FRFULL (French Patents Full-Text)
Subject
Coverage• All patent-relevant areas of science and technology, i.e., all classes of the International
Patent Classification.

File Type

Full-Text

Features

ThesauriInternational Patent Classification (/IPC) ), Cooperative PatentClassification (/CPC), European Patent Classification (/EPC, /ICO)

Alerts (SDIs)

Weekly or monthly (weekly is the default)

CAS Registry
Number® Identifiers



SLART



Keep & Share

Structures



RecordContent• FRFULL (French Patents Full-Text Database) covers the full-text of patentapplications, granted patents, and utility models published in France from 1902
onwards with the first document from 1855.
• Patent applications are assigned with kind code FRA (up to 1968) and FRA1 (since1969), granted patents (patents of invention) with kind codes FRA5 (up to 1975) and
FRB1 (since 1973), unexamined utility models with kind code FRA3, and utility model
specifications with kind code FRB3.
• Database records comprise all documents published for one application. Records ofthe database contain bibliographic data, including patent applicant and inventor
information, patent, application and priority application data, IPC, CPC (including CPC
combination sets), and EPC classification codes, plus the searchable text of thecomplete documents, comprising titles, abstracts, description and claims in English
and French Abstract, description, and claims in English are machine translations.
• Numeric values of 59 physical and chemical properties are searchable in about 5000
unit variants within in all full-text fields.
• Clipped images (mostly front-page images) from 1902 onwards are also included, if
available.
• Text has been created by Optical Character Recognition (OCR) software. Therefore,characters may be misinterpreted, or portions of the text may be incomplete. A small
percentage of records are absent because they failed to scan.

File Size• More than 2.49 million family records with more than 3.27 million publications(10/2023)• More than 2.14 million front page images from 1902 to present (10/2023)

CoverageComprehensive content from 1902 to present, first document from 1855

Updates

WeeklyLanguage

English, French

October 2023

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FRFULL

Database
Producer

LexisNexis Univentio BV
Galileiweg 82333 BD Leiden
The Netherlands
Phone: (+31) 88-6390000
Email: customersupport@univentio.com
Copyright Holder

Sources• French Patents Full-Text Documents

User Aids• Online Helps (HELP DIRECTORY lists all help messages available)• STNGUIDE

Cluster• AEROTECH• ALLBIB• AUTHORS• CORPSOURCE• ENGINEERING• FULLTEXT• HPATENTS• NPS• PATENTS• PNTTEXTSTN Database Cluster information:
http://www.stn-international.com/en/customersupport/customersupport#cluster+%7C+subjects+%7C+features

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FRFULL

Search and Display Field Codes
If multiple search terms are linked with and AND-operator, all terms are searched in the complete databaserecord, i.e. in all publications referring to one application. For a search in a specific publication of the record,connect the search term and the patent kind code with the (L)-proximity operator, e.g. S FILTRER DES
SIGNAUX/AB,TI,CLM (L) FRA1/PK limits the search to French applications FRA1.
Fields that allow left truncation are indicated by an asterisk (*).

General Search Fields
Search Field Name

SearchCode

Basic Index* (contains single words
from the titles (TIEN, TIFR),
abstracts (ABEN, ABFR), detailed
description (DETDEN, DETDFR),
claims (CLM), and main claims(MCLM) fields)

None
or
/BI

S TRANSISTOR AND ELECTRODES SENSOR FOR DETERMINER
S TRAITEMENT? ULTERIEUR
S ?TRANSFER

Abstract*(in English and French)
Abstract in English*
Abstract in French*
Accession Number
Application Country(WIPO code and text)
Application Date (1)Application Kind CodeApplication Number (2)/AB

S FILTRER DES SIGNAUX/ABS PROCEDE SELON/ABS LASER BEAM/ABENS PROCEDE SELON/ABFR
S 2427770/AN
S FR/AC

Application Number Original
Application Year (1)Claims* (in English and French)
Claims in English*
Claims in French*
Cooperative Patent Classification (3)Cooperative Patent Classification,
Action Date
Cooperative Patent Classification,
Keywords
Cooperative Patent Classification,
Version
Data Entry Date (1)Data Update Date (1)Document Type(code and text)
Entry Date (1)Entry Date Full-Text (1)European Patent Classification (3)Field Availability
Graphic Image Size (1)ICO (in-computer-only) Classification(3)
ICO Keyword Terms
IdT (Indeling der Techniek)

/ABEN
/ABFR
/AN
/AC

Display
Codes

Search Examples

TIEN, TIFR,
ABEN, ABFR,
DETDEN,DETDFR,
CLMEN,
CLMFR,MCLMEN,MCLMFR
AB
ABEN
ABFR
AN
AI

/AD
/AK
/AP
(or /APPS)/APO (or
/AIO)
/AY
/CLM
/CLMEN/CLMFR/CPC/CPC.ACDS AD=JAN 2003
S FRA/AKS FR2000-10010/AP
S 2000FR-0010010/APPSS FR30000633/APO

AI
AI
AI

S AY>=2000
S DERIVATION/CLM
S SUGAR/CLMENS SIGNAUX/CLMFRS C12N0009/CPC
S 20121113/CPC.ACD

AY
CLM
CLMEN
CLMFR
CPC
CPC.TAB/CPC.KWS C12N0009/CPC (S) I/CPC.KW

CPC.TAB/CPC.VER

S 20130101/CPC.VER

CPC.TAB

/DED
/DUPD
/DT
(or /TC)
/ED
/EDTX
/EPC
(or /ECLA,EPCLA)
/FA
/GIS
/ICO

S 20181206/DED
S 20181207/DUPD
S U/DTS UTILITY MODEL/DT
S ED=MAR 2015
S 20181218/EDTX
S A01B0033-08B2/EPC

DED
DUPD
DT

S ABEN/FA
S 200-300/GIS
S L29C0065-16A6B/ICO

FA
GIS
ICO

/ICO.KW/IDT

S A4/ICO.KW
S B42D15/00C/IDT

ICO
IDT

APO

ED
EDTX
EPC

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FRFULL

General Search Fields (cont’d)Search Field Name
Inventor
Inventor, Country
IPC, Action Date (1)IPC, Additional
IPC, Index
IPC, Initial
IPC, Keyword Terms
IPC, Main
IPC, Reclassified
IPC, Reform
IPC, Secondary
IPC, Version (1)Key Terms

SearchCode/IN(or /AU)/IN.CNY/IPC.ACD/ICA (or/IPCA)/ICI (or/IPCI)/IPCI/IPC.KW/ICM (or/IPCM)/IPCR/IPC.REF/ICS (or/IPCS)/IPC.VER(or /IC.VER)/KT

Display
Codes

Search Examples
S MANAUT DANIEL/IN
S MANCEAUX?/IN
S FR/IN.CNY
S 20051008/IPC.ACD
S A61K0007-00/ICA

IN

S A61K0007:031/ICI

ICI

S B21B0001/IPCIS INITIAL/IPC.KW
S A01N001/ICM

IPCI
IPC.TABICM

S B21B0001-34/IPCR
S A01B0001-16/IPC.REF
S A01B001-16/ICS

IPCR
IPC
ICS

S 7/IPC.VER

IPC.TABKT

IN
IPC.TABICA

Language (ISO code and text)
Language, Filing(ISO code and text)
Main Claim* (in English and French)
Main Claim in English*
Main Claim in French*
Number of Claims (1)Number of Paragraphs in DETD
(Detailed Description) (1)Patent Assignee
Patent Assignee Country (WIPO
code and text)
Patent Country(WIPO code and text)
Patent Information Publication Type

