FullView, Inc. v. Polycom, Inc.

— 1 — — 2 — — 3 — 4 UNITED STATES DISTRICT COURT 5 NORTHERN DISTRICT OF CALIFORNIA — 6 — 7 FULLVIEW, INC., Case No. 18-cv-00510-EMC 8 Plaintiff, CLAIM CONSTRUCTION ORDER 9 v. 10 POLYCOM, INC., 11 Defendant. — 12 — — 13 — 14 I. INTRODUCTION 15 Plaintiff FullView, Inc. (“FullView”) accuses Defendant Polycom, Inc. (“Polycom”) of 16 infringing U.S Patent No. 6,128,143 (the “‘143 Patent”). On March 23, 2021, the parties appeared 17 before the Court for a claim construction hearing. The parties have asked the Court to interpret 18 two terms that appear in claims 10 through 12 of the ‘143 Patent. For the following reasons, the 19 Court adopts the constructions identified below. 20 II. BACKGROUND 21 A. Factual Background 22 FullView, the owner of the ‘143 Patent and U.S. Patent No. 6,700,711 (“the ‘711 Patent”), 23 asserts Polycom infringes on its patents. 24 The ‘143 Patent relates to panoramic viewers used in videoconferencing devices. See 25 Docket No. 75 (“SAC”) ¶¶ 12-13. More specifically, it describes a compact “omni-directional or 26 panoramic viewer” based on three primary components. Docket No. 75-1 (“‘143 Patent”), claims 27 10-12. First, there is at least one pyramid shaped object with mirrors on each of its sides, other 1 are oriented around the pyramid to provide a continuous 360-degree view of the area. Id. at 2:3-5 ; 2 16:20-22. Each camera is pointed towards a different side of the mirrored pyramid and as a result, 3 these cameras have a virtual optical center positioned within the pyramid. Id. at 2:16-20 ; 16:264 28. Third, there is a “support member” (i.e., a post) that intersects the pyramid shaped object’s 5 “inner volume.” Id. at 11:54-56 ; 16:30-34. Some of the cameras are also attached to this support 6 member. Id. at 11:60-63 ; 16:30-34. The ‘143 Patent builds upon the ‘711 Patent, by reducing the 7 ‘711 Patent’s manufacturing costs through improvements in calibration and assembly. Id. 8 B. Procedural Background 9 1. Inter Partes Review History 10 In January 2012, Polycom filed an inter partes reexamination (IPR) challenging the 11 validity of the ‘711 Patent based on obviousness grounds. See SAC ¶ 18; see also Polycom, Inc. v. 12 Fullview, Inc., 767 F. App’x 970 , 983 (Fed. Cir. 2019). On January 4, 2017, the Patent Trial and 13 Appeal Board (PTAB) upheld the ‘711 Patent as valid; the U.S. Court of Appeals for the Federal 14 Circuit affirmed the PTAB’s decision on April 29, 2019. SAC ¶¶ 21, 23. On January 31, 2019, 15 Polycom sought an IPR of the ‘143 Patent. Id. ¶ 24 . However, the PTAB denied this petition as 16 well as Polycom’s request for rehearing on September 10, 2019. Id. ¶ 25 . 17 2. Litigation History 18 On January 23, 2018, FullView filed its first complaint. Docket No. 1. On July 2, 2020, 19 FullView filed its second amended complaint alleging a single claim for relief: infringement of 20 both the ‘711 and ‘143 Patents under 35 U.S.C. § 271 by (1) direct infringement; (2) infringement 21 by inducement; and (3) infringement via the doctrine of equivalents. SAC ¶¶ 59-66. Polycom 22 moved to dismiss the second amended complaint’s claims pertaining to the ‘711 Patent because 23 that patent (a) was directed at nonpatentable subject matter and (b) sought to protect an abstract 24 idea without an inventive concept. Id. The Court granted Polycom’s motion to dismiss on both 25 grounds. Docket No. 105. 26 Accordingly, only claims 10 through 12 of the ‘143 Patent are currently in dispute in this 27 litigation. See Docket No. 110 (“Joint Statement”) at 2; SAC ¶ 47. The parties ask the Court to 1 19, 2021, the parties presented a technology tutorial to the Court. Docket No. 125. The claim 2 construction hearing followed on March 23, 2021. Docket No. 132. 3 III. DISCUSSION 4 A. Legal Standard 5 Claim construction is a question of law. Markman v. Westview Instruments, Inc., 517 U.S. 6 370, 372 (1996). The purpose of claim construction is to “determine[e] the meaning and scope of 7 the patent claims asserted to be infringed.” O2 Micro Int’l Ltd. v. Beyond Innovation Tech. Co., — 8 — 521 F.3d 1351, 1360 (Fed. Cir. 2008). The proper construction of a term is one that “stays true to 9 the claim language and most naturally aligns with the patent’s description of the patent.” Phillips 10 v. AWH Corp., 415 F.3d 1303, 1316 (Fed. Cir. 2005) (quoting Renishaw PLC v. Marposs Societa’ 11 per Azioni, 158 F.3d 1243, 1250 (Fed. Cir. 1998)). 