January 11, 2022
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` USE IS SUBJECT T
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`COPYRIGHT (C)
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`a
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`ED AT 13:39:58 ON 11 JAN 2022
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`OT
`HE T
`ERMS OF YOUR STN CUSTOM
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`(ACS)
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`2022 American Chemical Society
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`=> D HIS NOFILE
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`"TAKAHASHI T"/AU
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`"TAKAHASHI TAKAHIRO"/AU
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`"TAKEZAWA H"/AU
`"TAKEZAWA HIDEHARU"/AU
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`"SHIOZAKI T"/AU
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`"SHIOZAKI TOMOKI"/AU
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`"TAKAHASHI NAME NOT TRANSLATED"/AU
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`"SHIOZAKI NAME NOT TRANSLATED"/AU
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`FILE 'HCAPLUS' ENTERED AT 11:03:53 ON 11 JAN 2022
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`E US2020-16733615/APPS
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`1 SEA SPE=ON ABB=ON
`PLU=ON US2020-16733615/AP
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`E TAKAHASHI T/AU
`PLU=ON
`3322 SEA SPE=ON ABB=ON
`E TAKAHASHI TAKAHIRO/AU
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`141 SEA SPE=ON ABB=ON
`PLU=ON
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`E TAKEZAWA H/AU
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`9 SEA SPE=ON ABB=ON
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`90 SEA SPE=ON ABB=ON
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`E SHIOZAKI T/AU
`26 SEA SPE=ON ABB=ON
`E SHIOZAKI TOMOKI/AU
`39 SEA SPE=ON ABB=ON
`E TAKAHASHI NAME/AU
`353 SEA SPE=ON ABB=ON
`E TAKEZAWA NAME/AU
`E SHIOZAKI NAME/AU
`3 SEA SPE=ON ABB=ON
`E PANASONIC/CO
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`156742 SEA SPE=ON ABB=ON
`PLU=ON
`(PANASONIC+ALL/CO,CS,PA OR
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`"PANASONIC AGEFRE FREE CO LTD"+ALL/CO,CS,PA OR "PANASONIC
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`AGEFRE FREE SHOPS CO LTD"+ALL/CO,CS,PA OR "PANASONIC APPLIANCES
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`22310 SEA SPE=ON ABB=ON
`("PANASONIC INTELLECTUAL PROPERTY
`PLU=ON
`MANAGEMENT CO LT D"+ALL/CO,CS,PA OR "PANASONIC INTELLECTUAL
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`PROPERTY MANAGEMENT CO LTD"+ALL/CO,CS,PA OR "PANASONIC
`160554 SEA SPE=ON ABB=ON
`PLU=ON
`(L2 OR L3 OR L4 OR L5 OR L6 OR LT
`OR L8 OR L9 OR L10 OR L11)
`SEL
`Li RN
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`FILE 'REGISTRY' ENTERED AT 11:29:48 ON 11 JAN 2022
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`(10377-52-3/BI OR 11129-60-5/BI OR
`PLU=ON
`39 SEA SPE=ON ABB=ON
`12057-24-8/BI OR 12321-65-2/BI OR 13092-66-5/BI OR 1314-56-3/BI
`OR 1344-28-1/BI OR 13453-80-0/BI OR 13463-67-7/BI OR 13465-96-
`8/BI OR 13530-50-2/BI OR 13772-29-7/BI OR 15438-04-7/BI OR
`15804-33-8/BI OR 18681-87-3/BI OR 193215-53-1/BI OR 2268701-85-
`3/BI OR 24937-79-9/BI OR 33943-39-4/BI OR 668998-68-3/BI OR
`7447-41-8/BI OR 7558-79-4/BI OR 7558-80-7/BI OR 7601-54-9/BI
`OR 7631-86-9/BI OR 7681-65-4/BI OR 7757-87-1/BI OR 7757-93-9/BI
`OR 7758-11-4/BI OR 7758-87-4/BI OR 7778-53-2/BI OR 7778-77-0/B
`I OR 7782-42-5/BI OR 7782-64-1/BI OR 7783-46-2/BI OR 7783-96-2/
`BI OR 89091-94-1/BI OR 9003-55-8/BI OR 9004-32-4/BI)
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`E ALUMINA/CN
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`1 SEA SPE=ON ABB=ON
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`E TITANIA/CN
`1 SEA SPE=ON ABB=ON
`E SILICA/CN
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`TITANIA/CN
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`January 11, 2022
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`PLU=ON
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`(L14 OR L15 OR L16 OR L117)
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`2
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`"H3 04 P
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`"H3 04 P
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`3 NA"/MF AND L13
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`P"/MF AND L13
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`"H3 O04 P
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`3/4 ZR"/MEF
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`PLU=ON
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`"CA
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`H3 04 P"/MF AND L13
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`PLU=ON
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`"H3 04 P
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`LI"/MF AND L13
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`"H3 04 P
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`2 LI"/MF
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`"CA
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`2/3 H3 04 P"/MF AND L13
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`PLU=ON
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`"H3 O04
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`K"/MF AND L113
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`3/2 MG"/MF AND L13
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`FA SPE=ON ABB=ON
`SCA
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`PLU=ON
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`H3 04 P
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`FA SPE=ON ABB=ON
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`H3 04 P
`3 K/MF
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`FA SPE=ON ABB=ON
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`H3 04 PP.
`3 NA/MF
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`FA SPE=ON ABB=ON
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`LI .N.O P/MF
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`H3 04 P
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`CA
`H3 04 P/MF
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`H3 04 P
`LI/MF
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`CA . 2/3 H3 04 P/MF
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`H3 04
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`PLU=ON
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`H3 04
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`FA SPE=ON ABB=ON
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`FA SPE=ON ABB=ON
