Haptic, Inc. v. Apple, Inc.

• Court: District Court, N.D. California
• Decided: January 13, 2025
• Docket: 3:24-cv-02296
• Status: Unknown

Opinion

1 2 3 4 UNITED STATES DISTRICT COURT 5 NORTHERN DISTRICT OF CALIFORNIA 6 7 HAPTIC, INC., Case No. 24-cv-02296-JSC

8 Plaintiff, CLAIM CONSTRUCTION ORDER v. 9 Re: Dkt. Nos. 101, 119, 121 10 APPLE, INC., Defendant. 11

12 13 Haptic sues Apple for direct and indirect infringement of U.S. Patent No. 9,996,738 (“the 14 ‘738 patent”). (Dkt. No. 1.)1 Before the Court is the parties’ claim construction dispute over 15 seven claim terms. Having carefully considered the parties’ briefing and evidence, and with the 16 benefit of a December 6, 2024 Markman hearing, the Court construes the terms as set forth below. 17 BACKGROUND 18 The ‘738 Patent is titled “System and Method for Controlling a Terminal Device.” ‘738 19 patent, (54). The Patent Abstract summarizes the patent as follows:

20 A control system includes a housing engaged to a mounting surface, a sensor contained within the housing, a server in communication 21 with the sensor, and a terminal device in communication with the server. A gesture by a user associated with the mounting surface 22 controls activity of the terminal device, such as a knock on a wall lowering a thermostat. The control system enables a mounting 23 surface independent from the terminal device to become a controller for the terminal device. … 24 Id. at (57). Thus, when utilized, “[a]ny independent mounting surface can be converted into a 25 controller for a terminal device.” Id. at 6:35-36. And “[s]imple physical interactions on an 26 27 1 independent surface can now control the terminal device.” Id. at 6:47-48. “Even more 2 particularly, the present invention relates to a system to detect gestures on a mounting surface and 3 to generate commands for the terminal device based on detected gestures.” Id. at 1:45-48. 4 LEGAL STANDARD 5 I. Claim Construction Generally 6 “It is a bedrock principle of patent law that the claims of a patent define the invention to 7 which the patentee is entitled the right to exclude.” Phillips v. AWH Corp., 415 F.3d 1303, 1312 8 (Fed. Cir. 2005) (cleaned up).

9 Because the meaning of a claim term as understood by persons of skill in the art is often not immediately apparent, and because patentees 10 frequently use terms idiosyncratically, the court looks to “those sources available to the public that show what a person of skill in the 11 art would have understood disputed claim language to mean.” Those sources include “the words of the claims themselves, the remainder 12 of the specification, the prosecution history, and extrinsic evidence concerning relevant scientific principles, the meaning of technical 13 terms, and the state of the art.” 14 Phillips, 415 F.3d at 1314 (quoting Innova/Pure Water, Inc. v. Safari Water Filtration Systems, 15 Inc., 381 F.3d 1111, 1116 (Fed. Cir. 2004)). Claim terms are defined by their “ordinary and 16 customary meaning,” which is “the meaning that the term would have to a person of ordinary skill 17 in the art in question at the time of the invention.” Id. at 1312-13. In ascertaining the ordinary 18 meaning of a term, courts first look to the patent’s claim terms, specification, and prosecution 19 history, which is the patent’s “intrinsic record.” Id. The claim language is “of primary 20 importance” when determining the bounds of the claimed invention and “[t]he specification 21 necessarily informs the proper construction of the claims.” Id. at 1316. Extrinsic evidence may 22 elucidate relevant art, but such evidence is only considered within the context of intrinsic 23 evidence. Id. at 1317-19. “Extrinsic evidence consists of all evidence external to the patent and 24 prosecution history, including expert and inventor testimony, dictionaries, and learned treatises.” 25 Markman v. Westview Instruments, Inc., 52 F.3d 967, 980 (Fed. Cir. 1995). 26 DISCUSSION 27 I. Person of Ordinary Skill in the Art (POSITA) 1 Haptic’s expert, Dr. Cabric, opines a POSITA “would hold an undergraduate degree in electrical 2 engineering, computer science, or a related field, and have at least two years of practical 3 experience as an engineer, including experience with signal processing,” and “[a]dditional 4 education in graduate school could substitute for practical experience, or significant practical 5 experience in the field could substitute for school education.” (Dkt. No. 119-3 ¶ 21.) Apple’s 6 expert, Dr. Visell, opines a POSITA “would have had a bachelor’s degree in computer science, 7 computer engineering, or a related field, and two to three years of practical computer 8 programming or engineering experience, including experience developing interface technologies.” 9 and “[a]dditional graduate education could substitute for professional experience, or significant 10 experience in the field could substitute for formal education.” (Dkt. No. 121-3 ¶ 33.) 11 Although these definitions substantially overlap, they differ in that Apple’s definition 12 requires “experience developing interface technologies” and Haptic’s definition requires 13 “experience as an engineer, including experience with signal processing.”2 Haptic argues the 14 technology at issue “encompasses a broader range of technology than Apple’s proposed ‘user 15 interface technologies.’” (Dkt. No. 119 at 8.) 16 The patent’s technology involves interface technologies, as the invention creates an 17 interface to control another device, but the interface is a component of signal processes which 18 make the control possible. As the patent specifies, “[t]he contact interaction generates the data 19 signals of the sensor through the transmission portion of the housing.” ‘738 patent, 4:65-66; see 20 also, id. at 6:53-60 (“Interfaces 99 are connected to the server 40 in order to interact with the 21 control system 10. The interfaces 99 can include computers, laptops, tablets and smartphones. 22 FIG. 1 shows a variety of different interfaces 99. The interfaces 99 allow the user to adjust the 23 settings of the control system 10. Gestures by a user associated with the mounting surface 22 24 control the terminal device 50 in FIGS. 5 and 7-9.”). Thus, the initial interface technology is but 25

26 2 The definitions also differ in Haptic’s contention that a POSITA would have a degree in “electrical engineering,” though this is likely included in Apple’s contention that the POSITA 27 have a degree in “a related field.” Further, Apple in its Claim Construction brief does not contest 1 one aspect of the invention as a whole. Further, the function of the technology involves signal 2 || processes that are necessary to the functioning of the invention as demonstrated by the diagram 3 || below: 4 es FIG. 2 ce 7 5 ~ 7 8 :

9 Mesaume Time | 10

12 a ots Rarer” YES 14 Command to Terming © | Device 50 Se

YI Q 16 || Id. at fig. 2; see id. at 8:48-52 (“FIG. 2 is a flow diagram of an embodiment of the present