12 Claim construction follows certain interpretive principles. First, “the claims of a patent 13 define the invention.” Phillips, 415 F.3d at 1312 . Second, the words of a claim are generally 14 given their “ordinary and customary meaning” which is the “meaning that the term would have to 15 a person of ordinary skill in the art in question at the time of the invention.” Id. at 1312-13 . In 16 some cases, the ordinary meaning of the claim language is “readily apparent” and may involve 17 “little more than the application of the widely accepted meaning of commonly understood words.” — 18 — Id. at 1314 . In other cases, the words may be more specialized and have “a particular meaning in 19 the field of art.” Id. Third, claim construction may only deviate from the ordinary and customary 20 meaning of a term if “a patentee sets out a definition and acts as his own lexicographer” or if “the 21 patentee disavows the full scope of a claim term” during prosecution or in the specification. 22 Thorner v. Sony Comput. Ent. Am. LLC, 669 F.3d 1362, 1365 (Fed. Cir. 2012). 23 Courts first look to intrinsic evidence, such as the patent claims, specification, and 24 prosecution history. See Phillips, 415 F.3d at 1314-16 . “The claims themselves provide 25 substantial guidance as to the meaning of particular claim terms.” Id. at 1314 . The “context in 26 which a term is used in the asserted claim,” “[o]ther claims of the patent in question, both asserted 27 and unasserted,” and “[d]ifferences among claims” are all instructive. Id. The claims “must be 1 term.” Id. at 1315 . Generally, courts will “not interpret claim terms in a way that excludes 2 disclosed examples in the specification.” Verizon Servs. Corp. v. Vonage Holdings Corp., 503 3 F.3d 1295 , 1305 (Fed. Cir. 2007). On the other hand, “limitations from the specification are not to 4 be read into the claims.” Comark Commc’ns, Inc. v. Harris Corp., 156 F.3d 1182, 1186 (Fed. Cir. 5 1998). Lastly, while the court should consider the patent’s prosecution history, it is often seen as 6 “less useful” than the specification because it represents “an ongoing negotiation between the PTO 7 and the applicant, rather than the final product.” Phillips, 415 F.3d at 1317 . 8 Courts can also look to extrinsic evidence, like expert testimony, dictionaries, and learned 9 treatises, but such evidence is often seen as secondary to intrinsic evidence. See id. at 1317-18 . 10 Technical dictionaries in particular “can assist the court in determining the meaning of particular 11 terminology to those of skill in the art.” Id. at 1318 . Expert testimony can also be helpful when it 12 provides “background on the technology at issue” or “explain[s] how an invention works.” Id. 13 However, expert testimony “that is clearly at odds with the claim construction mandated by the 14 claims themselves, the written description, and the prosecution history” should not be relied upon. 15 See id. 16 B. Analysis 17 The parties ask the Court to construe two terms: (1) “pyramid shaped element” and (2) 18 “inner volume [of the pyramid shaped element].” Joint Statement at 3. Both claims are discussed 19 below. 20 /// 21 /// 22 /// 23 /// 24 /// 25 /// 26 /// 27 /// 1 1. “pyramid shaped element” — 2 — Claim Term FullView’s Proposed Polycom’s Proposed — 3 — Construction Construction — 4 — “pyramid shaped element” “a unitary object shaped like “an object shaped like a 5 a pyramid, except that its polyhedron with three or (claims 10 and 11) apex and base may be absent more sides, except that its 6 or incomplete.”1 apex and base may be absent or incomplete”2 — 7 — 8 The term “pyramid shaped element” is found in several claims of the ‘143 Patent, 9 including disputed claims 10 and 11. See ‘143 Patent, claims 10-11. Claim 10 describes a 10 panoramic viewing apparatus that consists of three components: image processing devices (e.g., 11 cameras), a pyramid shaped element with a plurality of reflective side facets, and a support 12 member. Id. Claim 11 depends on claim 10, and it describes a variation of the panoramic viewing 13 device, where a “plurality of image processing devices are secured to a portion of the support 14 member that extends out of the pyramid shaped element.” Id. The term “pyramid shaped 15 element” is not expressly defined in the ‘143 Patent and is mentioned only in the patent’s claims. 