`
`LCD's construction improperly limits
`In the Court's view,
`the constraining portion "to a passage through the film" and "a
`gap." This is contrary to the specification which expressly
`contemplates that a constraining portion may be a "groove" which
`does not equate with a "gap." v157 patent, col. 2, 11. 27-30,
`63-65, col. 4, 11. 7-16.
`first position / second position
`With respect to the first and second orientations described
`in these terms, LCD argues that the first supporting portion or
`position must be located near an upper edge of the frame. LCD
`and AUG generally agree that the second position is determined by
`reference to the first position, but to the extent LCD's
`construction of the second position depends from its upper frame
`requirement of the first position, AUG contends that LCD's
`construction is incorrect. According to AUG, there is no upper
`edge location requirement and the first position is simply an
`initial position.
`D.I. 1383 at
`513-516.
`The Court agrees with AUG and concludes that no such upper
`edge limitation exists in the claim. In the Court's view,
`adopting LCD's proposal in this regard would improperly limit the
`claims to the preferred embodiments. Liebel-Flarsheim Co. v.
`Medrad. Inc.. 358 F.3d 898, 906 (Fed. Cir. 2004) . Accordingly,
`the Court concludes that a first position means "an initial
`position of a liquid crystal display unit" and a "second
`
`23
`
`Page 1351 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 26 of 77
`
`position" means "the position determined by reference to the
`angle of rotation between the first and second position."
`d. does not contact
`LGD contends that the phrase "does not contact" means "does
`not touch;" however, LGD further explains that this "requires
`that a supporting portion does not touch a constraining portion
`when in a non-supporting position, including when the film
`expands or contracts due to temperature variation." D.I. 1388 at
`if 681. AUO contends that this phrase should be construed
`according to its plain meaning and should not include any thermal
`expansion and contraction limitations. In this regard, AUO
`points out that such limitations are included in dependent claim
`9, and therefore, the doctrine of claim differentiation should
`preclude claim 1 from being construed to include these additional
`limitations. D.I. 1384 at 40-41; D.I. 1440 at 17.
`Claim differentiation "refers to the presumption that an
`independent claim should not be construed as requiring a
`limitation added by a dependent claim." Curtiss-Wright Control
`Corp. v. Velan. Inc.. 438 F.3d 1374, 1380 (Fed. Cir. 2006).
`However, claim construction positions based on claim
`differentiation are rebuttable, taking a secondary role if an
`alternate construction is dictated by the written description or
`prosecution history. See Regents of the Univ. of Cal. v.
`Dakocvtomation Cal. . Inc.. 517 F.3d 1364, 1375 (Fed. Cir. 2008) .
`
`24
`
`Page 1352 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 27 of 77
`
`After reviewing the claim language, specification and
`prosecution history, the Court concludes that the term "does not
`according to its
`contact" should be construed as AUG proposes,
`plain meaning without the additional temperature and thermal
`contraction and expansion limitations from claim 9 that inform
`LGD's proposed claim construction. Claim 9 depends on claim 1
`and adds the limitations that "when the frame is disposed in the
`second position, a first gap is formed between the first
`supporting portion and the first constraining portion, and the
`first gap is an allowance for film expansion or contraction due
`to temperature variation; when the frame is disposed in the first
`position, a second gap is formed between the second supporting
`portion and the second constraining portion, and the second gap
`is an allowance for film expansion or contraction due to
`temperature variation." '157 patent, col. 9, 11. 16-20. During
`prosecution of the application for the '157 patent, the Examiner
`did not require the applicant to combine the elements of claims 1
`and 9 into a single claim, and instead determined that claim 1
`was separately patentable without any of the limitations of claim
`AUO-10 at AUO-LGD 0001333, 0001452, 0001487-88; Tr. 1202:21-
`1203:6 (Smith-Gillespie). LGD points out that the embodiments of
`the '157 patent refer to thermal considerations, however
`limitations from the specification should not be read into
`claims.