/LA
/LAF

S PROTEIN SYNTHESIS/KT
S “BIOAVAILABLE METHIONINEESTERS OR AMIDE”/KT
S FRENCH/LAS FR/LAF/MCLM/MCLMEN/MCLMFR
/CLMN
/DETN

S ?FRACTURE?/MCLM
S SWEETENER/MCLMENS SUCRANT/MCLMFR
S 5-7/CLMN
S DETN<10MCLM,
MCLMENMCLMFR
CLMN
DETN/PA (or /CS)
/PA.CNY

S BASF AG/PA
S DE/PA.CNY

PA
PA, PA.CNY/PC

S FRANCE/PC

PI

/PIT

PIT

Patent Kind CodePatent Number (2)/PK/PN(or /PATS)
/PNK
/PNO
/PRC

S FRB1 PATENT OF INVENTION(SECOND PUBL.) (FROM NO.
2000000)/PITS FRA2/PK
S FR 2929171/PN

PI
PI, PATSS FR2120002 A1/PNKS FR2000006/PNO
S AU/PRC

PI, PNK
PNO
PRAI

/PRD
/PRK
/PRN
/PRNO
/PRY
/PRYF
/PD
/PY
/RLC

S PRD=APRIL, 2 2003
S DEA/PRKS DE2000-10023591/PRN
S EP12157379/PRNO
S 1993/PRY
S 1993-1994/PRYF
S PD=JAN-FEB 2003
S PY>2003 AND L1
S WO/RLC

PRAI
PRAI
PRAI
PRNO
PRAI
PRAI, PRYF
PI
PI
RLI

/RLD
/RLN

S 20170428/RLDS WO2017-US32763/RLN

RLI
RLI

Patent Number Kind CodePatent Number OriginalPriority Country(WIPO code and text)
Priority Date (1)Priority Kind CodePriority Number (2)Priority Number OriginalPriority Year (1)Priority Year, First (1)Publication Date (1Publication Year (1)Related Application Country(WIPO code and text)
Related Application Date (1)Related Application Number (2)October 2023

LA
LAF

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FRFULL

General Search Fields (cont’d)Search Field Name
Related Application Year (1)Related Application Type
Related Patent Number(WIPO code and text)
Title* (in English and French)
Title in English*
Title in French*
Update Date (1)SearchCode

Display
Codes

Search Examples

/RLY
/RLT
/RLPN

S 2017/RLY
S PCT APPLICATION/RLT
S WO2001056352/RLPN

RLI
RLI
RLI

/TI
/TIEN
/TIFR
/UP

S FLUID###/TI
S SUGAR/TIENS SUCRE/TIFR
S UP=APR 2004

TI
TIEN
TIFR
UP

(1) Numeric search field that may be searched using numeric operators or ranges.
(2) By default, patent numbers, application and priority numbers are displayed in STN Format. To display them in Derwent format, enter
SET PATENT DERWENT at an arrow prompt. To reset display to STN Format, enter SET PATENT STN.
(3) An online thesaurus is available in this field.

Property Fields1)
In FRFULL a numeric search for a specific set of physical properties (/PHP) is available within the full-text
fields (TI, AB, DETD, CLM, BI). The numeric values are not displayed as single fields, but highlighted within
the hit displays.
Use EXPAND/PHP to search for all available physical properties. A search with the respective field codes will
be carried out in all database fields with English text. The /PHP index contains a complete list of codes andrelated text for all physical properties available for numeric search.
Field
Code
/AOS
/BIR
/BIT
/CAP
/CDN
/CMOL
/CON
/DB
/DEG
/DEN (/C)/DEQ/DOS(/LD50)
/DV
/ECD
/ECH
(/CHA)/ECO(/ECND)/ELC(/ECC)/ELF(/ECF)

Property

Unit

Symbol

Search Examples

Amount of substance
Bit Rate
Stored Information
Capacitance
Current Density
Molarity, Molar
Concentration
Conductance
DecibelDegreeDensity (MassConcentration
Dose Equivalent
DosageMol
Bit/Second
Bit
Farad
Ampere/Square Meter
Mol/Liter

mol
bit/s
Bit
F
A/m2
mol/L

S 10 /AOS
S 8000-10000/BIR
S BIT > 3 MEGABIT
S 1-10 MF/CAPS CDN>10 A/M**2
S UREA/BI (S) 8/CMOL

Siemens
DecibelDegreeKilogram/Cubic Meter

S
dB
°
kg/m³

S 1S-3/CON
S DB>50
S CYLINDER/BI (S) 45/DEG
S 5E-3-10E-3/DEN

SievertMilligram/Kilogram

Sv
mg/kg

S 100/DEQ
S DOS>0.8

Viscosity, dynamic
Electric Charge
Density
Electric Charge

Pascal * Second
Coulomb/Square Meter

Pa * sC/m²

S DV>5000
S ECD>10

CoulombC

S 0.0001-0.001/ECH

Electrical Conductivity

Siemens/Meter

S/mS ECO>800 S/M (15A) AQUEOUS

Electric Current

AmpereA

S 1-10/ELC

Electric Field

Volt/Meter

V/m

S 200/ELF

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FRFULL

Property Fields1) (cont’d)
Field
Code

Property

Unit

Symbol/ENE

EnergyJoule/ERE(/ERES)/FOR/FRE (/F)/IU/KVElectrical Resistivity

Ohm * Meter

Force
Frequency
International Unit
Viscosity, kinematic

NewtonHertz
none
Square Meter/Second

N
Hz
IU
m2/s

/LEN
(/SIZ)/LUME

Length, Size

Meter

m

S 50 N /FORS OSCILLAT?/BI (S) 1- 3/FRE
S IU>1000 (P) VITAMIN AS METHYLPOLYSILOXANES/BI (10A)
200-300 CST /KV
S 1-4/LEN

Luminous Emittance,
IlluminanceLuminous Flux
Luminous Intensity
Mass
Mass to Charge Ratio
Magnetic Flux
Density
Mass Flow Rate

Lux

lx

S 10-50/LUME

Lumen
CandelaKilogram
none
Tesla

Lm
cd
kg
m/z
T

S LUMF>1000
S LUMI<4
S ALLOY/BI (30A) 1E-10-1E-5/M
S MCH=1
S MFD>102

Kilogram/Second

kg/s

S MFR<0.1

Molar Mass

Gram/Molg/mol

S 2000-3000 G/MOL/MM

Molality of Substance
Melt Volume Rate,
Melt Flow Rate
Nutrition Content

Mol/Kilogramnone

mol/kgg/10 minS 01.-10 MOL/KG/MOLS
S 3/MVRnone

g/100 kcal

S NUC/PHP

Percent(Proportionality)
Permittivity, Absolute
Permittivity, Relative
pH Valuenone%

S POLYMER?/AB (5A) 4/PER

Farad/Meter
none
pH

F/m

S 1-10/PERA
S 1500-2000/PERR
S 7.4-7.6/PHV

Power

Watt

W

Parts per million

Ppm

ppm

/PRES (/P)

Pressure

Pascal

Pa

/RAD
/RES
/RI
/RSP

Radioactivity
Electrical ResistanceRefractive Index
Rotational Speed

Becquerel
Ohmnone
Revolution/Minute

Bq
Ohm

/SAR

Area /Surface Area

Square Meter

m²

/SOL
(/SLB)/STSC/TCO(/TCND)/TEMP (/T)
/TIM

Solubility

Gram/100 gram

g/100 gS "HG-XE-?"/BI (S) 100-200
WATT/POW
S 100 PPM /PPM (10A)
ADDITIVE/BI
S (VACUUM (5A) DISTILL?)/BI (S)1000-1100/PRESS RAD/PHPS SENSOR /BI (S) 10- 100/RES
S 3-4/RIS 2 RPM - 100 RPM /RSP (S)ENGINE/BIS PLATE/BI (S) 10 M**2 - 100
M**2 /SARS SOL>20 G/100G (5A) WATER

Surface Tension
Thermal Conductivity

Joule /Square Meter
Watt/Meter * Kelvin

J/m²
W/m * KS 60 J/M**2/STSC
S 1/TCO (S) HEAT?

