9/15/2021
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`16/495,937
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`FILE REG
`
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`
`
`
`
`FILE 'REGISTRY' ENTERED AT 13:22:02 ON 15 SEP 2021
`USE IS SUBJECT TO THE TERMS OF YOUR STN CUSTOMER AGREEMENT.
`
`COPYRIGHT (C) 2021 American Chemical Society (ACS)
`
`=> D HIS NOFILE
`
`
`
`FILE 'HCAPLUS' ENTERED AT 10:44:00 ON 15 SEP 2021
`E US2019-495937/APPS
`1 SEA SPE=ON ABB=ON
`SEL L1 RN
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`PLU=ON US2019-495937/AP
`
`
`
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`
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`FILE 'REGISTRY' ENTERED AT 10:44:26 ON 15 SEP 2021
`19 SEA SPE=ON ABB=ON
`PLU=ON
`(1314-35-8/BI OR 177997-13-6/BI OR
`
`FILE 'HCAPLUS' ENTERED AT 10:48:32 ON 15 SEP 2021
`SEL L1 AU
`173 SEA SPE=ON ABB=ON
`E PANASONIC INTEL/CO
`55528 SEA SPE=ON ABB=ON
`55649 SEA SPE=ON ABB=ON
`
`PLU=ON'
`
`PLU=ON
`PLU=ON
`
`("KO, TAKASHI"/AU OR "NIINA,
`
`
`
`("PANASONIC INTEL"+ALL/CO,CS,PA OR
`(L3 OR L4)
`
`
`
`
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`
`
`FILE 'REGISTRY' ENTERED AT 10:49:09 ON 15 SEP 2021
`170211 SEA SPE=ON ABB=ON
`PLU=ON
`(LI
`(L) 0O)/ELS
`81622 SEA SPE=ON ABB=ON
`PLU=ON
`L6 (L)
`(T1 OR T2 OR 13)/PG
`2 SEA SPE=ON ABB=ON
`PLU=ON
`17 AND L2
`250881 SEA SPE=ON ABB=ON
`PLU=ON W/ELS
`2719998 SEA SPE=ON ABB=ON
`PLU=ON'
`SI/ELS
`344 SEA SPE=ON ABB=ON
`PLU=ON
`17 AND L9 AND L10
`
`
`
`FILE 'HCAPLUS' ENTERED AT 10:50:22 ON 15 SEP 2021
`177 SEA SPE=ON ABB=ON
`PLU=ON
`111
`163242 SEA SPE=ON ABB=ON
`PLU=ON
`L7
`528548 SEA SPE=ON ABB=ON
`PLU=ON
`LQ
`7292 SEA SPE=ON ABB=ON
`PLU=ON
`113 AND 114
`TRA PLU=ON 115 1- RN:
`50460 TERMS
`
`
`
`
`
`L1
`
`L2
`
`L3
`
`LA
`L5
`
`L6
`L7
`L8
`Lo
`
`L10
`
`L11
`
`
`L12
`
`L13
`
`L14
`
`L15
`
`L16
`
`
`L17
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`
`
`
`
`L18
`
`L19
`L20
`L21
`
`L22
`L23
`L24
`
`L25
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`(TERM LIMIT EXCEEDED)
`
`
`
`
`
`
`
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`
`
`FILE 'REGISTRY, REGISTRY' ENTERED AT 10:54:59 ON 15 SEP 2021
`50457 SEA SPE=ON ABB=ON
`PLU=ON
`L116
`
`FILE 'HCAPLUS' ENTERED AT 10:58:08 ON 15 SEP 2021
`TRA PLU=ON 115 6537- RN :
`5921 TERMS
`
`FILE 'REGISTRY' ENTERED AT 10:58:15 ON 15 SEP 2021
`
`PLU=ON 118
`5921 SEA SPE=ON ABB=ON
`53824 SEA SPE=ON ABB=ON
`PLU=ON
`117 OR L19
`3899 SEA SPE=ON ABB=ON
`PLU=ON
`120 AND 110
`
`
`
`
`
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`
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`
`FILE 'HCAPLUS' ENTERED AT 10:59:19 ON 15 SEP 2021
`3303859 SEA SPE=ON ABB=ON
`PLU=ON
`L121
`2519 SEA SPE=ON ABB=ON
`PLU=ON 115 AND 122
`42 SEA SPE=ON ABB=ON
`PLU=ON
`123 AND L5
`
`FILE 'ZCAPLUS' ENTERED AT 11:00:52 ON 15 SEP 2021
`QUE SPE=ON ABB=ON
`PLU=ON
`(BATTERY OR BATTERIES OR (ELECTROCH
`
`1
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`L26 L27
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`EM? OR ELECTROLY? OR GALVAN? OR WET OR DRY OR PRIMARY OR
`
`SECONDARY) (2A) (CELL OR CELLS) )
`(NONAQ# OR NONAQUEOU? OR NONH20 OR
`QUE SPE=ON ABB=ON
`PLU=ON
`NONHOH OR (NON#(W) (AQ# OR AQUEOU? OR WATER? OR H20 OR HOH)) OR
`(WATER#(W) (FREE# OR LESS#)) OR WATERFREE? OR WATERLESS?)
`QUE SPE=ON ABB=ON
`PLU=ON
`(2ELECTROLYTE? OR ?CATHOLYTE? OR
`?ANOLYTE? OR ?ORMOLYT?)
`
`
`
`FILE 'HCAPLUS'
`SEA
`2519
`SEA
`942
`SEA
`546
`122
`SEA
`
`SEA
`117
`SEA
`116
`SEA
`16
`SEA
`100
`SEA
`99
`
`ENTERED AT 11:02:35 ON 15 SEP 2021
`SPE=ON
`ABB=ON
`LU=ON
`123 OR L12
`SPE=ON
`ABB=ON
`LU=ON
`128 AND L25
`SPE=ON
`ABB=ON
`LU=ON
`L28 AND L27
`SPE=ON
`ABB=ON
`LU=ON
`129 AND 126
`SPE=ON
`ABB=ON
`LU=ON
`L30 AND L26
`SPE=ON
`ABB=ON
`LU=ON
`L31 AND 132
`SPE=ON
`ABB=ON
`LU=ON
`133 AND L5
`SPE=ON
`ABB=ON
`PLU=ON
`133 NOT L34
`SPE=ON
`ABB=ON
`LU=ON
`1802-2019/PRY, PY,AY AND 135
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`FILE 'LREGISTRY'
`
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`EN TERED
`AT 11
`FILE 'HCAPLUS'
`2:11:54 ON
`RN HIT
`TRA PLU=ON 136 1-
`
`ENTERED AT 11:05:25 ON 15 SEP 2021
`
`
`
`15 SEP 2021
`838 TERMS
`
`
`
` FILE 'LREGISTRY'
`
`ENTERED AT 11:11:58 ON 15 SEP 2021
`SPE=ON ABB=ON
`PLU=ON
`L37
`
`SPE=ON ABB=ON
`PLU=ON
`L38 AND L11
`
`
`
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`
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`
`
`15 SEP 2021
`
`L12 AND L5
`L12 NOT L40
`
`L41 AND L25
`L41 AND 127
`L42 AND L43
`1802-2019/PRY, PY,AY AND L44
`L45 AND L36
`
`15 SEP 2021
`838 TERMS
`
`15 SEP 2021
`L47
`
`15 SEP 2021
`
`
`
`L48 AND L11
`L46 AND L49
`
`
`
` L13 (L) RACT/RL
`
`L14 (L) RACT/RL
`
`L22 (lL) RACT/RL
`L36 AND L51
`L36 AND L52
`L36 AND L53
`(L54 OR L55 OR L56)
`L57 OR L50
`
`
`
`
`
`ENTERED AT 11:12:30 ON
`SPE=ON ABB=ON
`PLU=ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`LU=ON
`
`ENTERED AT 11:25:53 ON
`PLU=ON L36 1- RN HIT
`
`ENTERED AT 11:25:57 ON
`SPE=ON ABB=ON
`PLU=ON
`SPE=ON ABB=ON
`PLU=ON
`
`
`
`ENTERED AT 12:49:22 ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`PLU=ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`LU=ON
`SPE=ON ABB=ON
`LU=ON
`
`
`
`99
`0
`
`SEA
`SEA
`
`FILE 'HCAPLUS'
`1
`SEA
`SEA
`176
`SEA
`27
`SEA
`27
`SEA
`19
`SEA
`19
`SEA
`7
`
`
`
`
`FILE 'HCAPLUS'
`TRA
`
`
`
` FILE 'REGISTRY'
`
`
`
`838
`7
`
`SEA
`SEA
`
`FILE 'HCAPLUS'
`SEA
`7
`SEA
`6177
`SEA
`55047
`SEA
`349926
`SEA
`SEA
`SEA
`SEA
`SEA
`
`1 5 2 5
`
`11
`
`L28
`L29
`L30
`L31
`L32
`L33
`L34
`L35
`
`L36
`L46
`L58
`
`L37
`
`L38
`L39
`
`L40
`L41
`L42
`L43
`L44
`L45
`
`L47
`
`L48
`L49
`
`L50
`L51
`L52
`L53
`L54
`L55
`L56
`L57
`
`

