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1 | EP3770996A1 |
METHOD FOR MANUFACTURING LITHIUM IRON PHOSPHATE/CARBON COMPOSITE CATHODE MATERIAL FOR SECONDARY LITHIUM ION BATTERY
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Publication/Patent Number: EP3770996A1 | Publication Date: 2021-01-27 | Application Number: 19187933.7 | Filing Date: 2019-07-23 | Inventor： Wang, Ruey-yu Chen, Seiko Yang chun chen Pien, Chieh-yi | Assignee: Formosa Plastics Transport Corporation | IPC: H01M4/04 | Abstract: A method for manufacturing a lithium iron phosphate/carbon composite cathode material for a secondary lithium ion battery includes the steps of preparing a mixture solution which includes a lithium source, an iron source, a phosphate source, and a carbon precursor combination in a liquid medium; subjecting the mixture solution to a spray drying treatment to obtain a particulate powdery material; and sintering the particulate powdery material. The carbon precursor combination includes a porous graphene oxide-based additive and a first carbon precursor, which is different from the porous graphene oxide-based additive. | |||
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2 | TW201911630A |
LFS/C composite material and process for producing the same which have an excellent stability and a specific discharge capacity under the condition of carrying high-speed charging/discharging
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Publication/Patent Number: TW201911630A | Publication Date: 2019-03-16 | Application Number: 106127536 | Filing Date: 2017-08-15 | Inventor： Yang chun chen Chen, Wei-houng | Assignee: MING CHI UNIVERSITY OF TECHNOLOGY | IPC: H01M4/587 | Abstract: A process of producing LFS/C composite material uses a sol-gel method or a spray drying method to synthesize LFS/C composite material. More particularly, different carbon sources or carbon materials are used to perform the modification of an encapsulated carbon layer during the synthesis process. Alternatively, oxide is reused to encapsulate a surface of LFS/C composite material to perform the surface modification. By uniformly scattering the carbon source or the conductive carbon material on the surface of LFS active substance, an electron conduction path between particles can be increased, thereby effectively improving and enhancing the conductivity of LFS active substance. Moreover, the prepared LFS/C composite material has an excellent high power property and a good charging/discharging cycle life. Under the condition of carrying high-speed charging/discharging, it has an excellent stability and a specific discharge capacity. It is suitable to be used as a cathode of secondary lithium ion battery. | |||
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3 | TW201912585A |
Preparation method and application of lithium-lithium nickel manganese oxide enriched cathode composite synthesizing the lithium-lithium nickel manganese oxide enriched cathode composite by using a solid phase method
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Publication/Patent Number: TW201912585A | Publication Date: 2019-04-01 | Application Number: 106130687 | Filing Date: 2017-09-07 | Inventor： Yang chun chen Liao, Pin-chi | Assignee: MING CHI UNIVERSITY OF TECHNOLOGY | IPC: H01M10/0525 | Abstract: This invention discloses a preparation method of a lithium-lithium nickel manganese oxide enriched cathode composite. The lithium-lithium nickel manganese oxide enriched cathode composite is synthesized by using a solid phase method; in a preparation process, citric acids with different proportions and the addition amounts ranging from 30wt% to 50wt% are used as a chelating agent and a reducing agent, or carbon sources with different proportions and the addition amounts ranging from 0.5wt% to 2wt% and surface-modified oxides are used to form a coating layer with the thickness of 1-4 nm, and the coating layer is subjected to surface coating modification; surface-modified coating layers with different thicknesses can be formed on the surface of the synthesized lithium-lithium nickel manganese oxide enriched cathode composite by regulating and changing the usage amounts of the citric acids with the different proportions or further regulating and changing the usage amounts of the carbon sources with the different proportions or the surface-modified oxides, so that the lithium-lithium nickel manganese oxide enriched cathode composite has a very stable charging/discharging cycle life performance, at least reaches the discharging capacity of 200 mAh/g at the charging/discharging rate of 0.1 C/0.1 C and is suitable for use as a cathode of a secondary lithium ion battery. | |||
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4 | TWI651272B |
Preparation method and application of lithium-lithium nickel manganese oxide enriched cathode composite synthesizing the lithium-lithium nickel manganese oxide enriched cathode composite by using a solid phase method