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`H3 04
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`1/2 MG/MF
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`FA SPE=ON ABB=ON
`PLU=ON
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`FA SPE=ON ABB=ON
`H3 04
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`2 NA/MF
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`PLU=ON
`FA SPE=ON ABB=ON
`2 NA"/MF AND L13
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`AOONNANUNUANYANANANKNYAUNUAUNEANANAUNUAYKNYANHANANRANYANON
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`H7HAuUANUANANAUNUAKNVAWNAHYNAWN
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`AL .
`3 H3 04 P/MF
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`EFA SPE=ON ABB=ON
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`FA SPE=ON ABB=ON
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`O05 P2/MF
`FA SPE=ON ABB=ON
`LI2 O/MF
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`FA SPE=ON ABB=ON
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`CU
`H 03 P/MF
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`EFA SPE=ON ABB=ON
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`CU I/MF
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`FA SPE=ON ABB=ON
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`AG
`H 03 P/MF
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`EFA SPE=ON ABB=ON
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`AG I/MF
`PLU=ON
`FA SPE=ON ABB=ON
`H7 O16 P5
`7 LI/MF
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`PLU=ON
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`January 11, 2022
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`FILE 'HCAPLUS' ENTERED AT 12:26:10 ON 11 JAN 2022
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`3871 SEA SPE=ON ABB=ON
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`2106 SEA SPE=ON ABB=ON
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`9964 SEA SPE=ON ABB=ON
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`1 SEA SPE=ON ABB=ON
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`51529 SEA SPE=ON ABB=ON
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`56 SEA SPE=ON ABB=ON
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`L46
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`2 SEA SPE=ON ABB=ON
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`5185 SEA SPE=ON ABB=ON
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`5 SEA SPE=ON ABB=ON
`PLU=ON
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`157 SEA SPE=ON ABB=ON
`PLU=ON
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`1 SEA SPE=ON ABB=ON
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`L57 AND L58
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`3 SEA SPE=ON ABB=ON
`PLU=ON
`L58 AND L59
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`202246 SEA SPE=ON ABB=ON
`L48 OR (L61 OR L62 OR L63 OR L64
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`OR L65)
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`OR POSITIVE? OR CATHOD
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`PLU=ON
`((POS#
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`OR POSITROD
`(ACTIVE? OR ELECTRODE#
`OR MATERIAL)
`A)
`OR CATHOD
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`OR ACTIV? (2A) (MATERIAL OR COMPOSITE OR COMPOUND) )
`
`QUE SPE=ON ABB=ON
`PLU=ON
`(INHIBIT? OR PROOF? OR IMPED? OR
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`HINDER? OR BLOCK? OR ELIMINAT? OR SUPPRESS? OR PROHIBIT? OR
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`ARREST? OR PREVENT? OR PROTECT?)
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`OR DAMAG? OR
`(REACT? OR RXN#
`QUE SPE=ON ABB=ON
`PLU=ON
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`DETERIORAT? OR DEGRAD? OR DECAY? OR DEGENERAT?)
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`QUE SPE=ON ABB=ON
`(FILM? OR THINFILM? OR LAYER? OR
`PLU=ON
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`OVERLAY? OR OVERLAID? OR LAMIN? OR LAMEL? OR SHEET? OR LEAF?
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`OR FOIL? OR COAT? OR TOPCOAT? OR OVERCOAT? OR VENEER? OR
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`SHEATH? OR COVER? OR ENVELOP? OR ENCAS? OR ENWRAP? OR OVERSPREA
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`D? OR ENCAPS? OR MULTILAY?)
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`QUE SPE=ON ABB=ON
`PLU=ON
`(SANDWICH? OR MIDDLE? OR MID OR
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`BETWEEN? OR BETWIXT? OR CENTER? OR INTERMEDIAT? OR CENTRAL? OR
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`CORE OR INSIDE? OR INNER? OR INTERIOR? OR INTERNAL?)
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`1031653 SEA SPE=ON ABB=ON
`PLU=ON
`L71 (3A) L70
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`24921 SEA SPE=ON ABB=ON
`PLU=ON
`L66 AND L47
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`1420 SEA SPE=ON ABB=ON
`PLU=ON
`1L73 AND L67
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`94 SEA SPE=ON ABB=ON
`PLU=ON
`L74 AND L72
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`467797 SEA SPE=ON ABB=ON
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`5 SEA SPE=ON ABB=ON
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`0 SEA SPE=ON ABB=ON
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`3 SEA SPE=ON ABB=ON
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`91 SEA SPE=ON ABB=ON
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`4 SEA SPE=ON ABB=ON
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`87 SEA SPE=ON ABB=ON
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`PLU=ON
`58 SEA SPE=ON ABB=ON
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`PLU=ON
`37 SEA SPE=ON ABB=ON
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`E BATTERY CATHODES/CT
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`103753 SEA SPE=ON ABB=ON
`PLU=ON
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`L77 AND 1802-2017/PY,PRY,AY
`L75 NOT L79
`L80 AND
`L12
`L80 NOT L81
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`3
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`"H5 O10 P3.
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`5 LI"/MF
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`L82 AND 1802-2017/PY,PRY,AY
`183 AND 52/SC,SX
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`"BATTERY CATHODES"4+NT, PFT/CT
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`16/733,615
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`
`
`PLU=ON
`1 SEA SPE=ON ABB=ON
`
`E H5 010 P3
`.
`5 LI/MF
`
`1 SEA SPE=ON ABB=ON
`PLU=ON
`
`PLU=ON
`
`PLU=ON
`PLU=ON
`PLU=ON
`
`PLU=ON
`PLU=ON
`PLU=ON
`PLU=ON
`
`