`Claim 1 has no limitation relating to thermal expansion
`
`25
`
`Page 1353 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 28 of 77
`
`or contraction, and the Court is persuaded that, consistent with
`the doctrine of claim differentiation, claim 1 should not be read
`in a manner so as to incorporate the limitations of claim 9.
`U.S. Patent No. 7,090,506 (the "*506 patent")
`4
`AUG asserts claim 7 and 17 of the
`'506 patent.
`Claim 7 is a
`dependent claim that depends on independent claim 1. Claim 17 is
`also an independent claim. Accordingly, the relevant claims of
`the '506 patent provide, in full:
`1. A signal transmission device, connecting a display
`module and a system, comprising: a first flexible
`printed circuit board, electrically connecting the
`display module and the system and a second flexible
`printed circuit board, electrically connecting the
`display module and the first flexible printed circuit
`board, wherein the first and second flexible printed
`circuit boards are joined by hot bar soldering.
`7. The signal transmission device as claimed in claim
`1, wherein the second flexible printed circuit board
`transmits a light source signal.
`17. A signal transmission device, connecting an display
`module and a system, comprising: a first flexible
`printed circuit board, electrically connecting the
`display module and the system; and a second flexible
`printed circuit board, electrically connecting the
`display module and the first flexible printed circuit
`board, wherein the first flexible printed circuit board
`has a first alignment mark, and the second flexible
`printed circuit board has a second alignment mark
`overlapped with and aligned to the first alignment
`mark.
`The parties agree that a person of ordinary skill in the art
`'506 patent is a person with a bachelors degree in
`of the
`mechanical engineering or physics and several years of experience
`working with aspects of liquid crystal display, or the equivalent
`
`26
`
`Page 1354 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 29 of 77
`
`D.I. 1383 at f 571; Tr.
`
`combined education and work experience.
`227 :12-20 (Silzars) .
`the first and second flexible printed circuit
`boards are joined by hot bar soldering
`LGD contends that this term describes a process by which the
`circuit boards are joined
`and is thus, a process limitation.
`LGD contends that the term "the first and second flexible printed
`circuit boards are joined by hot bar soldering" means
`both flexible printed circuit boards are connected to
`each other by a soldering process where the circuit
`boards are heated with a bar to melt the solder at
`multiple points simultaneously along each circuit board
`while pressure is applied to the connection.
`D.I. 1388 at f 541.
`In response, AUO contends that this term is not a process
`limitation, but a structural limitation. In this regard, AUO
`contends that claim 1 does not include any of the typical
`product-by-process language and is a pure product claim defined
`solely by structural limitations. Thus, AUO contends that
`"joined by hot bar soldering" means "joined by solder material."
`D.I. 1384 at 45.
`Alternatively, AUO contends that if this term
`is construed as a process limitation.
`it should be construed as
`the first and second printed circuits made on flexible
`film are joined by a soldering process where the solder
`and flux are applied to the contact area and the
`contact area is heated with a bar to melt the solder.
`D.I. 376 at Exh. 0-4.
`AUO contends that LGD's construction is
`overly narrow, because hot bar soldering does not require
`
`27
`
`Page 1355 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 30 of 77
`
`"pressure" beyond that which is necessary to hold the two items
`being soldered together and does not require melting solder at
`"multiple" contact points.
`"Courts must generally take care to avoid reading process
`limitations into an apparatus claim . . .
`Baldwin Graphic
`Systems, Inc. v. Siebert, Inc., 512 F.3d 1338, 1344 (Fed. Cir.
`2008) .
`"Even where terms are amenable to interpretation as a
`procedure of manufacture, apparent 'process' terms should be
`interpreted as structural limitations when used in an adjective
`non-process sense and define a physical characteristic of the
`apparatus."
`R2 Medical Svs., Inc. v. Katecho, Inc., 931 F. Supp.