16 See id. The term was also not defined or construed during patent prosecution or the IPR process. 17 See Docket No. 116-1 (“Prosecution History”) at 16-19; Docket No. 116-4 (“IPR Decision”) at 18 85-86. — 19 — — 20 — 1 FullView initially proposed the following construction for this term in the joint statement: “A pyramid is a polyhedron with a polygonal base and triangular side facets, each triangular side facet — 21 — extending from one complete edge of the polygonal base to a common vertex — the apex of the pyramid. As a result, each triangular side facet of a pyramid shares one edge with the pyramid’s — 22 — base and each of its other two edges with a neighboring side facet, each of the latter two edges extending along a straight line from a corner of the polygonal base to the apex. A ‘pyramid23 shaped element’ is a unitary object shaped like a pyramid, except that its apex and base may be absent or incomplete.” Joint Statement at 3. But during the claim construction hearing, FullView — 24 — counsel clarified it was not relying on the extensive definitional language, asserting instead that its construction of “pyramid shaped element” was simply “a unitary object shaped like a pyramid, — 25 — except that its apex and base may be absent or incomplete.” See Docket No. 135 (“Hearing Tr.”) at 17:23-18:5; 20:24-21:7; 22:2-22:8. — 26 — 2 In its opposition brief, Polycom changed its construction of “pyramid shaped element” from “an — 27 — element with three or more sides, excluding the base” to “an object shaped like a polyhedron with 1 At the claim construction hearing it became evident that the parties’ constructions of the 2 term “pyramid shaped element” are nearly identical, except for the use of "polyhedron” in 3 Polycom’s proposal and “unitary” in FullView’s proposal. See Hearing Tr. at 23:4-25, 24:1-8. 4 Polycom stated that it is willing to use the term “pyramid” rather than “polyhedron,” as long as the 5 construction allows for shapes that deviate from a perfect geometric pyramid. See id. at 4:12-25; 6 15:1-5; 20:17-23. 7 In turn, FullView explained that “unitary” refers to a single pyramid shaped element, 8 where each of the pyramid shaped element’s reflective side facets touch or abut each other. Id. at 9 19:4-9; 22:9-16; Reply Br. at 5. Free floating mirror panels that are unconnected would therefore 10 not be considered a “pyramid shaped element.” See Hearing Tr. at 19:8; Reply Br. at 7. Polycom 11 agrees that the “pyramid shaped element” is a single object where the sides are connected and does 12 not include free floating mirrored panels, but explained that fasteners can be used to connect 13 reflective side facets such that those facets are not technically touching each other. Hearing Tr. at 14 21:14-25; 22:1; 23:10-17. Polycom also expressed concern that the term “unitary” is not in the 15 ‘143 Patent and could be misconstrued as a claim limitation. Id. at 21:19-24; Responsive Br. at 16 10, 14-15. The Court shares Polycom’s concerns regarding the term “unitary.” 17 Given the substantial common ground between the parties’ proposed constructions of the 18 term “pyramid shaped element,” the Court recommended the parties meet and confer to resolve 19 their remaining differences. Hearing Tr. at 23:18-25; 24:1-5. It appears the only difference 20 pertains to the treatment of fasteners connecting the connected sides. The parties agreed to 21 provide the Court an updated joint construction of the term “pyramid shaped element” before the 22 next status conference on April 15, 2021. Id. at 24:6-8; 33:15-16, 22:25. If the parties are unable 23 to reach an agreement the Court will construe the term at that time. Id. at 24:2-5; 34:6-13. 