`

`January 11, 2022
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`16/733,615
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`4
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`L86
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`L87
`L88
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`22 SEA SPE=ON ABB=ON
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`E SECONDARY BATTERIES/CT
`
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`306991 SEA SPE=ON ABB=ON
`PLU=ON
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`17 SEA SPE=ON ABB=ON
`PLU=ON
`
`PLU=ON
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`
`L184 AND L85
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`"SECONDARY BATTERIES"+NT, PFT/CT
`L86 AND L87
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`'REGISTRY' ENTERED AT 13:39:58 ON 11 JAN 2022
`FILE
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`=> FILE HCAP
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`FILE 'HCAPLUS' ENTERED AT 13:40:59 ON 11 JAN 2022
`
` USE IS SUBJECT TO THE TERMS OF YOUR STN CUSTOMER AGREEMENT.
`
`
`
`
`
`
`COPYRIGHT (C) 2022 AMERICAN CHEMICAL SOCIETY (ACS)
`
`
`
`
`
`
`
`
`=> D L81 1-4 IBIB ABS HITSTR HITIND RETABLE
`
`
`
`HCAPLUS
`
`COPYRIGHT 2022 ACS on STN
`
`2019:1103318
`171:53290
`
`HCAPLUS ¥*
`
`Nonaqueous electrolyte secondary battery using lithium
`nickel cobalt aluminum composite oxide
`Morikawa, Yuki; Sugimori, Masanori; Baba, Yasunori;
`Yanagida, Katsunori; Hirano, Nobuhiro
`
`onic Tntealiiectual Property Management Co... Bed.,
`:
`
`
`
`L81
`
`ANSWER 1 OF 4
`
`
`
`
`ACCESSION NUMBER:
`
`
`DOCUMENT NUMBER:
`
`TITLE:
`
`INVENTOR(S):
`
`
`
`
`
`PATENT ASSIGNEE (S)
`
`
`
`
`
`
`SOURCE
`
`
`
`PCT Int. Appl.,
`
`CODEN: PIXXD2
`Patent
`
`30pp.
`
`Japanese
`1
`
`
`
`
`
`DOCUMENT TYPE:
`
`LANGUAGE:
`FAMILY ACC. NUM. COUNT:
`PATENT INFORMATION:
`PATENT NO.
`KIND
` DATE
`
`
`APPLICATION NO.
` DATE
`
`
`
`Al
`A
`Al
`Al
`
`20190606
`20200421
`20201007
`20200730
`
`WO 2018-JP40793
`CN 2018-80052381
`EP 2018-883187
`US 2020-16637034
`JP 2017-229192
`WO 2018-JP40793
`
`
`
`20181102
`20181102
`20181102
`20200206
`A 20171129
`W
`20181102
`
`WO 2019107067
`CN 111052446
`EP 3719866
`US 20200243827
`PRIORITY APPLN.
`INFO.:
`
`
`
`
`
`
`PATENT STATUS PATENT INFORMATION:
` PATENT NO.
`
`
`KIND
`STATUS
` STATUS DATE
`
`
`
`20201219
`Al Alive
`WO 2019107067
`20201120
`A
`Alive
`CN 111052446
`20201201
`Al Alive
`EP 3719866
`20201121
`Al Alive
`US 20200243827
`
`
` ASSIGNMENT HISTORY FOR US PATENT AVAILABLE IN LSUS DISPLAY FORMAT
`
`The present invention relates to a nonaq. electrolyte secondary battery
`which comprises:
`a pes. elactersds, neg. electrode, and separator,
`wherein the separator includes a base, a first filler layer including
`
`the first filler
`phosphate particles formed on one surface of the base,
`
`Layer is arranged between the pos. and neg. electrodes in a state in
`
`electerede side, anda
`which the first filler layer faces the pes.
`second filler layer contg.
`inorg. particles having am.p. higher than that
`of the phosphate particles formed on the other side of the substrate, and
`
`the BET sp. surface area of the phosphate particles is 5-100 m2/g or less.
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`AB
`
`
`
`
`
`

`

`IT
`
`RN
`
`CN
`
`RN
`
`CN
`
`January 11, 2022
`
`16/733,615
`
`
`Lithium
`.
`TSSL-88-8, Silica, uses
`
`SS
`Dilithium hydrogen phosphate
`dihydrogen phosphate
`
`RL: TEM (Technical or engineered material use); USES (Uses)
`(nonag. electrolyte secondary battery using lithium nickel cobalt
`aluminum composite oxide)
`7631-86-9
`HCAPLUS
`
`
`(CA INDEX NAME)
`
`
`
`
`
`
`
`
`
`Silica
`
`
`
`QeSie
`
`13453-80-0
`
`HCAPLUS
`
`Phosphoric acid,
`
`lithium salt
`
`(1:1)
`
`
`
`
`
`(CA INDEX NAME)
`
`@
`
`HO—-P-——~OH
`
`ON
`
`RN
`
`CN
`
`33943-39-4
`HCAPLUS
`
`Phosphoric acid, dilithium salt
`
`(8CI,
`
`9CT)
`
`
`
`
`
`(CA INDEX NAME)
`
`G
`
`Ho0H
`
`QOH
`
`e 2
`
`IPCI HO1MO0002-16 [I]; HO1M0010-058 [TI]
`IPCR HO1MO0002-16 [I]; HO1M0010-058 [TI]
`
`
`52-2 (Electrochemical, Radiational, and Thermal Energy Technology)
`CC
`IT
`1318-23-6, Boehmite
`7429-90-5, Aluminum, uses
`PSI SH-8
`Silica, uses
`7782-42-5, Graphite, uses
`9002-88-4, Polyethylene
`9004-32-4, Sodium carboxymethylcellulose
`10377-52-3, Lithium phosphate
`BZSASS-8O-8, Lithium dihydrogen phosphate
`24937-79-9,
`Polyvinylidene difluoride
`28408-65-3, Poly N-vinylacetamide
`
`S33S43~-38~-4, Dilithium hydrogen phosphate
`473701-52-9, Aluminum
`
`cobalt
`lithium nickel oxide (Al10.03C00.15Li1.05Ni0.8202
`
`RL: TEM (Technical or engineered material use); USES (Uses)
`(nonag. electrolyte secondary battery using lithium nickel cobalt
`aluminum composite oxide)
`
`
`
`
`
`
`ANSWER 2 OF 4
`
`L81
`
`
`
`HCAPLUS
`
`
`
`
`
`
`
`
`
`
`
`COPYRIGHT 2022 ACS on STN
`
`2019:903118
`170:609182
`
`HCAPLUS &
`
`%
`
`athede comprising lithium hydrogen phosphate, and
`nonaqueous electrolyte secondary battery
`Ko, Takashi; Baba, Yasunori; Yanagida, Katsunori;
`Hirano, Nobuhiro; NEED8 Fumiharu
`Panasonic Fntellactual
`Seperty Management os
`
`PCT. Int. Appl., 3lpp.
`
`CODEN: PIXXD2
`Patent
`
`Retell.
`
`
`
`
`
`ACCESSION NUMBER:
`
`
`DOCUMENT NUMBER:
`
`TITLE:
`
`INVENTOR(S):
`
`
`
`
`
`
`PATENT ASSIGNEE (S)
`SOURCE
`
`
`
`
`DOCUMENT TYPE:
`
`
`
`