`

`
`
`
`L63
`
`L64
`
`L65
`
`L66
`
`L67
`L68
`
`L69
`L70
`L71
`
`L72
`
`L73
`L74
`L75
`
`L76
`L77
`L78
`L79
`L80
`L81
`
`
`FILE 'REGISTRY' ENTERED AT 13:14:41 ON 15 SEP 2021
`515 SEA SPE=ON ABB=ON
`PLU=ON
`L148 AND L7
`
`486 SEA SPE=ON ABB=ON
`
`PLU=ON
`
`L64 NOT W/ELS
`
`
`FILE 'HCAPLUS' ENTERED AT 13:15:20 ON 15 SEP 2021
`97 SEA SPE=ON ABB=ON
`PLU=ON
`136 AND L65
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`9/15/2021
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`16/495,937
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`FILE 'ZCAPLUS' ENTERED AT 12:51:12 ON 15 SEP 2021
`QUE SPE=ON ABB=ON
`PLU=ON'
`((SURF# OR SURFAC?) (3A) (MOD# OR
`MODIF? OR ATTACH? OR TREAT?) )
`
`FILE 'HCAPLUS' ENTERED AT 13:05:31 ON 15 SEP 2021
`3 SEA SPE=ON ABB=ON
`PLU=ON
`136 AND L59
`14 SEA SPE=ON ABB=ON
`PLU=ON
`L160 OR L58
`0 SEA SPE=ON ABB=ON
`PLU=ON
`161 AND L5
`
`
`
`
`
`
`
`L59
`
`L60
`L61
`L62
`
`
`
`
`FILE 'REGISTRY' ENTERED AT 13:14:39 ON 15 SEP 2021
`
`
`
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`
`
`
`
`
`FILE 'HCAPLUS' ENTERED AT 13:14:39 ON 15 SEP 2021
`TRA PLU=ON L36 1- TI
`202 TERMS
`
`
`
`
`
`FILE 'REGISTRY' ENTERED AT 13:15:43 ON 15 SEP 2021
`
`2 SEA SPE=ON ABB=ON
`2 SEA SPE=ON ABB=ON
`
`PLU=ON
`PLU=ON
`
`L2 AND W/ELS
`L2 AND SI/ELS
`
`FILE 'HCAPLUS' ENTERED AT 13:15:46 ON 15 SEP 2021
`51 SEA SPE=ON ABB=ON
`PLU=ON
`L66 AND L67
`57 SEA SPE=ON ABB=ON
`PLU=ON
`L66 AND L68
`42 SEA SPE=ON ABB=ON
`PLU=ON
`1L69 AND L70
`
`
`
`(FILM? OR THINFILM? OR LAYER? OR
`PLU=CN
`QUE SPE=ON ABB=ON
`OVERLAY? OR OVERLAID? OR LAMIN? OR LAMEL? OR SHEET? OR LEAF?
`OR FOIL? OR COAT? OR TOPCOAT? OR OVERCOAT? OR VENEER? OR
`SHEATH? OR COVER? OR ENVELOP? OR ENCAS? OR ENWRAP? OR OVERSPREA
`
`
`
`D? OR ENCAPS?)
`PLU=ON
`24 SEA SPE=ON ABB=ON
`PLU=ON
`38 SEA SPE=ON ABB=ON
`PLU=ON
`24 SEA SPE=CON ABB=ON
`E BATTERY CATHODES/CT
`87480 SEA SPE=ON ABB=CN
`PLU=ON
`14 SEA SPE=ON ABB=ON
`PLU=ON
`28 SEA SPE=ON ABB=ON
`PLU=ON
`2 SEA SPE=ON ABB=ON
`PLU=ON
`8 SEA SPE=ON ABB=ON
`PLU=ON
`10 SEA SPE=ON ABB=ON
`PLU=ON
`
`171 AND L72
`173 OR L61
`173 AND (72 OR 52)/SC, SX
`
`"BATTERY CATHODES"/CT
`175 AND L76
`177 OR L61
`134 AND L59
`134 AND L72
`179 OR L80 OR L40
`
`
`
`
`
`FILE 'REGISTRY' ENTERED AT 13:22:02 ON 15 SEP 2021
`
`=> FILE HCAP
`
`
`
`FILE 'HCAPLUS' ENTERED AT 13:22:08 ON 15 SEP 2021
`USE IS SUBJECT TO THE TERMS OF YOUR STN CUSTOMER AGREEMENT.
`
`
`
`
`COPYRIGHT (C) 2021 AMERICAN CHEMICAL SOCIETY (ACS)
`Copyright of the articles to which records in this database refer is
`ishers
`listed in the PUBLISHER (PB)
`field (available
`held by the publ
`lished or updated in Chemical Abstracts after December
`for records publ
`1996), unless otherwise indicated in the original publications.
`26,
`
`3
`
`

