Articles Posted in Patent
Patent Office Issues 190 Patents to Indiana Citizens in March 2022
The U.S. Patent Office issued the following 190 patent registrations to persons and businesses in Indiana in March 2022, based on applications filed by Indiana patent attorneys:
Patent No. | Title | |||
1 | D947,327 | Faucet spout | ||
2 | D947,326 | Faucet handle | ||
3 | D947,323 | Faucet body | ||
4 | D947,322 | Faucet sprayhead | ||
5 | D947,321 | Faucet sprayhead | ||
6 | D947,017 | Wall-engaging device for a gate | ||
7 | 11,290,301 | Secure engine communication | ||
8 | 11,289,946 | Method and system of uniform wireless power distribution within a chamber | ||
9 | 11,289,850 | Electrical connector having latch | ||
10 | 11,289,755 | System and method for thermally robust energy storage system | ||
11 | 11,289,423 | Ultra-thin diffusion barrier | ||
12 | 11,289,321 | Ion traps that apply an inverse mathieu q scan | ||
13 | 11,289,194 | Modular location engine for tracking the locations of assets in a clinical environment | ||
14 | 11,287,414 | Sample dispenser including an internal standard and methods of use thereof | ||
15 | 11,287,402 | Automated method for maintaining a clinical diagnostics system | ||
16 | 11,287,172 | Freezer dehumidification system | ||
17 | 11,286,952 | Diffusion system configured for use with centrifugal compressor | ||
18 | 11,286,917 | Motor drive system and method | ||
19 | 11,286,881 | Gas turbine engine with reversible heat exchanger | ||
20 | 11,286,878 | Variable area nozzle exhaust system with integrated thrust reverser | ||
21 | 11,286,865 | Gas turbine engine with variable pitch fan and variable pitch compressor geometry | ||
22 | 11,286,835 | System and methods for controlling flow distribution in an aftertreatment system | ||
23 | 11,286,827 | System and method for determining reductant delivery performance | ||
24 | 11,286,826 | Integrative reductant system and method using constant volume injection | ||
25 | 11,286,812 | Turbine shroud assembly with axially biased pin and shroud segment | ||
26 | 11,286,802 | Turbine shroud segment having a seal segment perimeter seal with separated buffer cavities | ||
27 | 11,286,798 | Airfoil assembly with ceramic matrix composite parts and load-transfer features | ||
28 | 11,286,794 | Erosion-resistant coating with patterned leading edge | ||
29 | 11,286,707 | Opening and closing system | ||
30 | 11,286,690 | Combination lock | ||
31 | 11,286,249 | Pyrrolidine compounds | ||
32 | 11,286,175 | Fluid stream management systems and methods thereof | ||
33 | 11,285,617 | Modular articulating gripper | ||
34 | 11,285,540 | Method for manufacturing parts or devices and forming transition layers facilitating removal of parts and devices from build-plates | ||
35 | 11,285,411 | Self-adjusting air management valve for a filter assembly | ||
36 | 11,285,294 | Introducer with sheath having a withdrawal support wire | ||
37 | 11,285,049 | Two layer wound dressings including removable upper layer | ||
38 | 11,285,022 | Spinal implant system and method | ||
39 | 11,285,019 | Expandable spinal implant system and method | ||
40 | 11,285,014 | Expandable inter-body device, system, and method | ||
41 | 11,284,928 | Surgical implant and method of use | ||
42 | 11,284,924 | Adjustable spinal implant, system and method | ||
43 | 11,284,917 | Surgical access assembly and method of using same | ||
44 | 11,284,908 | Adjustable acetabular reamers and methods | ||
45 | 11,284,884 | Method and apparatus for coupling soft tissue to a bone | ||
46 | 11,284,817 | Method for determination of an analyte concentration in a body fluid and analyte concentration measurement device | ||
47 | 11,284,815 | Bolus calculator time keeping between mobile phone application and bG meters | ||
48 | 11,284,726 | Barrier for mattress and bed deck | ||
49 | 11,284,655 | Surgical helmet | ||
50 | 11,284,620 | Picolinamide compounds with fungicidal activity | ||
51 | 11,284,603 | System and method for delivering nutrients to recently hatched chicks | ||
52 | D946,715 | Faucet handle | ||
53 | D946,714 | Faucet handle | ||
54 | D946,713 | Faucet body | ||
