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`IN THE UNITED STATES DISTRICT COURT
`FOR THE WESTERN DISTRICT OF PENNSYLVANIA
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`Master Docket: Misc. No. 12-244
`MDL No. 2354
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`Chief Judge Joy Flowers Conti
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`IN RE: MAXIM INTEGRATED
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`PRODUCTS, INC. MDL No. 2354
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`This Document Relates to: All Actions
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`ORDER
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`AND NOW this 17th day of December, 2013, IT IS HEREBY ORDERED that the
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`Special Master’s Report and Recommendation (ECF No. 691) is adopted, except to the extent
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`otherwise indicated in the court’s accompanying memorandum opinion filed on this date.
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`IT IS FURTHER ORDERED that, for the reasons set forth in the accompanying
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`memorandum opinion, the following is adopted as this court’s claim construction:
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`Term
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`“first data”
`“first data” “second data”
`“units of exchange”
`“value datum”
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`Patent/Claim
`‘510/1
`‘095/1
`‘880/1
`‘880/1
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`“first portable module”
`“portable module reader that
`can be placed in communication
`with said first portable module”
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`“microcontroller”
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`“math coprocessor…for
`processing encryption
`calculations”
`“math coprocessor…for
`handling complex mathematics
`of encryption and decryption”
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`‘510/1
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`‘510/1
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`‘510/1
`‘013/1&9
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`‘510/1
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`‘013/1
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`Construction
`no construction required
`no construction required
`no construction required
`data that can be exchanged for
`goods and services, the data
`representing a value for money,
`credit or other items
`no construction required
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`no construction required
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`an integrated hardware circuit
`including a processor, memory and
`input/output
`a processor that works with another
`processor processing complex
`mathematics of encryption
`a processor that works with another
`processor handling complex
`mathematics of encryption and
`decryption
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`Maxim Exhibit 2008 - PNC/JPMC, CBM2014-00041 - Page 2008-001
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`Case 2:12-mc-00244-JFC Document 743 Filed 12/17/13 Page 2 of 4
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`“modular exponentiation
`accelerator circuit…for
`performing encryption and
`decryption calculations”
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`“coprocessor circuit”
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`“real time clock circuit”
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`“real time clock”
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`“clock circuit”
`“timing circuit”
`“memory circuitry which can be
`programmed by a service
`provider to enable”
`“counter for counting a
`transaction count”
`“transaction counter for
`counting a number of
`transactions that said apparatus
`performs”
`“time stamp”
`“time stamp information”
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`“time stamping data
`transactions”
`“time stamping a predetermined
`function”
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`“transaction program”
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`“transaction script”
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`“transaction group”
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`“store a transaction script, the
`transaction script including at
`least a representation of the
`time stamp generated by the
`timing circuit”
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`‘013/9
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`‘095/1
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`‘510/1
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`‘013/1
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`‘013/9
`‘095/1
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`‘013/1
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`‘510/1
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`‘095/6
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`‘095/1
`‘013/9
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`‘510/1
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`‘013/1
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`‘013/9&11
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`‘095/1
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`‘013/11
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`‘095/1
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`a processor that works with another
`processor performing complex
`mathematics of modular
`exponentiation for encryption and
`decryption
`A processor that works with another
`processor
`continuously running clock circuit
`that tracks time
`continuously running clock circuit
`that tracks time
`circuitry that tracks time
`circuitry that tracks time
`memory circuitry capable of being
`programmed by a service provider
`to enable
`no construction required
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`no construction required
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`an indication of at least the time
`information indicating at least the
`time
`applying at least the time to a data
`transaction
`applying at least the time to a
`predetermined function
`a series of instructions, (list of
`objects), to be carried out as part of
`a transaction
`a series of instructions, (list of
`objects), to be carried out as part of
`a transaction
`A set of objects that are defined by
`a service provider
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`no construction required
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`Page 2008-002
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`Case 2:12-mc-00244-JFC Document 743 Filed 12/17/13 Page 3 of 4
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`“said combination of said
`portable module reader and said
`secure microcontroller
`performing secure data transfers
`with said first portable module”
`“responsive to a verification
`signal from said electronic
`device”
`“substantially unique
`electronically readable
`identification number”
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`“certificate”
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`“signed certificate”
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`“challenge number”
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`“storing”
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`“store”
`“adjust said first data object
`according to said second data
`object”
`“passing”
`“packet”
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`“money register”
`“amount requested”
`“decrypted amount requested”
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`“adding said decrypted amount
`requested to a money register”
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`“placing the module in
`communication with the
`electronic device”
`“microcontroller core”
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`‘510/1
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`‘095/1
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`‘510/1
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`‘095/1
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`‘702/1
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`‘095/1
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`‘510/1
`‘095/1&5
`‘013/9
`‘095/1
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`‘095/1
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`‘880/1
`‘510/3
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`‘702/1
`‘702/1
`‘702/1
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`‘702/1
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`‘702/1
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`no construction required
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`in response to a signal from said
`electronic device that can be
`verified as authentic
`an electronically readable number
`that is sufficiently unique to
`identify the portable module from
`any other portable module
`an electronic document that has
`indicia to attest that it is authentic
`an encrypted certificate
`in challenge/response mode, a
`random number that is sent to
`another party, which party is
`challenged to return that random
`number as part of its response
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`no construction required
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`no construction required
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`no construction required
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`no construction required
`block of information
`an object that is used to represent
`money or some other form of credit
`no construction required
`a decrypted version of the amount
`requested
`increasing the amount of a money
`register by the decrypted amount
`requested
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`no construction required
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`‘510/1
`‘013/1&9
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`a processor unit contained within a
`microcontroller
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`Page 2008-003
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