`

`9/15/2021
`
`16/495,937
`
`=> D L81 1-10 IBIB ABS HITSTR HITIND RETABILE
`
`
`
`COPYRIGHT 2021 ACSon STN
`ANSWER 1 OF 10 HCAPLUS
`L81
`ACCESSION NUMBER:
`2021:809989
`HCAPLUS
`DOCUMENT NUMBER:
`174:808159
`TITLE:
`thium complex oxide
`Positive electrode comprising li
`
`and new-aquecus aleactroaliyts secondary hattery
`Harada, Tomohiro; Yamamoto, Rina
`© eed
`.
`x
`5
`.
`
`agenic Tateligntual Braparty Nemageamant Co... Sf. ,
`
` PCT Int. Appl., 25pp.
`
`CODEN: PIXXD2
`Patent
`
`Japanese
`
`1 K
`
`IND DATE
`
`APPLICATION NO.
`
`DATE
`
`INVENTOR (S) :
`PATENT ASSIGNEE(S) :
`
`SOURCE :
`
`DOCUMENT TYPE:
`LANGUAGE:
`FAMILY ACC. NUM. COUNT:
`PATENT INFORMATION:
`PATENT NO.
`
`WO 2021065320
`PRIORITY APPLN.
`INFO.:
`PATENT STATUS PATENT INFORMATION:
`PATENT NO.
`KIND STATUS
`
`Al
`
`20210408
`
`WO 2020-JP3337
`JP 2019-179619
`
`1
`
`20200903
`20190930
`
`A
`
`STATUS DATE
`
`Al
`
`Alive
`
`20210422
`WO 2021065320
`oa
`ads
`secondary battery
`This pos. electrode for a
`shandyhe
`ROMINA AgQ.
`
`ectrode mixt.
`comprises a pos.
`electrode mixt. Jays.
`The pos. el
`SYST
`Lays
`comprises a pos.
`electrode active material, a
`first binder, anda
`second binder.
`The pos. electrode active material comprises a complex
`7SaS1.2,
`oxide represented by LiaNixCoyMe (1-x-y) 02
`(where 0.9
`and the element Me
`and 0SyS0.1,
`0.5SxS1,
`includes at least one selected from the group consisting of aluminum,
`lybdenum, niobium,
`tungsten, strontium, magnesium, mo
`manganese, boron,
`is a polymer binder
`titanium, silicon,
`and zirconium).
`The first binder
`The second binder is a
`that contains at least a vinylidene fluoride unit.
`The content of the
`polymer binder that contains at least a diene unit.
`second binder in the total
`amt. of the first binder
`and the second binder
`is 5-35 mass%.
`
`
`
` dete
`
`FA QQ-BI~F, Tungsten, uses
`uses
`§, Lithium nickel oxide
`AS
`Aluminum
`TESFAG~-SF-§,
`HMSVWAS > x
`cobalt lithium nickel
`SSAIASYA G-
`8
`oxide (A10.05Co00.05LiNi0. 902)
`, Aluminum cobalt lithium nickel
`oxide (A10.06C00.04
`LiNi0.902)
`RL: TEM (Technical or engineered material use); USES (Uses)
`SAT —
`and
`(pos. electrode comprising lithium complex oxide
`x
`Seyegt
`giactral
`LYhs
`Sathary)
`secondary
`ag.
`7440-21-3
`HCAPLUS
`Silicon
`
`AB
`
`IT
`
`RN
`CN
`
`RN
`CN
`
`
`
`: Silicon,
`
`(CA INDEX NAME)
`
`Si
`
`7440-33-7
`
`HCAPLUS
`
`Tungsten
`
`(CA INDEX NAME)
`
`We
`
`

`

`9/15/2021
`
`16/495,937
`
`RN
`CN
`
`39300-70-4 HCAPLUS
`Lithium nickel oxide
`
`(CA INDEX NAME)
`
`Component
`
`Component
`|
`|
`| Registry Number
`|
`==SSSSSSfSS SS SSSS
`
`Ratio
`
`O
`Ni
`Li
`
`RN
`CN
`
`|
`|
`|
`
`x
`x
`x
`
`|
`|
`|
`
`17778 -80-2
`7440 -02-0
`7439-93-2
`
`HCAPLUS
`185746-87-6
`Aluminum cobalt lithium nickel oxide (A10.05Co0.05LiNi0. 902)
`NAME)
`
`(CA INDEX
`
`Component
`
`Component
`|
`|
`| Registry Number
`|
`==SSSSSSfSS SS SSSS
`
`Ratio
`
`|
`|
`|
`|
`|
`
`2
`0.05
`0.9
`1
`0.05
`
`|
`
`|
`
`|
`|
`|
`
`17778 -80-2
`7440 -48-4
`7440 -02-0
`7439-93-2
`7429-90-5
`
`Oo
`Co
`Ni
`Li
`Al
`
`RN
`CN
`
`2639487-46-8 HCAPLUS
`Aluminum cobalt lithium nickel oxide (A10.06Co00.04LiNi0.902)
`NAME)
`
`(CA INDEX
`
`Component
`|
`Registry Number
`|
`==SSSSSSfSS SS SSSS
`
`Ratio
`
`Component
`
`O
`Co
`Ni
`Li
`Al
`
`|
`|
`|
`|
`|
`
`
`
`
`2
`0.04
`0.9
`1
`0.06
`
`17778-80-2
`7440 -48-4
`7440 -02-0
`7439-93-2
`7429-90-5
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`IPCI €01G0053-00
`[I]; HO1M0004-131
`[I]; HO1M0004-505 [I]; HO1M0004-525 [I];
`HO1M0004-62 [I]; HO1M0010-052 [TI]
`
`[I]; HO1M0004-131
`[I]; HO1M0004-505 [I]; HO1M0004-525 [I];
`IPCR €C01G0053-00
`HO1M0004-62 [I]; HO1M0010-052 [TI]
`49-3 (Industrial Inorganic Chemicals)
`Section cross-reference (s): 52
`lithium complex oxide nenay aieatraiyts secondary Battery cathode
`Sattery cathodes
`Binders
`Lithium-ion secondary Satterias
`(pos. electrode comprising lithium complex oxide and xnaxn-
`ay. Slactrolyte secondary Battery)
`Butadiene rubber
`Carbon black
`
`
`
`
`
`cc
`
`ST
`IT
`
`IT
`
`IT
`
`
`Fluoropolymers
`RL: TEM (Technical or engineered material use); USES (Uses)
`(pos. electrode comprising lithium complex oxide and sen-
`ay. Slactrolyte secondary Battery)
`9003-17-2
`RL: TEM (Technical or engineered material use); USES (Uses)
`
`5
`
`