24 /// 25 /// 26 /// 27 /// 1 2. “inner volume [of the pyramid shaped element]” — 2 — Claim Term FullView’s Polycom’s Proposed Adopted — 3 — Proposed Construction Construction 4 Construction “inner volume [of the “Non-peripheral “inside the space “inside the space — 5 — pyramid shaped volume” defined and bounded defined and bounded 6 element]” by the pyramid by the pyramid shaped element” shaped element” 7 (claim 10) — 8 — The term “inner volume” is found in several claims of the ‘143 Patent, including disputed — 9 — claim 10. See id., claim 10. Claim 10 mentions “inner volume” in relation to the pyramid shaped — 10 — element and the support member: — 11 — a support member intersecting an inner volume of the pyramid 12 shaped element, the pyramid shaped element being secured to the support member and the plurality of image processing devices being 13 secured to the support member. — 14 — Id. (emphasis added). The term “inner volume” is only mentioned in the patent’s claims and it is — 15 — not expressly defined. See id. The term was also not defined during patent prosecution but was — 16 — partly construed by the PTAB in its decision denying Polycom’s IPR petition for the ‘143 Patent. — 17 — See Prosecution History at 16-19; IPR Decision at 85-86. FullView asserts that the term “inner — 18 — volume” should be construed by itself, because “inner volume” may have meaning for non19 pyramid shaped elements that are used in the prior art. Joint Statement at 2. In contrast, Polycom — 20 — asserts that the entire phrase “inner volume of the pyramid shaped element” should be construed. — 21 — Id. The Court will construe the entire term of “inner volume of the pyramid shaped element” — 22 — because the volume of an object is dependent on its three-dimensional shape. See Docket No. — 23 — 117-2 (“Merriam-Webster Dictionary”) at 43. — 24 — The parties disagree on the meaning of “inner volume” as it relates to a support member — 25 — intersecting the pyramid shaped element. Joint Statement at 2. FullView argues that there are — 26 — essentially two types of volume within the pyramid shaped element: (1) peripheral/outer volume — 27 — and (2) inner volume. See Docket No. 116 (“Open Br.”) at 8-9; Docket No. 118 (“Reply Br.”) at 1 9-14. For a support member to intersect the “inner volume” of a pyramid shaped element means 2 || that the pyramid shape must be intersected in its “non-peripheral” volume such as through its core 3 || or vertex. See Open Br. at 9. FullView relies heavily on Figure 17 in the specification, which 4 || FullView claims shows a support member intersecting the “inner volume” of a pyramid shaped 5 element. Jd. As seen from the figure below, FullView asserts the support member (804) intersects 6 || the pyramid shaped element (800) far beyond the element’s outer edges: — 7 — 8 FIG. 17 — 830 — 9 818 10 TV) ag 11 810 10 Bi4 AT TR E13 7 HN 806 = ii i 0 i | i | 804 Sy \ NX 47 sm ek oh 2 820 Tt — 802 — Z 18 — 818 — — 19 — 20 || Jd.; ‘143 Patent at Fig. 17. 21 Conversely, Polycom defines inner volume as the entire space within the pyramid shaped 22 || element. Docket No. 117 (“Responsive Br.”) at 17-19. For a support member to intersect the 23 “inner volume” of a pyramid, the support member simply needs to have a portion of it inside the 24 || pyramid. /d. In response to FullView’s reliance on Figure 17, Polycom asserts this is an improper 25 attempt to limit the scope of the claim to a specific embodiment. Jd. at 20-21. Moreover, the term 26 || “inner volume” is not mentioned in the patent specification or labeled on Figure 17, making it 27 difficult to discern where “inner volume” begins or ends in the pyramid shaped element. /d. at 18, 28 20. This lack of specificity renders the claim indefinite which runs counter to the goals of claim 1 construction to interpret claims in a way that maintains their validity. Id. at 20. 2 Polycom raises important concerns. First, Polycom is correct that claims are generally not 3 limited to a preferred embodiment without an express intention otherwise. See Phillips, 415 F.3d 4 at 1317 (even if a patent only describes a single embodiment, the claims should not be construed 5 as being limited to that embodiment); Liebel–Flarsheim Co. v. Medrad, Inc., 358 F.3d 898 , 906 6 (Fed.Cir.2004) (patent claims will not be read restrictively unless patentee demonstrated clear 7 intention of limiting the claim scope). In this case, there is no language within the specification or 8 prosecution history to suggest that Figure 17 was intended to limit the scope of claim 10. See, 9 e.g., Watts v. XL Sys., Inc., 232 F.3d 877, 883 (Fed. Cir. 2000) (holding applicants specifically 10 “limit[ed] the invention” to particular structures by specifying that the invention uses only those 11 structures and further limited the scope by distinguishing prior art”); Toro Co. v. White Consol. 