`

`January 11, 2022
`
`16/733,615
`
`4
`
`LANGUAGE:
`FAMILY ACC. NUM. COUNT:
`
` PATENT INFORMATION:
`PATENT NO.
`
`
`
`WO 2019087631
`CN 110892559
`EP 3706206
`US 20200152966
`PRIORITY APPLN.
`INFO.:
`
`Japanese
`1
`
`KIND
` DATE
`
`
`APPLICATION NO.
` DATE
`
`
`Al
`A
`Al
`Al
`
`20190509
`20200317
`20200909
`20200514
`
`WO 2018-JP36210
`CN 2018-80047664
`EP 2018-873526
`US 2020-16631049
`JP 2017-211021
`WO 2018-JP36210
`
`
`
`20180928
`20180928
`20180928
`20200114
`A 20171031
`W
`20180928
`
`
`
` PATENT STATUS PATENT INFORMATION:
`
` PATENT NO.
`KIND
`STATUS
` STATUS DATE
`
`
`
`WO 2019087631
`CN 110892559
`EP 3706206
`US 20200152966
`
`
`
`Al Alive
`A
`Alive
`Al Alive
`Al Alive
`
`20201219
`20201121
`20201201
`20201121
`
`
`
`
`
`
`
`
`
`a collector; an Amtermeadiate layer arranged
`comprises:
`The sat
`on the sathesds collector and contains a conductive material and inorg.
`
`
`particles; and a sathsde mixt.
`laysar arranged on the imtbersmeadiates
`Layers and contains a eathadsa achive material and a
`hydrogenphosphate represented by general formula MaHbPO4
`satisfies 1SaS2; b satisfies 1SbS2; and ™M
`contains at least one element selected from among alkali metals and alk.
`earth metals);
`the satheds for nonag. electrolyte secondary batteries is
`also configured such that if X (mass%)
`is the mass ratio of the
`
`hydrogenphosphate relative to the total mass of the sathede astive
`is the mass ratio of the conductive material
`material and Y (mass%)
`
`
`relative to the total mass of the intarmecdiata Jayer, X and Y satisfy
`relational expressions 0.5$XS$3.0, 1.0SYS7.0
`and 0.07SX/YS3.0. According to the present invention, it is
`possible to provide a sathads for nonag. electrolyte secondary battery
`capable of suppressing the amt. of heat generation during an internal
`short circuit of battery.
`ESaa-28-2, AKP 3000, uses
`
`
`JPRS Vie
`hydrogen phosphate
`BIVFI~ IIs
`PIAHI-VOIHH
`
`
`RL: TEM (Technical or engineered material use); USES (Uses)
`(sathede comprising lithium hydrogen phosphate, and nonaq.
`electrolyte secondary battery)
`1344-28-1
`HCAPLUS
`
`
`(CA INDEX NAME)
`
`AB
`
`IT
`
`RN
`
`CN
`
`CN
`
`RN
`
`CN
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`Aluminum oxide (A1203)
`
`(wherein a
`
`
`
`
`
`YS, Disodium
`Dipotassium hydrogen phosphate
`
`
`
`
`
`
`
`
`
`
`*** STRUCTURE DIAGRAM IS NOT AVAILABLE ***
`RN
`7558-79-4
`HCAPLUS
`
`Phosphoric acid,
`
`sodium salt
`
`(1:2)
`
`
`
`
`
`(CA INDEX NAME)
`
`
`
`Qa O
`
`N
`
`a2 Na
`
`7758-11-4
`
`HCAPLUS
`
`Phosphoric acid, potassium salt
`
`(1:2)
`
`
`
`
`
`(CA INDEX NAME)
`
`

`

`January 11, 2022
`
`16/733,615
`
`RN
`
`CN
`
`RN
`
`CN
`
`13453-80-0
`
`HCAPLUS
`
`Phosphoric acid,
`
`lithium salt
`
`(1:1)
`
`
`
`
`
`(CA INDEX NAME)
`
`
`
`°
`Heji
`\
`
`33943-39-4
`
`HCAPLUS
`
`Phosphoric acid, dilithium salt
`
`(8CI,
`
`9CT)
`
`
`
`
`
`(CA INDEX NAME)
`
`G|
`
`HQBoe
`
`ON
`
`IPCI HO1MO004-131 [I]; HO1MO004-505 [I]; HO1M0004-525 [I]; HO1M0004-62
`HO1MO0004-66 [T]
`IPCR HO1MO004-131 [I]; HO1MO004-505 [I]; HO1M0004-525 [I]; HO1M0004-62
`HO1MO0004-66 [T]
`
`52-2 (Electrochemical, Radiational, and Thermal Energy Technology)
`lithium hydrogen phosphate wsatheds nonaq electrolyte secondary battery
`Secondary batteries
`(Nonag. electrolyte; satheds comprising lithium hydrogen
`phosphate, and nonag. electrolyte secondary battery)
`Battery sathadas
`
`CC
`ST
`IT
`
`IT
`
`
`
`
`
` Multilayers
`
`
`
`
`
`
`
`(sathede comprising lithium hydrogen phosphate, and nonaq.
`electrolyte secondary battery)
`Carbon black
`
`
`RL: TEM (Technical or engineered material use); USES (Uses)
`
`(satheads comprising lithium hydrogen phosphate, and nonaq.
`electrolyte secondary battery)
`IT
`§-28~2, AKP 3000, uses
`7429-90-5, Aluminum, uses
`
`~
`Disodium hydrogen phosphate
`7757-86-00, Magnesium
`hydrogen“phosphate
`JPFS8~ I-48, Dipotassium hydrogen phosphate
`
`PIAHI-VOIHH
`21324-40-3
`SIVAS~3G~4
`179802-95-0,
`Cobalt lithium manganese nickel oxide (Co0.1LiMn0.1Ni0.802)
`
`RL: TEM (Technical or engineered material use); USES (Uses)
`(watheds comprising lithium hydrogen phosphate, and nonaq.
`electrolyte secondary battery)
`
`
`
` x
`
`
`
`
`
`IT
`
`
`
`ANSWER 3 OF 4
`L81
`
`
`ACCESSION NUMBER:
`
`
`DOCUMENT NUMBER:
`
`
`
`COPYRIGHT 2022 ACS on STN
`HCAPLUS
`
`2019:155617
`HCAPLUS &£
`1703224372
`
`