`

`9/15/2021
`
`16/495,937
`
`(butadiene rubber; pos. electrode comprising lithium complex oxide and
`non-aq. alacthralyte secondary
`
`Sa ttery)
`872-50-4, uses
`105-58-8
`96-49-1, 1, 3-Dioxolan-2-one
`RL: NUU (Other use, unclassified); USES (Uses)
`(pos. electrode comprising lithium complex oxide and nen-
`ay. Slactralyts secondary battery)
`7439-95-4, Magnesium, uses
`75-38-7
`7429-90-5, Aluminum, uses
`7439-96-5, Manganese, uses
`7439-98-7, Molybdenum, uses
`7440-03-1,
`Niobium, uses
`FSRQ-SA-3, Silicon, uses
`7440-24-6, Strontium,
`
`FIQY-3S~F, Tungsten, uses
`uses
`7440-32-6, Titanium, uses
`7440-50-8, Copper, uses
`7440-42-8, Boron, uses
`7440-67-7, Zirconium,
`uses
`7782-42-5, Graphite, uses
`21324-40-3
`24937-79-9
`SHIQg~ FO, Lithium nickel oxide
`ASSFASS F<8, Aluminum
`
`cobalt lithium nickel oxide (A1L0.05Co0.05LiN10. 902)
`SSSHAHFos S-8
`, Aluminum cobalt lithium nickel oxide (A10.06Co00.04LiNi0.902)
`RL: TEM (Technical or engineered material use); USES (Uses)
`(pos. electrode comprising lithium complex oxide and xnaxn-
`ay. alactralyts secondary battery)
`
`
`
`
`
`IT
`
`IT
`
`RETABLE
`
`
`
`| Referenced
`| Referenced Work
`PG
`| VOL
`|Year
`Referenced Author
`
`
`(RAU) | (RPY) | (RVL)|(RPG) | (RWK) | File
`
`
`=sSo Se Se SeSe Se Se Se ee ee} Se ee} Se Se} Se ee ee fe ee ee Seee SS Se SS SS} Se SE SE SSE
`
`
`
`NOMURA KEISUKE
`TAMURA HIDETOSHI
`
`|2018 |
`|2010 |
`
`
`
`|JP 2018120706 A
`|JP 2010033924 A
`
`
`
`| HCAPLUS
`| HCAPLUS
`
`
`
`COPYRIGHT 2021 ACS on STN
`ANSWER 2 OF 10 HCAPLUS
`L81
`
`ACCESSION NUMBER:
`2021:557323
`HCAPLUS =
`it
`DOCUMENT NUMBER:
`174:588480
`TITLE:
`Nomaguesus glactralyts secondary battery used as
`
`power source for electric vehicle
`Nishitani, Satoshi; Deguchi, Masaki
`Sanasanica Tsbaliesctual Property Nanageameant Co., Eta,
`
`
`PCT Int. Appl., 37pp.
`CODEN: PIXXD2
`Patent
`
`INVENTOR (S):
`PATENT ASSIGNEE (S) :
`SOURCE:
`
`DOCUMENT TYPE:
`
`LANGUAGE :
`FAMILY ACC. NUM. COUNT:
`PATENT INFORMATION:
`PATENT NO.
`
`Japanese
`1
`
`KIND DATE
`
`APPLICATION NO.
`
`DATE
`
`WO 2021039119
`PRIORITY APPLN.
`INFO.:
`PATENT STATUS PATENT INFORMATION:
`PATENT NO.
`KIND STATUS
`
`Al
`
`20210304
`
`WO 2020-JP26125
`JP 2019-158 956
`
`20200703
`A 20190830
`
`STATUS DATE
`
`
`
`
`AB
`
`20210311
`Al Alive
`WO 2021039119
`The invention relates to a mem-ay. alactrolyts secondary battery
`having a high capacity and excellent output characteristics.
`The samayg.
`S
`gigotroiyts secondary Battery comprises (A) a cathode,
`(B) an anode,
`seed
`ae
`
`
`and (C) a mmag. alsotralyt
`se, wherein the cathode contains a cathode
`material which has particles of a composite oxide contg.
`lithium anda
`metal Me other than lithium; and a tungsten compd.
`that adheres to the
`surfaces of the particles; the metal Me contains at least nickel, wherein
`the nenayg. elactralyts contains an unsatd. sultone compd.
`
`6
`
`

`

`9/15/2021
`
`16/495,937
`
`IT
`
`RN
`CN
`
`
`SAL SISS~-H8F-O8, Aluminum cobalt lithium nickel oxide
`(AL0.03Co0. O7Li1. O5Ni0. 902)
`RL: SPN (Synthetic preparation); TEM (Technical or engineered material
`use); PREP (Preparation) ; USES (Uses)
`(namag. alectralyte secondary battery
`used as power source for elec. vehicle)
`2416753-87-0 HCAPLUS
`Aluminum cobalt lithium nickel oxide (A10.03C00.07Li1.05Ni0.902)
`INDEX NAME)
`
`
`
`
`
`(CA
`
`Component
`
`Component
`|
`|
`| Registry Number
`|
`==SSSSSSfSS SS SSSS
`
`Ratio
`
`O
`Co
`Ni
`Li
`Al
`
`IT
`
`RN
`CN
`
`RN
`
`CN
`
`RN
`CN
`
`RN
`CN
`
`|
`|
`|
`|
`|
`
`2
`0.07
`0.9
`1.05
`0.03
`
`|
`
`|
`
`|
`|
`|
`
`17778 -80-2
`7440-48-4
`7440 -02-0
`7439-93-2
`7429-90-5
`
`JAARSH-8, Tungsten oxide (WO3), uses
`Silicon, uses
`YSIL~-HG~S, Silica, uses
`Lithium tungsten oxide
`RL: TEM (Technical or engineered material use); USES (Uses)
`(manag. Slectralyts secondary battery
`used as power source for elec. vehicle)
`1314-35-8
`HCAPLUS
`Tungsten oxide (WO3)
`
`(CA INDEX NAME)
`
`
`
`7440-21-3
`
`Silicon
`
`Si
`
`HCAPLUS
`
`(CA INDEX NAME)
`
`HCAPLUS
`7631-86-9
`Silica
`(CA INDEX NAME)
`
`
`
`37349-20-5 HCAPLUS
`Lithium tungsten oxide
`
`(CA INDEX NAME)
`
`Component
`
`Component
`|
`| Registry Number
`==SSSSe = SSSS SSSS SSSS
`
`Ratio
`
`17778 -80-2
`x
`0
`7440 -33-7
`x
`W
`7439-93-2
`x
`Li
`
`
`IPCI HO1M0004-131
`[
`7 HO1MO004-36 [I]; HO1M0004-38 [I]; HO1M0004-505 [I];
`
`HO1M0004-525 [
`7 HO1MO010-052 [I]; HO1M0010-0567 [1]; HO1M0010-0569 [T]
`
`IPCR HO1M0004-131
`[I
`7 HO1MO004-36 [I]; HO1M0004-38 [I]; HO1M0004-505 [I];
`
`
`HO1M0004-525 [
`7 HO1MO010-052 [I]; HO1M0010-0567 [1]; HO1M0010-0569 [T]
`
`|
`|
`|
`
`
`
`
`
`
`
`
`
`7
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`a
`
`
`
`
`
`
`
`
`
`
`

