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`GOOGLE EXHIBIT 1010 (part 2 of 3)
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`Page 433 of 952
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`
`
`
`Title of Invention
` Enamel coil antenna and a manufacturing method
`thereof,
`
`Sp Ot
`
`Abstract
`
`“i
`Dee QPEL} Bas
`
`GAP IE
`
`04
`
`
`
`! The invention relates to the antenna using the enamel!
`conducting wire. And the antenna connection terminal
`AAS SESE) substrate, having connection terminals patterning the
`8
`|
`22
`conductive thin film adhered to the coil insulation subst
`rate and are formed and the coil winding the enamel co
`nducting wire with the looo shape and dipping into the
`salvent for the several second and unitized and the en
`amel wire terminal which dips the coil across into the fu
`sed lead and formed are stuck to the connection term!
`nai of the terminal substrate and it is manufactured.
`And the present invention relates to the enamel coil pr
`| oduction method for antenna, comprising the process,
`of making the antenna connection terminal substrate w
`hich makes connection terminais it patterns this condu
`ctive thin film it adheres to the conductive thin film to
`the insulating substrate and the process, of forming th
`@ enamel conducting wire coil it dips the coll across int
`o the fused lead it dries it dips into the solvent for the
`several second it winds with the enarnel conducting wir
`e loop shape and the process of sticking both ends of t
`he enamel conducting wire coil to the connection termi
`nal of the antenna port substrate.
`
`
`
`OLSeS CrAHL| BT AAeS
`
`The enamel coll antenna and manufacturing method
`thereof .
`
`
`Page lof?
`
`Page 434 of 952
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`Page 434 of 952
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`

`

`
`
`Rooasoonananan
`
`APO WP
`
`Sco
`of Claims
`
`| tall SI
`
`L QA SALZ!
`
`C
`
`Claim i:
`
`The anamel coil antenna patterning the conductive thin
`film adhered to the insulating substrate and comprises
`the antenna connection terminal substrate having form
`ed connection terminalis, the enamel! conducting wire c
`oil, and the connection part sticking the enamel wire te
`rminal, and the enamel conducting wire coil winds the e
`namel conducting wire with the loop shape and which d
`ips into the solvent for the several second and unitize
`d: and the connection part sticking the enamel wire ter
`minal dins the ename! conducting wire call acrass into t
`he fused lead and formed to the connection terminal of
`the terminal substrate.
`
`Page 2 of 7
`
`Page 435 of 952
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`Page 435 of 952
`
`

`

`Aj 2a:
`
`Claim 2:
`
`
`
`As for claim 1, the enamel coil antenna in which the
`conductive thin film adheres to the copper foil to the s
`ubstrate
`
`A-?}
`
`Sets
`
`Claim 3s
`
` LE OAYPVC),
`
`:
`
`) SON HS GIO! 2
`
`Ap AS:
`
`
`
`4s for claim 1, the enamel coil antenna in which It is
`characterized to be any one of insulating substrate is t
`he PYG, FET (PET), blood lice (PE), powder infection (P
`))
`
`Claim 4:
`
`As for claim 1, the enarnel coil antenna which
`additionally comprises the attached ferrite sheat in one
`side of the enamel! conducting wire coll
`
`Claim 5:
`
`The enamel coil production method for antenna which
`adheres to the conductive thin film to the insulating su
`bstrate as to the enamel coli production method for an
`tenna : and consists of the enamel conducting wire ma
`de including the process, of making the antenna conne
`ction terminal substrate patterning this conductive thin
`fim and makes connection terminais and the process, o
`f winding the enamel conducting wire with the loop sha
`pe and dipping into the solvent for the several second
`and drying and dipping the coil across into the fused le
`ad and forming the enamel conducting wire coil and the
`process of sticking both ends of the enamel conducting
`wire coll to the connection terminal of the antenna por
`t substrate.
`
`
`
`Claim 6:
`
`
`Ce AnzOA As for claim 5, the ename! coil production method for
`[ee era
`lt Mi
`antenna forming the pattern the conductive thin film in
`
`ta the photo lithography or the screen orinting method
`
`HA) pets
`
`
`
`Claim 7:
`
`As for claim 5, the enamel coll production mathod for
`antenna dipping the enamel conducting wire of the loop
`shape into the solvent for 2 through 3 second
`
`Claim 8:
`
`As for claim 5, the enamel coil production method for
`antenna adding the process of adhering the ferrite she
`et to the enamel conducting wire coll one side
`
`Background Art
`The invention relates to the enamel coil antenna and a
`- manufacturing method thereof, especially,
`it relates to
`the method for manufacturing the good coll antenna ev
`en when simplifying the manufacturing process.
`
`card ar the IC card), it produces in order to communica
`
`In the electronic card (it is called the radio frequency
`
`Page 3 of 7
`
`Page 436 of 952
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`Page 436 of 952
`
`