`

`January 11, 2022
`
`16/733,615
`
`
`TITLE:
`
`INVENTOR(S):
`
`
`
`
`
`PATENT ASSIGNEE (S)
`
`
`
`
`
`
`
`
`hy
`
`
`
`Secondary battery ¢
`ave electreds comprising
`metal phosphorus oxide and inorganic compounds, and
`secondary battery
`
`‘
`3
`
`fe.,
`
`Led
`
`PCT Int. Appl., 27pp.
`
`CODEN: PIXXD2
`Patent
`
`Japanese
`1
`
`
`
`SOURCE
`
`
`
`DOCUMENT TYPE:
`
`LANGUAGE:
`FAMILY ACC. NUM. COUNT:
`PATENT INFORMATION:
`
`PATENT NO.
`KIND
` DATE
`
`
`APPLICATION NO.
` DATE
`
`
`WO 2019017054
`CN 110800138
`US 20200144604
`PRIORITY APPLN.
`INFO.:
`
`Al
`A
`Al
`
`20190124
`20200214
`20200507
`
`
`
` PATENT STATUS PATENT INFORMATION:
`
` PATENT NO.
`KIND
`STATUS
`
`WO 2018-JP18626
`CN 2018-80042312
`US 2020-16733615
`JP 2017-142113
`WO 2018-JP18626
`
`
`
` STATUS DATE
`
`20180515
`20180515
`20200103
`A 20170721
`W
`20180515
`
`
`
`
`
`
`
`IT
`
`
`
`
`
`WO 2019017054
`Al Alive
`20201203
`CN 110800138
`A
`Alive
`20201121
`US 20200144604
`Al Alive
`20201120
`
`
`
`
`ASSIGNMENT HISTORY FOR US PATENT AVAILABLE IN LSUS DISPLAY FORMAT
`
`
`The secondary battery pes.
`S COMESSeS t pes. alechroada
`AB
`> provided there on, and pes.
`current collector and ante
`ZAte
`layer provided on the amtermadzrate dayer and
`eleatreds mixt.
`
`
`
`having pes. alectreds active material, wherein the intermediate
`Layss comprising conductive material, metal phosphate, and inorg. compd.
`which is not metal phosphate and having lower oxidizing power than the
`Pos. ele
`Poe
`S mat
`si. According to the present
`invention, it is possible to suppress an increase in internal resistance
`
`of the battery even when the
`secondary battery is stored in a high-temp.
`environment
`
`
`23s
`28~i,
`R3i4~-HS~-3, Phosphorus oxide (P205), uses
`
`FAS¥edh-8, Lithium chloride (LiCl), uses
`Aluminum oxide, uses
`
`FSSS~F9~s, Disodium phosphate
`~?, Monosodium
`
`FSOL-Sa-8, Trisodium phosphate
`phosphate
`FSIL-VS-8
`r Silicon dioxide, uses
`FSSi-SS~-a8, Copper iodide (Cul)
`
`
`4
`~O¥ok
`FISFB3-98, Dicalcium phosphate
`Pipowasseum phosp
`:
`Rid,
`hate
`PYSS-S Fs, Calcium
`phosphate
`
`tassium phosphate
`?
`8-Sa3-e, Tripo
`PPI SH PHAR, Potassium dihydrogen phosphate
`
`
`Silver iodide
`RPASB-SO-8, Manganese oxide
`
`f
`Lithium oxide (Li20), uses
`®
`~8Erd
`
`, Lithium dihydrogen phosphate
`3
`uses
`ASSSh~-8S-8, Silver phosphate AgPO3
`3
`
`
`x
`?, Zirconium
`, Zirconium hydrogenphosphate Zr (HPO4) 2
`
`
`LHSEs
`BE
`I-3, Copper
`LSgad~s
`phosphate
`
`Lithium phosphate Li2HPO4
`metaphosphate CuPoO3
`3, Hydrogen zirconium phosphate HZr2 (P04) 3
`IIgs
`
`8
`Lithium phosphorus nitride oxide (LiPNO)
`
`
`
`
`
`RL:
`
`
`TEM (Technical or engineered material use); USES (Uses)
`
`

`

`January 11, 2022
`
`16/733,615
`
`(secondary battery pas. slectrods comprising metal
`phosphorus oxide and inorg. compds., and secondary battery)
`1314-56-3
`HCAPLUS
`
`
`
`(CA INDEX NAME)
`
`Phosphorus oxide (P205
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`*** STRUCTURE DIAGRAM IS NOT AVAILABLE ***
`RN
`1344-28-1
`HCAPLUS
`
`
`(CA INDEX NAME)
`Aluminum oxide (A1203)
`CN
`*** STRUCTURE DIAGRAM IS NOT AVAILABLE ***
`RN
`7447-41-8
`HCAPLUS
`
`iithium chloride (LiCl
`(CA INDEX NAME)
`
`
`
`RN
`
`CN
`
`CN
`
`
`
`
`
`Lge ct
`
`7558-79-4
`
`HCAPLUS
`
`Phosphoric acid,
`
`sodium salt
`
`(1:2)
`
`
`
`
`
`(CA INDEX NAME)
`
`G|
`
`HQ aPa
`
`ON
`
`aa Na
`
`7558-80-7
`
`HCAPLUS
`
`Phosphoric acid,
`
`sodium salt
`
`(1:1)
`
`
`
`
`
`(CA INDEX NAME)
`
`o
`
`GN
`
`7601-54-9
`
`HCAPLUS
`
`Phosphoric acid,
`
`sodium salt
`
`(1:3)
`
`
`
`
`
`(CA INDEX NAME)
`
`o
`
`Ho} BN
`
`ON
`
`23 Ma
`
`7631-86-9
`
`Silica
`
`GeSSeS
`
`HCAPLUS
`
`
`(CA INDEX NAME)
`
`
`
`7681-65-4
`
`HCAPLUS
`
`Copper iodide (CuI)
`
`Cie}
`
`7757-87-1
`
`HCAPLUS
`
`
`
`(CA INDEX NAME)
`
`Phosphoric acid, magnesium salt
`
`(2:3)
`
`
`
`
`
`(CA INDEX NAME)
`
`RN
`
`CN
`
`RN
`
`CN
`
`RN
`
`CN
`
`RN
`
`CN
`
`RN
`
`CN
`
`RN
`
`CN
`
`

`

`January 11, 2022
`
`16/733,615
`
`10
`
`7757-93-9
`
`HCAPLUS
`
`Phosphoric acid, calcium salt
`=
`
`(1:1)
`
`
`
`
`
`(CA INDEX NAME)
`
`FQ} re Broom
`|
`OW
`
`7758-11-4
`
`HCAPLUS
`
`Phosphoric acid, potassium salt
`
`(1:2)
`
`
`
`
`
`(CA INDEX NAME)
`
`a|
`
`HO—-P-OH
`
`ON
`
`ae? Kk
`
`7758-87-4
`
`HCAPLUS
`
`Phosphoric acid, calcium salt
`
`(2:3)
`
`
`
`
`
`(CA INDEX NAME)
`
`eae Ca
`
`7778-53-2
`
`HCAPLUS
`
`Phosphoric acid, potassium salt
`
`(1:3)
`
`
`
`
`
`(CA INDEX NAME)
`
`G
`
`FQ rePee ORY
`
`7778-77-0
`
`HCAPLUS
`
`Phosphoric acid, potassium salt
`
`(1:1)
`
`
`
`
`
`(CA INDEX NAME)
`
`RN
`
`CN
`
`RN
`
`CN
`
`RN
`
`CN
`
`RN
`
`CN
`
`RN
`
`CN
`
`

