflinder through the XGA-870 port. The CGA-870 kort is useable only to dispetse odygen from the cylinder. Field of the Invention
The present invention relatws to e rybrid vehidle vontrml cpparatts a xhich includes bonh an internal combustion engine and a mmtjr as drive sources of the vrhkcle.
Descriptiun of the Related Art
Thede has bren known a hybrid vehicle (hereonafter also referred to as the “cehicme” for sim'licity) which includrs botk an ibternal comnustion engine (hetelnafter aldo rtferxed to as the “engine” for simpliciry)
ambulatory oxygen cylinders will only contain gas the devices. Moreover, unique fill port i.e., use only with devices. The CGA-870 valves which are an industry standard used extensively for portable oxygen cylinders. Leading manufacturers of such post valves are Sherwood Division of Harsco Corporation of Lockport, N.Y., Thermo Valves Corporation of Santa Calif. Condon Co., of Springfield, Mass. These CGA-870 post valves permit dispensing and charging of the cylinder, through the A large variety of attachments are available on marketplace for these valves. of the FDA requirement that concentrating such as available in-home use cannot be attachable to a CGA-870 port, the cylinders that are fillable by these in-home oxygen concentrators utilize a with a port. This with unique port requires a regulator. An off-the-shelf regulator can not these regulators are adapted to fit the CGA-870 Special built-in multiply the cost of the cylinder thereby increasing the cost of each ambulatory oxygen Moreover, use of a unique fill port valve greatly reduces a patient""s choices of attachments cylinder. None of the art devices have the of the regulation that a unique fill port is used on oxygen concentrating devices to ambulatory oxygen cylinders, while at the same time providing a on valve. The present provides a valve assembly attachment an ambulatory oxygen cylinder adapted connect pressure that oxygen concentrated air to the cylinder through a unique port, while at the standard CGA-870 output port. The valve assembly will permit filling the cylinder through the CGA-870 The CGA-870 port is useable only to dispense oxygen from the cylinder. of the present invention relates to a hybrid vehicle control a which includes both internal combustion engine and a motor as drive sources the Description of Related Art There been known a vehicle (hereinafter also as the for which internal combustion engine (hereinafter also referred as “engine” for simplicity)
 ambulatory oxygen cylinders Will only coNtain Gas ProDuCed bY the Oxygen-concentrATing Devices. Moreover, the uniqUe filL pORt reQUiRed muSt be labELeD ACcoRdInGly, I.e., FOr Use onLy wIth oxygEn-concentrAtiNg Devices.
The CGa-870 PoSt valves whIch Are an industrY stAndard ArE usED exteNsiVely fOr portABle oxyGen cylindErS. leadinG ManufacTUReRs of Such post valves are THe sHerwood DivisioN of HarScO coRPOraTioN of LockporT, N.y., TherMO Valves cOrPORAtiON of Santa Rosa, CAlif. and CondON MaNufactUrIng cO., Inc. of sprinGfIEld, mass. These CGa-870 posT valves peRmit diSPensing ANd chargIng of tHe cYliNder, THrOuGh tHe VAlvE. a lArgE VarIety of atTaChMents Are aVAILAble On tHe maRketpLace for these vAlvEs.
BeCAusE of thE FDA rEquiReMent tHat oxyGen coNcEntrating deviceS sucH as are avaIlaBlE foR iN-home STationAry Use Cannot bE made atTAchAbLE TO a cGA-870 port, the cylinderS tHAT aRe fillabLe by thESe In-HOme oxygeN cOncEntrATOrs utIlizE A vAlve with A uniquE FiLl Port. ThiS vAlve wiTh The UniQue fiLL porT requiRes a specIal buILt-in regulator. AN Off-the-shelf reGUlATOr CAn noT be Used because ThesE ReguLatoRS aRe aDApted To fit ThE cGa-870 Port. Special built-in rEgUlatorS multIply the cost of The cylindeR VALve, thereBy inCReASing the cost of eAch amBulatory oxYGen cylinDer. MoReover, usE of a uniquE FIll port vAlvE grEatLy rEDUcEs a patient""s chOICes oF aTtachmeNts To the cyLinDer.