`

`9/15/2021
`
`16/495,937
`
`
`
`IT
`
`52-2 (Electrochemical, Radiational, and Thermal Energy Technology)
`ce
`elec vehicle power source neonayg siastseliyse secondary battery
`ST
`
`IT Battery anodes
`Battery cathodes
`Electric vehicles
`Lithium-ion secondary Satterias
`et art
`(manag. Slectralyte secondary battery
`used as power source for elec. vehicle)
`Carbon black
`
`Fluoropolymers
`Styrene-butadiene rubber
`RL: TEM (Technical or engineered material use); USES (Uses)
`SE en anew Seed eetog
`Sw fete
`oy
`(manag. alectralyts secondary battery
`
`
`
`IT
`
`IT
`
`IT
`
`IT
`
`IT
`
`IT
`
`alyte secondary
`SIM
`Sattery used as power source for elec. vehicle)
`21806-61-1
`
`L: TEM (Technical or engineered material use); USES (Uses)
`(additive; nenay. alactroalyts secondary
`Sattery used as power source for elec. vehicle)
`7429-90-5, Aluminum, uses
`7440-50-8, Copper, uses
`RL: TEM (Technical or engineered material use); USES (Uses)
`(Said; monag. aleactraiyte secondary
`Sattery used as power source for elec. vehicle)
`96-49-1, 1,3-Dioxolan-2-one
`105-58-8
`21324-40-3
`RL: NUU (Other use, unclassified); USES (Uses)
`(Ramag. Mlactralyte secondary battery
`used as power source for elec. vehicle)
`SAL Sy 58-83-08, Aluminum cobalt lithium nickel oxide
`(AL0.03C00.07L11. 05Ni0. 902)
`RL: SPN (Synthetic preparation); TEM (Technical or engineered material
`use); PREP (Preparation); USES (Uses)
`(manag. Slectralytes secondary battery
`used as power source for elec. vehicle)
`79-20-9
`872-50-4, uses
`JSAA-S8<8, Tungsten oxide (WO3), uses
`7439-93-2, Lithium, uses
`7440-02-00, Nickel, uses
`FAIN Si 3,
`
`Silicon, uses
`YSSA~RS-8, Silica, uses
`7782-42-5, Graphite,
`uses
`9004-32-4
`24937-79-9
`SIARG-SO“8, Lithium tungsten
`oxide
`RL: TEM (Technical or engineered material use); USES (Uses)
`(Ramag. Mlactralyte secondary battery
`used as power source for elec. vehicle)
`9003-55-8
`RL: TEM (Technical or engineered material use); USES (Uses)
`(styrene-butadiene rubber; momag. Sactralyts
`secondary Mattary used as power source for elec. vehicle)
`
`
`
`RETABLE
`
`| Referenced
`| Referenced Work
`| VOL | PG
`|Year
`Referenced Author
`| File
`|
`(RWK)
`| (RPY) | (RVL) | (RPG)
`(RAU)
`SS See se se Se ee Se Se See Sf SSSees} Se ee ss fees se ee eee ee Sse eee} SS SS SSS SS
`
`
`
`Anon
`MIYASAKA HANAKO
`URATA SHO
`
`[2012 |
`|2013 |
`[2016 |
`
`
`
`|
`
`|
`
`|
`
`|JP 2012508444 A
`|JP 2013239466 A
`|WO 2016017092 Al
`
`
`
`| HCAPLUS
`| HCAPLUS
`
`
`
`L81
`
`ANSWER 3 OF 10 HCAPLUS
`
`COPYRIGHT 2021 ACS on SIN
`
`8
`
`

`

`9/15/2021
`
`16/495,937
`
`
`2020:12066 HCAPLUS &
`
`172:115550
`Electrode structure capable of reducing internal
`Hy
`Se wer Ped cee g
`IS
`and &
`QMAIUS
`resistance,
`secondary
`IWS PLAC UTIAcYES
`Saltery
`Yoshii, Kazuhiro
`ny
`Dara een fs
`Tavand Tagesds
`SRMASGNAGS
`SRL
`AREA AVL
`
`
`JAPAN
`PCT
`Int. Appl., 32pp.
`CODEN: PIXXD2
`Patent
`
`ews cane Seo
`Dke
`Srapar ty §
`
`ACCESSION NUMBER:
`DOCUMENT NUMBER:
`TITLE:
`
`INVENTOR (S) :
`PATENT ASSIGNEE(S) :
`
`SOURCE :
`
`DOCUMENT TYPE:
`
`LANGUAGE :
`FAMILY ACC. NUM. COUNT:
`PATENT INFORMATION:
`PATENT NO.
`
`Japanese
`1
`
`KIND DATE
`
`APPLICATION NO.
`
`DATE
`
`20190222
`20190222
`20201209
`A 20180628
`W 20190222
`
`
`
`WO 2019-JP6875
`CN 2019-80031426
`US 2020-16973622
`JP 2018-122 882
`WO 2019-JP6875
`
`
`
`STATUS DATE
`
`WO 2020003605
`
`CN 112106231
`US 20210249642
`PRIORITY APPLN.
`INFO.:
`
`
`
`Al
`A
`Al
`
`
`
`20200102
`20201218
`20210812
`
`
`
`
`
`PATENT STATUS PATENT INFORMATION:
`PATENT NO.
`KIND STATUS
`
`
`
`
`
`
`IT
`
`
`
`
`
`
`
`
`20201219
`Al
`Alive
`WO 2020003605
`20201224
`A
`Alive
`CN 112106231
`20210820
`Al
`Alive
`US 20210249642
`ASSIGNMENT HISTORY FOR US PATENT AVAILABLE IN LSUS DISPLAY FORMAT
`AB
`The mamag. slectralyts secondary Sattary comprises: a cathode; an
`anode; a heat-resistant ayss that is formed on at least one of the
`
`cathode and anode; and a momag. sieatsoiyts, wherein the
`heat-resistant iayser includes heat-resistant particles, at least the
`surface of heat-resistant particles including a metal compd.,
`the av.
`thickness of the heat-resistant itayer is within the range 0.5-5pm,
`the porosity of the heat-resistant Sayer is 25-55%,
`the av. surface
`roughness (Ra) of the heat-resistant Aayss is 0-0.35pm, and the
`
`electronegativity of metal
`ions of the metal compd. is at least 13.5.
`LALS~S8-8, Tungsten oxide (WO3), uses
`FESA~RE-8,
`
`
`lica, uses
`LOIS FF o38-G, Tungsten hydroxide
`USSSSs~- Fh<98, Tungsten hydroxide oxide
`SASKHN~ {8~7F,,
`Silicon hydroxide oxide
`PRNSSS8-3h-G, Aluminum cobalt lithium
`nickel oxide (A10.03Co00.09LiNi0.8802)
`RL: TEM (Technical or engineered material use); USES (Uses)
`(electrode structure capable of reducing internal resistance, and
`non-ag. alackralyte secondary
`Sa ttery)
`1314-35-8
`
`
`
`
`RN
`
`HCAPLUS
`
`CN
`
`Tungsten oxide (WO3)
`
`(CA INDEX NAME)
`
`9
`
`oFoq
`
`RN
`CN
`
`HCAPLUS
`7631-86-9
`Silica
`(CA INDEX NAMB)
`
`

