Zoho Corporation v. Sentius International, LLC

CourtDistrict Court, N.D. California
DecidedOctober 15, 2020
Docket4:19-cv-00001
StatusUnknown

This text of Zoho Corporation v. Sentius International, LLC (Zoho Corporation v. Sentius International, LLC) is published on Counsel Stack Legal Research, covering District Court, N.D. California primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Zoho Corporation v. Sentius International, LLC, (N.D. Cal. 2020).

Opinion

1 2 3 4 UNITED STATES DISTRICT COURT 5 NORTHERN DISTRICT OF CALIFORNIA 6 7 ZOHO CORPORATION, CASE NO. 19-cv-00001-YGR

8 Plaintiff, ORDER GRANTING ZOHO’S MOTION FOR 9 vs. PARTIAL SUMMARY JUDGMENT

10 SENTIUS INTERNATIONAL, LLC, Re: Dkt. No. 81 11 Defendant.

12 SENTIUS INTERNATIONAL, LLC, 13 Counterclaim-Plaintiff, 14 vs.

15 ZOHO CORPORATION ET AL., 16 Counterclaim-Defendants.

17 18 Plaintiff Zoho Corporation brings this declaratory judgment action against defendant 19 Sentius International, LLC (“Sentius”) for judgment that it does not infringe Sentius’ patents. 20 Sentius counterclaims against Zoho Corporation and Zoho Corporation Pvt. Ltd. (collectively, 21 “Zoho”) for infringement of U.S. Patents Nos. RE43,633 (the “’633 Patent”) and 7,672,985 (the 22 “’985 Patent”). 23 Now before the Court is Zoho’s motion for partial summary judgment. Zoho argues that 24 the ’633 Patent is invalid for lack of written description under 35 U.S.C. § 112. Specifically, Zoho 25 claims that the specification provides no written description for the term “the address at which [a] 26 textual source material starts in an electronic database.” Having carefully considered the papers 27 submitted, the arguments of the parties at the hearing, the admissible evidence, and the pleadings 1 I. BACKGROUND 2 The ’633 Patent is titled “System and Method for Linking Streams of Multimedia Data to 3 Reference Material for Display.” (633 Patent at Cover Page.) The 633 Patent is a reissue of 4 U.S. Patent No. 5,822,720 (the “’720 Patent”), which was filed on July 9, 1996. Ud.) The Court 5 briefly reviews the technology described in the ’633 Patent and the claim constructions adopted in 6 || this case. 7 A. The ’633 Patent 8 The ’633 Patent is directed to a “novel indexing scheme” for displayed elements. (633 9 Patent at 1:27-31.) A user attempting to learn a new language may struggle with unfamiliar words 10 || or characters in a text. (Ud. at 2:46-56.) To help the user acquire language skills, the °633 Patent 11 aims to provide an interface where a user can select a word to display its definition, pronunciation, «12 || and other useful information. (Ud. at 4:14-32.) Figure 3 shows the proposed interface, where the

13 user has selected a Japanese word for translation, below:

14 15 | FREHEL BAS

|. ERC BRE PIDHS A 16 (1) Bates bh LAS AMOMAGABTGAL MOTHS □□□ EWIRL. tas Bt BACHE Che HY GUE OBACYACANEER, Bret. UT Oo CHU UR ORC CEBU EF Lie, TNH AAO LR, 5,000 4 18 MOURA PIE | KETPEOLODNTOET. AMO BP OME ESAS TRO Oe 1 OMAN lek ee BAHL URS Clad. 19 □□ em OT HAGEL ROE, HR Additional Notes b BR*eictS eae OU | 20 | (ASE TAR) COD ESC. BREE: 5 SR Sitio VS = SF BE FAEUAT BRAEMAR EHS Ue otk, HIRD 6 AGESEITOMOS tM UNAS 21 TDTAESS ASCH. CEU ALY OCB RET WUE eal, (BURIED A, JG CAM, le LORS 22 23 || Ud. at Fig. 3, 7:51-53.) 24 In order to provide this interface, the ’633 Patent must determine which word the user 25 selected and link it to the appropriate reference information. (/d. at 5:20-25.) The patent refers to 26 || this co-location process as “indexing.” (See id. at 5:19-25, 6:39-43.) The indexing process uses 27 three steps: word cuts, linking, and compilation. (/d. at 7:1-2.) First, the original source material 28 || (such as a text file) is “cut up” or divided into individual words or characters using a visual editor.