`

`
`
`
`2 SUCH.
`
`
`Heal,
`
`te to the card reader and electric wave (RF}. [t has th
`@ antenna for cormmunication and semiconductor chip |
`nside the electronic card and the electronic card reade
`rand data can be given and can be taken.
`
`It is that the antenna for communication built in the
`electronic card does transmission and/or reception of t
`he electric wave for communicating with the card read
`er as the dissimilar telecommunication device exariple.
`It is made as many shape according to the used freque
`ncy.
`
`In the electronic card, antenna has that there is no
`antenna and antenna has with the contact terminal. T
`he operation of this electronic card inserting into the ¢
`ard reader and the card reader connecting the electrod
`@ to the contact terminal and reading the information
`which is in the chip of card or recording is done. Howev
`er since it is aperated if it does not contact the card r
`eader and the wireless electron card gets near inside o
`f the distance fixed (the distance in which radio wave ¢
`ransmission and reception are possible) the application
`range is gradually expanded,
`
`
`
`
`
`In the electronic card, it can be said to be the
`electronic card inlet binding the antenna for the semico
`nductor chip for the information processing and radio w
`| ave transmission and reception and it is called the elec
`tronic card making like the ,
`in other words, the credit
`card which it usually uses. For moiding the electronic c
`= ard iniet with the plastic resin or compressing and prot
`acting the inlet of the inside. In the electronic card inle
`t, the electric wave sent in the card reader is received
`and the electronic circuit the currently driven electricit
`y is obtained and data in which the electronic circuit in
`Stalled in the electronic card inlet is operated and whic
`h are stored are configured to be launched to the ante
`nna.
`
`7
`ALSEOUA:
`
`@
`
`;
`
`~
`ASA LS
`NEE
`
`It adheres to the part of the product the electronic
`=
`3] SSO AES! card inlet is not used in the electronic card but the mo
`OLA
`=
`vement of the product is automatically traced in the ph
`ysical distribution system and it uses and the movemen
`tis used for the ticket part of the subway or the public
`transportation and the use increases being for the park
`ing management or being used in the tollgate for the a
`utomated settlement of the passenger car charge at hi
`gh speed,
`
`L
`FEU
`SS RRO SA SSO HBT Be Ls! OSci
`10] 2. SICH.
`
`r
`
`+
`
`| There is a problem that in the electronic card inlet for
`the conventional wireless,
`it obligatorily had to have th
`e antenna and the antenna had to the antenna whic
`here it used adhere to the enamel copper wire to the s
`ubstrate and make. But the antenna had the problem t
`hat the manufacturing process was complicated andi
`it
`had the methed for adhering to the copper foil to and,
`the substrate and patterning the antenna roof and man
`ufacturing but also the process is cornplicated and the
`gain of the antenna is low.
`
`
`
`Effects of the Invention
`
`Page 4 of 7
`
`Page 437 of 952
`
`Page 437 of 952
`
`