`

`9/15/2021
`
`16/495,937
`
`RN
`CN
`
`HCAPLUS
`107477-35-0
`Tungsten hydroxide
`
`(CA INDEX NAME)
`
`Component
`
`Ratio
`
`Component
`|
`Registry Number
`|
`==SSSSSSfSS SS SSSS
`
`HO
`W
`
`RN
`CN
`
`|
`|
`
`x
`x
`
`HCAPLUS
`159234-74-9
`Tungsten hydroxide oxide
`
`14280-30-9
`7440 -33-7
`
`(CA INDEX NAME)
`
`Component
`
`Ratio
`
`Component
`|
`Registry Number
`|
`==SSSSSSfSS SS SSSS
`
`|
`|
`|
`
`x
`x
`x
`
`
`
`17778 -80-2
`14280-30-9
`7440 -33-7
`
`HCAPLUS
`916888-48-7
`Silicon hydroxide oxide
`
`(CA INDEX NAME)
`
`
`
`Component
`
`Component
`|
`|
`| Registry Number
`|
`==SSSSSSfSS SS SSSS
`
`Ratio
`
`|
`|
`|
`
`x
`x
`x
`
`|
`|
`|
`
`
`
`17778 -80-2
`14280-30-9
`7440 -21-3
`
`1809559-35-0 HCAPLUS
`
`Aluminum cobalt lithium nickel oxide (A10.03Co0.09LiNi0.8802)
`NAME)
`
`(CA INDEX
`
`O
`HO
`W
`
`RN
`CN
`
`Oo
`HO
`Si
`
`RN
`
`CN
`
`0
`Co
`Ni
`Li
`Al
`
`
`
`Component
`
`Ratio
`
`
`
`2
`0.09
`0.88
`1
`0.03
`
`
`
`Component
`Registry Number
`
`17778 -80-2
`7440 -48-4
`7440-02-0
`7439-93-2
`7429-90-5
`
`
`
`
`
`
`IPCI HO1M0004-13 [I]; HO1M0002-16 [T]
`
`ITPCR HO1M0004-13 [I]; HO1M0002-16 [TI]
`52-2 (Electrochemical, Radiational, and Thermal Energy Technology)
`ce
`electrode structure momag electrolyte secondary Sattexy
`ST
`
`IT
`Electrodes
`Heat-resistant materials
`
`IT
`
`(electrode structure capable of reducing internal resistance, and
`
`
`
`
`menc-ag. slectralyte secondary
`
`Sa ttary)
`Secondary batteries
`(manag. Slectralyte; electrode structure capable of
`reducing internal resistance, and sen-ag.
`10
`
`

`

`9/15/2021
`
`16/495,937
`
`IT
`
` Silicon hydroxide
`
`
`
`Sete wes
`wk
`x
`x
`sw
`ow
`glactraliygts secondary battary
`1313-96-8, Niobium oxide
`1313-27-5, Molybdenum oxide (Mo03), uses
`(Nb205)
`LSXS~SH-8, Tungsten oxide (WO3), uses
`1343-98-2,
`7429-90-5, Aluminum, uses
`7440-02-00, Nickel, uses
`7440-50-8, Copper, uses
`YSSA~SE-8, Silica, uses
`7782-42-5,
`Graphite, uses
`12651-23-9, Titanium hydroxide
`12710-38-2, Niobium
`hydroxide
`12738-89-5, Titanium hydroxide oxide
`13463-67-7, Titanium
`oxide, uses
`18282-10-5, Tin oxide (Sn02)
`21324-40-3, Lithium
`hexafluorophosphate
`37349-30-7, Niobium hydroxide oxide
`39311-68-7,
`Tin hydroxide
`LOIS F+S8-0, Tungsten hydroxide
`126853-99-4,
`Molybdenum hydroxide
`148522-99-0, Tin hydroxide oxide
` hydroxide oxide
`SA~FASS, Tungsten hydroxide oxide
`159654-40-7, Molybdenum
`STSNHS-A8—¥, Silicon hydroxide oxide
`LRN SHHQ~H<Q, Aluminum cobalt lithium nickel oxide
`(A10. 03C00. 09L4Ni 0. 8802)
`RL: TEM (Technical or engineered material use); USES (Uses)
`(electrode structure capable of reducing internal resistance, and
`‘e
`Se
`Q
`mem-ag. aleotralyte secondary
`ae
`Sa ttary)
`
`RETABLE
`
`| Referenced
`| Referenced Work
`PG
`| VOL
`|Year
`Referenced Author
`
`
`(RAU) | (RPY) | (RVL)|(RPG) | (RWK) | File
`
`
`==SSSSeSSSS Se} Se ee eS Se SeSeSS SY} SSSS
`
`
`
`
`
`
`
`[2010 |
`[2010 |
`[2017 |
`| 2009 |
`|2018 |
`[2013 |
`|2018 |
`
`Anon
`Anon
`TSHIHARA YUYA
`KUROKI YASUYOSHI
`TAKEZAWA HIDEHARU
`WATANABE TOSHIYUKI
`YASUDA KAZUHIRO
`
`
`
`INVENTOR (S) :
`PATENT ASSIGNEE (S):
`SOURCE:
`
`|JP 4476254 B2
`|JP 4602254 B2
`[JP 2017073317 A
`| JP 2009181756 A
`
`[WO 2018179900 Al
`| JP 2013191550 A
`| JP 2018160420 A
`
`
`
`
` ae
`
`| HCAPLUS
`| HCAPLUS
`| HCAPLUS
`| HCAPLUS
`| HCAPLUS
`| HCAPLUS
`| HCAPLUS
`
`
`
`COPYRIGHT 2021 ACS on STN
`ANSWER 4 OF 10 HCAPLUS
`L81
`
`ACCESSION NUMBER:
`2019:1469993 HCAPLUS
`
`DOCUMENT NUMBER:
`171:265372
`Positive electrode comprising aluminum and gold for
`TITLE:
`suppressing heat generation abnormality, and
`MOMAQUASNS Slactraiyts secondary Battery
`Shimada, Toshiki
`®
`SSHLG Sateligotual Sroperhy Namagameans Co., Le.
`
`
`PCT.“Int. Appl., 23pp.
`
`DOCUMENT TYPE:
`
`LANGUAGE :
`FAMILY ACC. NUM. COUNT:
`PATENT INFORMATION:
`PATENT NO.
`WO 2019146413
`CN 111033820
`EP 3745501
`US 20200365908
`PRIORITY APPLN.
`INFO.:
`
`
`
`CODEN: PIXXD2
`Patent
`
`Japanese
`1
`
`KIND DATE
`Al
`20190801
`A
`20200417
`
`Al
`20201202
`
`Al
`20201119
`
`
`
`PATENT STATUS PATENT INFORMATION:
`PATENT NO.
`KIND STATUS
`
`APPLICATION NO.
`WO 2019-JP475
`CN 2019-80003807
`EP 2019-743729
`US 2020-16638385
`JP 2018-9036
`WO 2019-JP475
`
`STATUS DATE
`
`
`
`11
`
`DATE
`
`20190110
`
`20190110
`
`20190110
`20200211
`A 20180123
`W 20190110
`
`
`
`
`
`
`
`