`1392, 1425 n.5 (N.D. 111. 1996) (citing 2 Donald S. Chisum,
`Patents § 8.05[5], at 8-96 (1994)); Biacore v. Thermo Bioanalvsis
`Corp.. 79 F. Supp. 2d 422, 456 (D. Del. 1999) ("The mere use in a
`claim of structural or characterizing terms derived from
`processes or methods, however, does not prevent a claim from
`being considered a true product claim.")
`Considering the claim language in light of the specification
`and prosecution history, the Court concludes that the limitation
`"joined by hot bar soldering" does not amount to a process
`limitation, but instead describes the structural relationship
`between the first and second flexible printed circuit boards.
`Claim 1 of the '506 patent was distinguished over the prior art
`based on the limitation requiring that solder material join the
`
`28
`
`Page 1356 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 31 of 77
`
`// 3
`
`two flexible printed circuit boards rather than a foldable flat
`cable. AUO-12 at AUO-LGD 1948. Thus, the Court views the
`soldering described in this claim as a structural limitation.
`Accordingly, the Court construes the phrase "first and second
`printed circuit boards are joined by hot bar soldering" to mean
`that the "first and second printed circuit boards are joined by
`solder material.
`alignment mark
`b.
`During the claim construction proceedings in this case
`neither party proposed a construction for the term "alignment
`mark." However, it appears that post-trial the parties are now
`disputing the meaning of this term. According to LGD, a person
`of ordinary skill in the art would understand an "alignment mark"
`to "be a distinctive identifying feature that is provided solely
`for positioning of the flexible printed circuit boards during
`assembly."
`D.I. 1388 at H 544.
`In response, AUO contends that alignment marks can have more
`than one purpose. For example, they can function for both
`
`Even if the Court concludes that this phrase is a
`3
`process limitation, the Court concludes LCD's proposed
`construction is too narrow. In reaching this conclusion, the
`Court credits the testimony of Dr. Silzars regarding the hot bar
`soldering process. Specifically, Dr. Silzars explained that hot
`bar soldering requires applying a hot bar to a solder joint.
`However, this does not require that multiple joints be soldered
`simultaneously, and the Court finds no support for this
`additional limitation in the patent specification or prosecution
`history. Tr. 320:19-322:11, 336:11-18 (Silzars).
`
`29
`
`Page 1357 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 32 of 77
`
`positioning and bonding. Thus, AUO contends that LCD's
`definition of alignment marks is too restrictive, and "alignment
`marks" should be more broadly defined as patterns used for
`accurate positioning and connection of flexible printed circuit
`50 .
`boards.
`D.I. 1383 at nil 657-663; D.I. 1384 at 46
`Reviewing this claim term in light of the specification of
`the '506 patent, the Court concludes that AUO's more expansive
`definition is correct. The '506 patent discloses more than one
`type of alignment mark. For example, pad electrodes are
`disclosed on the first and second printed boards in Figure 3a.
`These pad electrodes serve as both alignment marks for
`positioning and as contact pads for bonding or electrically
`joining two flexible printed circuit boards.
`506 patent, col.
`2, 11. 26-38. Accordingly, the Court concludes that an alignment
`mark is a pattern used for accurate positioning and connection of
`flexible printed circuit boards.
`II. Direct Infringement
`Applicable Law
`A patent is infringed when a person "without authority
`makes, uses or sells any patented invention, within the United
`States during the term of the patent . .
`." 35 U.S.C. § 271 (a) .
`A patent owner may prove infringement under either of two
`literal infringement or the doctrine of equivalents.
`theories:
`Literal infringement occurs where each element of at least one
`
`30
`
`Page 1358 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 33 of 77
`
`claim of the patent is found in the alleged infringer's product.
`Panduit Corp. v. Dennison Mfg. Co.. 836 F.2d 1329, 1330 n. 1
`(Fed. Cir. 1987); Robert L. Harmon, Patents and the Federal
`Circuit 195 & n. 31 (3d ed. 1994).