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Publication/Patent Number: TWI651272B | Publication Date: 2019-02-21 | Application Number: 106130687 | Filing Date: 2017-09-07 | Inventor： Yang chun chen Liao, Pin-chi | Assignee: MING CHI UNIVERSITY OF TECHNOLOGY | IPC: H01M10/0525 | Abstract: This invention discloses a preparation method of a lithium-lithium nickel manganese oxide enriched cathode composite. The lithium-lithium nickel manganese oxide enriched cathode composite is synthesized by using a solid phase method; in a preparation process, citric acids with different proportions and the addition amounts ranging from 30wt% to 50wt% are used as a chelating agent and a reducing agent, or carbon sources with different proportions and the addition amounts ranging from 0.5wt% to 2wt% and surface-modified oxides are used to form a coating layer with the thickness of 1-4 nm, and the coating layer is subjected to surface coating modification; surface-modified coating layers with different thicknesses can be formed on the surface of the synthesized lithium-lithium nickel manganese oxide enriched cathode composite by regulating and changing the usage amounts of the citric acids with the different proportions or further regulating and changing the usage amounts of the carbon sources with the different proportions or the surface-modified oxides, so that the lithium-lithium nickel manganese oxide enriched cathode composite has a very stable charging/discharging cycle life performance, at least reaches the discharging capacity of 200 mAh/g at the charging/discharging rate of 0.1 C/0.1 C and is suitable for use as a cathode of a secondary lithium ion battery. | |||
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5 | TWI652848B |
LFS/C composite material and process for producing the same which have an excellent stability and a specific discharge capacity under the condition of carrying high-speed charging/discharging
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Publication/Patent Number: TWI652848B | Publication Date: 2019-03-01 | Application Number: 106127536 | Filing Date: 2017-08-15 | Inventor： Yang chun chen Chen, Wei-houng | Assignee: MING CHI UNIVERSITY OF TECHNOLOGY | IPC: H01M4/587 | Abstract: A process of producing LFS/C composite material uses a sol-gel method or a spray drying method to synthesize LFS/C composite material. More particularly, different carbon sources or carbon materials are used to perform the modification of an encapsulated carbon layer during the synthesis process. Alternatively, oxide is reused to encapsulate a surface of LFS/C composite material to perform the surface modification. By uniformly scattering the carbon source or the conductive carbon material on the surface of LFS active substance, an electron conduction path between particles can be increased, thereby effectively improving and enhancing the conductivity of LFS active substance. Moreover, the prepared LFS/C composite material has an excellent high power property and a good charging/discharging cycle life. Under the condition of carrying high-speed charging/discharging, it has an excellent stability and a specific discharge capacity. It is suitable to be used as a cathode of secondary lithium ion battery. | |||
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6 | TWI671264B |
Process for producing spinel-lnmo material and use the same
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Publication/Patent Number: TWI671264B | Publication Date: 2019-09-11 | Application Number: 106114702 | Filing Date: 2017-05-03 | Inventor： Wang, Ruey Yu Yang, Chun Chen Wu, Zong Han You, Cheng En Li, Jun Rui | Assignee: FORMOSA PLASTICS TRANSPORT CORPORATION | IPC: H01M10/0525 | Abstract: A process for producing hight voltage LiNi0.5Mn1.5O4 (spinel-LNMO) cathode material is disclosed by a solid-state method or a spray dry method, particularly to have the spinel-LNMO modified in advace in the course of synthesizing process; resulted in that the spinel-LNMO cathode material can not only significantly improve conductivity of the active materials of spinel-LNMO, but also markedly solve the low electronic conductivity problem of the spinel-LNMO material, as well as improve the obtained spinel-LNMO cathode material exhibited excellent in high power characteristics and having very good cycling charge/discharge performances, and suited for making as a secondary lithium ion battery cathode. | |||
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7 | TWI651263B |
Method of surface modification on olivine structure lithium phosphate metal salt composite cathode material for increasing electrical conductivity ([sigma]e) and electrochemical performance of the lithium phosphate metal salt composite cathode material