17 invention, showing the data signals of the sensor 30 in relation to the server 40. The contact

. . . . Z 18 interaction 60 generates the data signals 70 of the sensor 30 through the transmission portion 28 of 19 || the housing 20.”). Thus, while interface technology is one component of the invention, the 20 || patent’s specification shows signal processes are key to the proper functioning of the invention. 21 As aresult, the Court adopts the following definition of a POSITA: A POSITA would hold 22 an undergraduate degree in electrical engineering, computer science, computer engineering, or a 23 || related field, and have at least two years of practical experience with computer programming or as 24 an engineer, including experience with signal processing or developing interface technologies. 25 II. Term 1 26 Plaintiff’s Proposed Construction Defendant’s Proposed Construction 27 . . . . “said contact No construction necessary. Where the contact interaction is a user 28 interaction impact (e.g., a knock) directly on the

being mounting surface. 1 comprised of an 2 impact on said mounting 3 surface” 4 Term 1 appears in claim 1 of the ‘738 patent which reads: 5 A control system comprising: 6 a housing having an engagement means for a mounting surface; 7 a sensor contained within said housing, said sensor forming an 8 interactive zone defined by a range of said sensor, said sensor being comprised of an accelerometer, said interactive zone being aligned 9 with said mounting surface and overlaying said mounting surface outside a perimeter of said housing, said sensor being in a fixed 10 position relative to said engagement means, wherein a contact interaction associated with said mounting surface within said 11 interactive zone is detected by said sensor as data signals, said contact interaction being comprised of an impact on said 12 mounting surface, said data signals being comprised of vibration data of said contact interaction; … 13 ’738 patent,12:2-45 (emphasis added). Apple argues the highlighted claim language requires a 14 “direct” impact on the mounting surface and Haptic contends no construction is necessary. 15 The claim language itself does not include the word “direct.” And “directly” only appears 16 in the specification when the patentee is distinguishing between direct and indirect physical 17 impacts, both of which constitute impacts on the mounting surface. Id. at 7:64-8:1; id. at 8:55-65. 18 Further the term is comprised of “commonly understood words” that may be “readily apparent 19 even to lay judges.” Phillips, 415 F.3d at 1314 (holding further “[i]n such circumstances, general 20 purpose dictionaries may be helpful.”). The word “impact” does not mean only direct impact. 21 Indeed, the definitions of “impact” Apple cites are not limited to a direct impact. (Dkt. No. 121-9 22 at 4 (“the force or action of one object hitting another”); 121-6 at 4 (“The striking of one body 23 against another; collision. … The force transmitted by a collision.”).) 24 Additionally, if “preferred [] embodiment[s] in the specification would not fall within the 25 scope of the patent claim, [s]uch an interpretation is rarely, if ever, correct and would require 26 highly persuasive evidentiary support.” Vitronics Corp v. Conceptronic, Inc., 90 F.3d 1576, 1583 27 (Fed. Cir. 1996); see also In re Papst Licensing Digital Camera Patent Litigation, 778 F.3d 1255, 1 1270-71 (Fed. Cir. 2015) (“We do not generally construe the claims of a patent to exclude a 2 preferred embodiment.”); Adams Respiratory Therapeutics, Inc. v. Perrigo Co., 616 F.3d 1283, 3 1290 (Fed. Cir. 2010) ) (“A claim construction that excludes the preferred embodiment 1s rarely, if 4 || ever, correct and would require highly persuasive evidentiary support.”); Hoechst Celanese Corp. 5 || v. BP Chemicals Ltd., 78 F.3d 1575, 1581 (Fed. Cir. 1996) (holding “it is unlikely that an inventor 6 || would define the invention in a way that excluded the preferred embodiment”). The preferred 7 embodiments in the ‘738 patent show contact interactions comprised of both direct and indirect 8 || impacts on the mounting surface. 9 Figure 5 illustrates a direct impact on the mounting surface: 10 n Bw A ll Lo 2 60 ee

FIG. 5 16

17 ‘738 patent, fig. 5. Here, because the user knocks on the mounting surface itself, there is direct

2 18 impact on the mounting surface. By contrast, Figure 9 demonstrates an indirect impact on the 19 mounting surface: 20 21 32 \ KOON FIG. 9 20 \ 24 ‘ a2 25 26 27 ‘738 patent, fig. 9. There, “[t]he mounting surface 22 is within the table, and the tabletop is not 28 || the mounting surface 22. The contact interaction is associated with the mounting surface 22 and