`

`January 11, 2022
`
`16/733,615
`
`7783-96-2
`
`Silver iodide (AgI)
`
`HCAPLUS
`
`
`
`(CA INDEX NAME)
`
`BE]
`
`11129-60-5
`
`
`
`Lithium oxide (Li20)
`
`RN
`
`CN
`
`RN
`
`CN
`
`RN
`
`CN
`
`RN
`
`CN
`
`RN
`
`CN
`
`HCAPLUS
`
`
`
`(CA INDEX NAME)
`CN Manganese oxide
`
`kkk STRUCTURE DIAGRAM IS NOT AVAILABLE ***
`RN
`12057-24-8
`HCAPLUS
`
`
`
`
`
`
`
`(CA INDEX NAME)
`
`Oh
`Gi a en .
`ad
`i
`
`13092-66-5
`
`HCAPLUS
`
`Phosphoric acid, magnesium salt
`
`(2:1)
`
`
`
`
`
`(CA INDEX NAME)
`
`HOP OH
`
`ON
`
`» un Mg
`
`13453-80-0
`
`HCAPLUS
`
`Phosphoric acid,
`
`lithium salt
`
`(1:1)
`
`
`
`
`
`(CA INDEX NAME)
`
`i
`Ho} Be OH
`
`ON
`
`13463-67-7
`
`HCAPLUS
`
`Titanium oxide (Ti0O2)
`
`
`
`
`(CA INDEX NAME)
`
`
`
`RN
`
`13465-96-8
`
`HCAPLUS
`
`CN Metaphosphoric acid (HPO3), silver(1+) salt
`
`(8CI, 9CI)
`
`(CA IND
`
`o
`
`os.
`of"
`
`oH
`
`» Aa
`
`RN
`
`CN
`
`13772-29-7
`
`HCAPLUS
`
`Phosphoric acid, zirconium(4+) salt
`
`(2:1)
`
`
`
`
`
`(CA INDEX NAME)
`
`
`
` EX NAME
`
`

`

`January 11, 2022
`
`16/733,615
`
`12
`
`o|
`
`HE}BOFAr.
`
`ON
`
`eV? ary}
`
`RN
`
`CN
`
`RN
`
`CN
`
`15438-04-7
`
`HCAPLUS
`
`Phosphoric acid, zirconium(4+) salt
`
`(4:3)
`
`(8CI,
`
`9CTI)
`
`
`
`
`(CA INDEX NAME)
`
`a
`
`HmBoOFrhe.
`
`ON
`
`e afd ENN)
`
`15804-33-8
`
`HCAPLUS
`
`Triphosphoric acid,
`
`lithium salt
`
`(1:5)
`
`
`
`
`(CA INDEX NAME)
`
`a
`
`0
`
`G
`
`Jf
`p
`By
`ot NS a ye
`eN,
`
`
`HE OT Se
`ON
`ON
`ON
`
`“ON
`
`RN
`
`18681-87-3
`
`HCAPLUS
`
`CN Metaphosphoric acid (HPO3), copper(1+) salt
`
`(8CI, 9CI)
`
`
`
`
`(CA INDEX NAME)
`
`o{
`
`|
`ofoy
`
`e Cunt
`
`33943-39-4
`
`HCAPLUS
`
`Phosphoric acid, dilithium salt
`
`(8CI,
`
`9CT)
`
`
`
`
`(CA INDEX NAME)
`
`G
`
`HQ aPa
`
`ON
`
`89091-94-1
`
`HCAPLUS
`
`Phosphoric acid, zirconium(4+) salt
`
`(3:2)
`
`(9CTI)
`
`
`
`
`(CA INDEX NAME)
`
`o|
`
`HOBaoON
`
`RN
`
`CN
`
`RN
`
`CN
`
`

`

`January 11, 2022
`
`16/733,615
`
`13
`
`668998-68-3
`
`HCAPLUS
`
`
`
`
`
`(CA INDEX NAME)
`Lithium phosphorus nitride oxide (LiPNO)
`Component
`|
`Ratio
`|
`Component
`|
`
`Registry Number
`
`RN
`
`CN
`
`N
`Oo
`P
`Li
`RN
`
`CN
`
`1
`1
`1
`1
`HCAPLUS
`
`|
`2268701-85-3
`
`|
`|
`|
`|
`
`17778-88-0
`17778-80-2
`7723-14-0
`7439-93-2
`
`
`
`
`
`(CA INDEX NAME)
`
`Pentaphosphoric acid,
`
`lithium salt
`
`(1:7)
`
`
`
`IPCI HO1MO004-13 [I]; HO1MO0004-62 [I]; HO1M0004-66 [T]
`IPCR HO1MO0004-13 [I]; HO1MO0004-62 [I]; HO1M0004-66 [T]
`
`
`CC
`52-2 (Electrochemical, Radiational, and Thermal Energy Technology)
`ST
`secondary battery pos slactrads metal phosphorus oxide
`IT
`Battery seathedss
`Lithium-ion secondary batteries
`(secondary battery pos. alacstesde comprising metal
`phosphorus oxide and inorg. compds., and secondary battery)
`Carbon black
`
`
`
`IT
`
`
`
`
`
`
`
`
`
`Fluoropolymers
`Styrene-butadiene rubber
`RL: TEM (Technical or engineered material use); USES (Uses)
`
`(secondary battery pes. eslectxreds comprising metal
`phosphorus oxide and inorg. compds., and secondary battery)
`R3i4d~-HS~-3, Phosphorus oxide (P205), uses
`RSdS-28-1,
`Aluminum oxide, uses
`FAS¥edh-8, Lithium chloride (LiCl), uses
`
`
`Fs
`8-8, Disodium phosphate
`YSS8-8o~F, Monosodium
`phosphate
`FSOI-Ha-8, Trisodium phosphate
`FSIL-VS-8
`
`
`, Silicon Choxide: uses
`FESL-Sh-8, Copper iodide (Cul)
` yes
`
`FrB3-9, Dicalcium phosphate
`PFYSSr8Fs, Calcium
`Dipotassium phosphate
`YFFIR-SS-e, Tripotassium phosphate
`phosphate
`
`IT
`
`°
`
`
`
`
`7782-42-5, Graphite,
`~P¥-O, Potassium dihydrogen phosphate
`?
`7783-46-2, Lead fluoride
`7782-64-1, Manganese fluoride (MnF2)
`uses
`
`(PbF2)
`S-836~e2, Silver iodide
`9003-55-8, Butadiene-styrene
`copolymer
`9004-32-4, Carboxymethyl cellulose
`10377-52-3, Lithium
`
`
`phosphate
`LLERS~SO-8, Manganese oxide
`RROSFH
`88
`Lithium oxide (Li20), uses
`12321-65-2, Silver oxide Ag20
`
`ang
`§
`ZSSSS-8O-9, Lithium dihydrogen phosphate
`
`L3ass~er%~7, Titanium dioxide, uses
`ES8SH~-3S-8, Silver
`phosphate AgP0O3
`13530-50-2
`, Zirconium
`3
`
`
`:
`~
`:
`hydrogenphosphate Zr(HPO4) 2
`RSASH-O8-F, Zirconium phosphate
`PESO ge 33-8
`3, Copper metaphosphate CuPo03
`“38-4, Lithium phosphate Li2HPO4
`SS
`24937-79-9, PVDF
`HHSOSL-3a-2, Hydrogen zirconium phosphate HZr2 (P04) 3
`193215-53-1,
`Qo
`Cobalt lithium manganese nickel oxide (Co0.2LiMn0.3N1i0.502)
`: Lithium phosphorus nitride oxide (LiPNO)
`
`
`
`Sh+ss
`
`LESHe-8
`
`
`
`
`