`

`
`
`
`if the enamei call antenna is manufactured with over
`mathod as described above , the process is simple and
`the rellabiiity of the product becomes higher. And even
`if t adheres to the meta! surface and if uses the
`antenna gain is sufficient and there is no use of
`impediment.
`
`Technical Task
`
`The invention is intended te provide the coll antenna
`which provides the method for simplifying the process o
`f making the coil antenna in which the purpose is used |
`nthe electronic card inlet etc. and manufacturing aasil
`y the antenna and in this way, is manufactured.
`
`1 Ol
`3+
`
`The Invention patterns the attached conductive thin
`film on the insulating substrate and the antenna conne
`ctlon terminal substrate having formed connection term
`inais, the enamel conducting wire coil, and the connect
`ion part sticking the enamel wire terrninal are included.
`§ The enamel conducting wire coil winds with the enamel
`| CEILIA)
`Il 271 conducting wire loop shape and which dips into the sel
`vent for the several second and unitized. The connecti
`on part sticking the enamel! wire terminal dips the enarn
`ei conducting wire coil across inte the fused lead and f
`ormed to the connection terminal of the terminal substr
`
`ate. The ferrite sheet is adhered to between the meta!
`surface with addition in case the antenna of the invent
`ion is adhered to the metal surface.
`
`
`
`!
`ZOLA BRO
`
`L
`
`&
`
`5
`285
`
`+O
`
`The enamel coll production method for anterina of the
`invention adheres to the conductive thin film to the ins
`ulating substrate and it patterns this conductive thin fil
`mand it includes the process of making the antenna co
`nnection terminal substrate making connection terminal
`s, the process of winding with the enamel conducting
`wire loop shape and dipping into the solvent for the se
`yverai second and drying and dipping the coil across into
`the fused lead and being formed by the enamel conduc
`ting wire, and the process of sticking the enamei condu
`cting wire both ends to the connection terminal of the
`antenna port substrate.
`
`Structure & Operation of the Invention
`
`Referring to figures 1 through 3, specifically the
`invention is illustrated,
`
`The invention comprises the process where the enamel
`coll production method for antenna makes the antenna
`connection terminal substrate and the process and the
`connection process making the enamel coil.
`
`The antenna connection substrate forms conducting
`wires (11, 12} and connection terminals (13, 14, 15, 1
`6) the conductive thin film including the copper foil ort
`he aluminum flim etc. on the insulating substrate (17) 0
`fF the PVC, FET (PET), bloed lice (PE), the powder infec
`tien (PE} etc after doing the attaching using the photoll
`thography in advance.
`
`BOLO) Stat Ql Abe
`
`
`
`
`
`(PE), EC
`Ni eo)
`xi
`all
`x
`
`SSS) GSR
`
`SEAL, 12)a
`
`with the foop shape and {t dips into the solvent for the
`
`Moreover, if the enamel conducting wire (21) is wound
`
`Page 3 of 7
`
`Page 438 of 952
`
`Page 438 of 952
`
`