1 the contact interaction is detected through the mounting surface 22, even if the contact interaction 2 is not always directly on the mounting surface 22.” Id. at 7:63-8:1 (emphasis added). Thus, the 3 “contact interaction is transmitted through the mounting surface 22 to the sensor 30.” Id. at 8:3-4 4 (emphasis added). So, the impact on the mounting surface is indirect. Apple’s construction 5 excludes this preferred embodiment. 6 Figures 7 and 8 further illustrate indirect impacts on the mounting surface. See Id. at fig. 7, 7 8. Figure 7 shows an embodiment where the impact is a knock on one side of a wall where the 8 mounting surface is the other side of the wall. So, the impact is indirectly “transmitted to the 9 mounting surface 22 and then to the sensor 30.” Id. at 7:51-56. And Figure 8 shows the mounting 10 surface as the bottom of a table where the user knocks on the top of the table. The impact here “is 11 transmitted to the mounting surface 22 on the bottom of the table and to the sensor 30.” Id. at 12 7:56-51. Just as Figure 9 illustrated, in these contact interactions, the impact “is transmitted 13 through the mounting surface.” Id. at 8:3-4 (emphasis added). All told, three of the five preferred 14 embodiments of the ‘738 patent involving the disputed term would be excluded under Apple’s 15 construction, which “is rarely, if ever, correct.” Vitronics, 90 F.3d at 1583. 16 Faced with excluding three of the five illustrated embodiments, Apple next contends the 17 patent’s prosecution history, specifically an amendment Haptic made to claim 1 to overcome a 18 prior art rejection, supports a narrowed claim construction. A rejected draft of the ‘738 patent did 19 not include “said contact interaction being comprised of an impact on said mounting surface.” 20 (Dkt. No. 121-10 at 134.) Haptic added the term in response to the claim examiner’s rejection, 21 when the examiner noted the patent claim as written would have been an obvious modification of 22 prior art patents. (Id. at 104-105.) The examiner specifically cited the Zimmerman patent, which 23 disclosed a contact interaction detected by a sensor when a user “comes within range of the 24 photoelectric proximity switch panel.” (Dkt. No. 121-10 at 104-05.) The Zimmerman patent’s 25 sensor did not necessitate physical contact with anything to activate the sensor, as that patent 26 disclosed, “[d]etecting finger proximity through one or more glass panes that might include air 27 gaps.” U.S. Patent No. 5,103,085, 1:55-56 (filed Sept. 5, 1990). In explaining its amendment to 1 on the mounting surface.” (Dkt. No. 121-10 at 143.) Further, Haptic distinguished the claim by 2 noting “[t]here is no suggestion, motivation, or teaching for the transmission portion of the 3 engagement means and relationship of the sensor relative to the mounting surface set by the 4 transmission portion.” (Id. at 143-44.) And Haptic reiterated the claim included “a contact 5 interaction as physical impact on the mounting surface.” (Id. at 143-44.) 6 Haptic’s amendment during prosecution of its patent is not a “clear and unmistakable” 7 disavowal of the claim language’s plain meaning. See 3M Innovative Properties Co. v. Tredegar 8 Corp., 725 F.3d 1315, 1325 (Fed. Cir. 2013); see also Phillips, 415 F.3d at 1317 (“because the 9 prosecution history represents an ongoing negotiation between the PTO and the applicant, rather 10 than the final product of that negotiation, it often lacks the clarity of the specification and thus is 11 less useful for claim construction purposes.”). The amendment differentiates between physical 12 and non-physical contact interactions, not direct and indirect impacts. Apple has not identified 13 highly persuasive evidentiary support for excluding preferred embodiments. 14 A court may properly determine a claim term need not be construed because the term has a 15 plain meaning from the intrinsic record. See O2 Micro Intern. Ltd. v. Beyond Innovation Tech. 16 Co., Ltd, 521 F.3d 1351, 1361 (Fed. Cir. 2008). But “[w]hen the parties raise an actual dispute 17 regarding the proper scope of these claims, the court, not the jury, must resolve that dispute.” Id. 18 at 1360. Thus, a “determination that a claim term ‘needs no construction’ or has the ‘plain and 19 ordinary meaning’ may be inadequate when a term has more than one ‘ordinary’ meaning or when 20 reliance on a term’s ‘ordinary’ meaning does not resolve the parties’ dispute.” Id. at 1361. Here, 21 if the Court does not construe “impact” or merely states the term has a plain and ordinary 22 meaning, the proper scope of the claim term, that is, whether indirect impacts are within the 23 claimed invention, would improperly go to the jury. Therefore, the Court must construe the term 24 to resolve this dispute. 25 So, the Court construes “impact” to mean direct or indirect impact. 26 // 27 // 1 Claim Term Plaintiff’s Proposed Construction Defendant’s Proposed Construction 2 “terminal No construction necessary. A remote device. 3 device” 4 “[T]erminal device” appears in the independent claim 1 and dependent claims 8-13. In 5 claim 1, it appears as “a terminal device being comprised of a receiving module and means for 6 initiating activity of said terminal device corresponding to said command, said terminal device 7 being in communication with said server, said output module transmitting said command to said 8 receiving module.” ‘738 patent, 12:29-34 (emphasis added). And in claim 8, for example, the 9 term is further used: “The control system, according to claim 1, wherein said terminal device is 10 comprised of one device selected from a group consisting of: a television, a thermostat, a 11 computer, a software system, a game console, a fan, a mattress adjustor, an alarm clock, and a 12 lighting fixture.” Id. at 13:21-25 (emphasis added). The parties dispute whether the terminal 13 device must be a remote device, that is, physically separate from the server. 14 The ordinary meaning of a claim term is not determined in a vacuum, but “in the context of 15 the written description.” Phillips, 415 F.3d at 1313. The specification teaches the terminal device 16 is the device being controlled. The title of the patent is “System and Method for Controlling a 17 Terminal Device.” ‘738 patent, (54). The patent’s background describes it as a system “on an 18 exterior mounting surface independent from the terminal device to be controlled.” Id. at 1:42-45. 19 In the specification, the patentee clarifies the invention converts mounting surfaces “into a 20 controller for a terminal device.” Id. at 6:35-36. The word “control” or “controls” appears 21 regularly in relation to the terminal device. See, e.g., id. at 5:56-58 (“Embodiments of the present 22 invention further include a method of controlling a terminal device with the system of the present 23 invention.”) (emphasis added); id. at 6:47-48 (“Simple physical interactions on an independent 24 surface can now control the terminal device.”) (emphasis added); id. at 6:58-60 (“Gestures by a 25 user associated with the mounting surface 22 control the terminal device …”) (emphasis added); 26 id. at 10:45-46 (“Embodiments of the present invention include the method of controlling a 27 terminal device …”) (emphasis added). Claim 10 further specifies the “method of controlling a 1 language, terminal device has a plain meaning as “the device being controlled.” 2 Apple nonetheless contends the plain and ordinary meaning of “terminal device” is a 3 remote device. To support its construction, Apple primarily relies on extrinsic evidence, namely, 4 its expert’s testimony and dictionary definitions. While intrinsic evidence, such as the patent’s 5 specification, is “the single best guide to the meaning of a disputed term,” Vitronics, 90 F.3d at 6 1582, courts may also consider extrinsic evidence, such as dictionaries, treatises, and expert 7 testimony in constructing claim terms. Phillips, 415 F.3d at 1317-18. However, extrinsic 8 evidence “is less significant than the intrinsic record in determining the legally operative meaning 9 of claim language.” Phillips, 415 F.3d at 1317 (cleaned up). 