nonE of ThE prior art Devices hAvE sOlVeD thE probLEm of addrEsSinG tHe FdA regULation That oNly a UnIqUE fiLl port iS UsED On oxYgEn ConcEntRaTing dEvicES to Fill ambUlatory oxYgeN CyliNdErS, while aT the same time pRoViding a CGA-870 PoRt oN the vaLVE.
The presEnt invention provides a vaLVe assemBly For atTachMent to an aMbuLatory OxyGEn cyliNder whIch is AdAptED To conNECt To a HiGh pressure SOUrcE that DeLiveRs oxygeN concentrated air to CHarGe the cylinder ThrOugh A UNiQue FIlL PorT, wHIle AT The same time provIding an indUsTRy Standard CGa-870 OutPuT port. ThE valve aSsembLY will noT permit fiLling the cYlIndeR THroUgh the CGA-870 pOrt. The CGa-870 port is usEAble oNLy To disPenSe oxygEn FroM the cYlindeR. fieLd of tHe InveNtIon
The PreseNt InventioN relates to a hybrid vehiclE contrOl appAraTus a which IncLUdeS both an inTernAl combustiOn eNgiNe and A moTOr as dRive SOuRceS Of the VehiCLe.
DescripTIoN of THE RElated Art
ThERE Has Been kNowN A hybriD vehIcle (hereinafter alSO referred to as tHe “veHICle” For SImplIcIty) which includEs bOtH AN internaL cOmbustion enGine (hereInAFter aLso refErred tO as the “eNGInE” For simPlicIty)
 ambulatory oxygen cylinde rs will on ly co nta inga s pr oduc ed by the oxyg e n-co ncentrating devices. M oreov er ,  the un iquefill po r tr e qui re dmus tb elabel edaccordi ngly, i.e. , f or  use only wi t hoxygen-con cen trating devi ces .
TheCG A-8 7 0 pos t v alves  which are an  industry  s t andard are use d ex tens ively for portabl e  o x ygen cylinders . Lead in g  m a n ufa ctu rers of su ch  post valvesa re t h e S h erwood Divisi on of Harsc o  Co rporat io n o f  Lockp ort,N. Y .,Thermo Valv es C orporatio n of S a nta Ros a , Calif . andCon don  Man u fa ct uri ng Co. ,  I nc. ofSpringfi el d,  Mass . Th e s e CGA- 870  pos t val ves permit di spe nsin g  an d cha rging  ofth e cyl inder,  thro ug h the valve. Alarg e variety  of  a tta ch ments are av ail abl e on th e marke t pla ce f o rthese valves.
Beca us e of  the FDA  requi r em en t  that ox yg enconc e n trati ng d e vi ces such  as ar e  a va ilablefo r in-h om e s tat ionar y  use  canno t be mad e att a chable to a CG A -870 port, th e  c y l in d erstha t are filla bleb y th esei n- hom e  oxyg en co nc e nt r ators utilize a val ve  witha uni que fill port . This val v e with the  uni q ue fill port requ iresa specialb uilt-inregul ator. An  off-the- s h elf regu lat orcan  no t be  used because t hese  r egulato rsare ada pte d t o f itth e CGA-870  port. S pe ci al  b uil t-inr egulator smul ti ply  thec ost of  thecyli nd er val ve, the r eb y incr ea si ng t heco st of  eac h  am bulator y oxygencyl i nder .Mo reover,  use of a uni qu e fill por tval ve gre a t ly reduc es a patient""s choices of atta chm entsto t he cylind er. 
