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`Agenda for interview on
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`@
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`(App: 14/414,167)
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`. Discuss claim 1 with respect to the prior art.
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`. CLAIM 1: Applicants’ claim 1 is directed to a process for controlling
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`normalized current versus normalized voltage. The normalized current
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`is compared to the normalized voltage.
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`If the normalized current is
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`greater than the normalized voltage, then the duty cycle is decreased.
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`If, the normalized voltage is greater than the normalized current,
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`then
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`the duty cycle is increased.
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`- REJECTION: The Office Action relies on Holling and Oyobe for
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`suggesting normalization techniques. The Office Action cites equation
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`1 of Nishino which shows the relationship between motor voltage and
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`duty cycle, and then makes the following allegations:
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`o
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`1) Since motor power is limited by the rated power, it is a design
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`requirement for motor current and motor voltage to be
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`maintained at a constant ratio,
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`0 2) If the current increases to be greater than the voltage, then
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`the control system will decrease the voltage to protect the motor
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`(vice versa for when the voltage increases to be greater than the
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`current),
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`. REBUTTAI. 0F ALLEGATIONS: Applicants respectfully disagree with
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`these allegations for the following reasons:
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`0 As for allegation (1), there is no teaching in Nishino that the
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`current/voltage would be maintained at a constant ratio.
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`In
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`addition, one of ordinary skill in the art would understand that
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`the power consumption of the motor can be maintained below
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`the power rating without requiring the current/voltage to be
`maintained at a constant ratio.
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`0 As for allegation (2), there is no teaching in Nishino that current
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`would be controlled (e.g. decreased) based on a comparison with
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`voltage and vice versa. The various data plots in Nishino merely
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`show the relationship between the voltage and current.
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`In
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`addition, one of ordinary skill in the art would understand that
`the specific type of control recited in Applicants’ claim 1 is not
`required to protect a motor (e.g. voltage and current do not
`have to be compared to one anotherand then duty cycle
`controlled based on these relative values).
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`o PRIOR ART EXPLANATION: Neither Holling nor Oyobe disclose the
`“normalization/comparing process” as recited in Applicants’ claim 1.
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`o Holling teaches a “normalization” process to eliminate a DC
`component in the signal (column 6, lines 49-52) for the purpose
`of removing various extraneous factors that influence the
`amount of current flowing within the active stator coil (column
`5,|ines 62—65). Then, Holling compares the remaining AC
`component with a “predetermined voltage" that is a constant
`voltage supplied by a variable voltage reference 64 (column 7,
`lines 13-16).
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`- This is not the same as the “normalization process” recited
`in Applicants’ claim 1 which includes multiplication with a
`predetermined coefficient and a comparison between the
`“normalized current” and the “normalized voltage”, both of
`which are changing (e.g. they are not constant).
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`0 Oyobe discloses, in Fig. 21, a “normalization” process of
`multiplying the commercial AC power supply 90 with (V2)
`(paragraph [0160]), and an adding step by using the adding unit
`206 (paragraph [0161]).
`- This is not the same as separately multiplying the voltage
`and current by their own coefficients (as recited in
`Applicants’ claim 1). Furthermore, there is no comparison
`performed between the “normalized current” and the
`“normalized voltage” (as recited in Applicants' claim 1).
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