Temperature
Time

KelvinSecond

/LUMF
/LUMI
/M
/MCH
/MFD
(/MFS)/MFR(/MFL)/MM (/MW,
/MOM)
/MOLS
/MVR
/NUC
(/NUTC)
/PER
/PERA
/PERR
/PHV
(/PH)
/POW
(/PW)
/PPM

October 2023

J

Search Examples

Ohm * m

pH

rpm

K
s

S DROPLETS (10A) 40 JOULE 70 JOULE /ENES ERE>0.1

S 20-25/TEMPS ?INCUB?/BI (10A) 50 S - 150 S/TIM

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FRFULL

Property Fields1) (cont’d)
Field
Code

Property

Unit

Symbol/VEL (/V)
/VELA
/VLR

Velocity
Velocity, angular
Volumetric Flow Rate

Meter per Second
Radian/Second
Cubic Meter/Second

m/s
rad/s
m³/s

/VOL
/VOLT

VolumeVoltage

Cubic Meter
Volt

m³
V

/WAC

Water Activity

none

Search Examples
S REDUC?/BI (S) 1E-3-5E-3/VELS VELA>10
S 1 M**3/S - 2 M**3/S /VLR (S)ABRASIVE
S 1E-8-2E-8/VOL.EXS TENSION/BI (10A) 5E-3 V<VOLT<7E-3 V
S WAC/PHP(1) Exponential format is recommended for the search of particularly high or low values, e.g. 1.8E+7 or 1.8E7 (for 18000000) or 9.2E-8(for 0.000000092).

International Patent Classification (/IPC) Thesaurus
The classifications, validity and catchwords for the main headings and subheadings from the current (8th)edition of the WIPO International Patent Classification (IPC) manual are available. The classifications from theprevious editions (1-7) are also available as separate thesauri. To EXPAND and SEARCH in the thesauri foreditions 1-7, use the field code followed by the edition number, e.g., /IPC2, for the 2nd edition. Catchwords
are included only in the thesauri for the 8th, 7th, 6th, and 5th editions.
CodeContent

Examples

ADVANCED (ADV)ALL
BRO (MAN)BT
CORE (COR)ED
HIE

Advanced Codes for the Core Level IPC CodeAll Associated Terms (BT, SELF, NT, RT)
Complete Class
Broader Term (BT, SELF)
Core Codes for the Advanced Level IPC CodeComplete title of the SELF term and IPC manual edition
Hierarchy Term (Broader and Narrower Term)(BT, SELF, NT)
Complete title of the SELF term
Keyword Term (catchwords) (SELF, KT)
Next Classification
Narrower Terms (SELF, NT)
Previous Classification
Related Terms (SELF, RT)
Complete Title of the SELF Term and Broader Terms(BT, SELF)

E A61K0006-02+ADVANCED/IPC
E C01C003-00+ALL/IPC
E C01C+BRO/IPC
E C01F001-00+BT/IPC
E G08C0019-22+CORE/IPC
E C01F001-00+ED/IPC
E C01B003-00+HIE/IPC

INDEX
KT
NEXT
NT
PREV
RT (SIB)TI

E C01F001-00+INDEX/IPC
E CYANOGEN+KT/IPC
E C01C001-00+NEXT5/IPC
E C01C+NT/IPC
E C01C001-12+PREV10/IPC
E C01C003-20+RT/IPC
E C01F001-00+TI/IPC

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FRFULLECLA (/EPC) and ICO Thesauri
These thesauri are available in the /EPC search field (for ECLA codes) and /ICO search field (for 'in-computeronly' codes). All relationship codes can be used with both the EXPAND and SEARCH commands.
Relationship CodeContent

ALL
AUTO (1)BT
CODE

All usually required terms (BT, SELF, CODE, DEF)
Automatic relationship (BT, SELF, CODE, DEF)
Broader terms (BT, SELF)
Classification Code (SELF, CODE)

DEF
HIE

Definition (SELF, DEF)
Hierarchy terms (all broader and narrower terms) (BT,SELF, DEF, NT)
Keyword terms (SELF, KT)
All associated terms
Next classification within the same class (SELF, NEXT)
Next n classification within the same class
Narrower terms
Previous Code within the same class (SELF, PREV)
Previous n classifications within the same class
Complete Title of the SELF Term and Broader Terms(BT, SELF)

KT
MAX
NEXT
NEXT(n)NT
PREV
PREV(n)TI

Search Examples
E C12M0001-34H2+ALL/EPC
E G01J003-443+AUTO/EPC
E G01J0003-443+BT/EPC
E SCRAPER BIASING
MEANS+CODE/EPC
E B65G0045-16+DEF/EPC
E A01B0001+HIE/EPC
E LASER+KT/EPC
E G01J0003-44B+MAX/EPC
E A01B0001-24+NEXT/EPC
E A01B0001-24+NEXT3/EPC
E G05B0001-04+NT/EPC
E G05B0019-418N1+PREV/EPC
E G05B0019-418N1+PREV2/EPC
E G05B0001-03+TI/EPC(1) Automatic Relationship is SET OFF. In case of SET REL ON the result of EXPAND or SEARCH without any relationship code is thesame as described for AUTO.

CPC Thesaurus
This thesaurus is available in the /CPC search field. All relationship codes can be used with both the EXPAND
and SEARCH commands.
Relationship CodeALL
AUTO (1)
BT
CODE
DEF
HIE
KT
MAX
NEXT
NEXT(n)NT
PREV
PREV(n)TI

Content
All usually required terms (BT, SELF, CODE, DEF)
Automatic relationship (BT, SELF, CODE, DEF)
Broader terms (BT, SELF)
Classification Code (SELF, CODE)
Definition (SELF, DEF)
Hierarchy terms (all broader and narrower terms) (BT, SELF,
DEF, NT)
Keyword terms (SELF, KT)
All associated terms
Next classification within the same class (SELF, NEXT)
Next n classification within the same class
Narrower terms
Previous Code within the same class (SELF, PREV)
Previous n classifications within the same class
Complete Title of SELF Term and Broader Terms (BT, SELF)

Search Examples
E C12M0001-005+ALL/CPC
E G01J003-443+AUTO/CPC
E G01J0003-443+BT/CPC
E CARTRIDGES+CODE/CPC
E B65G0045-16+DEF/CPC
E A01B0001+HIE/CPC
E LASER+KT/CPC
E G01J0003-44+MAX/CPC
E A01B0001-24+NEXT/CPC
E A01B0001-24+NEXT3/CPC
E G05B0001-04+NT/CPC
E G05B0019-00+PREV/CPC
E G05B0019-00+PREV2/CPC
E G05B0001-03+TI/CPC(1) Automatic Relationship is SET OFF. In case of SET REL ON the result of EXPAND or SEARCH without any relationship code is thesame as described for AUTO.