`

`9/15/2021
`
`16/495,937
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`20201219
`Al
`Alive
`WO 2019146413
`
`20201120
`A
`Alive
`CN 111033820
`20201203
`Al
`Alive
`EP 3745501
`
`20201127
`Al
`Alive
`US 20200365908
`ASSIGNMENT HISTORY FOR US PATENT AVAILABLE IN LSUS DISPLAY FORMAT
`AB
`A pos. electrode according to one embodiment of the present invention is
`provided with: a pos. electrode collector; a pos. electrode mixt.
`layar
`which is formed on at least one surface of the pos. electrode collector;
`and an intermediate iayss which is interposed between the pos. electrode
`collector and the pos. electrode mixt.
`iJaysax.
`The intermediate Jayar
`
`is configured from:
`insulating inorg. particles that have a thermal cond.
`of <50 W/mK; highly heat conductive particles that have a thermal cond. of
`50 W/mK or more; a thermoplastic resin; and a polyvinylidene fluoride.
`The content of the inorg. particles is 50% by mass or more relative to the
`mass of the intermediate iJayss.
`FARO. IIHF,
`RINeSi-s, Silicon carbide (SiC), uses
`Tungsten, uses
`VSOSS~8$~-S8, Silicon nitride (Si3N4), uses
`VASSLH<H59~+1, Cobalt lithium manganese nickel oxide
`(CoO. 2LiMn0.3Ni0. 502)
`RL: TEM (Technical or engineered material use); USES (Uses)
`(pos. electrode comprising aluminum and gold for suppressing heat
`generation abnormality, and momag. aleotroiyts
`secondary Sattery)
`409-21-2 HCAPLUS
`Silicon carbide (SiC)
`
`IT
`
`RN
`CN
`
`
`
`(CA INDEX NAME)
`
`**x*x STRUCTURE DIAGRAM IS NOT AVAILABLE ***
`RN
`7440-33-7
`HCAPLUS
`
`CN
`
`Tungsten
`
`(CA INDEX NAME)
`
`W
`
`12033-89-5 HCAPLUS
`RN
`(CA INDEX NAME)
`Silicon nitride (Si3N4)
`CN
`*x** STRUCTURE DIAGRAM IS NOT AVAILABLE ***
`
`
`RN
`193215-53-1
`HCAPLUS
`CN
`Cobalt lithium manganese nickel oxide (Co0.2LiMn0.3Ni0. 502)
`NAME)
`
`(CA INDEX
`
`
`
`
`TPCR HO1M0004-13 [I]; HO1M0004-66 [I]
`
`
`Oo
`Co
`Ni
`Mn
`Li
`
`
`
`ce
`ST
`IT
`
`
`TPCI HO1MO0004-13 [I]; HO1M0004-66 [I]
`
`Component
`
`Ratio
`
`2
`0.2
`0.5
`0.3
`1
`
`Component
`Registry Number
`
`17778 -80-2
`7440 -48-4
`7440 -02-0
`7439-96-5
`7439 -93-2
`
`
`
`
`
`52-2 (Electrochemical, Radiational, and Thermal Energy Technology)
`aluminum gold pos electrode momag gisetrolyts secondary Sabtersy
`
`Secondary Bats
`S
` ran
`(manay. Siectralyts; pos. electrode comprising
`aluminum and gold for suppressing heat generation abnormality, and
`memag. aigotsaiyts secondary bathesy)
`12
`
`

`

`9/15/2021
`
`16/495,937
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`Polyimides
`RL: TEM (Technical or engineered material use); USES (Uses)
`(polyamide-; pos. electrode comprising aluminum and gold for
`suppressing heat generation abnormality, and nonay.
`eieetralyts secondary Battery)
`Polyamides
`RL: TEM (Technical or engineered material use); USES (Uses)
`(polyimide-; pos. electrode comprising aluminum and gold for
`suppressing heat generation abnormality, and moma.
`aiactraiyts secondary battery)
`Sattery cathodes
`(pos. electrode comprising aluminum and gold for suppressing heat
`generation abnormality, and semag. gieateraliyts
`secondary battery)
`IT Acrylic polymers
`Fluoropolymers
`Polycarbonates
`Polyolefins
`Polyurethanes
`Styrene-butadiene rubber
`RL: TEM (Technical or engineered material use); USES (Uses)
`(pos. electrode comprising aluminum and gold for suppressing heat
`generation abnormality, and momag. glaotroiyts
`secondary Sattery)
`1344-28-1, Aluminum
`IVS is, Silicon carbide (SiC), uses
`YSRQ~Qg~F, Tungsten,
`oxide, uses
`7429-90-5, Aluminum, uses
`uses
`7440-50-8, Copper, uses
`7440-57-5, Gold, uses
`7782-42-5,
`Graphite, uses
`9003-53-6, Polystyrene
`9004-32-4, Sodium
`
`
`carboxymethylcellulose
`10043-11-5, Boron nitride, uses
`
`LSHSS8~-S$-S8, Silicon nitride (Si3N4), uses
`13463-67-7, Titanium
`oxide, uses
`21324-40-3
`24304-00-5, Aluminum nitride
`24937-79-9,
`Polyvinylidene fluoride
`{IAAS~ SIL, Cobalt lithium manganese
`nickel oxide (Co0.2LiMn0. 3Ni0.502)
`RL: TEM (Technical or engineered material use); USES (Uses)
`(pos. electrode comprising aluminum and gold for suppressing heat
`generation abnormality, and semag. sieateraliyts
`secondary Battery)
`9003-55-8
`RL: TEM (Technical or engineered material use); USES (Uses)
`(styrene-butadiene rubber; pos. electrode comprising aluminum and gold
`for suppressing heat generation abnormality, and meomay.
`slactralyts secondary battery)
`
`
`
`
`
`IT
`
`IT
`
`IT
`
`IT
`
`IT
`
`RETABLE
`
`
`
`
`
`| Referenced
`| Referenced Work
`PG
`| VOL
`|Year
`Referenced Author
`
`
`(RAU) | (RPY) | (RVL)|(RPG) | (RWK) | File
`
`
`=sSo SS SSSS Se Se Se ee eS} Se} See} Se Se ee fe ee ee Seee SS Se Se eS} Se SeSS
`
`
`
`ENDO KAZUKI
`FUJITA SHIN
`MIYAKT YUKIO
`SHIOZAKI TOMOKI
`SUGITA YASUNARI
`OS.CITING REF COUNT:
`
`
`
`
`
`
`
`
`
`|2016 |
`|2016 |
`|2012 |
`|2016 |
`[2016 |
`1
`
`| HCAPLUS
`| JP 2016072221 A
`
`| HCAPLUS
`|JP 2016186933 A
`| HCAPLUS
`| JP 2012142297 A
`
`| HCAPLUS
`|JP 2016127000 A
`
`| HCAPLUS
`|JP 2016164868 A
`THERE ARE 1 CAPLUS RECORDS THAT CITE THIS RECORD
`
`
`
`
`
`
`
`
`(1 CITINGS)
`
`COPYRIGHT 2021 ACS on STN
`ANSWER 5 OF 10 HCAPLUS
`L81
`ACCESSION NUMBER:
`2018:1846580 HCAPLUS ¥
`13
`
`
`
`

