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Displaying 39-53 of 53 results

1007 Exhibit: Ex 1007 US7084645B1 Umeda

Document IPR2016-00463, No. 1007 Exhibit - Ex 1007 US7084645B1 Umeda (P.T.A.B. Feb. 3, 2016)
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1007
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1007
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1007
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1007
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1007
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1001 Exhibit: Ex 1001 US7868874B2 Reynolds

Document IPR2016-00463, No. 1001 Exhibit - Ex 1001 US7868874B2 Reynolds (P.T.A.B. Feb. 3, 2016)
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1001
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1001
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1001
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1001
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1001
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1011 Exhibit: Ex 1011 US7084860B1 Jaeger

Document IPR2016-00463, No. 1011 Exhibit - Ex 1011 US7084860B1 Jaeger (P.T.A.B. Feb. 3, 2016)
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1011
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1011
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1011
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1011
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1011
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1010 Exhibit: Ex 1010 Prasad OverviewCDMA WCDMA

Document IPR2016-00463, No. 1010 Exhibit - Ex 1010 Prasad OverviewCDMA WCDMA (P.T.A.B. Feb. 3, 2016)
In the United States in March 1998, the TIA (Telecommunications Industry Asso- ciation) TR45.5 committee, responsible for IS-95 standardization, adopted a framework for wideband CDMA backward compatible to IS-95, called cdma2000.
During the 1980s Qual- comm investigated DS-CDMA techniques, which finally led to the commercialization of cellular spread spectrum communi- cations in the form of the narrowband CDMA IS-95 standard in July 1993.
In addition being useful against interfering users, power Multipath channel a1 a2 a3 + Demodulator RAKE receiver a1 a2 a3 + ˜c(t-t 1) ˜c(t-t 2) ˜c(t-t 3) Binary data Modulator Code generator n Figure 14.
A mobile station uses the pilot channel for coherent demod- ulation, acquisition, time delay tracking, power control mea- surements, and as an aid for the handover.
A long pseudo random sequence with a period of 242–1 is used for base band data scrambling (i.e., to encrypt the signal on the paging and traffic Block interleaver +1 .2288 Mcps
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1008 Exhibit: Ex 1008 US5831600A Inoue

Document IPR2016-00463, No. 1008 Exhibit - Ex 1008 US5831600A Inoue (P.T.A.B. Feb. 3, 2016)
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1008
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1008
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1008
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1008
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1008
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1005 Exhibit: Ex 1005 US20040119701A1 Mulligan

Document IPR2015-01741, No. 1005 Exhibit - Ex 1005 US20040119701A1 Mulligan (P.T.A.B. Aug. 17, 2015)
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1005
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1005
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1005
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1005
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1005
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1010 Exhibit: Ex 1010 US6498590B1 Dietz

Document IPR2015-01741, No. 1010 Exhibit - Ex 1010 US6498590B1 Dietz (P.T.A.B. Aug. 17, 2015)
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1010
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1010
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1010
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1010
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1010
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1003 Exhibit: Ex 1003 Declaration of Prof Joshua Smith for 724 Patent

Document IPR2015-01741, No. 1003 Exhibit - Ex 1003 Declaration of Prof Joshua Smith for 724 Patent (P.T.A.B. Aug. 17, 2015)
In Proceedings of the SIGCHI Conference on Human Factors in Computing Systems (CHI '95), Irvin R. Katz, Robert Mack, Linn Marks, Mary Beth Rosson, and Jakob Nielsen (Eds.).
This hardware was the basis of several of our early publications, including the CHI 1995 paper (Applying Electric Field Sensing to Human-Computer Interfaces, Thomas G Zimmerman, Joshua R Smith, Joseph A Paradiso, David Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1003
In addition, I co-authored with Christopher Salthouse and Neil Gershenfeld for an article entitled Code-Division Multiplexing of a Sensor Channel: A Software Implementation, which was published in the April 1999 issue of the IEEE Journal on Selected Areas in Communications, Vol.
For example, a touch screen that uses capacitive sensors consisting of an array of transmit and receive electrodes is a natural extension of my work in Smith where this dependence on the geometry of the user’s hand or the Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1003
In addition, I demonstrated in Smith simultaneously sending multiple different pseudo random maximum length codes generated by four 8 bit Linear Feedback Shift Registers through corresponding transmitter electrodes, and sensing the resultant signals by receivers to determine the proximity of an object such as a human hand.
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1013 Exhibit: Ex 1013 US7084860B1 Jaeger