12 Indus., Inc., 199 F.3d 1295, 1301 (Fed. Cir. 1999) (noting specification described structure as 13 “important to the invention”). Figure 17 simply describes a “stand used to support panoramic 14 viewer.” ‘143 Patent at 49. As for patent prosecution, there was no clear disavowal of claim 15 scope by the patent owner. See Prosecution History at 33-34. The prior art that FullView 16 distinguished from its invention had support members that merely abutted the pyramid shaped 17 structure and although FullView used the term “inner volume” in its response to the PTO’s office 18 action rejecting FullView’s patent claims as obvious over the prior art, it did not define that term. 19 See id. at 16-21, 33-34. 20 Second, Polycom also raises a valid concern as to claim indefiniteness. FullView’s 21 definition of “inner volume” as “non-peripheral volume” leads to uncertainty because it is unclear 22 where inner volume beings or ends within the pyramid shaped element. See Biosig Instruments, 23 Inc. v. Nautilus, Inc. (Nautilus II), 783 F.3d 1374 , 1382–83 (Fed. Cir. 2015) (holding claim 24 language was not indefinite because it was bounded: “neither infinitesimally small nor greater than 25 the width of a user’s hands”). Definiteness requires that a patent “inform with reasonable certainty 26 those skilled in the art about the scope of the invention.” Nautilus, Inc. v. Biosig Instruments, Inc. 27 (Nautilus I), 572 U.S. 898, 901, 910 (2014) (standard “mandates clarity, while recognizing that 1 because the claim’s language was bounded by the specification and the patent’s prosecution 2 history. 783 F.3d at 1382-83 . For example, “the distance between the live electrode and common 3 electrode” could not be greater than the width of a user’s hands, because claim 1 required 4 detection of electrical signals at two distinct points on a user’s hand. Id. at 1382 . On the other end 5 of the spectrum, the distance could not be too small, because it would “merge the live and 6 common electrodes” which would contradict the specification. Id. at 1383 . 7 This case differs from Nautilus II because, while one end of the spectrum is roughly 8 defined (FullView claims the “inner volume” includes the pyramid’s core), it is not clear from the 9 specification or prosecution history where “inner volume” ends and “peripheral volume” begins. 10 See Prosecution History at 33-34; see generally, ‘143 Patent. During prosecution, FullView 11 differentiated its invention from those where the support member merely abutted or touched the 12 pyramid shaped element. See Prosecution History at 33-34 (“Yamazawa … discloses a 13 hyperboloidal mirror mounted in a spherical glass tube … it does not disclose or suggest ‘a 14 support member intersecting an inner volume of a pyramid shaped element”). But the 15 specification and claims are silent as to the different types of volume within a pyramid shaped 16 element. See generally, ‘143 Patent (no mention of “volume” or “inner volume” in specification; 17 no mention of “peripheral volume” in any part of the patent). 18 FullView claims that Polycom’s construction is improper because it would result in 19 redundancy. Polycom counters that its construction would not render the term “inner” redundant. 20 Relying on a dictionary definition that states volume “refers to the three-dimensional space 21 occupied by an object—that is the structure itself, as well as the space inside that structure,” 22 Polycom claims that “inner volume” properly refers to all of the space defined and bounded by the 23 three-dimensional structure. 24 The Court agrees with Polycom. It finds Dr. Nalwa’s opinion unpersuasive because his 25 conclusions are not grounded in the intrinsic evidence. See SkinMedica, Inc. v. Histogen Inc., 727 26 F.3d 1187, 1195 (Fed. Cir. 2013); Phillips, 415 F.3d at 1318 . For example, Dr. Nalwa suggests 27 his interpretation of “inner volume” is supported by the patent prosecution history, but the intrinsic 1 the PTO examiner rejected claims 10-12 of the ‘143 Patent because it found these claims were 2 anticipated by prior art. Id., Prosecution History at 16-21. The PTO examiner stated prior art such 3 as Herdon and Yamazawa “comprised a support system which [was] able to extend into the inner 4 of the reflective element.” Id. In response, FullView successfully traversed the PTO’s objections 5 by stating that the prior art did not disclose “a support member intersecting an inner volume of 6 pyramid shaped element.” Id. at 33-34. Instead, the prior art appeared to show only support 7 systems that abutted the pyramid shaped element. See id. During this exchange, FullView did not 8 define the term “inner volume” nor did it discuss “inner” or “non-peripheral” volume as it does 9 now. See id. At most, the prosecution history reveals that the element’s “inner volume” does not 10 include its structure, a position consistent with that taken by Polycom. 