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Publication/Patent Number: TWI651263B | Publication Date: 2019-02-21 | Application Number: 106130688 | Filing Date: 2017-09-07 | Inventor： Chen, Yi-wen Yang chun chen Jiang, Jia-rong Xu, Ya-ting | Assignee: MING CHI UNIVERSITY OF TECHNOLOGY | IPC: H01M10/0525 | Abstract: Disclosed is a method of surface modification on olivine structure lithium phosphate metal salt composite cathode material, which is used for increasing electrical conductivity ([sigma]e) and electrochemical performance of the lithium phosphate metal salt composite cathode material, and applies a graphene modification method and a solid ceramic electrolyte modification method, for instance, one of the lithium aluminum titanium phosphate (LATP) or the lithium lanthanum titanate (LLTO), or the lithium Titanate oxide (LTO) modification method, or the graphene modification method mixed with the solid ceramic electrolyte modification method, is used to perform a surface coating modification on a coating layer having a thickness of between 1 and 4nm formed on the surface of the lithium phosphate metal salt composite cathode material, which effectively solves the problems including poor discharge cycles under 55 DEG C and low specific discharge capacity under -20 DEG C, additionally, the disclosed presents a very stable charge and discharge performance of 300 charge and discharge cycles, therefore, it is suitable for being used as a cathode in a secondary lithium ion battery both at high and low temperature. | |||
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8 | TW201912569A |
Method of surface modification on olivine structure lithium phosphate metal salt composite cathode material for increasing electrical conductivity ([sigma]e) and electrochemical performance of the lithium phosphate metal salt composite cathode material
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Publication/Patent Number: TW201912569A | Publication Date: 2019-04-01 | Application Number: 106130688 | Filing Date: 2017-09-07 | Inventor： Chen, Yi-wen Yang chun chen Jiang, Jia-rong Xu, Ya-ting | Assignee: MING CHI UNIVERSITY OF TECHNOLOGY | IPC: H01M10/0525 | Abstract: Disclosed is a method of surface modification on olivine structure lithium phosphate metal salt composite cathode material, which is used for increasing electrical conductivity ([sigma]e) and electrochemical performance of the lithium phosphate metal salt composite cathode material, and applies a graphene modification method and a solid ceramic electrolyte modification method, for instance, one of the lithium aluminum titanium phosphate (LATP) or the lithium lanthanum titanate (LLTO), or the lithium Titanate oxide (LTO) modification method, or the graphene modification method mixed with the solid ceramic electrolyte modification method, is used to perform a surface coating modification on a coating layer having a thickness of between 1 and 4nm formed on the surface of the lithium phosphate metal salt composite cathode material, which effectively solves the problems including poor discharge cycles under 55 DEG C and low specific discharge capacity under -20 DEG C, additionally, the disclosed presents a very stable charge and discharge performance of 300 charge and discharge cycles, therefore, it is suitable for being used as a cathode in a secondary lithium ion battery both at high and low temperature. | |||
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9 | TW201927541A |
Composite separator and manufacturing method thereof capable of achieving better discharge mAh/g and charging/discharging stability
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Publication/Patent Number: TW201927541A | Publication Date: 2019-07-16 | Application Number: 106143925 | Filing Date: 2017-12-14 | Inventor： Chen, Yi-lin Yang chun chen Wu, Yi-shiuan Wu, Zong-han Wei, Chao-nan Lue, Shing-jiang Jessie Luo, Sin-ping | Assignee: MING CHI UNIVERSITY OF TECHNOLOGY | IPC: B32B5/24 | Abstract: A composite separator comprises a nanofiber layer and two layers of porous polymer electrolyte membrane layers. The nanofiber layer comprises a plurality of organic nanofibers and a plurality of nanoparticles distributed in the organic nanofibers. The nanoparticles are the inorganic oxide nanoparticles functionalized by the nitrogen family quarternary onium salt. The two porous polymer electrolyte membrane layers are respectively formed on two opposite sides of the nanofiber layer. The porous polymer electrolyte membrane layer contains a vinylidene fluoride-hexafluoropropylene copolymer. The present invention also provides a manufacturing method of composite separator. The lithium ion battery made of the composite separator has a better discharge mAh/g and charging/discharging stability in high-power and high-temperature environment, which is advantageous to be applied in the power storage and power supply equipment in the high-power and high-temperature operation environment. | |||
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10 | TW201843111A |
Process for producing spinel-lnmo material and use the same