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FRFULLDISPLAY and PRINT Formats
Any combination of formats may be used to display or print answers. Multiple codes must be separated by
spaces or commas, e.g., D L1 1-5 TI PI. The fields are displayed or printed in the order requested.
The information of the latest publication is displayed by default. To display the content for all levels of therecord you can combine all display fields and formats with the qualifier .M except FA, SCAN, and TRIAL.
For displaying a particular publication of a database record, you can simply add for certain display field thekind code to the appropriate display format, e.g. ALL.A1. Fields that allow this are indicated by a number (2).
Hit-term highlighting is available for most searchable fields. Highlighting must be ON during SEARCH to use
the HIT, KWIC, and OCC formats.
FormatABEN
ABFR
AI (AP) (1)AN
APO (3)
CLM (2)
CLMEN (2)
CLMFR (2)
CLMN (3)CPC
CPC.TABDED
DETD (2)
DETDEN (2)DETDFR (2)DETN (3)DT (TC)
DUPD
ED
EDTX
EPC
FA
GI
GIS (3)
GIT (3)IC
ICA (IPCA)ICIICMICO (3)
ICS (IPCS)
IDT (3)IN (AU)IN.CNY
IPC.REF
IPCI
IPCR
KT
LA
LAF
MCLM
MCLMENMCLMFR

Content

ExamplesAbstract in English
Abstract in French
Application Information
Accession Number
Application Information Original
Claims (CLMFR, CLMEN)
Claims in English
Claims in French
Number of Claims
Cooperative Patent Classification
CPC, Tabular
Data Entry Date
Detailed Descriptions (DETDFR, DETEN)
Detailed Description in English
Detailed Description in French
Number of Paragraphs in DETD
Document Type
Data Update Date
Entry Date
Entry Date Full-Text
European Patent Classification
Field Availability
Graphic Image
Graphic Image
Graphic Image Type
IPC (format contains ICM, ICS)
IPC, Additional
IPC, Index
IPC, Main
ICO Classification
IPC, Secondary
IDT Classification
Inventor
Inventor, Country
IPC, Reform
IPC, Initial
IPC, Reclassified
Key Terms
Language
Language of Filing
Main Claims (MCLMFR, MCLMEN)
Main Claim in English
Main Claim in French

D ABEND ABFR
D AI
D AN
D APO
D CLM
D CLMEND CLMFRD CLMN
D CPC
D CPC.TAB
D DED
D DETDD DETDEN
D DETDFR
D DETND DT
D DUPDD ED
D EDTX
D EPC
D FA
D GI
D GIS
D GIT
D IC
D ICA
D ICI
D ICM
D ICO
D ICS
D IDT
D IN
D IN.CN
D IPC.REF
D IPCID IPCR
D KT
D LA
D LAF
D MCLMD MCLMEND MCLMFR

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10
FRFULLDISPLAY and PRINT Formats (cont’d)FormatContent

ExamplesPA (CS)
PA.CNY
PI (PN, PATS) (1)
PIT
PNK
PNO
PRAI (PRN) (1,5)
PRAO (PRNO) (3)
PRYF
RLI
TI
TIEN
TIFR
UP

Patent Assignee
Patent Assignee Country
Patent Information
Patent Information Publication Type
Patent Number Kind CodePatent Number OriginalPriority Information
Priority Number Original Format
Priority Year, First
Related Application Information
Titles (TIEN, TIFR)
Title in English
Title in French
Update Date

D PA
D PA.CNY
D PI
D PIT
D PNK
D PNO
D PRAID PRAOD PRYF
D RLI
D TI
D TIEN
D TIFRD UP

AB (ABS)ALL (DALL) (1,2)

ABEN, ABFR
AN, ED, UP, EDTX, DED, DUPD, TIEN, TIFR, IN, PA, PA.CNY, LA, LAF,
DT, PIT, PI, AI, RLI, PRAI, IPC, CPC, EPC, ICO, IDT, AB, DETDFR,
DETDEN, CLMEN, CLMFR, KT
ALL, plus graphic Image
ALL, indented with text labels
IALL, plus graphic Image
AI, PRAI
AN, ED, EDTX, DED, DUPD, TI, IN, PA, LA, LAF, DT, PIT, PI, AI, RLI,
PRAI
BIB, indented with text labels
AN, ED, UP, EDTX, DED, DUPD, TIEN, TIFR, IN, PA, LAF, DT, PIT, PI, AI,
PRAI, IPC, CPC, EPC, ICO, IDT, ABEN, ABFR, MCLMEN, MCLMFR, KT
BRIEF, plus graphic ImageBRIEF, indented with text labels
BRIEFG, indented with text labels
CPC, CPC.KW, CPC.ACD, CPC.VER in tabular format
IPC (ICA, ICI, ICM, ICS, IPCI, IPCR), CPC, EPC, ICO, IDT
IPC (ICA, ICI, ICM, ICS, IPCI, IPCR)
IPC, IPC.KW, IPC.ACD, IPC.VER, in tabular version
AN, ED, UP, EDTX, DED, DUPD, TIEN, TIFR, IN, PA, PA.CNY, LA, LAF,
DT, PIT, PI, AI, RLI, PRAI, IPC, CPC, EPC, ICO, IDT, AB, DETDFR,
DETDEN, CLMEN, CLMFR, KT for all levels of publication
MAX, plus graphic Image
MAX, indented with text labels
IMAX, plus graphic Image
PI, RLPN
TI (random display without answer numbers)
AN, ED, UP, EDTX, DED, DUPD, TIEN, TIFR, IN, PA, LA, LAF, DT, PIT, PI,
AI, RLI, PRAI, IPC, CPC, EPC, ICO, IDT (STD is default)
STD plus graphic Image

D AB
D ALL

ALLG (1)
IALL (1,2)
IALLG (1)APPS (1)BIB (1)IBIB (1)
BRIEF(1)
BRIEFG (1)IBRIEF (1)IBRIEFG (1)CPC.TAB
IND
IPC
IPC.TABMAX (ALL.M) (1)

MAXG (ALLG.M) (1)
IMAX (IALL.M) (1)
IMAXG (IALLG.M) (1)
PATS
SCAN (4)STD (1)
STDG (1)October 2023

D ALLGD IALLD IALLGD APPSD BIB
D IBIB
D BRIEF
D BRIEFGD IBRIEF
D IBRIEFG
D CPC.TAB
D IND
D IPC
D IPC.TAB
D MAX

D MAXGD IMAXD IMAXGD PATSD SCAN
D STD
D STDG11
FRFULLDISPLAY and PRINT Formats (cont’d)FormatContent

Examples

ISTD (1)ISTDG (1)
TRIAL (TRI, SAMPLE,
SAM, FREE)

STD, indented with text labels
ISTD, plus graphic Image
TIEN, TIFR, FA, DETN, CLMN, GIS, GIT

D ISTDD ISTDG
D TRIAL

HIT
KWIC
OCC

Hit term(s) and field(s)Up to 50 words before and after hit term(s) (Keyword-In-Context)
Number of occurrences of hit term(s) and field(s) in which they occur

D HIT
D KWIC
D OCC(1) By default, patent numbers, application and priority numbers are displayed in STN Format. To display them in Derwent format, enter
SET PATENT DERWENT at an arrow prompt. To reset display to STN Format, enter SET PATENT STN.
(2) You can combine this display field with the qualifier .PK (Patent Kind Code) to display the content for a certain publication level of arecord, e.g. STD.A1.
(3) Custom display only.
(4) SCAN must be specified on the command line, i.e., D SCAN or DISPLAY SCAN.
(5) If priority information is not available for a certain document, this information is taken from the application information of thisdocument and marked with an asterisk (*).