10 Apple’s expert, Dr. Visell, opines the term’s ordinary meaning is a “remote device.” (Dkt. 11 No. 121-3 ¶ 55.) He explains: “a POSITA would have understood the ‘terminal device’ is in 12 communication with the ‘server’ and that the ‘server’ transmits the user command to the ‘terminal 13 device.’” (Id.) And he cites to instances in the patent’s specification where the mounting surface 14 is described as “physically separate” or where the patentee includes examples of remote-control 15 devices. (Id. ¶¶ 56.) Haptic’s expert, Dr. Cabric, by contrast, attests “terminal device” means “a 16 device at an endpoint.” (Dkt. No. 119-3 ¶¶ 35-39.) Dr. Cabric also highlights the phrase “remote 17 terminal unit,” which she opines is widely used in the art, noting that “terminal” cannot mean 18 “remote” without causing redundancy. (Id. ¶ 43.) The Court finds Dr. Cabric’s opinion more 19 credible. As she explains, Dr. Visell’s conclusion that the fact that the server communicates with 20 the terminal device means the terminal device is separate from the server, “improperly equates 21 communicating with a server with being a remote device separate from the server.” (Id. ¶ 45.) 22 Apple further highlights two dictionaries, relied upon by Dr. Visell, that describe devices 23 that are necessarily “at a distance” or “a remote site.” (Dkt. No. 121 at 19 (quoting 121-3 at 330, 24 335).) While these dictionaries may be helpful in determining the correct construction of the 25 claim term, they are not more persuasive than the patent’s own language. Phillips, 415 F.3d at 26 1317. And Apple does not explain why these dictionaries are particularly applicable to this claim 27 term, especially in light of the way the term is used in the patent. As the Federal Circuit has 1 1313. As explained above, the term’s meaning in the context of the patent’s specification, 2 embodiments, and claims is not a “remote device.” 3 Apple finally argues “terminal device” is used to describe a device that is independent 4 from the mounting surface. The abstract describes “[t]he control system enables a mounting 5 surface independent from the terminal device to become a controller for the terminal device.” 6 ‘738 patent, (57); see also id. at 4:31-36 (“Embodiments of the control system of the present 7 intention convert any independent mounting surface into a controller for a terminal device. A 8 physically separate mounting surface … can be used to activate and deactivate a television or light 9 fixtures, without the user touching either appliance.”); id. at 6:35-38 (“Any independent mounting 10 surface can be converted into a controller for a terminal device. Simple gestures associated with 11 the mounting surface can be used to control the terminal device in a different location.”); id. at 12 5:39-55 (describing different examples of potential mounting surfaces and terminal devices where 13 most of the described mounting surfaces are independent or remote from the terminal device). 14 But “independent from” does not necessarily mean “remote,” that is, physically separate. 15 Indeed, one of the potential terminal devices described in claim 8 is a “software system,” which 16 need not be remote from the server it controls though it may be independent from it. Id. at 13:21- 17 25. Further, the patent variously describes “remote control devices” at distinct points, but does not 18 use the word “remote” when it describes the terminal device. Id. at 2:7-8, 2:26-31, 3:26-29, 19 11:34-38. Instead, the “terminal device” is regularly paired and modified by the word “control.” 20 Id. at 1:44-48 (“terminal device to be controlled); 4:1-4 (“It is another object of the present 21 invention to provide an embodiment of the system for controlling a terminal device”); 6:3-6 (“The 22 gesture related to the mounting surface controls the terminal device”); 14:27-33 (“The method of 23 controlling the terminal device, …”). The intrinsic evidence therefore demonstrates the correct 24 construction of the term. 25 Though the plain meaning of “terminal device” should apply, the parties’ dispute goes to 26 the scope of the claim, namely whether non-remote terminal devices are claimed by the patent. 27 So, the Court must construe the term. O2 Micro Intern., 521 F.3d at 1360. At the Markman 1 No. 131 at 44:21-45:3.) This construction is supported by the patent’s intrinsic record as 2 demonstrated above. The Court therefore construes the term to mean “the device being 3 controlled.” 4 IV. The “Module” terms 5 The parties disagree as to whether § 112(f) applies to the four “module” terms: 6 Claim Term Plaintiff’s Proposed Construction Defendant’s Proposed Construction 7 3- “processing No construction necessary. Subject to 35 U.S.C. § 112(f), Indefinite 8 module . . . said processing Functions: 9 module • Processing 10 determining a • Determining a data pattern 11 data pattern corresponding to the data signals corresponding • Matching the data pattern with a 12 to said data gesture profile 13 signals of said contact Structure: 14 interaction and • Processing module 46 15 matching said • Equivalents thereof data pattern 16 with a gesture profile” 17 4- “[additional] No construction necessary. Subject to 35 U.S.C. § 112(f), Indefinite 18 receiving module” Functions: 19 • Receiving 20 Structure: 21 • Receiving module 52 22 Equivalents thereof 5- “routing No construction necessary. Subject to 35 U.S.C. § 112(f), Indefinite 23 module . . . said 24 routing module Functions: receiving said • Routing 25 data signals • Receiving the data signals from 26 from said the sensor sensor” 27 Structure: Equivalents thereof 1 6- “output No construction necessary. Subject to 35 U.S.C. § 112(f), Indefinite 2 module . . . said 3 output module Functions: transmitting • Outputting 4 said command • Transmitting the command to 5 to said said receiving module 6 receiving module” Structure: 7 • Output module 48 8 Equivalents thereof 9 Under § 112(f), a patentee may “express a claim limitation by reciting a function to be 10 performed rather than by reciting structure for performing that function.” Williamson v. Citrix 11 Online, LLC, 792 F.3d 1339, 1347 (Fed. Cir. 2015); 35 U.S.C. § 112(f). Such claim limitations 12 require what courts have dubbed the “means-plus-function” analysis. Id. In constructing claims 13 potentially falling under § 112(f), a court must answer two questions; “First: Is the disputed claim 14 limitation drafted in means-plus-function format? Second, if and only if the answer to the first 15 question is ‘yes’: What, if any, is the structure corresponding to the claimed function?” Dyfan, 16 LLC v. Target Corp., 28 F.4th 1360, 1367 (Fed. Cir. 2022) (citing Williamson, 792 F.3d at 1349, 17 1351). 18 A claim element using the word “means” “creates a rebuttable presumption that [§ 112(f)] 19 applies.” Williamson, 792 F.3d at 1348. Conversely, when a claim element does not use the word 20 “means,” there is a rebuttable presumption against application of § 112(f). Id. at 1348. But that 21 presumption can be overcome “if the challenger demonstrates that the claim term fails to recite 22 sufficiently definite structure or else recites function without reciting sufficient structure for 23 performing that function.” Kyocera Senco Indus. Tools Inc. v. Int’l Trade Comm’n, 22 F.4th 24 1369, 1380 (Fed. Cir. 2022) (quoting Williamson, 792 F.3d at 1349). 25 Because none of the module terms use the word “means,” there is a rebuttable presumption 26 against application of § 112(f). Williamson, 792 F.3d at 1348. Apple therefore has the burden, in 27 seeking § 112(f) construction, to demonstrate the terms “fail[] to recite sufficiently definite 1 function.” Id. 2 a. Term 3: “processing module” 3 Term 3 appears in claims 1, 6, 10, and 12. Claim 1 reads:

4 A control system comprising:

5 [ … ]

6 a server in communication with said sensor, said server being comprised of a routing module, a processing module being 7 connected to said routing module, and an output module connected to said processing module, said routing module receiving said data 8 signals from said sensor, said processing module determining a data pattern corresponding to said data signals of said contact 9 interaction and matching said data pattern with a gesture profile, said gesture profile being associated with a command; 10 11 ’738 patent, 12:2-45 (emphasis added). Apple argues this term is both indefinite and subject to § 12 112(f) because it is a functional term that fails to allege sufficient structure. 13 The “processing module” term sets forth sufficient structure to be understood by a 14 POSITA “to have a sufficiently definite meaning as the name for structure.” Williamson, 792 F.3d 15 at 1349. “There is no categorical rule that ‘processor’ is or is not structural,” and as such, the 16 Court looks “to the case-specific record here to determine whether the phrase … is ‘understood by 17 persons of ordinary skill in the art to have a sufficiently definite meaning as the name for 18 structure.’” WSOU Investments LLC v. Google LLC, 2022-1064, 2023 WL 6531525, *4 (Fed. Cir. 19 Oct. 6, 2023) (quoting Williamson, 792 F.3d at 1349). Here, the processing module is described 20 by its location and relationship to the other components of the server. ‘738 patent, 5:25-27 21 (describing a “processing module” as “being connected to the routing module,” and “an output 22 module.”); id. at 13:56-14:3 (“said server being comprised of a routing module, a processing 23 module being connected to said routing module, and an output module connected to said 24 processing module.”). And the patent also outlines how the processing module performs its 25 function: “[T]he processing module determines the data pattern corresponding to the data signals 26 of the contact interaction … [and] matches the data patterns with a gesture profile.” Id. at 5:30-35. 27 So, the claim describes sufficient structure to defeat rebuttal of the presumption against means- 1 1353-54 (Fed. Cir. 2020) (holding that claim language requiring the “digital processing unit” be 2 || connected to a “data entry device” “constitutes further evidence of the structural nature of “digital 3 || processing unit”); see also Finjan v. Proofpoint, Inc., 13-cv-05808-HSG, 2015 WL 7770208, at 4 |} *10-11 (N.D. Cal. Dec. 3, 2015) (applying Williamson and concluding the term “content 5 || processor” was not a means-plus-function limitation because the patent specified “how the 6 ‘content processor’ interacts with the invention’s other components (the transmitter and receiver), 7 || which informs the term’s structural character.”). 8 Further, the patent specification also describes the process by which the processing module 9 matches the data pattern with a gesture profile: 10 FIG. 2 TT il ee \ 12 p= 13 wo

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4 18 19 || Jd. at fig. 2. Through reference to the manner in which the “processing module” is connected to 20 the other components of the server, and how it interacts and connects with the routing module and 21 output module, a POSITA would understand the term “to have a sufficiently definite meaning as 22 the name for structure,” and the term is therefore not written in means-plus-function format. 23 WSOU, 2023 WL 6531525, at *4. 24 Apple’s reliance on Dr. Visell is unpersuasive. Dr. Visell opines “[a]lthough a general- 25 purpose processor is a known structure, it is not sufficient structure because it is not capable of 26 || performing the functions recited (such as ‘determining a data pattern corresponding to the data 27 signals’ and ‘matching the data pattern with a gesture profile’) without programming.” (Dkt. No. 28 121-3 | 66.) But Dr. Cabric counters, “the processing module does exactly what the claim says it

1 does, i.e., as part of a server, it is connected to a routing module, processes data signals from a 2 routing module, determines a data pattern, and matches a data pattern with a gesture profile 3 associated with a command,” and that this specificity and connectivity, connotes a specific 4 structure. (Dkt. No. 119-3, ¶¶ 54, 57.) The Court finds Dr. Cabric more credible. 5 Finally, citing Williamson, Apple argues “processing module” and the remaining module 6 terms are necessarily means-plus terms because “module” is a nonce word that can substitute for 7 “means.” In Williamson, the Federal Circuit concluded “module” as part of the term “distributed 8 learning control module” “is a well-known nonce word that can operate as a substitute for 9 ‘means.’” Williamson, 792 F.3d at 1350 (emphasis added). However, the words preceding 10 “module”—“distributed learning control”—did not give or refer to any structure and the patent did 11 not “describe how the [claim term] interacts with other components in the distributed learning 12 control server in a way that might inform the structure to the [claim term] as recited in the claim.” 13 Williamson, 792 F.3d at 1350-51. And “[e]ven if a patentee elects to use a ‘generic’ claim term, 14 such as a ‘nonce word or a verbal construct,’ properly construing that term (in view of the 15 specification, prosecution history, etc.) may still provide sufficient structure such that the 16 presumption against means-plus function claiming remains intact.” Apple Inc. v. Motorola, Inc., 17 757 F.3d 1286, 1299 (Fed. Cir. 2014) (cleaned up) overruled on other grounds by Williamson, 792 18 F.3d at 1349.3 So, “[s]tructure may also be provided by describing the claim limitation’s 19 operation, such as its input, output, or connections.” Id. The claim term here, as explained above, 20 not only indicates structure with the prefix “processing,” but also describes the term in both the 21 specification and claims by reference to its “input, output, or connections.” Id. The mere use of 22 the word “module” does not transform the term into a means-plus term. 23 So, the Court finds “processing module” is governed by its plain and ordinary meaning. 24 Since Apple did not offer an alternative construction, Apple has waived its ability to do so. The 25 term need not be construed. 26 // 27 1 b. Term 4: Receiving Module 2 The term “receiving module” appears in claims 1, 9, and 10: (1) in claim 1: “a terminal 3 device being comprised of a receiving module and means for initiating activity of said terminal 4 device being in communication with said server, said output module transmitting said command to 5 said receiving module;” (2) further, in claim 9: “The control system, according to claim 1, further 6 comprising: an additional terminal device being comprised of an additional receiving module 7 and additional means for initiating activity of said additional terminal device corresponding to an 8 additional command, said additional terminal device being in communication with said server, 9 said output module transmitting said additional command to said additional receiving module;” 10 (3) and finally, in claim 10: “A method of controlling a terminal device, the method comprising 11 the steps of: … connecting a terminal device in communication with said server, said terminal 12 device being comprised of a receiving module; making physical impact on said mounting surface 13 so as to generate a contact interaction; detecting said contact interaction as data signals with said 14 sensor, … transmitting said command to said receiving module of terminal device with said 15 output module of said server, said command corresponding to activity of said terminal device; and 16 performing said activity with said terminal device.” ‘738 patent, 12:2-45, 13:26-33, 13:27-14:27. 17 As described in the patent’s specification, the receiving module is a component of the 18 “terminal device” which is “in communication with the server [and] receives the command.” Id. 19 at 5:51-53. This language provides a POSITA sufficient meaning as the name for structure. See 20 Samsung, 948 F.3d at 1354; see also EnOcean GmbH v. Face Intern. Corp., 742 F.3d 955, 959 21 (Fed. Cir. 2014) (citing Personalized Media Communications, LLC v. Int’l Trade Comm’n, 161 22 F.3d 696, 703 (Fed. Cir. 1998)) (holding the term “receiver” “connotes sufficiently definite 23 structure to those of skill in the art.”); (Dkt. No. 119-3 ¶ 76). And while Dr. Visell opines this 24 structure is insufficient because it is too broad (Dkt. No. 121-3 ¶¶ 84-85), the Federal Circuit has 25 held, “just because ‘the disputed term is not limited to a single structure does not disqualify it as a 26 corresponding structure, as long as the class of structures is identifiable by a person of ordinary 27 skill in the art.’” EnOcean, 742 F.3d at 960 (quoting Linear Tech. Corp. v. Impala Linear Corp., 1 The Court finds “receiving module” does not invoke § 112(f) and is defined by its plain 2 || meaning. Further, since the parties do not disagree as to the scope of the term, the Court need not 3 construe the term. 4 c. Term 5: Routing Module 5 Term 5 appears in claims 1, 10, and 12. Claim 1 reads: 6 A control system comprising: 7 [...] 8 a server in communication with said sensor, said server being comprised of a routing module, a processing module being 9 connected to said routing module, and an output module connected to said processing module, said routing module receiving said data 10 signals from said sensor, said processing module determining a data pattern corresponding to said data signals of said contact interaction 11 and matching said data pattern with a gesture profile, said gesture D profile being associated with a command;