`

`
`
`
`
`
`
`
`severa! second and it dries the surface painting of the
`enamel! conducting wire melts and it is adhered with th
`e conducting wire and it becomes into one body and th
`@ enamel conducting wire coll (20) is and if because bo
`th ends of the coil which in this way, becomes is dippe
`d into the fused lead and it takes out the pellicle of the
`dipped part comes off and jead is adhered in the condu
`cting wire and it solders the appropriate corinection ter
`minal parts (31,32) is.
`
`Next, connection terminal parts (31, 32) of the enamel
`conducting wire call (20) are stuck te connection termi
`nals (13, 14} of the antenna port substrate (10) and th
`e coll connector (30) is made. The connection part (3
`0} connects to the method of the blow torch. It adher
`es through the dissimilar method, which is not brazing
`mode in other words, the mode including the ultrasonic
`bonding ar the thermocempression bonding ete. and it
`§ able to make.
`
`i
`
`in one next, it produces te adhere to the
`In this way,
`double-sided adhesive tape having the release paper a
`nd the coil antenna adheres to the other accessories a
`nd can use.
`
`The process of adhering the ferrite sheet (403 to the
`surface adhered to the metalized surface in considerati
`on of the case of adhering to the enamel coil antenna
`of the invention to the metal surface and using can be
`added.
`
`The enamel coil antenna of the invention made as such
`process has the connection terminal substrate (10) an
`d the enamel conducting wire coil (20) and the connec
`tion part (30) connecting these.
`
`The connection terminal substrate (10) has connection
`lines (11, 12} patterning the attached conductive thin
`film on the insulating substrate (17) and are formed an
`d connection terminals (13,14,15,16)}.
`
`The enamel conducting wire coil (2G) winds the enamel
`conducting wire (21) with the loop shape and it dips int
`o the solvent for the several second and it unitizes. In
`drawing, since if showed that it had the gap between t
`he conducting wire but the surface of the pellicie coat
`ed onto melts in the conducting wire and actual is adh
`ered the surface is adhered without the gap.
`
`
`
`bchOl uFto co a a
`
`
`
`
`
`The connection part (30) connects enamel conducting
`wire coll both terminais (31, 32) ta connection terminal
`s (13, 14) of the terminal substrate (10) as the method
`of the blow torch and it is formed.
`
`
`
`
`
`In one side of the enamel conducting wire cai! (20),
`the ferrite sheet (40) is adhered. In case of because t
`his ename! coll antenna being adhered to the metal surf
`ace and using the electromagnetic wave is absorbed in
`to the metal and since the gain of the antenna is exce
`edingly low the ferrite sheet (40) is adhered to the surf
`ace adnered to the metalized surface and the coll is co
`ntacted with the meta! surface it does nat.
`
`ERA BO CESAl In fig. 3, recently the cross section of the case of
`
`Page 6 of 7
`
`Page 439 of 952
`
`Page 439 of 952
`
`

`

`
`
`
` Senee a
`
`satting up the enamel coll antenna of the invention int
`he battery pack used in the mobile communication term
`inal ete.
`is shown.
`
`In this battery pack, the ferrite sheet (40) is adhered
`to the upper portion of the battery (50) and the ename
`| conducting wire coil (20) is adhered to the upper part
`and it consists of the structure where the protective c
`over (60) protecting these surrounds.
`
`*
`
`Connection lines (11,12) or the connection terminal
`P (13--16} can be the copper foll or the aluminum film. A
`nd the insulating substrate can be the PVC, the FET (P
`ET), and the powder Injection (PI) or the blood lice (P
`E}.
`
`Brief explanation of the drawing
`Figure 1 is drawing showing the enamel coll antenna of
`the invention.
`
`Figure 2 is drawing showing adhering to the ferrite
`sheet to the enamel coll antenna of the invention.
`
`Figure 3 is a cross-sectional! view showing the
`embodiment buliding the antenna within the battery pa
`ck of the communication terminal of the invention adhe
`ring to the ferrite sheet.
`
`MAGS O RH MAG OSUL
`tHOADLOHT O] Sk HOS
`iF
`Od
`bd ey Lh
`
`I HH
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`c
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`=e, HOLS &
`
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`Oo] hot] Bal 0 :
`L
`
`APIO AAS, 52Af, LHI] aes aa Sect,
`ss Flo DBELMA BHO!
`(The decument produced by using the high-tech machine translation system for the pate
`nt and science & technology literature. Therefore, the document can include the mistrans
`lation, and it should not be used as a transiation by a professional translator. We hold n
`o legal liability for inconsistency of mistransiation, partial ornission, and data generated
`by feature of system and network. We would like to inform you that the document canno
`t be regenerated, copied, and distributed by being stored in DB and system for unauthori
`zed general public without our consent.)
`
`Page 440 of 952
`
`Page 7 of 7
`
`Page 440 of 952
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`