SELECT, ANALYZE, and SORT Fields
The SELECT command is used to create E-numbers containing terms taken from the specified field in ananswer set.
The ANALYZE command is used to create an L-number containing terms taken from the specified field in ananswer set.
The SORT command is used to rearrange the search results in either alphabetic or numeric order of thespecified field(s).
You can combine all fields except FA with the qualifier .M to SELECT/ANALYZE the content of all publicationlevels.

Field Name
Abstract (English and French)
Abstract in English
Abstract in French
Accession Number
Application Country
Application Date
Application Information
Application Information Original
Application Year
Claims (English and French)
CPC Classification
Data Entry Date
Data Update Date
Detailed Description (English and French)
Document Type
Entry Date
Entry Date Full-Text
European Patent Classification
Field Availability
Graphic Image Size

Field Code
AB
ABEN
ABFR
AN
AC
AD
AI (AP)
AIO
AY
CLM
CPC
DED
DUPD
DETD
DT (TC)
ED
EDTX
EPC
FA
GIS

ANALYZE/
SELECT (1)
Y
Y (2)
Y (2)
Y
Y
Y
Y (3)
Y
Y
Y
Y
Y
Y
Y (5)
Y
Y
Y
Y
Y
Y

SORT
N
N
N
Y
N
N
N
N
N
N
Y
Y
Y
N
Y
Y
Y
N
N
Y

October 2023

12
FRFULL

SELECT, ANALYZE, and SORT Fields (cont’d)Field Name

Field CodeInternational Patent Classification
Inventor
ICO (in-computer-only) Classification
IdT Classification
IPC, Additional
IPC, Index
IPC (ICM, ICS, ICA, ICI, IPCI, IPCR)
IPC, Advanced Level Symbols
IPC, Advanced Level Symbols for Invention
IPC, Initial
IPC, Main
IPC, Reclassified
IPC, Reform
IPC, Secondary
Key Terms
Language
Language of Filing
Main Claim (English and French)
Number of Claims
Number of Paragraphs in DETD
Occurrence Count of Hit Terms
Patent Assignee Country
Patent Assignee
Patent Country
Patent Information Publication Type
Patent Kind CodePatent NumberIC
IN (AU)ICOIDTICA (IPCA)
ICI
IPC
IPC.A
IPC.AI
IPCI
ICM
IPCR
IPC.REF
ICS
KT
LA
LAF
MCLM
CLMN
DETN
OCC
PA.CNY
PA (CS)PC
PIT
PK
PI (PN)

Patent Number Original
Patent Number/Kind Code
Pre-IPC8 Symbols from the ICM and first IPC8 values from 2006present
Priority Country
Priority Date
Priority Number
Priority Number, Original Format
Priority Year
Priority Year, First
Publication Date
Publication Year
Related Application Country
Related Application Date
Related Application Number
Related Application Type
Related Application Year
Related Patent Number
Title
Title in English
Title in French
Update Date

ANALYZE/
SELECT (1)

SORT
N
Y
Y
Y
Y
Y
Y
N
N
Y
Y
Y
Y
Y
Y
Y
Y
N
N
N
Y
Y
Y
Y
Y
Y
Y

PNO
PNK
IPC.F

Y
Y
Y
Y
Y
Y
Y
Y (6)
Y (6)
Y (6)
Y
Y (6)
Y
Y
Y
Y
Y
Y
Y
Y
N
Y
Y
Y
Y
Y
Y (3)
(default)
Y
Y
Y (6)

PRC
PRD
PRN (PRAI)
PRNO
PRY
PRYF
PD
PY
RLC
RLD
RLN
RLT
RLY
RLPN
TI
TIEN
TIFR
UP

Y
Y
Y (3)
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y (8)
Y (9)
Y (9)
Y

Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y
Y

Y
Y
N

(1) HIT may be used to restrict terms extracted to terms that match the search expression used to create the answer set, e.g., SEL HIT
TI.
(2) Appends /AB to the terms created by SELECT.
(3) SELECTed, ANALYZed, and SORTed application, priority, and patent numbers are in the format set by the MESSENGER SETPATENT command, either Derwent or STN.
(4) Appends /CLM to the terms created by SELECT.
(5) Appends /BI to the terms created by SELECT.
(6) Appends /IPC to the terms created by SELECT.
(7) Appends /MCLM to the terms created by SELECT.
October 2023

13
FRFULL(8) Selects TIEN and TIFR with /TI appended to the terms created by SELECT.
(9) Appends /TI to the terms created by SELECT.

Sample Records
DISPLAY BIB.M
AN2865532
FRFULL ED 20141112 UP 20190104 EDTX 20141112
DUPD 20181223
TIEN
Light weight field howitzer - includes a barrel which is supported by acradle constructed from hollow members and which is pivotally mounted
about a trunnion bearing secured to a chassis
TIFR
PERFECTIONNEMENT AUX OBUSIERS DE CAMPAGNEINSEARLE HAROLD LESLIE; EAGLESTONE DAVID ANDREW; BONE JAMESPA
VICKERS SHIPBUILDING & ENG, GB
LAF
FrenchLA
FrenchDT
Patent; (Fulltext)
PIT
FRA1 APPLICATION FOR PATENT OF INVENTION, (FIRST PUBL.) [FROM NO.
2000000]
PI
FR 2865532
A1
20050729
AI
FR 1990-7815
A
19900620
PRAI
GB 1988-29192
19881214
AN
TIEN
TIFR
IN
PA
LAF
LA
DT
PIT
PI
AI
PRAI

2865532
FRFULL ED 20141112 UP 20181219 EDTX 20141112
DUPD 20181213
IMPROVEMENT WITH THE FIELD HOWITZERSPERFECTIONNEMENT AUX OBUSIERS DE CAMPAGNESEARLE HAROLD LESLIE; EAGLESTONE DAVID ANDREW; BONE JAMESVICKERS SHIPBUILDING AND ENGINEERING LIMITED, GB
FrenchFrenchPatent; (Fulltext)
FRB1 PATENT OF INVENTION (SECOND PUBL.) [FROM NO. 2000000]
FR 2865532
B1
20070810
FR 1990-7815
A
19900620
GB 1988-29192
19881214DISPLAY IBRIEFACCESSION NUMBER:
ENTRY DATE:UPDATE DATE:ENTRY DATE (FULLTEXT):DATA UPDATE DATE:TITLE (ENGLISH):
TITLE (FRENCH):
INVENTOR(S):2865532
FRFULL2014111220181219
2014111220181213
IMPROVEMENT WITH THE FIELD HOWITZERSPERFECTIONNEMENT AUX OBUSIERS DE CAMPAGNESEARLE HAROLD LESLIE; EAGLESTONE DAVID ANDREW; BONE
JAMESPATENT APPLICANT(S):
VICKERS SHIPBUILDING AND ENGINEERING LIMITED, GB
LANGUAGE OF FILING:
FrenchLANGUAGE OF PUBL.:
French
DOCUMENT TYPE:
Patent; (Fulltext)
PATENT INFORMATION TYPE:FRB1 PATENT OF INVENTION (SECOND PUBL.) [FROM NO.
2000000]
PATENT INFORMATION:
FR 2865532
B1
20070810
APPLICATION INFO.:
FR 1990-7815
A
19900620
PRIORITY INFO.:
GB 1988-29192
19881214
IPC ORIGINAL:
F41F0001-00 [I,A]
IPC RECLASSIF.:
F41A0023-30 [I,A]; F41A0023-46 [I,A]; F41A0025-16
October 2023

