Taction Technology, Inc. v. Apple Inc.

District Court, S.D. California·Decided April 17, 2023·No. 3:21-cv-00812·Unknown

Opinion

1 2 3 4 5 6 7 8 UNITED STATES DISTRICT COURT 9 SOUTHERN DISTRICT OF CALIFORNIA 10 11 TACTION TECHNLOGY, INC., Case No.: 21-CV-812 TWR (JLB)

12 Plaintiff, ORDER GRANTING PLAINTIFF’S 13 v. MOTION TO STRIKE DEFENDANT’S AMENDED 14 APPLE INC., INVALIDITY CONTENTIONS 15 Defendant. (ECF No. 205) 16

17 Presently before the Court is the Motion to Strike (“Mot.,” ECF No. 205) portions 18 of the amended invalidity contentions that Defendant Apple Inc. (“Apple”) served on 19 November 18, 2022, filed by Plaintiff Taction Technology, Inc. (“Taction”), as well as 20 Apple’s Response in Opposition to (“Opp’n,” ECF No. 230 (public), 235 (sealed)) and 21 Taction’s Reply in Support of (“Reply,” ECF No. 248) the Motion. The Court held a 22 hearing on April 13, 2023. (See ECF No. 261.) For the reasons discussed below, the Court 23 GRANTS Taction’s Motion. 24 BACKGROUND 25 I. The Asserted Patents 26 Taction is the owner and assignee of U.S. Patent No. 10,659,885 (“the ’885 Patent”) 27 and U.S. Patent No. 10,820,117 (“the ’117 Patent”) (collectively, “the asserted patents”). 28 (See ECF No. 1, (“Compl.”) ¶¶ 68, 72); see also U.S. Patent No. 10,659,885, at [73] (issued 1 May 19, 2020); U.S. Patent No. 10,820,117, at [73] (issued Oct. 27, 2020). The ’885 Patent 2 is entitled “Systems and Methods for Generating Damped Electromagnetically Actuated 3 Planar Motion for Audio-Frequency Vibrations” and was issued on May 19, 2020. ’885 4 Patent at [45], [54]. The ’117 Patent is entitled the same and was issued on October 27, 5 2020. ’117 Patent at [45], [54]. The ’885 Patent and the ’117 Patent share a common 6 specification, and both patents claim priority to provisional application No. 62/054,712 7 filed on September 24, 2014. ’885 Patent at [60]; ’117 Patent at [60]. 8 The invention described in the ’885 Patent and the ’117 Patent “relates to tactile 9 transducers that produce bass frequency vibrations for perception by touch.” ’885 Patent 10 col. 1 ll. 20–21.1 The specification of the asserted patents explains: 11 Below about 200 Hz, the lower the frequency of sound, the more it is perceived not only by vibration of the ear drum but also by touch receptors in 12 the skin. This sensation is familiar to anyone who has “felt the beat” of strong 13 dance music in the chest, or through the seat of a chair, or has simply rested a hand on a piano. The natural stimulus is both auditory and tactile, and a true 14 reproduction of it is possible only when mechanical vibration of the skin 15 accompanies the acoustic waves transmitted through the air to the ear drum. 16 Id. at col. 1 ll. 25–33. 17 The specification then details the problems with the prior art audio-frequency tactile 18 transducers, which utilized “axial shakers,” “un-damped eccentric rotating motors 19 (‘ERMs’),” and “un-damped linear resonant actuators (‘LRAs’).” See id. at col. 1 l. 34– 20 col. 2 l. 46. With respect to the ERMs and LRAs, the specification explains that a lack 21 mechanical damping is “problematic.” See id. at col 2 ll. 1–2 (“The problem of uneven 22 frequency response is typically made worse by a lack of mechanical damping.”), col. 2 ll. 23 11–13 (“Another approach in the prior art, also problematic, is the use of un-damped 24 eccentric rotating motors (‘ERMs’) and un-damped linear resonant actuators (‘LRAs’).”). 25 / / / 26