55 | D946,708 | Faucet sprayhead | ||
56 | D946,591 | Display screen with graphical user interface for a glucose management system | ||
57 | D946,590 | Display screen with graphical user interface for glucose management | ||
58 | 11,283,264 | Short-term reserve product for implementation on an electric power grid, and associated method | ||
59 | 11,282,703 | Preparation of an array of ultra-narrow nanowires on functionalized 2D materials and uses thereof | ||
60 | 11,282,484 | Illuminated acoustic device | ||
61 | 11,282,365 | Customized bed exit warnings to modify patient behavior | ||
62 | 11,282,311 | Door lock sensor and alarm | ||
63 | 11,281,429 | Ternary in-memory accelerator | ||
64 | 11,280,795 | Quantitative profiling of progesterone metabolites for the prediction of spontaneous preterm delivery | ||
65 | 11,280,756 | Method for detecting an interferent contribution in a biosensor | ||
66 | 11,280,742 | Analyte measuring system and method | ||
67 | 11,280,727 | Depth-resolved mid-infrared photothermal imaging of living cells and organisms with sub-micron spatial resolution | ||
68 | 11,280,574 | Arrow rest | ||
69 | 11,280,534 | Cooling apparatus and method of using the same | ||
70 | 11,280,396 | Fire resistant gearbox housing | ||
71 | 11,280,247 | Pneumatic system and method for heating compressor oil and/or components of the system | ||
72 | 11,280,206 | Turbine shroud segment with flange-facing perimeter seal | ||
73 | 11,280,130 | Top-hanging sliding door including wedge design top seal | ||
74 | 11,280,109 | Keycam assembly | ||
75 | 11,280,091 | Structural joists and methods to manufacture the same | ||
76 | 11,280,057 | System and method for attaching implements to different skid steer mounts | ||
77 | 11,279,658 | Compositions for improved concrete performance | ||
78 | 11,279,266 | Motor home chair lift | ||
79 | 11,279,213 | Truck cap | ||
80 | 11,279,075 | System and method for sterilization of medical instruments within a hydrogen peroxide sterilization process | ||
81 | 11,278,883 | Sample processing systems and methods | ||
82 | 11,278,786 | System and method for incentivizing and quantifying patient mobility | ||
83 | 11,278,760 | Physical rehabilitation and exercise devise | ||
84 | 11,278,666 | Medication infusion device | ||
85 | 11,278,497 | Co-spray drying of meropenem and colistin and the uses thereof | ||
86 | 11,278,457 | Incontinence detection optimization using directional wicking | ||
87 | 11,278,431 | Spinal implant system and method | ||
88 | 11,278,391 | Graft having at least one woven taper | ||
89 | 11,278,372 | Surgical sterilization system and method | ||
90 | 11,278,325 | Surgical instrument and method | ||
91 | 11,278,238 | Wearable sensor device and analysis platform for objective outcome assessment in spinal diseases | ||
92 | 11,278,125 | Topper with targeted fluid flow distribution | ||
93 | D946,147 | Surgical retractor | ||
94 | D946,125 | Faucet handle | ||
95 | D946,124 | Faucet handle | ||
96 | D946,123 | Faucet | ||
97 | D946,122 | Faucet | ||
98 | D946,121 | Faucet | ||
99 | D946,116 | Faucet sprayhead | ||
100 | D946,115 | Faucet sprayer | ||
101 |
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102 | D946,111 | Shower system | ||
103 | D946,104 | Collapsible table tennis table | ||
104 | D946,087 | Card for a card game | ||
105 | D945,975 | Handheld controller | ||
106 | D0945,886 | Container | ||
107 | 11,277,081 | Device and method for switching in and out a start winding of a single phase ac motor | ||
108 | 11,276,413 | Audio signal encoding method and audio signal decoding method, and encoder and decoder performing the same | ||
109 | 11,275,123 | System and method for electric meter outage time detection | ||
110 | 11,275,065 | Automated clinical diagnostic system and method | ||
111 | 11,274,829 | Shell and tiled liner arrangement for a combustor | ||
112 | 11,274,707 | Customizable light-up device | ||
113 | 11,274,631 | Methodology for minimizing aerodynamic buzz in an exhaust nozzle | ||
114 | 11,274,630 | Exhaust nozzle with vane support structure for a gas turbine engine | ||