14
FRFULLCPC CLASSIF.
EPC CLASSIF. (ECLA):[I,A]; F41A0027-08 [I,A]; F41A0027-24 [I,A];
F41A0027-30 [I,A]
F41A0027-30; F41A0023-46; F41A0027-08; F41A0025-16;
F41A0027-24; F41A0023-30
F41A0023-46; F41A0023-30; F41A0025-16; F41A0027-08;
F41A0027-24; F41A0027-30

ABSTRACT (ENGLISH):
Equivalent from ES2126538A6
The light weight field howitzer includes a barrel (101) which is supported bya cradle constructed from hollow members (119,119A) and which is pivotally
mounted about a trunnion bearing (113) secured to a chassis (117). The
trunnion bearing (113) lies on the barrel axis and is positioned beyond thelimit of maximum recoil of the barrel. Front stabilisers and rear trail
support legs are provided to spread the load of the howitzer and spades (106)are rigidly but removably secured to the chassis. The howitzer includes asingle hydraulic accumulator arrangement (136,177,185,130,189,119)
constituting a combined recoil buffer and recuperator system. A barrel
elevating device (Figure (7) not shown)is provided comprising a geared manual
device (115,116,153,149,139) assisted by a precompressed gas system(114,119A). Hydraulically pivoted wheels and a pivotted towing lunette may beprovided and the howitzer may be split easily into units which can be carried
by a light helicopter.
MAIN CLAIM (ENGLISH):
1 - Howitzer campaign that includes: (I in) a tube (101) howitzer; (ii)a cradle (119a, 125, 126) supporting the tube and having a rear end;(iii) a frame (117); and (iv) a support structure (124) trunnion
frame-fixed (117) and including a trunnion bearing (113) about which therear end of the cradle is pivotally mounted, said journal bearing being
located on the axis (101a) of the tube (101) and being located beyond
the limit of the maximum back of the tube.
MAIN CLAIM (FRENCH):
1- Obusier de campagne qui comprend : (i) un tube d'obusier (101); (ii)un berceau (119A, 125, 126) supportant le tube et comportant une
extremite arriere ; (iii) un chassis (117) ; et (iv) une structure
support de tourillon (124) fixee sur le chassis (117) et comprenant unpalier de tourillon (113) autour duquel l'extremite arriere du berceau
est montee a pivotement, ledit palier de tourillon se trouvant sur l'axe(101A) du tube (101) et etant place au-dela de la limite du recul
maximal du tube.
KEYTERMS:
light weight field howitzer; barrel axis; trunnion bearing; hollow member;howitzer and spade; pivotted towing lunette; light helicopter; trunnion
support structure; threaded rod; bearing elevation; howitzers campaign;
howitzer campaign ultra light; thrust bearing; journal bearing; tube
howitzer; precompressed gas; small central bearing positioning; inert gas
volume; recoil tube; recoil energy; adaptive system; inert gas reservoir;
howitzer ultralight campaign; firing position; muzzle brake; hydraulicaccumulator; housing pointing orientation; hydraulic fluid; hydraulic damper;
tube weight

October 2023

15
FRFULLDISPLAY MAXG
AN
3043273 FRFULL

ED 20170517 EW 201718 EDTX 20170517 Full-text
UP 20180917 UW 201836 UPTX 20180917
TIEN
THE POWER SUPPLY SYSTEM AND SOLAR POWERED RECHARGING OF MOBILE DEVICES
USING THE INTERNET
TIFR
SYSTEME D'ALIMENTATION ET DE RECHARGE PAR ENERGIE SOLAIRE D'APPAREILSMOBILES UTILISANT INTERNETINNGAKA MOUKANGALA; BOHLI IMEDPANGAKA MOUKANGALA; BOHLI IMEDPA.CNY FR; FR
LAFrenchDT
PatentPIT
FRA1 APPLICATION FOR PATENT OF INVENTION, (FIRST PUBL.) (FROM
2,000,000)
PI
FR 3043273
A1 20170505
AI
FR 2015-2306
A 20151102
PRAI
FR 2015-2306
A 20151102 *IPCI
H02J0007-35
[I,A]
CPC
H02J0007-355; H02J0007-0055; H02J0007-35; H04M0019-08

ABEN

Device for powering and recharging a battery of an apparatus using theInternet such as a portable telephone, a computer or a tablet. The fieldof intervention of the present invention is the consumer electronics
industry. The invention relates to a device for in the absence of any
conventional source of recharging electric power can not be in power
failure to be able to reload the portable telephone in all
circumstances. It consists of a portable telephone (2) provided with aconventional keypad (1), a speaker (6), a digital display (4), a
microphone (7) and an antenna (3) to which is installed a solar panel(5) for powering and recharging the battery. The device according to theinvention is particularly intended for powering and recharging portablephones..

ABFR

Dispositif permettant de d'alimenter et de recharger la batterie d'unappareil utilisant internet tel qu'un le telephone portable, unordinateur ou une tablette. Le domaine d'intervention de la presente
invention est l'industrie de l'electronique grand public. L'invention
concerne un dispositif permettant en cas d'absence de source classiquede recharge d'energie electrique de pouvoir ne pas etre en panned'electricite d'etre en mesure de recharger son telephone portable entoute circonstance. Il est constitue d'un telephone portable (2)classique muni d'un clavier numerique (1), d'un haut-parleur (6), d'unecran digital (4), d'un microphone (7) et d'une antenne (3) auquel est
installe un panneau solaire (5) permettant d'alimenter et de recharger
la batterie. Le dispositif selon l'invention est particulierement
destine a recharger et a alimenter les telephones portables..

DETDFR La presente invention concerne un dispositif permettant de charger labatterie d’un appareil portable utilisant internet tel que letelephone portable ou une tablette, en utilisant l’energie
solaire.
October 2023

16
FRFULL

Actuellement, pour charger par exemple un telephone portable on utilise
un chargeur electrique qui delivre un voltage precis selon le modele dutelephone et de la batterie et ayant une borne specifique selon lemodele du telephone. Recharger la batterie d’un telephone par ce
procede est tres simple mais a plusieurs inconvenients. En effet,
l’autonomie des batteries depend de la consommation electrique duportable et de la quantite de lumiere emise par l’ecran, or
l’utilisation d’internet via le telephone portable
s’est enormement developpee et avec elle l’augmentation del’utilisation de la batterie entrainant sa decharge prematuree.
Dans ces situations, l’absence d’une sourced’energie electrique pour la recharge de la batterie peut vite
devenir problematique, notamment si l’on se trouve a des endroits
loin des habitations telle que sur la montagne ou un terrain desertique.
A l’exception des chargeurs mobiles de batteries qui eux-memessouffrent des memes inconvenients qu’un telephone portable, Iln’existe pas un procedes connus permettant de remedier a ces
inconvenients.