11 Moreover, the ‘143 Patent’s IPR process further supports Polycom’s proposed 12 construction.3 See IPR Decision at 85-86; Docket No. 116-5 (“IPR Rehearing Denial”) at 104. 13 During the IPR petition process, FullView asserted that the “inner volume” of a reflective element 14 is “within the volume bounded by all [of] its reflective facets.” Id. at 85-86. If a support member 15 were to merely “mak[e] contact with a reflective element” it would not penetrate the element’s 16 “inner volume.” See id. In its decision denying IPR of the ‘143 Patent, the PTAB construed the 17 term “a support member intersecting an inner volume of a reflective [or pyramid shaped] element” 18 as follows: 19 “On the present record, including considering the prosecution history, we agree with Patent Owner that the disputed claim term is — 20 — — 21 — 3 For IPR petitions filed on November 13, 2018 onwards, the PTAB now applies the “ordinary and customary meaning” standard to claim construction. See 37 C.F.R 42.100(b) (“construing the — 22 — term in accordance with the ordinary and customary meaning of the term”). Since the PTAB and district courts now apply the same standard for claim construction, it is possible that claim — 23 — construction made during an IPR proceeding could result in issue preclusion. See B & B Hardware, Inc. v. Hargis Indus., Inc., 575 U.S. 138 , 151–52 (2015) (holding proceeding before — 24 — the PTO’s Trademark Trial and Appeal Board can have preclusive effect); SkyHawke Techs., LLC v. Deca Int'l Corp., 828 F.3d 1373, 1376 (Fed. Cir. 2016) (holding PTAB rulings did not have — 25 — preclusive effect on district courts partly because the PTAB applied a different standard than the federal courts to claim construction). However, preclusion is not at issue here, as the PTAB’s — 26 — claim construction was in a decision denying IPR, rather than a full IPR trial. See, e.g., Adidas AG v. Under Armour, Inc., No. 14-130, 2015 U.S. Dist. LEXIS 192937 , *3 n.1 (D. Del. Dec. 15, — 27 — 2015) (“The PTAB’s choice not to institute an IPR is not the type of adjudication that leads to not satisfied by a support member making peripheral contact with a 1 reflective or pyramid shaped element because “intersecting an inner volume” requires an intersection of the support member through a 2 volume of space defined and bounded by the reflective element.” — 3 — Id. (emphasis added). The PTAB then proceeded to differentiate the prior art from the ‘143 4 Patent, noting that the prior art had support members that did not intersect the reflective element’s 5 inner volume because they merely made exterior contact or abutted the reflective element. Id. at 6 87-97. 7 Accordingly, the Court construes the term “inner volume [of the pyramid shaped element]” 8 to mean “inside the space defined and bounded by the pyramid shaped element.” This 9 construction aligns with the patent’s prosecution history and the PTAB’s construction. See 10 Prosecution History at 16-34; IPR Decision at 85-86; IPR Rehearing Denial at 104. It is consistent 11 with the claim language and specifications. This construction does not impermissibly limit the 12 claim to a preferred embodiment in the specification and does not raise indefiniteness concerns. 13 See Phillips, 415 F.3d at 1317 ; Nautilus II, 783 F.3d at 1382-83 . 14 IV. CONCLUSION 15 As noted above, the parties have agreed to meet and confer with each other to provide the 16 Court with an updated construction of the term “pyramid shaped element.” 17 The Court construes the other contested term, “inner volume,” as follows: 18 (1) “inner volume [of the pyramid shaped element]”: “inside the space defined and 19 bounded by the pyramid shaped element” — 20 — 21 IT IS SO ORDERED. — 22 — 23 Dated: April 5, 2021 — 24 — 25 ______________________________________ EDWARD M. CHEN 26 United States District Judge — 27 —