`"The doctrine of equivalents allows the patentee to claim
`those insubstantial alterations that were not captured in
`drafting the original patent claim but which could be created
`through trivial changes." Festo Corp. v. Shoketsu Kinzoku Kogyo
`Kabushiki Co.. 535 U.S. 722, 733 (U.S. 2002) . "An element in the
`accused device is equivalent to a claim limitation if the only
`differences between the two are insubstantial." Honeywell Int11
`v. Hamilton Sundstrand Corp., 370 F.3d 1131, 1139 (Fed. Cir.
`2004) . To prove infringement by the doctrine of equivalents, a
`patentee must provide "particularized testimony and linking
`argument" as to the "insubstantiality of the differences" between
`the claimed invention and the accused product, or with respect to
`the function/way/result test. See Texas Instruments Inc. v.
`Cypress Semiconductor Corp., 90 F.3d 1558, 1567 (Fed. Cir. 1996).
`"[E]vidence and argument on the doctrine of equivalents cannot
`merely be subsumed in plaintiff's case of literal infringement."
`Lear Siegler, Inc. v. Sealv Mattress Co.. 873 F.2d 1422, 1425
`(Fed. Cir. 1989).
`Infringement is a two step inquiry. Step one requires a
`court to construe the disputed terms of the patent at issue.
`
`31
`
`Page 1359 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 34 of 77
`
`Construction of the claims is a question of law subject to de
`novo review. See Cvbor Corp. v. FAS Techs., 138 F.3d 1448, 1454
`(Fed. Cir. 1998) . Step two requires the fact-finder to compare
`the accused products with the properly construed claims of the
`patent. This second step is a question of fact. See Bai v. L &
`L Wings. Inc.. 160 F.3d 1350, 1353 (Fed. Cir. 1998). The party
`asserting infringement under either the theory of literal
`infringement or the doctrine of equivalents has the burden of
`proof and must meet its burden by a preponderance of the
`evidence. SmithKline Diagnostics, Inc. v. Helena Lab. Corp., 859
`889 (Fed. Cir. 1988) (citations omitted).
`F.2d 878
`Whether LGD Infringes claims 1 and 3 of AUO's
`Patent
`After comparing LCD's accused products with claims 1 and 3
`of the '160 patent
`the Court concludes that AUG has established
`by a preponderance of the evidence that LGD literally infringes
`the '160 patent.4 In reaching this conclusion, the Court credits
`the testimony of Dr. Silzars.
`
`' 160
`
`g
`
`LCD modules that include the New Monde chip are
`4
`representative of the accused products. Tr. 169:6-170:18
`(Silzars); AUO-1553. For purposes of infringement, the Court
`finds that there are no relevant differences between the LGD
`products that Dr. Silzars analyzed. Tr. 169:6-169:11 (Silzars).
`In addition, the accused LGD products that use overdrive are the
`same for purposes of infringement, based on Dr. Silzars'
`examination of the products and his analysis of the specification
`and the testimony of LGD witnesses. Tr. 169:12-23.
`
`32
`
`Page 1360 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 35 of 77
`
`Claim 1 Preamble: A liquid crystal display, comprising
`LGD does not dispute that this element of the claims is
`present in the accused devices, and the Court finds that LCD's
`accused display modules are liquid crystal displays. AUG-164 at
`1/51; AUG-859.
`Claim 1:
`an input logic for inputting a video signal
`from a host
`Page 1 of the New Monde specification shows that the New
`Monde timing controller chip includes LVDS input logic for
`inputting a video signal from a host.
`AUG-165 at 1/51; Tr.
`173:19-174:17 (Silzars). All of the timing controllers in the
`accused LGD modules receive an LVDS input through an input logic,
`the LVDS interface.