Document IPR2015-01741, No. 1013 Exhibit - Ex 1013 US7084860B1 Jaeger (P.T.A.B. Aug. 17, 2015)
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1013
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1013
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1013
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1013
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1013
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1004 Exhibit: Ex 1004 Smith Electric Field Imaging 1999 MIT Smith

Document IPR2015-01741, No. 1004 Exhibit - Ex 1004 Smith Electric Field Imaging 1999 MIT Smith (P.T.A.B. Aug. 17, 2015)
Electric Field Imaging by Joshua Reynolds Smith B.A., Williams College (1991) S.M., Massachusetts Institute of Technology (1995) M.A., University of Cambridge (1997) Submitted to the Program in Media Arts and Sciences in Partial Fulfillment of the Requirements for the Degree of Doctor of Philosophy at the
Electric Field Imaging by Joshua Reynolds Smith Submitted to the Program in Media Arts and Sciences, School of Architecture and Planning November 24, 1998 in Partial Fulfillment of the Requirements for the Degree of Doctor of Philosophy Abstract The physical user interface is an increasingly significant factor limiting the effectiveness of our interactions with and through technology.
The inverse electrostatics portion of the thesis presents a fast, general method for extracting geometrical information about the configuration and motion of the human body from field measurements.
The second chapter (2), "Synchronous Undersampling and the LazyFish," presents signal processing techniques and hardware that allow high quality electric field measurements to be made very inexpen- Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1004
The fact that electric field sensing does not require an external light source and is unaffected by optical scatterers like mud or silt is presumably advantageous to fish in dark, murky water anywhere.
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1001 Exhibit: Ex 1001 US8338724B2 724 Patent

Document IPR2015-01741, No. 1001 Exhibit - Ex 1001 US8338724B2 724 Patent (P.T.A.B. Aug. 17, 2015)
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1001
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1001
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1001
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1001
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1001
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1017 Exhibit: Ex 1017 Claim Element Numbering for 724 Patent

Document IPR2015-01741, No. 1017 Exhibit - Ex 1017 Claim Element Numbering for 724 Patent (P.T.A.B. Aug. 17, 2015)
The controller of claim 1, wherein the drive circuitry is further configured to simultaneously transmit the first signal with a third transmitter electrode.
The controller of claim 1, wherein the drive circuitry is further configured to couple a third transmitter electrode with an electrical Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1017
16.Preamble The position sensor of claim 14, wherein determining the position- based attribute of the at least one input object using the electrical effects comprises:
The method of claim 24, wherein the applying produces the resulting signal in a third electrode; and wherein the determining Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1017
determining a position of the input with respect to the touch- sensitive region using the electrical effects: Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1017
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1011 Exhibit: Ex 1011 US5565658A Gerpheide

Document IPR2015-01741, No. 1011 Exhibit - Ex 1011 US5565658A Gerpheide (P.T.A.B. Aug. 17, 2015)
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1011
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1011
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1011
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1011
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1011
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1002 Exhibit: Ex 1002 Synaptics Patent Family Tree

Document IPR2015-01741, No. 1002 Exhibit - Ex 1002 Synaptics Patent Family Tree (P.T.A.B. Aug. 17, 2015)
Synaptics U.S. Patent Family Tree Based on ‘874 Patent Synaptics U.S. Patent Family Tree Based on ‘874 Patent (Synaptics is asserting 4 patents shown in filled boxes) (Synaptics is asserting 4 patents shown in filled boxes) ‘874 Patent: Examiner Stuart McCommas & Examiner Kevin Nguyen Examiner McCommas issued 4 office actions rejecting all claims based on prior art and participated 2 examiner interviews.
He left USPTO after the Final Rejection Dated July 13, 2010 Examiner Nyugen appeared on record for the first time in the 3rd examiner’s interview with Synaptics counsel on August 18, 2010.
Examiner Nyugen allowed the pending claims by withdrawing rejections maintained by his predecessor Examiner McCommas 11/274,999 Filed 11-15-2005
‘724 Patent: Examiner Nguyen Quayle action raising obviousness double patenting rejections to claims 1-26 over claims 1-68 of ‘874 patent Terminal disclaimer filed and notice of allowance 12/962,096 Filed 12-07-2010
8,314,351 Issued 11-20-2012 (20 claims) ‘351 Patent : Examiner Nguyen Direct allowance
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1016 Exhibit: Ex 1016 EP1289181B1 Cho

Document IPR2015-01741, No. 1016 Exhibit - Ex 1016 EP1289181B1 Cho (P.T.A.B. Aug. 17, 2015)
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1016
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1016
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1016
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1016
Shenzhen Huiding Tech. Co., Ltd. - Exhibit 1016
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