13 °738 patent, 12:2-45 (emphasis added).

v 14 The routing module is another component of the server: “The server can be comprised of a

15 || routing module, a processing module being connected to the routing module ... [t]he routing 16 || module receives the data signals from the sensor, and the processing module determines the data

= 17 || pattern corresponding to the data signals of the contact interaction.” Jd. at 5:25-31. Figure 1

Z 18 shows the server, where the routing module 44 can be seen: 19 FIG. 1 *e@)- x 20 SAL, 21 = 50 = □ 60 22 50" x 40 | { 23 oon □ ,

24 □ — Ga aah” 25 \{ -OO¢g oU CI 28

1 Id. at fig. 1. “The data signals [] are received with the routing module 44 of the server 40 and the 2 processing module 46 determines a data pattern 80 corresponding to the data signals 70 of the 3 contact interaction 60.” Id. at 10:64-67. Just like the other module terms before it, “routing 4 module” therefore is understood “as a reference to a structure [], not simply any device that can 5 perform a particular function” and is described by the components that are “operably connected 6 to” it. Samsung, 948 F.3d at 1354. Based on this intrinsic evidence, the Court agrees with Haptic 7 that a POSITA would understand “routing module” to be synonymous with “router” and “the 8 words of the claim are understood by persons of ordinary skill in the art to have a sufficiently 9 definite meaning as the name for structure.” Williamson, 792 F.3d at 1349. 10 Apple argues the term is a means-plus-function term and is indefinite because the term is 11 defined by the function it performs, i.e., routing. (Dkt. No. 121 at 30-31.) However, a POSITA 12 would understand “routing module” to refer to a definite structure—a router. Apple highlights 13 Figure 1 where the word “router” is used to describe router 42, which is a separate device from the 14 server claimed in the patent. That “router” is used once outside of the claimed server, however, 15 does not lead to the inference that “routing module” is either indefinite or a means-plus-function 16 term. Instead, the reference to “router 42” as a structure indicates a “routing module” has a 17 definite structure. 18 Section 112(f) does not apply to “routing module” and its plain meaning governs. 19 d. Term 6: Output Module 20 Term 6 appears in claims 1, 9, and 10. Claim 1 reads:

21 A control system comprising:

22 [ … ]

23 a server in communication with said sensor, said server being comprised of a routing module, a processing module being connected 24 to said routing module, and an output module connected to said processing module, said routing module receiving said data signals 25 from said sensor, said processing module determining a data pattern corresponding to said data signals of said contact interaction and 26 matching said data pattern with a gesture profile, said gesture profile being associated with a command; and 27 command, said terminal device being in communication with said 1 server, said output module transmitting said command to said receiving module, 2 ’738 patent, 12:2-45 (emphasis added). 3 An “output module” is a component of the server, as are the processing module and 4 routing module. In Figure 1, the output module 48 is connected to the processing module. Id. at 5 fig. 1. Further, “the output module transmits the command to the terminal device.” Id. at 5:36-38. 6 The patent specification goes on to describe, “[t]he method includes transmitting the command to 7 the receiving module 52 of the terminal device 50 with the output module 48 of the server 40.” Id. 8 at 11:6-9. Just as with the other module terms before it, the patent specifies the location of the 9 output module, its relationship to and interconnectivity with the other components of the server, 10 and how the component performs its particular function. The claimed term is a component of the 11 server that is “connected to said processing module” which “transmit[s] said command to said 12 receiving module.” Id. at 12:22-34. The patent thus claims the location of the output module as 13 well as its function and describes how it interacts with the different components of the server and 14 the terminal device. Therefore, the term can be “‘understood by a person of ordinary skill in the 15 art to have a sufficiently definite meaning as the name for structure.’” WSOU, 2023 WL 6531525, 16 at *4 (quoting Williamson, 792 F.3d at 1349); (Dkt. No. 119-3 ¶¶ 96-97). 17 Dr. Visell’s opinion “a POSITA would have understood that a module in a server for 18 outputting a command to a terminal device could have been implemented in any number of unique 19 ways” and that the term “only [] identif[ies] a generic component of a cloud server that transmits 20 the command to the receiving module” (Dkt. No. 121-3 ¶¶ 105, 106), fails to persuade that means- 21 plus analysis applies. The term is limited to structures that are within the particular location 22 described and can perform the claimed functions and interact with both the server and the terminal 23 device in the claimed ways. The Court finds Dr. Cabric more credible as to this term. 24 The Court therefore finds the term “output module” is not a means-plus term and need not 25 be construed as its plain meaning governs. 26 V. Term 7: 27 1 Claim Term Plaintiff’s Proposed Defendant’s Proposed Construction 2 Construction “engagement means Functions: Functions: 3 . . . wherein said • Engagement • Engagement 4 engagement means • Attaching or holding the • Attaching or holding the housing of said housing housing to the mounting to the mounting surface 5 comprises: an surface • Transmitting data signals from 6 attachment means • Transmitting data signals the attachment means to the between said to the sensor sensor 7 housing to said • Connecting the sensor of • Connecting said sensor to said 8 mounting surface; said attachment means of attachment means of said and a transmission said housing to set a rigid housing to set a rigid position of 9 portion connecting position of said sensor said sensor relative to said 10 said sensor to said relative to said mounting mounting surface attachment means of surface4 11 said housing and Structure: 12 being comprised of a Structures: • Adhesive, mechanical fasteners, 13 material with • Adhesive, mechanical or threaded screws flexibility different fasteners, or threaded • Transmission portion 28, which 14 than said mounting screws includes frames and brackets surface so as to set a 15 • Transmission portion 28 38, an injected molded frame rigid position of said being comprised of a comprising a rigid material, or 16 sensor relative to material with flexibility a spring loaded portion, each said mounting 17 different than said of which are comprised of a surface, said contact mounting surface, which material with flexibility different 18 interaction comprises one or more than the mounting surface and generating said data of: (1) Frames and reduce damping 19 signals of said brackets 38, (2) a rigid • Equivalents thereof 20 sensor through said material such as an transmission injection molded frame, 21 portion” or (3) a spring loaded 22 portion • Equivalents thereof5 23 24 4 Haptic’s construction as to the function varied slightly from what it is now. In its Reply brief, 25 Haptic added “said attachment means of said housing” to reduce the matters at issue in the present case. (Dkt. No. 125 at 11.) Further, Apple construed the term to require more specificity as to the 26 components, namely by specifying “transmission portion 28” and “frames and brackets 38.” (Dkt. No. 121 at 25.) Haptic does not address this argument, but instead edited its construction to align 27 with Apple’s in this regard. (Dkt. No. 125 at 11.) The Court accepts Haptic’s new language as to 1 Term 7 appears in claims 1 and 6. Claim 1 of the ’738 patent reads:

2 A control system comprising:

3 a housing having an engagement means for a mounting surface;

4 [ … ]

5 wherein said engagement means of said housing comprises:

6 an attachment means between said housing to said mounting surface; and 7 a transmission portion connecting said sensor to said attachment 8 means of said housing and being comprised of a material with flexibility different than said mounting surface so as to set a rigid 9 position of said sensor relative to said mounting surface, said contact interaction generating said data signals of said sensor 10 through said transmission portion.

11 ’738 patent, 12:2-45 (emphasis added). 12 As a preliminary matter, the parties agree the claim term is subject to § 112(f) and thus 13 agree to a means-plus construction. (Dkt. No. 101 at 8-10; see also Williamson, 792 F.3d at 1349 14 (“‘use of the word ‘means’ creates a presumption that § 112, ¶ 6 applies.’”) (quoting Personalized 15 Media, 161 F.3d at 703).) “Construing a means-plus-function claim term is a two-step process.” 16 Williamson, 792 F.3d at 1351. The Court first must “identify the claimed function” and then 17 “determine what structure, if any, disclosed in the specification corresponds to the claimed 18 function.” Id. (citing Noah Sys., Inc. v. Intuit Inc., 675 F.3d 1302, 1311 (Fed. Cir. 2012)). When, 19 as here, the term claims multiple functions, “the patentee must disclose adequate corresponding 20 structure to perform all of the claimed functions.” Id. at 1351-52 (citations omitted). 21 The Court focuses on the portions of the construction at issue which are bolded and 22 underlined in the table above. 23 24 the parties’ original joint claim construction statement. (Compare Dkt. No. 101 at 8-10; with Dkt. 25 No. 119 at 25-26.) Apple objects insofar as Haptic adds “a rigid material such as an injection molded frame” to its construction, arguing it is prejudiced by this insertion because it did not have 26 the opportunity to conduct discovery. But it still provides a construction that accounts for Haptic’s later addition. Because Apple provided an alternative construction in response to 27 Haptic’s construction, does not identify any needed discovery, and was able to respond both in its 1 A. Function 2 The patent requires data signals be transmitted through the attachment means, but not from 3 the attachment means. Claim 1 discloses “a transmission portion connecting said sensor to said 4 attachment means … said contact interaction generating said data signals of said sensor through 5 said transmission portion.” ‘738 patent, 12:39-45. The claim does not require the signals be 6 transmitted from the attachment means to the sensor, but only that the attachment means is 7 connected to the transmission portion and the sensor. The patent’s specification also does not 8 require the data signals be transmitted from the attachment means to the sensor. See, e.g., id. at 9 8:9-12 (“The engagement means 24 of the housing 20 is cooperative with the sensor 30 so that any 10 contact interaction generates data signals of the sensor through the transmission portion 28 of the 11 engagement means 24.”). 12 Apple argues that because the transmission portion connects the sensor to the attachment 13 means, the transmission portion necessarily transmits data signals from the attachment means to 14 the sensor. (Dkt. No. 121 at 22.) But the Court cannot import such a limitation into the claim 15 when such limitation is not expressed in the claim. In re Teles AG Informationstechnologien, 747 16 F.3d 1357, 1367-68 (Fed. Cir. 2014) (“When construing functional claims under [§ 112(f)], the 17 statute does not permit limitation of a means-plus-function claim by adopting a function different 18 from that explicitly recited in the claim.”) (internal quotation marks omitted) (quoting Micro 19 Chem., Inc. v. Great Plains Chem. Co., 194 F.3d 1250, 1258 (Fed. Cir. 1999)). 20 The Court therefore adopts Haptic’s construction of the claimed function. 21 B. Structure 22 The parties dispute the necessary structure for the transmission portion of the engagement 23 means. Apple contends it must include “frames and brackets 38, an injected molded frame 24 comprising a rigid material, or a spring loaded portion, each of which … reduce damping.” Haptic 25 contends it comprises “one or more of: (1) frames and brackets, (2) rigid material such as an 26 injection molded frame, or (3) a spring loaded portion.” 27 a. Transmission Portion Components 1 different than said mounting surface so as to set a rigid position of said sensor relative to said 2 mounting surface.” ‘738 patent, 12:39-43. The specification identifies three different materials 3 for the transmission portion. First, “[i]n some embodiments, the transmission portion has a spring 4 loaded portion to reduce damping of the sensor within the housing.” Id. at 4:49-51. Second, it 5 discloses: “In some embodiments, the transmission portion 28 can be comprised of frames and 6 brackets 38 . . . .” Id. at 7:7-8. Third, “[t]he transmission portion 28 can be comprised of a rigid 7 material, such an[sic] injection molded frame with flexibility different than the materials of the 8 mounting surface 22 or surface of the contact interaction.” Id. at 8:20-23. 9 The specification and claims thus teach the proper structure includes a transmission portion 10 with (1) frames and bracket, or (2) a spring loaded portion, or (3) or an injection molded frame. 11 At the Markman hearing, Haptic conceded and Apple concurred that the proper construction for 12 the injected molded frame is “an injection molded frame comprising a rigid material.” (Dkt. No. 13 131 at 117:1-118:7.) This construction tracks the language of the ‘738 patent’s specification. Id. 14 at 8:20-23. 15 So, the Court construes “transmission portion” to comprise one or more of: (1) frames and 16 brackets 38, (2) an injection molded frame comprising a rigid material, or (3) a spring loaded 17 portion. 18 b. Flexibility 19 The parties also dispute whether the transmission portion is comprised of material with 20 flexibility different than the mounting surface and comprises one the above materials, or whether 21 the transmission portion includes the above materials, each of which is comprised of a material 22 with flexibility different than the mounting surface. 