`AUG-1533 ; AUO-135 at 1/46; AUO-160 at 1/36;
`AUG 161 at 1/36; AUG 149 at 1/50; AUG 150 at 1/50; AUO-155 at
`2/41; AUG 156 at 2/41; AUO-157 at 1/35; AUO-158 at 1/35; AUO-159
`at 2/41; AUG-137 at 1/48; AUO-138 at 1/48; AUO-145 at 1/45; AUO-
`146 at 1/45; AUG-143 at 1/46; AUO-144 at 1/46; AUO-133 at 1/53;
`AUG-134 at 1/53; AUO-167 at 1/51; AUO-168 at 1/51; AUO-151 at
`1/51; AUO-152 at 1/51; AUO-153 at 2/35; AUO-154 at 2/35; AUO-162
`at 2/33; AUO-169 at 1/51; AUO-170 at 1/51; AUO-164 at 1/51; AUO-
`165 at 1/51; AUO-139 at 1/45; AUO-140 at 1/45; AUO-131 at 1/44;
`AUO-132 at 1/44; AUO-166 at 2/39; AUO-141 at 1/25; AUO-142 at
`1/25; AUO-147 at 1/47; AUO-148 at 1/47.
`
`33
`
`Page 1361 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 36 of 77
`
`Claim 1:
`storage for storing the previous brightness
`level of the video signal input through said input
`logic
`The Court finds that the accused devices meet this claim
`The frame memory is the "storage for storing." The
`element.
`system block diagram of New Monde includes a "frame memory"
`identified as the "Frame Memory SDRAM" in the System Block
`Diagram and as a Field Store in the Over Driving Scheme Diagram.
`Tr. 177:14-179:7 (Silzars); AUO-164/165 at 1/51 and 4/51. The
`frame memory stores the previous level of light intensity of the
`video signal input through the input logic. The frame memory
`temporarily holds the brightness level of the video signal
`received from the host through input logic for the previous time
`increment. Tr. 178:13-179:7 (Silzars); AUO-165 at 1. Each of
`the timing controller chips analyzed by Dr. Silzars is used in a
`system that includes a similar frame memory SDRAM, also called
`the Field Store in the Over Driving Scheme block diagram. AUO-
`1533; AUO-1553; AUO-135 at 1/46 and 4/46; AUO-136 at 1/46 and
`4/46; AUO-160 at 1/36 and 3/36; AUO-161 at 1/36 and 3/36; AUO-149
`at 150 and 4/50; AUO-150 at 1/50 and 4/50; AUO-155 at 2/41; AUO-
`156-2/41; AUO-157 at 3/35; AUO-158 at 3/35; AUO-159 at 2/41; AUO-
`137 at 1/48 and 4/48; AUO-138 at 1/48 and 4/48; AUO-145 at 1/45
`and 4/45; AUO-146 at 1/45 and 4/45; AUO-143 at 1/46 and 4/46;
`AUO-144 at 1/46 and 4/46; AUO-133 at 3/53 and 4/53; AUO-134 at
`3/53 and 4/53; AUO-167 at 1/51 and 4/51; AUO-168 at 1/51 and
`
`34
`
`Page 1362 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 37 of 77
`
`4/51; AUO-151 at 1/51 and 4/51; AUO-152 at 4/51; AUO-153 at 2/35;
`AUO-154 at 2/35; AUO-162 at 2/33; AUO-169 at 1/51 and 4/51; AUO-
`170 at 1/51 and 4/51; AUO-164 at 1/51 and 4/51; AUO-165 at 1/51
`and 4/51; AUO-139 at 1/45 and 4/45; AUO-140 at 1/45 and 4/45;
`AUO-131 at 3/44 and 4/44; AUO-132 at 3/44 and 4/44; AUO-166 at
`2/39; AUO-141 at 2/25 and 4/25; AUO-142 at 2/25 and 4/25; AUO-147
`at 1/47 and 4/47 and AUO-148 at 1/47 and 4/47.
`LGD contends that the accused products do not meet this
`claim limitation, because the accused timing controllers store
`compressed data that represents a comparison of brightness levels
`to the average grayscale level of a block of liquid crystal
`cells. LGD contends that the compressed data is not actual
`previous brightness levels. nor can it be used to recreate actual
`previous brightness levels.