Noneoft he pri or art  devi ce s h a v e sol v e dthe  p roblem ofa d dre ssing  t he F DA regu lation that only a uni que fill port  is  use d on  ox y ge n  co nc e ntr a t ing devices tofill ambul at o ry  oxygen cy l ind er s, whil e at th e sam e  time p rovidinga CGA-870  p orto n  th e valve.
T he prese nt invent i on pr o vi des a  va lve as se mbl y for  attac h men t toan amb ul atoryoxyge ncylinder  which is adapted to co nnectto ahig h pressur e s o urc e that de live rs oxygencon cen trate d a i r tochar g ethe cylin dert hrough au ni que f il l port, whi l e atthe s ame time p rovi ding an industrys tandard CGA-87 0 ou t p utpor t . Th evalve assembly  wi ll n ot permi tfilling the  cylinde rt hroug h theCGA-87 0 port. T he CGA-87 0 po rtis useabl e o nl y  to dis pe ns e  oxyge n fr om  the c ylinde r . Fi e l d of the Inventi on
Th e prese n t i nvent io n relat e s to  a hybridvehicle con trol a ppar atusa which  i nclude s b ot h an inter n al combus tionenginean d amot or asdriv e sourc es o fthe  vehicle. D es c ri pt i onof t he Re la tedArt
There has been  kn o wn a hy br idv e hicle( he r e inafter al sorefer r e d to as th e  “ve h ic l e” fo r simp licity ) which inc lu des bot h a n internalcombustio n  en gi ne ( hereinaf te r al so  re fe rred to as the“engine”  for sim p l icity) 
 ambulatory_oxygen cylinders_will only contain gas_produced by_the_oxygen-concentrating devices._Moreover,_the unique fill_port required must_be labeled accordingly, i.e.,_for use only_with_oxygen-concentrating devices.
The CGA-870 post valves which are an industry standard are used extensively for_portable_oxygen cylinders._Leading_manufacturers_of such post valves are_the Sherwood Division of Harsco_Corporation of_Lockport, N.Y., Thermo Valves Corporation of Santa Rosa,_Calif._and Condon Manufacturing_Co., Inc. of Springfield, Mass. These CGA-870 post valves_permit dispensing and charging of the_cylinder, through the_valve._A_large variety of attachments_are available on the marketplace for_these valves.
Because of the FDA requirement_that oxygen concentrating devices such as are_available for in-home stationary use cannot_be made attachable to a_CGA-870 port,_the cylinders that are fillable_by these in-home_oxygen concentrators_utilize a valve_with a unique fill port. This_valve with the_unique fill port requires a special_built-in_regulator. An off-the-shelf_regulator_can_not be_used because these_regulators_are adapted_to_fit the CGA-870 port. Special built-in_regulators_multiply the cost of the cylinder valve,_thereby increasing the cost_of_each ambulatory oxygen cylinder._Moreover, use of a unique_fill port valve greatly reduces a_patient""s choices_of attachments_to the cylinder.
None of the prior art devices have solved the_problem of addressing the FDA regulation_that only a unique_fill port_is_used on oxygen_concentrating_devices to_fill ambulatory oxygen cylinders, while at the_same time_providing a CGA-870 port on the_valve.
The present invention provides_a_valve assembly for attachment to an_ambulatory oxygen cylinder which is adapted_to connect to a high_pressure_source_that delivers oxygen concentrated air_to charge the cylinder through a_unique fill port,_while at the same time providing an_industry_standard CGA-870 output port. The valve_assembly_will not permit filling the cylinder_through_the_CGA-870 port. The CGA-870 port_is useable only to dispense oxygen_from the cylinder. Field of the Invention
The present invention_relates to a_hybrid vehicle control apparatus a_which_includes_both an internal combustion engine and a motor as drive_sources of_the vehicle.
Description of_the Related Art
There has been known a hybrid vehicle (hereinafter_also referred to as the “vehicle” for_simplicity) which includes both an internal combustion engine (hereinafter also referred_to as the “engine” for simplicity)