23 The structure’s flexibility arises three times in the patent. In the specification, the patentee 24 explains “[t]he transmission portion 28 can be comprised of a rigid material, such an[sic] injection 25 molded frame with flexibility different than the materials of the mounting surface 22.” Id. at 8:20- 26 24 (emphasis added). Claim 1 specifies, “a transmission portion connecting said sensor to said 27 attachment means of said housing and being comprised of a material with flexibility different than 1 portion connecting said sensor to said attachment device of said housing and being comprised of a 2 material with flexibility different than said mounting surface.” Id. at 13:50-54 (emphasis added). 3 The patent therefore discloses the transmission portion must be comprised of a material with 4 flexibility different than the mounting surface. 5 Haptic’s construction follows the patent’s language, which does not require every 6 component of the transmission portion be comprised of material which itself has a flexibility 7 different than the mounting surface. Apple’s construction would improperly require all of the 8 transmission portion’s materials be of a flexibility different than the mounting surface. 9 So, the Court construes the transmission portion 28 be comprised of a material with 10 flexibility different than said mounting surface. 11 c. Reduce Damping 12 Finally, the parties disagree as to whether the engagement means includes a “reducing 13 damping” limitation. 14 Claim 3 discloses “said transmission portion is comprised of a spring loaded portion so as 15 to reduce damping of said contact interaction.” ‘738 patent, 12:50-52. The patent specification 16 also states the purpose of the spring loaded portion in some embodiments of the transmission 17 portion is “to reduce damping of the sensor within the housing.” Id. at 4:49-51. The same is said 18 of the frames and brackets 38. Id. at 7:7-9 (“In some embodiments, the transmission portion 28 19 can be comprised of frames and brackets 38 or a spring loaded portion (not shown) so as to reduce 20 damping.”). And the patent teaches “[t]he transmission portion 28 affects sound or vibration or 21 other stimuli from the mounting surface 22 to the sensor 30.” Id. at 7:15-17. So, reduction of 22 damping allows the sensor to “more accurately detect[] the mounting surface.” Id. at 7:13-15. 23 Further, the parties agree one of the functions of the engagement means is to transmit data signals 24 to the sensor, and reduction of damping is key to this process. See e.g., id. (“The engagement 25 means 24 attaches the sensor 30 and reduces damping so that sensor 30 more accurately detects 26 the mounting surface.”). And, the patent history shows Haptic intended to distinguish prior art by 27 highlighting how its invention would reduce damping. (See Dkt. No. 121-10 at 144 (“The generic 1 teaching for why dampening would be a concern.”).) The intrinsic record therefore supports the 2 conclusion the transmission portion must be comprised of structure that reduces damping to 3 perform its claimed function. Williamson, 792 F.3d at 1351. 4 Haptic counters the patent does not require a transmission portion comprising an injection 5 molded frame to similarly reduce damping and therefore it is improper to import a “damping” 6 limitation into the engagement means. ‘738 patent, 8:20-25 (“The transmission portion 28 can be 7 comprised of a rigid material, such an [sic] injection molded frame with flexibility different than 8 the materials of the mounting surface 22 . . . .”). However, the immediately preceding sentence 9 states “[t]he rigid position of the sensor 30 relative to the mounting surface reduces damping of 10 the contact interaction through the transmission portion.” Id. at 8:18-20. So, the injection molded 11 frame embodiment, like the other two, must reduce damping. 12 The claim term is therefore construed to include “reduce damping.” 13 CONCLUSION 14 Below are the claim terms as construed by the Court: 15 No. Claim Term Court’s Adopted Construction “said contact interaction being comprised of an An impact can be direct or 16 1. impact on said mounting surface” indirect. 17 “terminal device” 2. The device being controlled 18 “processing module . . . said processing module 3. No construction necessary. determining a data pattern corresponding to said 19 data signals of said contact interaction and 20 matching said data pattern with a gesture profile” “[additional] receiving module” 21 4. No construction necessary. “routing module . . . said routing module receiving 22 5. No construction necessary. said data signals from said sensor” 23 “output module . . . said output module 6. No construction necessary. transmitting said command to said receiving 24 module” 25 “engagement means . . . wherein said engagement Functions: 7. 26 means of said housing comprises: an attachment • Engagement means between said housing to said mounting • Attaching or holding the 27 surface; and a transmission portion connecting said housing to the mounting I being comprised of a material with flexibility e Transmitting data signals different than said mounting surface so as to set a to the sensor 2 rigid position of said sensor relative to said e Connecting the sensor of 3 mounting surface, said contact interaction said attachment means of generating said data signals of said sensor through said housing to set a rigid 4 said transmission portion” position of said sensor 5 relative to said mounting surface 6 7 Structures: e Adhesive, mechanical 8 fasteners, or threaded 9 screws e Transmission portion 28 10 being comprised of a ul material with flexibility different than said 12 mounting surface and B which reduce damping, = which comprises one or more of: (1) frames and 3 5 brackets 38, (2) an injection molded frame □ A 16 comprising a rigid . . 1 material, or (3) a spring loaded portion Z 18 e Equivalents thereof 19 The Court sets a further case management conference for February 20, 2025 at 1:30 p.m. 20 || An updated joint case management conference statement is due one week in advance. 21 This Order disposes of Docket Nos. 101, 119, and 121. 22 IT IS SO ORDERED. 23 || Dated: January 13, 2025 24

ACQUELINE SCOTT CORLE United States District Judge 27 28