`

`January 11, 2022
`
`16/733,615
`
`14
`
`
`
`
`RL: TEM (Technical or engineered material use); USES (Uses)
`(secondary battery pes. aleetreds comprising metal
`phosphorus oxide and inorg. compds., and secondary battery)
`
`
`
`
`
` RETABLE
`
`Referenced Author
`|Year
`| VOL
`PG
`| Referenced Work
`| Referenced
`
`
`
`(RAU) | (RPY) | (RVL)|(RPG) | (RWK) | File
`
`
`
`
`
`
`|2009 |
`|2016 |
`|2017 |
`|2011 |
`|2015 |
`|2015 |
`
`|JP 2009538495 A
`|JP 2016532280 A
`| JP 2017120766 A
`|WO 2011037124 Al
`| JP 2015176819 A
`[WO 2015001716 Al
`
`|
`|
`| HCAPLUS
`| HCAPLUS
`| HCAPLUS
`| HCAPLUS
`
`
`
`HCAPLUS
`
`COPYRIGHT 2022 ACS on STN
`
`2013:1885115
`160:36990
`
`HCAPLUS }
`
`ct
`
`Alkaline dry-cell batteries having additive-containing
`conductive films
`
`
`
`Anon
`Anon
`ENDO KAZUKI
`KOH MEITEN
`SASAKI
`IZURU
`TODE SHINGO
`
`L81
`
`ANSWER 4 OF 4
`
`
`ACCESSION NUMBER:
`
`
`DOCUMENT NUMBER:
`
`TITLE:
`
`
`
`
`
`
`
`
`
`
`
`INVENTOR(S):
`
`
`
`
`PATENT ASSIGNEE (S)
`SOURCE:
`
`
`
`
`Yoshii, Kazuhiro
`
`FaRASORLG CoaeEp.,
`¢
`&
`Jpn. Kokai Tokkyo Koho, 8pp.
`CODEN:
`JKXXAF
`Patent
`
`Japanese
`1
`
`DOCUMENT TYPE:
`
`LANGUAGE:
`FAMILY ACC. NUM. COUNT:
`PATENT INFORMATION:
`
`
`PATENT NO. KIND APPLICATION NO. DATE DATE
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`JP 2013246958
`PRIORITY APPLN.
`INFO.:
`
` PATENT STATUS PATENT INFORMATION:
`
` PATENT NO.
`KIND
`STATUS
`
`A
`
`20131209
`
`
`
`
`
`JP 2013246958
`
`A
`
`AB
`
`IT
`
`RN
`
`CN Manganese oxide (Mn02)
`
`Alive
`20201120
`
`
`(B) elec.
`The batteries include (A) nickel-plated steel sheet cases,
`conductive Silims on inner surfaces of A contg. carbonaceous materials,
`
`
`(C) hollow cylindrical
`:
`set inside A via B, and (D) anodes set
`in hollows of C via separators, wherein the conductive films include
`phosphate salts or compds. contg. Ca, Bi, Sr, and/or Mg as additives.
`batteries can suppress corrosion of battery cases.
`LAPS-i3-8, Manganese dioxide, uses
`
`RL: TE
`(Technical or engineered material use); USES (Uses)
`(satheds; alk. dry-cell batteries having additive-contg.
`conductive films)
`1313-13-9
`HCAPLUS
`
`JP 2012-119675
`JP 2012-119675
`
`20120525
`20120525
`
`STATUS DATE
`
`
`
`
`
`The
`
`
`
`
`
`(CA INDEX NAME)
`
`
`(FoMeco
`
`IT
`
`RN
`
`PPFS~SS-2, Potassium phosphate
`dihydrogen phosphate
`RL: MOA (Modifier or additive use); USES (Uses)
`(conductive film; alk. dry-cell batteries having additive-contg.
`conductive films)
`7778-53-2
`HCAPLUS
`
`PRISFI-9, Potassium
`
`
`
`

`

`January 11, 2022
`
`16/733,615
`
`15
`
`CN
`
`Phosphoric acid, potassium salt
`
`(1:3)
`
`
`
`
`
`(CA INDEX NAME)
`
`Qi
`
`Him BeOR
`
`CIN
`
`es 3
`
`RN
`
`CN
`
`7778-77-0
`
`HCAPLUS
`
`Phosphoric acid, potassium salt
`
`(1:1)
`
`
`
`
`
`(CA INDEX NAME)
`
`e
`
`
`
`
`
`IT
`
`IPCI HO1MO004-66 [I]; HO1MO002-02 [I]; HO1M0004-64 [T]
`IPCR HO1MO004-66 [I]; HO1MO0002-02 [I]; HO1M0004-64 [T]
`CC
`52-2 (Electrochemical, Radiational, and Thermal Energy Technology)
`IT
`RSRS-1S-8, Manganese dioxide, uses
`
`(Uses)
`RL: TEM (Technical or engineered material use); USES
`(watheds; alk. dry-cell batteries having additive-contg.
`conductive films)
`1305-62-0, Calcium hydroxide, uses
`1304-76-3, Bismuth oxide, uses
`1309-42-8, Magnesium hydroxide
`1305-78-8, Calcium oxide, uses
`1314-11-00, Strontium oxide, uses
`1309-48-4, Magnesium oxide, uses
`PEFR TP F-9, Potassium
`FEFIS3-s, Potassium phosphate
`dihydrogen phosphate
`18480-07-4, Strontium hydroxide
`Bismuth hydroxide (Bi (OH) 2)
`RL: MOA (Modifier or additive use); USES (Uses)
`(conductive film; alk. dry-cell batteries having additive-contg.
`conductive films
`
`
`
`
`
`
`
`
`
`114753-61-6,
`
`
`
`
`
`=> D L79 1-3 IBIB ABS HITSTR HITIND RETABLE
`
`
`
`
`
`
`
`
`
`COPYRIGHT 2022 ACS on STN
`
`
`f
`HCAPLUS Full
`2015:1011598
`All-solid-state battery [Machine Translation].
`Ogasa, Kazuhito; Nishinosono, Takumi
`Ohara Inc., Japan
`Jpn. Kokai Tokkyo Koho, 19pp.
`CODEN:
`JKXXAF
`Patent
`
`
`
`Japanese
`1
`
`
`ANSWER 1 OF 3
`
`HCAPLUS
`
`ACCESSION NUMBER:
`TITLE:
`INVENTOR(S):
`
`
`PATENT ASSIGNEE(S):
`SOURCE:
`
`L79
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`DOCUMENT TYPE:
`
`LANGUAGE:
`FAMILY ACC. NUM. COUNT:
`PATENT INFORMATION:
`
`PATENT No.
`KIND
` DATE
`
`
`APPLICATION NO.
` DATE
`
`
`FP ROTSLATSas
`JP 6386224
`3
`
`:
`
`A
`B2
`A
`
`SOLTSOSiS
`20180905
`SOLS TOL
`
`Ie
`
`IS GP
`
`SOLSISYS
`
`