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Publication/Patent Number: TW201843111A | Publication Date: 2018-12-16 | Application Number: 106114702 | Filing Date: 2017-05-03 | Inventor： Wang, Ruey Yu Yang, Chun Chen Wu, Zong Han You, Cheng En Li, Jun Rui | Assignee: FORMOSA PLASTICS TRANSPORT CORPORATION | IPC: C01G53/00 | Abstract: A process for producing hight voltage LiNi0.5Mn1.5O4 (spinel-LNMO) cathode material is disclosed by a solid-state method or a spray dry method, particularly to have the spinel-LNMO modified in advace in the course of synthesizing process; resulted in that the spinel-LNMO cathode material can not only significantly improve conductivity of the active materials of spinel-LNMO, but also markedly solve the low electronic conductivity problem of the spinel-LNMO material, as well as improve the obtained spinel-LNMO cathode material exhibited excellent in high power characteristics and having very good cycling charge/discharge performances, and suited for making as a secondary lithium ion battery cathode. | |||
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11 | TWI640434B |
Composite separator and manufacturing method thereof capable of achieving better discharge mAh/g and charging/discharging stability
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Publication/Patent Number: TWI640434B | Publication Date: 2018-11-11 | Application Number: 106143925 | Filing Date: 2017-12-14 | Inventor： Chen, Yi-lin Yang chun chen Wu, Yi-shiuan Wu, Zong-han Wei, Chao-nan Lue, Shing-jiang Jessie Luo, Sin-ping | Assignee: MING CHI UNIVERSITY OF TECHNOLOGY | IPC: B32B5/24 | Abstract: A composite separator comprises a nanofiber layer and two layers of porous polymer electrolyte membrane layers. The nanofiber layer comprises a plurality of organic nanofibers and a plurality of nanoparticles distributed in the organic nanofibers. The nanoparticles are the inorganic oxide nanoparticles functionalized by the nitrogen family quarternary onium salt. The two porous polymer electrolyte membrane layers are respectively formed on two opposite sides of the nanofiber layer. The porous polymer electrolyte membrane layer contains a vinylidene fluoride-hexafluoropropylene copolymer. The present invention also provides a manufacturing method of composite separator. The lithium ion battery made of the composite separator has a better discharge mAh/g and charging/discharging stability in high-power and high-temperature environment, which is advantageous to be applied in the power storage and power supply equipment in the high-power and high-temperature operation environment. | |||
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12 | US10026169B2 |
Rapid screening device for brain disease
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Publication/Patent Number: US10026169B2 | Publication Date: 2018-07-17 | Application Number: 15/174,534 | Filing Date: 2016-06-06 | Inventor： Ke, Jr Jian Chong, Wai-how Yang chun chen Huang, Chin-hsun Huang, Chun-yi Chen, Wei-cheng Weng, Chien-hsiu Lee, Chun-chieh Chu, Hai-jui Wang, Ching Fu | Assignee: NEUROBEAT BIOMEDICAL TECHNOLOGY CORP., LTD. | IPC: A61B5/00 | Abstract: A rapid screening device has a sensing unit, a processing unit and a carrier, the processing unit is connected to the sensing unit, the sensing unit and the processing unit are disposed on the carrier, the sensing unit captures an image of an eyeball and outputs an image signal of the eyeball, the image of the eyeball is resolved from the image signal of the eyeball, the processing unit retrieves a plurality of images from the sensing unit within a predetermined time interval and executes an algorithm to generate a calculated result by the images of the image signals of the eyeball, and the calculated result is used to diagnose or predict a disease. | |||
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13 | TW201705908A |
Rapid screening device for brain disease
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Publication/Patent Number: TW201705908A | Publication Date: 2017-02-16 | Application Number: 105117701 | Filing Date: 2016-06-04 | Inventor： Huang, Chun-yi Chen, Wei-cheng Lee, Chun-chieh Yang chun chen Huang, Chin-hsun Wang, Ching Fu Chong, Wai-how Chu, Hai-jui Weng, Chien-hsiu Ke, Jr Jian | Assignee: Huang, Chun-yi Chen, Wei-cheng Lee, Chun-chieh Yang chun chen Huang, Chin-hsun Wang, Ching Fu Chong, Wai-how Chu, Hai-jui Weng, Chien-hsiu Ke, Jr Jian | IPC: A61B5/103 | Abstract: An apparatus for rapidly screening for brain disease | |||
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14 | US2017039703A1 |
RAPID SCREENING DEVICE FOR BRAIN DISEASE