`

`9/15/2021
`
`16/495,937
`
`x
`
`y
`
`:
`
`oy ots
`
`°
`
`yy
`
`1
`
`
`Non-aquects gigetreiyts secondary ogil using
`lithium transition metal oxid
`
`
`Katauners
`nN
`See
`SERERRE, Bo, Takashi;
`a
`Sy
`ey
`o
`o
`So
`N Va
`estesass
`Yo
`Shes
`See Wee
`AMAVOBA Totaliechual Sraperthy Nanagamant
`os
`ks
`
`DOCUMENT NUMBER:
`TITLE:
`
`INVENTOR (S) :
`PATENT ASSIGNEE(S) :
`
`SOURCE :
`
`DOCUMENT TYPE:
`
`LANGUAGE :
`FAMILY ACC. NUM. COUNT:
`PATENT INFORMATION:
`PATENT NO.
`WO 2018179901
`CN 110402515
`US 20200144606
`PRIORITY APPIN.
`INFO.:
`
`PCT Int. Appl.,
`CODEN: PIXXD2
`Patent
`
`Japanese
`1
`
`KIND DATE
`
`Al
`20181004
`
`A
`20191101
`Al
`20200507
`
`APPLICATION NO.
`WO 2018-JP4548
`CN 2018-80017337
`US 2019-16495937
`JP 2017-60565
`WO 2018-JP4548
`
`DATE
`20180209
`20180209
`20190920
`A 20170327
`W 20180209
`
`
`
`
`
`PATENT STATUS PATENT INFORMATION:
`PATENT NO.
`KIND STATUS
`
`STATUS DATE
`
`
`WO 2018179901
`Al
`Alive
`20201203
`
`CN 110402515
`A
`Alive
`20201121
`US 20200144606
`Al
`Alive
`20201120
`ASSIGNMENT ETSTORY FOR US PATENT AVAILABLE IN LSUS DISPLAY FORMAT
`AB
`The nemay. alectralyts secondary osli comprises a pos. electrode
`that includes a lithium transition metal oxide as a pos. electrode active
`
`substance; a neg. electrode that includes a carbon material as a neg.
`electrode active substance; and a mamay. alectrsiyts.
`The lithium
`transition metal oxide includes tungsten and silicon, and the tungsten and
`Silicon are attacked to the gsurfass of the carbon material
`constituting the neg. electrode active substance.
`The amt. of the
`tungsten attaches to the surfaces of the carbon material is no more
`than twice the amt. of the silicon attaschet to the surface of the
`
`carbon material as a mole ratio.
`
`
`Silicon,
`VSLR~38-8, Tungsten oxide, uses
`
`
`“8&8, Silica,
`uses
`Y, Tungsten, uses
`*~L 3-8, Aluminum cobalt lithium nickel oxide
`uses
`LSSSKS-98~2, Cobalt lithium manganese nickel oxide
`
`RL: TEM (Technical or engineered material use); USES (Uses)
`(ram-ag. Slectraty Ss sacandary
`aelt using lithium transition metal oxide)
`1314-35-8
`HCAPLUS
`Tungsten oxide (WO3)
`
`
`
`
`
`
`
`IT
`
`RN
`CN
`
`
`
`(CA INDEX NAME)
`
`G
`
`als.
`a So
`
`RN
`
`CN
`
`7440-21-3
`
`HCAPLUS
`
`Silicon
`
`(CA INDEX NAME)
`
`ws4
`
`14
`
`

`

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`
`16/495,937
`
`7440-33-7
`Tungsten
`
`HCAPLUS
`(CA INDEX NAME)
`
`Ww
`
`HCAPLUS
`7631-86-9
`Silica
`(CA INDEX NAME)
`
`
`
`
`
`
`
`IPCI HO1M0010-0525 [I];
`HO1M0004-36 [I];
`HO1MO0004-505 [I]; HO1M0004-587 [I wu
`
`
`
`
`
`IPCR HO1M0010-0525 [I];
`HO1M0004-36 [I
`HO1M0004-505 [I]; HO1M0004-587 [TI]
`wu
`al, Radiational, and Thermal Energy Technology)
`cc
`52-2 (Electrochemic
`Soma Sigetrolyts s
`econdary Sattery lithium transition metal oxide
`
`Secondary Sat
`8
` Toes oe
`ete
`oo
`ee
`
`&
`(Nama.
`YES; RON—-AQ.
`
`x
`Sleatralyes seag
`malary oelt using Lithium
`transition metal
`oxide)
`attery anodes
`ay
`ey cathodes
`(manag. aleokso
`eelti using lithi
`Carbon black
`
`Fluoropolymers
`Styrene-butadiene rubber
`or engineered material use); USES (Uses)
`RL: TEM (Technical
`(man-ag. Sileetxso
`dys aecondary
`aeit using lithi
`um transition metal oxide)
`arbonate
`554-13-2, Lithium c
`RL: RCT (Reactant);
`(nam—aqg. alackro
`mali using lithi
`96-49-1, Ethylene c
`
`IT
`
`IT
`
`IT
`
`IT
`
`Yerkes Seconda Lv
`AYES SSCOHGANY
`um transition metal oxide)
`
`RACT (Reactant or reagent)
`Syke sacondary
`um transition metal oxide)
`arbonate
`616-38-6, Dimethyl carbonate
`
`623-53-0,
`
`15
`
`HCAPLUS
`177997-13-6
`Aluminum cobalt lit
`hium nickel oxide
`
`(CA INDEX NAME)
`
`Ra
`
`tio
`
`x
`
`Component
`Registry Number
`
`17778 -80-2
`7440 -48-4
`7440 -02-0
`7439-93-2
`7429-90-5
`
`HCAPLUS
`182442-95-1
`Cobalt lithium mang
`anese nickel oxide
`
`(CA INDEX NAME)
`
`
`
`Component
`Registry Number
`
`17778 -80-2
`7440 -48-4
`7440 -02-0
`7439-96-5
`7439-93-2
`
`
`
`.¥.¥
`
`Component
`
`Ra
`
`tio
`
`x
`
`
`
`
`
`
`
`
`
`RN
`CN
`
`RN
`CN
`
`RN
`CN
`
`RN
`CN
`
` ST
`
`IT
`
`

`

`9/15/2021
`
`16/495,937
`
`ungsten oxide, uses
`Silicon, uses
`
`e>
`
`8*
`
`
`, T
`aS
`
`A~-3
`742 9- 90-5, Aluminum, uses
`7440- 44-0, Carbon, uses
`§
`_
`Tungsten, uses
`9000-11-7,
`7782-42-5, Graphite, uses
`S8~8, Silica, uses
`9004-32-4, Sodium CMC
`9002-88-4, Polyethylene
`arboxymethylcellulose
`
`LYIRSF-LS~S,
`21324-40-3
`24937-79-9, Polyvinylidene fluoride
`
`Aluminum cobalt lithium nickel oxide
`TSRAAS~SH—-1, Cobalt
`lithium manganese nickel oxide
`RL: TEM (Technical or engineered material use); USES (Uses)
`(man-aAq. Sleckrolyts secondary
`osii using lithium transition metal oxide)
`9003-55-8
`RL: TEM (Technical or engineered material use);