Inventor

TOJIGAMORI TAKESHI

JP14 patents

⚠️ This page may combine multiple inventors who share the name “TOJIGAMORI TAKESHI”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

TOYOTA MOTOR CO LTD

9 patents

US10971728B2Apr 6, 2021

Aqueous lithium ion secondary battery, method for producing anode active material composite, and method for producing aqueous lithium ion secondary battery

TOYOTA MOTOR CO LTD0 citations61

US11664496B2May 30, 2023

Aqueous lithium ion secondary battery, method for producing anode active material composite, and method for producing aqueous lithium ion secondary battery

TOYOTA MOTOR CO LTD0 citations51

US10644358B2May 5, 2020

Aqueous dual-ion secondary battery

TOYOTA MOTOR CO LTD0 citations50

US10693132B2Jun 23, 2020

All-solid-state battery

TOYOTA MOTOR CO LTD0 citations41

US10396394B2Aug 27, 2019

Method for producing sulfide all-solid-state battery and sulfide all-solid-state battery

TOYOTA MOTOR CO LTD0 citations40

TOJIGAMORI TAKESHI

4 patents

US9397336B2Jul 19, 2016

Battery active material comprising a crystal phase having a Ruddlesden-Popper structure and battery including the same

TOJIGAMORI TAKESHI0 citations47

US9160000B2Oct 13, 2015

Active material for battery, and battery

TOJIGAMORI TAKESHI0 citations47

US8980476B2Mar 17, 2015

Active material for battery, battery, and method for production of active material for battery

TOJIGAMORI TAKESHI0 citations47

US8945771B2Feb 3, 2015

Negative-electrode active material comprising a pseudobrookite-structured compound, negative electrode and battery

TOJIGAMORI TAKESHI0 citations47

AMEZAWA KOJI

1 patent

US10651501B1May 12, 2020

Solid electrolyte and fluoride ion battery

AMEZAWA KOJI1 citations51

TOJIGAMORI TAKESHI

TOYOTA MOTOR CO LTD

Aqueous lithium ion secondary battery, method for producing anode active material composite, and method for producing aqueous lithium ion secondary battery

Cathode active material and fluoride ion battery

Fluoride ion battery and method for producing fluoride ion battery

Active material and fluoride ion battery

Active material, and fluoride ion battery

Aqueous lithium ion secondary battery, method for producing anode active material composite, and method for producing aqueous lithium ion secondary battery

Aqueous dual-ion secondary battery

All-solid-state battery

Method for producing sulfide all-solid-state battery and sulfide all-solid-state battery

TOJIGAMORI TAKESHI

Battery active material comprising a crystal phase having a Ruddlesden-Popper structure and battery including the same

Active material for battery, and battery

Active material for battery, battery, and method for production of active material for battery

Negative-electrode active material comprising a pseudobrookite-structured compound, negative electrode and battery

AMEZAWA KOJI

Solid electrolyte and fluoride ion battery