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Publication/Patent Number: US2017039703A1 | Publication Date: 2017-02-09 | Application Number: 15/174,534 | Filing Date: 2016-06-06 | Inventor： Wang, Ching Fu Chu, Hai-jui Lee, Chun-chieh Weng, Chien-hsiu Chen, Wei-cheng Huang, Chun-yi Huang, Chin-hsun Yang chun chen Chong, Wai-how Ke, Jr Jian | Assignee: Neurobeat Biomedical Technology Corp., Ltd. | IPC: G06T7/00 | Abstract: The present invention provides a rapid screening device for brain disease to diagnose a patient's disease of cranial nerves by the states of the patient's eyeball. The rapid screening device for brain disease comprises a sensing unit, a processing unit and a carrier. The sensing unit can capture an image of the patient's eyeball. The sensing unit outputs an image signal of the eyeball, wherein the image of at least one eyeball can be resolved from the image signal of the eyeball. The processing unit is connected to the sensing unit. The processing unit retrieves a plurality of images from the sensing unit within a predetermined time interval, and the processing unit executes an algorithm to generate a calculated result by the images of the image signals of the eyeball. The carrier is provided with the sensing unit and the processing unit, wherein the calculated result is used to diagnose or predict that the disease happens to the patient. | |||
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15 | TWI551541B |
Process for producing lvp/lfp/c composite material and use the same
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Publication/Patent Number: TWI551541B | Publication Date: 2016-10-01 | Application Number: 103110719 | Filing Date: 2014-03-21 | Inventor： Wang, Ruey Yu Chang, Shih Chang Yang, Chun Chen Chien, Wen Chen Chen, Wei Houng | Assignee: FORMOSA BIOMEDICAL TECHNOLOGY CORP. | IPC: C01B25/45 | Abstract: This invention proposes to use four kinds of preparation method | |||
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16 | WO2016192688A1 |
APPARATUS FOR RAPIDLY SCREENING FOR BRAIN DISEASE
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Publication/Patent Number: WO2016192688A1 | Publication Date: 2016-12-08 | Application Number: 2016088293 | Filing Date: 2016-07-04 | Inventor： Lee, Chun-chieh Chen, Wei-cheng Ke, Jr-jian Chu, Hai-jui Yang chun chen Huang, Chin-hsun Weng, Chien-hsiu Chong, Wai-how Wang, Ching-fu Huang, Chun-yi | Assignee: WANG, Ching-Fu | IPC: A61B3/113 | Abstract: An apparatus (10 | |||
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17 | TWI513084B |
PROCESS FOR PRODUCING LFMP/C COMPOSITE MATERIAL AND USE THE SAME
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Publication/Patent Number: TWI513084B | Publication Date: 2015-12-11 | Application Number: 103105798 | Filing Date: 2014-02-21 | Inventor： Wang, Ruey Yu Yang, Chun Chen Chen, Wei Houng Jhang, Jhong Ren | Assignee: FORMOSA BIOMEDICAL TECHNOLOGY CORP. | IPC: H01M4/1391 | Abstract: A process for producing Lithium Manganese Iron Phosphate/Carbon (LFMP/C) composite cathode material using a Solid-state method or a Spray dry method to have carbon-coating materials coated on LFMP | |||
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18 | TWI507353B |
Process for producing lvf/c composite material and use the same
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Publication/Patent Number: TWI507353B | Publication Date: 2015-11-11 | Application Number: 102113357 | Filing Date: 2013-04-15 | Inventor： Wang, Ruey Yu Yang, Chun Chen Lin, Yan Ting Sung, Jung Min | Assignee: FORMOSA BIOMEDICAL TECHNOLOGY CORP. | IPC: C01B25/45 | Abstract: A process for producing lithium iron phosphate/Carbon (LiFePO4/C) composite cathode material using a solid-state method to carry out a post-carbon coating process to have carbon-coating materials coated on LiFePO4 | |||
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19 | TW201533963A |
PROCESS FOR PRODUCING LFMP/C COMPOSITE MATERIAL AND USE THE SAME
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Publication/Patent Number: TW201533963A | Publication Date: 2015-09-01 | Application Number: 103105798 | Filing Date: 2014-02-21 | Inventor： Wang, Ruey Yu Yang, Chun Chen Chen, Wei Houng Jhang, Jhong Ren | Assignee: FORMOSA BIOMEDICAL TECHNOLOGY CORP. | IPC: H01M4/1391 | Abstract: A process for producing Lithium Manganese Iron Phosphate/Carbon (LFMP/C) composite cathode material using a Solid-state method or a Spray dry method to have carbon-coating materials coated on LFMP | |||
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20 | TW201515310A |
PROCESS FOR PRODUCING SPHERICAL LFP/C OR LFPO/C COMPOSITE MATERIAL THROUGH SPRAY DRYING METHOD AND USE THE SAME
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Publication/Patent Number: TW201515310A | Publication Date: 2015-04-16 | Application Number: 102136253 | Filing Date: 2013-10-07 | Inventor： Wang, Ruey Yu Chang, Shih Chang Yang, Chun Chen Chien, Wen Chen Chen, Wei Houng | Assignee: FORMOSA BIOMEDICAL TECHNOLOGY CORP. | IPC: H01M4/1397 | Abstract: A process for producing spherical lithium iron phosphate/Carbon (LFP/C) or Lithium Iron Phosphorous Oxide/Carbon (LFPO/C) composite cathode material using a spray drying method to have carbon-coating materials coated on LFP or LFPO |
3.Current Quota