27 1 Because the ’885 Patent and the ’117 Patent share a common specification, the Court will cite to only 28 1 The asserted patents aim to overcome the problems of the prior art by disclosing “a 2 thin, flat vibration module with a movable member that is electromagnetically actuated to 3 produce motion in-plane.” See id. at col. 3 ll. 51–53; see also id. at col. 2 ll. 47–49. “[T]he 4 module may consist of a mass and thin magnets, polarized through their thickness, where 5 the mass and magnets are movably suspended inside a housing.” Id. at col. 3 ll. 63–66. 6 Further, the suspension may include flexures or a ferrofluid layer. Id. at col. 3 ll. 66–67. 7 In addition, “the vibration of the moving portion may be damped” using the layer of 8 ferrofluid. Id. at col. 4 ll. 6–8. 9 Independent claim 1 of the ’885 Patent recites: 10 1. An apparatus for imparting motion to the skin of a user, the apparatus 11 comprising:

12 a housing; 13 a plurality of coils capable of carrying electrical current; 14

15 a plurality of magnets arranged in operative proximity to the plurality of coils;

16 a moving portion comprising an inertial mass and the plurality of magnets; 17 a suspension comprising a plurality of flexures that guides the moving portion 18 in a planar motion with respect to the housing and the plurality of conductive 19 coils;

20 wherein movement of the moving portion is damped by a ferrofluid in 21 physical contact with at least the moving portion; and

22 wherein the ferrofluid reduces at least a mechanical resonance within the 23 frequency range of 40-200 Hz in response to electrical signals applied to the plurality of conductive coils. 24

25 ’885 Patent col. 14 ll. 48–65. 26 / / / 27 / / / 28 / / / 1 Independent claim 1 of the ’117 Patent recites: 2 1. An apparatus comprising:

3 a housing; 4 a plurality of conductive coils capable of carrying electrical current; 5

6 a plurality of magnets arranged in operative proximity to the plurality of conductive coils; 7

8 a moving portion comprising an inertial mass and the plurality of magnets;

9 a suspension comprising a plurality of flexures that guides the moving portion 10 in a planar motion with respect to the housing and the plurality of conductive coils; 11

12 wherein vibration of the apparatus imparts vibrations to a user’s skin;

13 wherein vibration of the apparatus is damped by a viscous ferrofluid in 14 physical contact with at least the moving portion;

15 wherein the viscous ferrofluid reduces at least a resonance within a frequency 16 range of 40-200 Hz in response to signals applied to the plurality of conductive coils; 17

18 wherein said moving portion includes at least a pocket that provides space for at least a magnet; 19

20 wherein each of said plurality of flexures is more resistant to motion transverse to a plane of the moving portion than it is to linear motion in the 21 plane of the moving portion; and 22 wherein said housing is generally cuboid in shape. 23

24 ’117 Patent col. 14 l. 47–col. 15 l. 5. 25 II. Procedural History 26 On April 26, 2021, Taction filed a complaint against Apple, alleging infringement 27 of the asserted patents. (See generally ECF No. 1 (“Compl.”).) Specifically, Taction 28 alleges that Apple has directly infringed and induced or contributed to the infringement of 1 the asserted patents by making, using, selling, and offering for sale Apple products, 2 including the iPhone and Apple Watch, that implement haptics technology, (see id. ¶¶ 77, 3 80), which refers to the science of enabling interaction with technology through the sense 4 of touch, such as, for example, through the use of vibrations. (See ECF No. 73 at 1.) 5 On July 8, 2021, Apple answered the complaint and filed counterclaims against 6 Taction. (See generally ECF No. 17.) Magistrate Judge Jill L. Burkhardt issued a Case 7 Management Order on August 10, 2021, (see generally ECF No. 34), setting a Claims 8 Construction and Tutorial Hearing before the Honorable Gonzalo P. Curiel for 9 February 18, 2022. (See id. ¶ 12.) 10 On October 21, 2022, after this action was transferred to the undersigned, (see ECF 11 No. 48), Apple filed before the Patent Trial and Appeal Board (“PTAB”) four petitions for 12 inter partes review (“IPR”), challenging the validity of all of the asserted claims of the 13 asserted patents. (See ECF No. 53-1 (“Kete Decl.”) Exs.

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Taction Technology, Inc. v. Apple Inc., (S.D. Cal. 2023).

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