`However,
`the Court finds that LGD's contentions are not
`supported by the record. The compressed data is used to recreate
`actual brightness levels. This is supported by LDG's
`presentation, AUO-1538 at page 9, which describes the
`decompressed data as the "reconstructed previous frame." This is
`also supported by the testimony of LGD's witness, Mr. Kim, who
`testified that decompression recovers "the original image or
`close to the original image" and that ideally the decompressed
`data is "identical" to the original data but there may be "some
`small," "acceptable" changes. Tr. 78:5-22 (C.G. Kim); Tr.
`
`35
`
`Page 1363 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 38 of 77
`
`179:22-181:22 (Silzars). While it is true that the decompressed
`data is not used to actually display the images, it is used to
`which in turn display the image. Thus, look up overdrive values,
`
`errors in the decompressed data would impact the quality of the
`Tr. 1363:3-1364:9 (Silzars). In sum, the Court
`displayed image.
`concludes that the timing controllers do store the actual
`previous brightness levels in compressed form, and therefore, the
`Court finds that the accused devices meet the "storage for
`storing the previous brightness level of the video signal input
`through said input logic" claim element.
`a deterxninator for determining an output
`Claim 1:
`brightness level based on the previous brightness level
`stored in said storage and the next brightness level of
`the next video signal input to said input logic
`The Court concludes that the accused devices meet this claim
`limitation, because LGD's timing controller chips include a
`lookup table, which is the determinator for determining an output
`brightness level. The brightness level output by the lookup
`table is based on the previous brightness level, which was stored
`in the frame memory, and the next brightness level. In the
`example of the New Monde lookup table. the brightness level for
`the previous frame and the current frame ranges from 0 to 255.
`Tr. 172:14-173:9 (Silzars); AUO-165 at 26/51. The lookup table
`is used to compare the video information (i.e. the brightness
`level) in the previous frame to the brightness information in the
`current frame and apply a correction. Tr. 171:15-172:13
`
`36
`
`Page 1364 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 39 of 77
`
`(Silzars); AUO-165 at 4/51. Each of the timing controllers
`analyzed by Dr. Silzars includes a similar lookup table.
`LGD's argument that this claim limitation is not met relates
`to its argument regarding the storage of previous brightness
`levels, which the Court has declined to accept. In addition, LGD
`argues that the timing controllers in the accused products do not
`use "offset" values as required by the limitation "a determinator
`for determining an output brightness level."
`However, the claim
`terms do not include the term "offset," and the Court is not
`persuaded that an "offset" should be read into the accused
`devices. Accordingly, the Court concludes that the accused
`devices satisfy this claim limitation.
`so as to make a time integration quantity of
`Claim 1:
`a brightness change substantially equal to an ideal
`quantity of light in a stationary state with respect to
`the next brightness level
`The Court concludes that the accused products meet the
`limitations of this claim element. The determinator must provide
`an output brightness level that achieves the claimed results: a
`time integration of a brightness change that is substantially
`equal to an ideal quantity of light. Dr. Silzars tested the
`accused products, measuring the brightness change and noting that
`the brightness change was within 20% of the ideal response. See
`e.g. AUO-1075; Tr. 193:17-195:8; 13 70:23-1372:9 (Silzars).
`LGD contends that Dr. Silzars's test results are inaccurate
`for several reasons.
`including that Dr. Silzars's calculations
`37
`
`Page 1365 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 40 of 77
`
`did not reflect the "total amount of light" that would be emitted
`from the liquid crystal cell. Based on the Court's claim
`construction, however, the claims do not refer to the total
`amount of light that would be emitted by an ideal liquid crystal
`xather, the claims are directed to the amount of light
`cell,
`that would be emitted due to the brightness change. Further, the
`Court credits Dr. Silzars's test results, and concludes, based on
`his testimony, that a brightness change within 2 0% is
`substantially equal to an ideal quantity of light in a stationary
`state with respect to the next brightness level.