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`GOBK 19/077(2006.01)
`
`Page 441 of 952
`
`Page 441 of 952
`
`
`

`

`SASS 10-2005-0120481
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`Page 442 of 952
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`
`Page 443 of 952
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` | Espacenet
`
`Bibliographic data: KR20000008332 (A) — 2006-07-26
`
`ANTENNA MODULE AND MOBILE COMMUNICATION TERMINAL HAVING THE
`SAME
`
`inventors):
`
`TAKAHASHI ISAO [JP] AKIHO HIRAKU [JP] + (TAKAHASHI ISAO,;
`AKIHO HIRAKU)
`
`Applicant(s):
`
`SONY CORP [JP] + (SONY CORPORATION)
`
`Classification:
`
`Application
`number:
`
`Priority
`number(s):
`
`- international: 842D75/10; GO6K17/00; GO6K18/00; GO6K19/07;
`G06K19/077; GO6K7/08; HO1Q1/22; HO1Q1/24;
`HO1Q7/38; HO1Q1/S2; HO1Q21/28; H0O7Q7/00;
`HO4B1/59; H04B5/02
`
`- cooperative: GO6K7/10336; HO1Q1/22: H0101/22168:
`0101/2225: H0101/242:; H01O07/00
`KR20057023363 20051205
`
`JP20030163055 20030606
`
`Also
`published as:
`
`EP1633017 (Ai) US2007095913 (Ai) US7712672 (B2)}
`TVWi246699 (8) WO2004109852 (Ai) more
`
`Abstract of KRZO0G0008332 (A}
`
`An antenna module and a mobile communication terminal having the anterima module,
`which is of a space- saving design and has two capabilities: a capability of performing a
`long communication as a tag, and a capability of providing a wide communication area
`as a reader/writer. On a base board (10), there are arranged a first antenna coll (47) for
`communication with a reader/writer, and a second antenna col (12) for communication
`with an iC tag. The first antenna coll (11) is arranged along the oulmost periphery of
`the base board (10) far securing a communication distance. The second antenna coil
`(72) 18 arranged inside the first antenna call (11) for reducing the size of the whole
`module,
`
`Page 457 of 952
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`Page 457 of 952
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`
`NOTHING JUNCTION ALL THE MEMBER CHARGING EQUIPMENT
`
`inventor(s):
`
`BYON SUNG KWANG [KR]; JIN KANG HWAN [KR] + (BYON,
`SUNG KWANG, ; JIN, KANG HWAN)
`
`Applicant(s):
`
`UK TECH CO LTD [KR]; DONGYANG MIRAE UNIVERSITY
`UNIVERSITY INDUSTRY COORPORATION FOUNDATION [KR] +
`(UK TECH CO., LTD, ; DONGYANG MIRAE UNIVERSITY
`UNIVERSITY-INDUSTRY COORPORATION FOUNDATION)
`
`HO251 7/06; HO2I7/00
`
`Classification: «international:
`- cooperative:
`KR20090049199 20090603
`
`Application
`number:
`
`Priority
`number(s):
`
`KR20090049199 20090603
`
`Abstract of KRR201001730480 {A}
`
`PURPOSE: A non-contact type power charging apparatus is provided fo simplify the
`structure of a circull by detecting the locations of a first coll and a second coll using a
`hall sensor and a magnetic material. CONSTITUTION: & power supplying part{1} is
`formed in a power supplying supporting board(1G}. A first board is formed in the power
`supplying part in order ta contro! ihe suoply of power. An electranic appiiance(?}
`includes & power storing pari(Z0) in which power from the power supplying supporting
`board is stored. A second board controis the storage of power by being installed in the
`giectronic appliance. A hall sensor is farmed on one side of the first board in arder to
`detect magnetism. A magnetic material is formed on one side of the second board in
`order to generate magnetism al a position facing the hall sensor.
`
`Page 479 of 952
`
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