Le dispositif selon l’invention permet de remedier a ces
inconvenients. Il comporte en effet selon une premiere caracteristique
un panneau solaire miniature qui est similaire a celui des calculatrices
a energie solaire, installe au-dessus de l’ecran du telephonerelie a la batterie qu’il recharge en continue. Cette sourced’energie est complementaire du procede classique de recharge detelephones. Ainsi, le nouveau procede de recharge des batteries destelephones portables permet a ces derniers d’avoir un systeme
electrique de recharges hybride utilisant le courant alternatif/continue
et l’energie solaire pour recharger les batteries. Par
consequent, en l’absence de prise de courant, les utilisateurs detelephones portables ne se retrouvent pas sans source d’energie
pour charger leurs portables car ceux-ci continue a etre alimente parl’energie solaire.

Selon les modes particuliers de realisation, le panneau solaire peutetre installe a l’arriere du telephone, sur la face anterieure ou
posterieure de son couvercle pour les telephones portables qui ont ce
dispositif.

Les dessins annexes illustrent l’invention :La figure 1 represente une vue de face du telephone ou l’on peut
apercevoir un petit panneau solaire pres des hautes parleurs dutelephone.

La figure 2 represente une vue en 3 dimensions du telephone vu de face.

La Figure 3 represente une vue de face en 3 dimensions du telephone avec
le panneau solaire installe cote interieur du clapet (8) de protection
du telephone.

October 2023

17
FRFULLLa figure 4 represente une vue de cote en 3 dimensions du telephone ou
l’on peut apercevoir le panneau solaire installe sur la faceposterieur du clapet du telephone Il est evident que la presente
invention ne se limite pas aux formes de realisations decrites etrepresentees, mais englobe toute variante d’execution possible.

En reference a ces dessins, le dispositif comprend un telephone portable(2) classique muni d’un clavier numerique (1), d’unhaut-parleur (6), d’un ecran digital (4), d’un microphone(7) et d’une antenne (3) et d’un clapet de telephone (8)auquel est installe un panneau solaire (5) permettant d’alimenterle telephone portable et de recharger la batterie.

CLMFR

1) Dispositif permettant de charger un telephone portable (2) parl’energie solaire caracterise en ce qu’il comporte un
panneau solaire (5) qui absorbe l’energie issue du soleil place a
cote du haut-parleur (6) et de l’ecran (4) du telephone et sur leclapet (8) qui permet de proteger le telephone.

2) Dispositif selon la revendication 1, caracterise en ce quel’ecran du telephone (4) peut etre confondu avec le panneau
solaire (5).

3) Dispositif selon la revendication 1, caracterise en ce que labatterie du telephone continue a etre chargee par le courant electrique
via le chargeur classique.

4) Dispositif selon la revendication 1 caracterise en ce que la batterie
du telephone portable est hybride qui se charge par l’electricite
et l’energie solaire.

5) Dispositif selon la revendication 1 caracterise en ce que ledispositif de recharge par energie solaire peut etre installe surd’autres appareils electroniques utilisant internet tels les
tablettes, les appareils photographiques ou les tablettes

DETDEN The present invention relates to a device for charging the battery of a
portable device using the Internet as the mobile phone or tablet, using
solar energy.

Currently, to load such as a portable telephone is used an electriccharger that outputs a voltage accurate according to the model of thephone and battery and having a specific terminal according to the modelof the phone. Recharging the battery of a telephone by the method isvery simple but has several disadvantages. Indeed, the autonomy of thebattery depends on the power consumption of the portable and the amountof light emitted by the display, gold use over the Internet via the
October 2023

18
FRFULL
portable telephone greatly expanded and thus the increase in the use of
the battery causing its premature discharge. In these situations, theabsence of a source of electrical energy for recharging the battery may
quickly become problematic, especially if it is in places with far
dwellings such as on the mountain or desert terrain. With the exceptionof mobile battery chargers which themselves suffer from the same
disadvantages that a portable telephone, there is not a known methods
for these drawbacks.

The device according to the invention overcomes these drawbacks. It
includes a first feature as a solar panel that is similar to a miniature
calculators to solar energy, installed above the phone display connectedto the battery recharging it continuous. This energy source iscomplementary to the conventional method of recharging telephones. Thus,
the novel method for recharging a battery cell phones will then have anelectrical system of refills hybrid using alternating current/continuousand solar energy for recharging the batteries. Therefore, in the absenceof electricity outlet, users of portable telephones are not present
without a power source for charging laptop because thereof continues tobe powered by solar energy.

According to particular embodiments, the solar panel can be installed at
the back of the phone, on the front or back of its cover for portablephones that have this device.

The accompanying drawings illustrate the invention:

Figure 1 represents a front view of the phone where we can see a small
solar panel near high loudspeakers of the telephone.

Figure 2 represents a view in 3 dimensional end view of the telephone.

Figure 3 represents a front view in 3 dimensions of the telephone withthe solar panel installed inside of the valve (8) protection of thephone.

Figure 4 represents a side view in 3 dimensions of the phone where wecan see the solar panel installed on the rear face of the valve of thephone it is evident that the present invention is not limited to theforms of embodiments described and shown herein, but includes all
possible execution variant.

With reference to the drawings, the device comprises a portable
telephone (2) provided with a conventional keypad (1), a speaker (6), a
digital display (4), a microphone (7) and an antenna (3) and (8) towhich telephone is installed a solar panel (5) for powering the portablephone and recharge the battery.

October 2023

19
FRFULL
CLMEN

1) device for charging a portable telephone (2) by solar energy
characterized in that it comprises a solar panel (5) which absorbs theenergy from sun placed next to the speaker (6) and the screen (4)telephone and on the valve (8) which provides protection to thetelephone.

2) device according to claim 1, characterized in that the phone display(4) may be confused with the solar panel (5).

3) device according to claim 1, characterized in that the phone's
battery continues to be charged by the electrical current via theconventional loader.

4) device according to claim 1 characterized in that the battery of theportable telephone is hybrid which is charged by electricity and solar
energy.

5) device according to claim 1 characterized in that the recharging
device by solar energy may be installed on other electronic appliances
using the Internet of the shelves, the cameras or tablets

October 2023

20
FRFULLAN

3043273 FRFULL

ED 20180917 EW 201836 EDTX 20180917 Full-text
UP 20180917 UW 201836 UPTX 20180917
TIEN
THE POWER SUPPLY SYSTEM AND SOLAR POWERED RECHARGING OF MOBILE DEVICES
USING THE INTERNET
TIFR
SYSTEME D'ALIMENTATION ET DE RECHARGE PAR ENERGIE SOLAIRE D'APPAREILSMOBILES UTILISANT INTERNETINNGAKA MOUKANGALA; BOHLI IMEDPANGAKA MOUKANGALA; BOHLI IMEDPA.CNY FR; FR
LAFrenchDT
PatentPIT
FRB1 PATENT OF INVENTION (SECOND PUBLICATION) (FROM 2,000,000)
PI
FR 3043273
B1 20180907
AI
FR 2015-2306
A 20151102
PRAI
FR 2015-2306
A 20151102 *IPCI
H02J0007-35
[I,A]
CPC
H02J0007-355; H02J0007-0055; H02J0007-35; H04M0019-08

October 2023

21
FRFULLDETDFR La presente invention concerne un dispositif permettant de charger labatterie d’un appareil portable utilisant internet tel que letelephone portable ou une tablette, en utilisant l’energie
solaire.