`LGD's argument that this claim element is not met in the
`accused devices is premised on the notion that "substantially
`equal" should also represent an improvement in the context of the
`"ideal quality of light." However, the Court has not included
`this additional language in its construction of the relevant
`terms, and therefore, the Court concludes that an improvement is
`not necessary to establish this claim element.
`In sum
`the Court finds that AUO has established by a
`preponderance of the evidence, that the accused LGD products meet
`the elements of claim 1 of the '160 patent. Accordingly, the
`Court concludes that LGD infringes claim 1 of the 160 patent.
`
`3 8
`
`Page 1366 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 41 of 77
`
`Claim 2:
`The liquid crystal display according to claim
`1, wherein said determinator comprising a table for
`storing a brightness level determined by the
`characteristic of a liquid crystal cell according
`to a relation between the previous brightness
`level and the next brightness level, and determining
`the output brightness level by modifying said next
`brightness level based on the brightness level read
`from said table.
`The Court concludes that the limitations described in claim
`2 are met in the accused devices. The determinator in LCD's
`timing controller chips comprises a table for storing a
`brightness level. This table is the lookup table, which stores a
`brightness level. Tr. 204:11-16, 172:14-173:18 (Silzars); AUO-
`165 at 26/51. The lookup table stores brightness levels that
`vary according to the relation between the previous brightness
`level and the next brightness level. Id. The lookup table
`values are determined by the characteristics of the liquid
`crystal cell. They are determined by trial and error using
`measurements of the response of the liquid crystal cell. A
`person makes the measurements using a photodiode, which measures
`Tr. 79:24-80:24 (C.G. Kim).
`light, and an oscilloscope.
`Claim 3:
`The liquid crystal display according to claim
`2, wherein: said video signal input through said input
`logic comprises a plurality of color signals; and
`The Court concludes that this claim element is met in the
`accused devices. The video signal input includes a plurality of
`color signals. In particular, the LVDS video signal includes
`three separate colors: red, green and blue. Tr. 204:17-205:4;
`
`39
`
`Page 1367 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 42 of 77
`
`434:24-435:10 (Silzars); AUO-165 at 1/51. The LVDS receiver,
`converts the LVDS data stream back
`which inputs the LVDS signal,
`into 28 bits or RGB, that is red green and blue data. AUO-165
`at 3/51, 4/51.
`said table in said determinator is provided
`Claim 3:
`for each of said color signals.
`The Court concludes that this claim element is also met in
`the accused devices,
`The lookup table includes three separate
`lookup tables, one each for red blue and green data.
`Specifically, there are three Arithmetic LUTs, or lookup tables,
`in the block diagram for the New Monde chip. The Arithmetic LUTs
`each output 8 bits of red, green and blue, respect ively. Tr.
`205:5-10 (Silzars); AUO-165 at 3/51 14/51; Tr. 958:12-23
`(Bccles).
`the Court concludes that AUG has established by a In sum,
`
`preponderance of the evidence, that the accused LGD products meet
`the elements of claim 3 of the l157 patent. The LGD LCD modules
`containing the New Monde controller chip include every element of
`claim 3 of the 'ISO patent. Further, the LGD modules containing
`the Mew Monde timing controller chip, which infringe claim 1 are
`representative of the accused products containing the timing
`controller chips identified in AUO-1553, the listing of timing
`controller chips analysed for infringement. Tr. 169:6-23, 170:8-
`18 (Silzars). Each of these products therefore also infringes
`claim 3, Accordingly, the Court concludes that LGD infringes
`
`40
`
`Page 1368 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 43 of 77
`
`claim 3 of the 'ISO patent.