`

`January 11, 2022
`
`16/733,615
`
`16
`
`
`
`
`
` PATENT STATUS PATENT INFORMATION:
` PATENT NO.
`
`
`KIND
`STATUS
` STATUS DATE
`
`
`
` battery, which is capable of exhibiting original charge/discharge
`
`
`
`
`
`
`
`
`
`JP 2015111532
`JP 6386224
`JP 2018170297
`
`Alive
`A
`B2 Alive
`A
`Alive
`
`20201121
`20201121
`20201120
`
`[Machine Translation of Descriptors].
`
`To provide an all-solid-state
`
`characteristics to s
`
`38
`
`
`
`
`
`tayer and a
`
`9
`cween a glass Jay
`cell element by suppressing inhibition of expansion and contraction of an
`
`
`
`all-solid-state cell of electrodes and preventing deterioration of a
`battery by preventing an invasion of moisture (water vapor)
`from an
`
`
`
`
` outside. A buffer layer is arranged to cover a battery element that
`
`
`
`
`
`
`m
`
`echnical or
`
`
`
`ie, a negative electrode and a solid
`comprises a pesitave eles
`electrolyte.
`In addition, a glass layer is arranged around the buffer
`layer to cover a periphery of the battery element.
`A configuration of the
`glass layer is utilized for allowing expansion and shrinkage of electrodes
`
`
`SESS.
`weaction betwaan the glass layar anda ce
`element
`to maintain charging and discharging performance of the battery
`|
`for a long period of time.
`
`~t, Alumina
`.
`A-88+-9, Silica
`(Physical, engineering or chemical process); TEM
`
`
`
`engineered material use); PROC (Process); USES (Uses)
`(all-solid-state battery capable of maintaining charging and
`discharging performance for longer duration)
`1344-28-1
`HCAPLUS
`
`
`
`(CA INDEX NAME)
`
`AB
`
`IT
`
`RN
`
`CN
`
`
`
`
`Aluminum oxide (A1203)
`
`
`
`
`
`
`*** STRUCTURE DIAGRAM IS NOT AVAILABLE ***
`RN
`7631-86-9
`HCAPLUS
`
`
`(CA INDEX NAME)
`
`CN
`
`Silica
`
`
`
`ESaa~
`-X, Aluminum oxide
`
`
`RL: RGT (Reagent); RACT (Reactant or reagent)
`(all-solid-state battery capable of maintaining charging and
`discharging performance for longer duration)
`1344-28-1
`HCAPLUS
`
`
`Aluminum oxide (A1203)
`CN
`(CA INDEX NAME)
`
`
`*** STRUCTURE DIAGRAM IS NOT AVAILABLE ***
`
`
`LELA-S88-3,
`Lak
`oxide
`
`
`
`
`
`
`
`
`
`Phosphorus pentoxide
`
`
`
`8, Lithium
`
`
`RL: TEM (Technical or engineered material use); USES (Uses)
`(all-solid-state battery capable of maintaining charging and
`discharging performance for longer duration)
`1314-56-3
`HCAPLUS
`
`
`(CA INDEX NAME)
`Phosphorus oxide (P205
`CN
`
`*** STRUCTURE DIAGRAM IS NOT AVAILABLE ***
`RN
`12057-24-8
`HCAPLUS
`
`
`iithium oxide (Li20)
`CA INDEX NAME)
`
`
`
`
`
`
`
`
`
`
`
`IT
`
`RN
`
`IT
`
`
`
`
`
`
`
`
`
`RN
`
`CN
`
`
`
`wth
`mL
`
`]; HO1IMO004-66 [TI];
`[TI
`]; HO1IMOO002-08
`IPCI HO1MO0010-0562 [I]; HO1MO010-058 [I
`[TI
`HO1MO010-0562 [I]; HO1MO0010-058
`[I
`]; HO1IMOO002-08
`]; HO1MO004-66 [T]
`IPCR HO1MO0010-0562 [I]; HO1MO0002-08
`
`
`I];; HOIMOO04-66 [TI];; HO1MO010-058 [T]
`
`[
`
`

`

`January 11, 2022
`
`16/733,615
`
`17
`
`IT
`
`IT
`
`IT
`
`TSSs~s8~2, Alumina
`1314-36-9, Yttria
`1314-23-4, Zirconia
`12031-95-7, Lithium titanium oxide (Li4Ti5012)
`PSSL-8S—8, Silica
`
`RL: PEP (Physical, engineering or chemical process); TEM (Technical or
`
`engineered material use); PROC (Process); USES (Uses)
`(all-solid-state battery capable of maintaining charging and
`discharging performance for longer duration)
`584-08-7,
`497-19-8, Sodium carbonate
`554-13-2, Lithium carbonate
`
`Potassium carbonate
`BSAS~k
`2, Aluminum oxide
`7446-07-3,
`Tellurium dioxide
`7664-38-2, Phosphoric acid
`10043-35-3, Boric acid
`10377-52-3, Lithium phosphate
`13776-88-0
`15365-14-7
`59125-92-7
`RL: RGT (Reagent); RACT (Reactant or reagent)
`(all-solid-state battery capable of maintaining charging and
`discharging performance for longer duration)
`1303-86-2, Boron trioxide
`1313-59-3, Sodium oxide
`Phosphorus pentoxide
`11134-23-9, SUS316L
`LAGS TH28-8
`oxide
`12136-45-7, Potassium oxide
`RL: TEM (Technical or engineered material use); USES (Uses)
`(all-solid-state battery capable of maintaining charging and
`discharging performance for longer duration)
`
`
`
`
`THERE ARE 3 CAPLUS RECORDS THAT CITE THIS RECORD
`OS.CITING REF COUNT:
`3
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`ANSWER 2 OF 3
`
`HCAPLUS
`
`
`
`
`
`
`ACCESSION NUMBER:
`
`
`D