1 Ud. at 7:3-12, 5:14-20.) The visual editor uses a simple point-and-click system to delineate words. 2 Ud. at 7:4-12.) Second, an index is created to identify the location of each word and link it to 3 external source material (such as translations). (/d. at 7:13-21.) Finally, the text and references 4 are recompiled to create the image that the user sees, which allows the user to click on the image 5 to trigger the supplemental material. (Ud. at 7:22-29.) 6 A “key feature” of the system lies in the method of indexing the source material to the 7 supplemental content. (/d. at 7:30-32.) When the image is recompiled, individual words are 8 || indexed “based upon the position offset from the beginning of the text.” (Ud. at 7:32-34.) The 9 start and end points of the cut text are recorded in a look-up table together with links to external 10 references. (/d. at 7:34-36.) Then, when the user clicks on the text image, the location of the click 11 is converted into a position offset from the beginning of the text and compared to the start and end «12 || values in the look-up table. (Ud. at 7:40-49.) The comparison of the offsets indicates which word

13 was selected and the external reference to be displayed. (Ud. at 7:47-49.)

v 14 For example, in Figure 2, shown below, the user clicks on location with coordinates 100 © 15 horizontal and 75 vertical, which is converted to an offset value of 25 and compared to the start QO 16 and end points of each word in the look-up table. (/d. at 6:48-59.) Based on the range of the word

s 17 in the third row (20 to 27), the linked text located at position 200 is returned. (Ud. at 6:59-64.)

18 200 CLICK AT ° OFFSET = 25 20 23 28 263 32 24 OFFSET 25 LINKED TO TEXT; 25 +OaNDEX' 200 26 204 LINKED TO ENGLISH REF. 28 “JAPANESE ECONOMY"

1 (Ud. at Fig. 2, 6:48-50.) 2 Figure | provides another view of this indexing system below. (Ud. at 5:12-14.) First, a 3 text file (or an audio/video file with synchronized text) is fed into a visual editor. Ud. at 5:15-20.) 4 The visual editor divides the text to create a “wordified database.” (/d.) The database then 5 sources two modules, a grammar parser and a link engine, to build an index. (/d. at 5:19-25.) The 6 index locates each word in the source material and relates it to an external reference located in a 7 relational database. (Ud. at 5:19-25.) The selected text and reference material are then output as a 8 word list with linked entities to an “indexor/viewer,” which uses them to build a file. Ud. at 5:26- 9 34.) The file consists of a data resource, an offset index, and linked entities. (/d. at 5:30-34.) 10 || From this file, the electronic viewer provides an interface with the above-described functionality. 11 Ud. at 5:35-39) t4 q 12 0 13 SYNC TEX LY 14 i? 1g ABLE) VISUAL

DATABASE

ee | 19 wa 20 a — || 27 21 * 25

\

25 ENTITIES eee OFFSET ___ ry 26 aa" + 7 ta te ta FIC. 1 27 28 (Ud. at Fig. 1.)

1 Sentius asserts independent claims 17, 18, 62, 101, and 146 against Zoho. (Dkt. No. 81-8 2 (“Infringement Contentions”).) Claim 64 recites: 3 64. A computer-implemented method for linking textual source material to external 4 reference materials for display, the method comprising the steps of: 5 determining a beginning position address of textual source material stored in an electronic database; 6 7 cutting the textual source material into a plurality of discrete pieces; 8 determining starting point addresses and ending point addresses of the plurality of discrete pieces based upon the beginning position address; 9 0 recording in a look up table the starting and ending point addresses;

ll linking the plurality of discrete pieces to external reference materials by recording in the look-up table, along with the starting and ending point addresses of the 12 plurality of discrete pieces, links to the external reference materials, the external reference materials comprising any of textual, audio, video, and picture 13 information;

14 selecting a discrete portion of an image of the textual source material;

1S determining a display address of the selected discrete portion;

16 converting the display address of the selected discrete portion to an offset value s 17 from the beginning position address;

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