`' 629
`Whether LGD Infringes claims 7 and 16 of AUO's
`Patent
`AUO's standing to assert the '629 patent
`As a threshold matter, LGD contends that AUO lacks
`constitutional standing to assert the '629 patent against LGD,
`'629 patent at the time this because AUO was not the owner of the
`
`action was filed. LGD contends that the inventors of the '629
`patent assigned their rights in the patent to IBM Japan, but IBM
`Japan never assigned its rights to International Business
`Machines Corporation (US) ("IBM USA") before IBM USA assigned its
`rights to AUO in June 2005.
`Thus, LGD contends that the June
`2005 assignment could not have included the '629 patent. In
`addition, LGD contends that AUO cannot cure this standing defect
`through the retroactive application of the Patent Assignment Form
`(LGDTX 931), which purported to filed with the PTO in May 2007
`
`assign the rights in the '629 patent from the named inventors to
`IBM USA.
`In response, AUO contends that the '629 patent issued naming
`IBM USA as the assignee on the face of the patent, and IBM USA
`received title to the '629 patent through a succession of
`assignment agreements.
`As a result, AUO contends that the June
`2005 Patent Assignment Agreement, in which IBM USA transferred
`and assigned to AUO "all right, title and interest in and to"
`certain specified patents, including the '629 patent "along with
`
`41
`
`Page 1369 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 44 of 77
`
`any and all damages for infringement of any of the assigned
`"and the sole right
`patents before, on and after" June 30, 2005,
`to sue therefor under the assigned patents," was sufficient to
`transfer title of the '629 patent from IBM USA to AUO.
`In a patent case, as in all federal actions, a plaintiff
`must have standing to sue before a claim can be brought. Sicom
`Svs. v. Agilent Techs., Inc., 427 F.3d 971, 975 (Fed. Cir. 2005).
`The burden to establish standing rests on the party bringing
`suit. Id.
`The assignation on the face of a patent is "not a conclusive
`indication" of patent ownership.5 U.S. Philips Corp. v. Iwasaki
`Elec. Co.. 505 F.3d 1371, 1375 (Fed. Cir. 2007). Rather, the
`plaintiff must demonstrate that it is the owner/patentee.
`assignee, or grantee of the patent-in-suit. See 35 U.S.C. § 281;
`Morrow v. Microsoft Corp.. 499 F.3d 1332, 1339 (Fed. Cir. 2007);
`Fairchild Semiconductor Corp. v. Power Integrations, Inc.. 2007
`U.S. Dist. Lexis 93711, *13-14 (D. Del. 2007).
`
`There is some authority, however, suggesting that the
`5
`ownership data provided on the face of a patent creates a
`presumption of ownership. Arachnid v. Merit Indust.. Inc.. 93 9
`F.2d 1574, 1578 n.2 (Fed. Cir. 1991); Board of Trustees of the
`Leland Stanford Junior Univ. v. Roche Molecular Svs.. Inc.. 487
`F. Supp. 2d 1099, 1111 n.4 (N.D. Cal. 2007). Regardless of
`whether the Court views the naming of IBM USA as the assignee on
`the face of the patent as a presumption of ownership or not, the
`Court concludes that assignment to IBM USA has been demonstrated
`either affirmatively by AUO or by the fact that LCD has not
`overcome the presumption that legal title to the '62 9 patent
`vested in IBM USA as the assignee.
`
`42
`
`Page 1370 of 1919
`
`
`
`Case 1:06-cv-00726-JJF Document 1497 Filed 02/16/10 Page 45 of 77
`
`On the record presented, the Court concludes that AUO has
`demonstrated by credible chain of title evidence that it is the
`assignee of the l629 patent.0 LGD contends that the inventors
`assigned their rights to the invention claimed in the *629 patent
`to IBM Japan in 2 000,- and there was no direct conveyance of
`rights between IBM Japan and IBM USA prior to IBM USA's
`assignment to AUO.
`However, LCD's argument ignores the
`assignment documents predating 2000. Specifically, IBM USA and
`IBM World Trade ("World Trade") entered into an agreement date