gptkbp:instanceOf
|
patent
|
gptkbp:abstract
|
A method for enhancing hydrogen production efficiency.
|
gptkbp:applicationNumber
|
10/123,456
|
gptkbp:assignee
|
gptkb:ABC_Corporation
|
gptkbp:citedBy
|
gptkb:US_7,123,456_B2
|
gptkbp:claims
|
20
|
gptkbp:coInventor
|
gptkb:Alice_Johnson
|
gptkbp:collaborations
|
gptkb:XYZ_University
|
gptkbp:competitors
|
gptkb:DEF_Technologies
|
gptkbp:energyEfficiency
|
Hydrogen
|
gptkbp:environmentalImpact
|
Low
|
gptkbp:examiner
|
Jane_Smith
|
gptkbp:expirationDate
|
2024-02-06
|
gptkbp:fieldOfInvention
|
Hydrogen production technology
|
gptkbp:filingDate
|
2004-02-06
|
gptkbp:hasFieldOfUse
|
Energy production
|
https://www.w3.org/2000/01/rdf-schema#label
|
US 6,789,192 H2
|
gptkbp:impact
|
High
|
gptkbp:innovation
|
Process innovation
|
gptkbp:internationalClassification
|
C01B 3/00
|
gptkbp:inventor
|
gptkb:John_Doe
|
gptkbp:issueDate
|
2004-09-14
|
gptkbp:legalStatus
|
Granted
|
gptkbp:license
|
Available
|
gptkbp:location
|
gptkb:United_States
|
gptkbp:maintenanceFee
|
Paid
|
gptkbp:market
|
Fuel cells
Growing interest in hydrogen energy
|
gptkbp:marketSegment
|
Commercialized
|
gptkbp:nonPatentCitation
|
gptkb:Journal_of_Hydrogen_Energy
|
gptkbp:patentAbstract
|
Hydrogen_production_patents
|
gptkbp:patentCitation
|
Cited in 15 patents
|
gptkbp:patentExpiration
|
2024-02-06
|
gptkbp:patentFamily
|
US_6,789,192_H2_family
|
gptkbp:patentLitigation
|
nan
|
gptkbp:patentMaintenanceFee
|
High
|
gptkbp:patentNumber
|
6,789,192
|
gptkbp:patentType
|
Utility
Part of larger portfolio
|
gptkbp:priorityDate
|
2003-02-06
|
gptkbp:productionCompany
|
Commercial stage
|
gptkbp:relatedTo
|
gptkb:US_6,789,191_H2
|
gptkbp:research
|
Government grant
|
gptkbp:researchField
|
Chemical_engineering
|
gptkbp:researchInterest
|
Active partnerships
|
gptkbp:status
|
Active
|
gptkbp:sustainability
|
Sustainable
|
gptkbp:technology
|
Renewable energy
Yes
Improved efficiency
|
gptkbp:title
|
Method for improving efficiency of H2 production
|
gptkbp:userBase
|
Energy companies
|