Actuellement, pour charger par exemple un telephone portable on utilise
un chargeur electrique qui delivre un voltage precis selon le modele dutelephone et de la batterie et ayant une borne specifique selon lemodele du telephone. Recharger la batterie d’un telephone par ce
procede est tres simple mais a plusieurs inconvenients. En effet,
l’autonomie des batteries depend de la consommation electrique duportable et de la quantite de lumiere emise par l’ecran, or
l’utilisation d’internet via le telephone portable
s’est enormement developpee et avec elle l’augmentation del’utilisation de la batterie entrainant sa decharge prematuree.
Dans ces situations, l’absence d’une sourced’energie electrique pour la recharge de la batterie peut vite
devenir problematique, notamment si l’on se trouve a des endroits
loin des habitations telle que sur la montagne ou un terrain desertique.
A l’exception des chargeurs mobiles de batteries qui eux-memessouffrent des memes inconvenients qu’un telephone portable, Iln’existe pas un procedes connus permettant de remedier a ces
inconvenients.

Le dispositif selon l’invention permet de remedier a ces
inconvenients. Il comporte en effet selon une premiere caracteristique
un panneau solaire miniature qui est similaire a celui des calculatrices
a energie solaire, installe au-dessus de l’ecran du telephonerelie a la batterie qu’il recharge en continue. Cette sourced’energie est complementaire du procede classique de recharge detelephones. Ainsi, le nouveau procede de recharge des batteries destelephones portables permet a ces derniers d’avoir un systeme
electrique de recharges hybride utilisant le courant alternatif/continue
et l’energie solaire pour recharger les batteries. Par
consequent, en l’absence de prise de courant, les utilisateurs detelephones portables ne se retrouvent pas sans source d’energie
pour charger leurs portables car ceux-ci continue a etre alimente parl’energie solaire.

Selon les modes particuliers de realisation, le panneau solaire peutetre installe a l’arriere du telephone, sur la face anterieure ou
posterieure de son couvercle pour les telephones portables qui ont ce
dispositif.

Les dessins annexes illustrent l’invention :La figure 1 represente une vue de face du telephone ou l’on peut
apercevoir un petit panneau solaire pres des hautes parleurs dutelephone.

La figure 2 represente une vue en 3 dimensions du telephone vu de face.
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FRFULLLa Figure 3 represente une vue de face en 3 dimensions du telephone avec
le panneau solaire installe cote interieur du clapet (8) de protection
du telephone.

La figure 4 represente une vue de cote en 3 dimensions du telephone ou
l’on peut apercevoir le panneau solaire installe sur la faceposterieur du clapet du telephone Il est evident que la presente
invention ne se limite pas aux formes de realisations decrites etrepresentees, mais englobe toute variante d’execution possible.

En reference a ces dessins, le dispositif comprend un telephone portable(2) classique muni d’un clavier numerique (1), d’unhaut-parleur (6), d’un ecran digital (4), d’un microphone(7) et d’une antenne (3) et d’un clapet de telephone (8)auquel est installe un panneau solaire (5) permettant d’alimenterle telephone portable et de recharger la batterie.

CLMFR

1) Dispositif permettant de charger un telephone portable (2) parl’energie solaire comportant un panneau solaire (5) qui absorbe
l’energie issue du soleil et la transforme en energie electrique,un ecran (4) caracterise en ce que l’ecran du portable (4) est
confondu avec le panneau solaire (5), ce dernier etant monte sousl’ecran du portable (4).

2) Dispositif selon la revendication 1, caracterise en ce que labatterie du telephone continue a etre chargee par le courant electrique
via le chargeur classique.

3) Dispositif selon la revendication 1 caracterise en ce que la recharge
de la batterie du telephone portable se fait indifferemment via une
prise electrique ou via l’energie issue du panneau solaire.

4) Dispositif selon la revendication 1 caracterise en ce que ledispositif de recharge par energie solaire peut etre installe surd’autres appareils electroniques tels que les tablettes, lesappareils photographiques ou les ordinateurs portables.

DETDEN The present invention relates to a device for charging the battery of a
portable device using the Internet as the mobile phone or tablet, using
solar energy.

Currently, to load such as a portable telephone is used an electriccharger that outputs a voltage accurate according to the model of thephone and battery and having a specific terminal according to the modelof the phone. Recharging the battery of a telephone by the method is
October 2023

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FRFULLvery simple but has several disadvantages. Indeed, the autonomy of thebattery depends on the power consumption of the portable and the amountof light emitted by the display, gold use over the Internet via theportable telephone greatly expanded and thus the increase in the use of
the battery causing its premature discharge. In these situations, theabsence of a source of electrical energy for recharging the battery may
quickly become problematic, especially if it is in places with far
dwellings such as on the mountain or desert terrain. With the exceptionof mobile battery chargers which themselves suffer from the same
disadvantages that a portable telephone, there is not a known methods
for these drawbacks.

The device according to the invention overcomes these drawbacks. It
includes a first feature as a solar panel that is similar to a miniature
calculators to solar energy, installed above the phone display connectedto the battery recharging it continuous. This energy source iscomplementary to the conventional method of recharging telephones. Thus,
the novel method for recharging a battery cell phones will then have anelectrical system of refills hybrid using alternating current/continuousand solar energy for recharging the batteries. Therefore, in the absenceof electricity outlet, users of portable telephones are not present
without a power source for charging laptop because thereof continues tobe powered by solar energy.

According to particular embodiments, the solar panel can be installed at
the back of the phone, on the front or back of its cover for portablephones that have this device.

The accompanying drawings illustrate the invention:

Figure 1 represents a front view of the phone where we can see a small
solar panel near high loudspeakers of the telephone.

Figure 2 represents a view in 3 dimensional end view of the telephone.

Figure 3 represents a front view in 3 dimensions of the telephone withthe solar panel installed inside of the valve (8) protection of thephone.

Figure 4 represents a side view in 3 dimensions of the phone where wecan see the solar panel installed on the rear face of the valve of thephone it is evident that the present invention is not limited to theforms of embodiments described and shown herein, but includes all
possible execution variant.

With reference to the drawings, the device comprises a portable
telephone (2) provided with a conventional keypad (1), a speaker (6), a
digital display (4), a microphone (7) and an antenna (3) and (8) towhich telephone is installed a solar panel (5) for powering the portablephone and recharge the battery.

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FRFULL

CLMEN

1) Device for charging a portable telephone (2) by solar energy with asolar panel (5) which absorbs energy from the sun and converts it into
electrical energy, a screen (4) characterized in that the screen of thelaptop (4) coincides with the solar panel (5), the latter being mounted
under the screen of the laptop (4).

2) Device according to claim 1, characterized in that the phone's
battery continues to be charged by the electrical current via theconventional loader.

3) Device according to claim 1 characterized in that the recharging of
the battery of the mobile phone is indifferently through an electricaloutlet or via energy from the solar panel.

4) Device according to claim 1 characterized in that the recharging
device by solar energy may be installed on other electronic devices suchas tablets, the cameras or portable computers.

October 2023

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FRFULLIn North America
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October 2023