115 | 11,274,605 | System and method for shimming a bevel gear in an IGB on a gas turbine without removal of the bevel gear | ||
116 | 11,274,567 | Keystoned blade track | ||
117 | 11,274,470 | Motorized trim | ||
118 | 11,274,468 | Modular and interchangeable lock plug | ||
119 | 11,274,315 | Chimeric insecticidal proteins | ||
120 | 11,274,311 | Plant promoter for transgene expression | ||
121 | 11,273,962 | Tamper-evident closure | ||
122 | 11,273,959 | Container with lid and detachable lid collar | ||
123 | 11,273,925 | Thermal management system and method for cooling a hybrid electric aircraft propulsion system | ||
124 | 11,273,921 | Variable pitch for coordinated control | ||
125 | 11,273,811 | Electric drive vehicle with low speed creep | ||
126 | 11,273,790 | Height adjusters with anti-cinch features for occupant restraint systems | ||
127 | 11,273,447 | Collapsible basket arrays, collapsible cellular arrays therefor, and methods of use | ||
128 | 11,273,202 | Formulations for bovine granulocyte colony stimulating factor and variants thereof | ||
129 | 11,273,088 | User module for a patient support apparatus | ||
130 | 11,273,046 | Spinal implant system and method | ||
131 | 11,272,942 | Assembly and system including a tibial cut guide | ||
132 | D945,719 | Toy box and leash post | ||
133 | D945,620 | Great toe implant | ||
134 | D945,610 | Surgical retractor | ||
135 | D945,609 | Surgical retractor | ||
136 | D945,568 | Faucet | ||
137 | D945,264 | Drink cup lid | ||
138 | 11,271,501 | Gas turbine generator speed DC to DC converter control system | ||
139 | 11,270,824 | Ferromagnetic accessories for a handheld device | ||
140 | 11,268,485 | Fuel pump with independent plunger cover and seal | ||
141 | 11,268,477 | Flexible seal for gas turbine engine | ||
142 | 11,268,463 | Techniques for improving fuel economy in dedicated EGR engines | ||
143 | 11,268,417 | Liquid only lance injector | ||
144 | 11,268,414 | Exhaust aftertreatment component with bypass valve | ||
145 | 11,268,389 | Blisk bonded CMC airfoil having attachment | ||
146 | 11,268,300 | Energy harvesting lock system | ||
147 | 11,268,283 | Spraying and seaming assembly | ||
148 | 11,268,148 | DNA methylation in inflammatory disease | ||
149 | 11,267,882 | Methods of detecting human IL-21 | ||
150 | 11,267,827 | Multifunctionalized silicon nanoparticles, process for their preparation and uses thereof in electrochemiluminescence based detection methods | ||
151 | 11,267,780 | Compound for modulating DDAH and ADMA levels, as well as methods of using thereof to treat disease | ||
152 | 11,267,768 | Methane ethane crackers | ||
153 | 11,267,660 | Package sorting machine | ||
154 | 11,267,004 | Spinning showerhead | ||
155 | 11,267,003 | Power sprayer | ||
156 | 11,266,788 | Determination of a dose in a medication delivery device using two moving arrays with teeth and a sensor | ||
157 | 11,266,514 | Radiolucent trial | ||
158 | 11,266,449 | Osteotomy device and methods | ||
159 | 11,266,391 | Surgical retractor and method | ||
160 | 11,266,183 | Systems and method for compression control in a wearable compression device | ||
161 | 11,266,121 | Canine self exercise device | ||
162 | 11,266,112 | Cotton variety PX3B09W3FE | ||
163 | RE048,948 | Clonidine compounds in a biodegradable polymer | ||
164 | D944,935 | Faucet spout | ||
165 | D944,934 | Shower arm | ||
166 | D944,933 | Shower arm | ||
167 | D944,930 | Faucet | ||
168 | D944,929 | Faucet | ||
169 | D944,927 | Faucet sprayhead | ||
170 | D944,926 | Faucet sprayhead | ||
171 | D944,925 | Faucet sprayhead | ||
172 | 11,263,205 | Access control with multiple security ecosystems | ||
173 | 11,262,370 | Method for operating a laboratory system | ||
174 | 11,261,875 | Turbomachine stage and method of making same | ||
175 | 11,261,815 | System and method for outputting filter monitoring system information via telematics | ||
176 | 11,261,812 | Model reference adaptive controller | ||
177 | 11,261,795 | Dual mode starter generator | ||
178 | 11,261,791 | Hybrid propulsion cooling system | ||
179 | 11,261,750 | CMC blade track with integral abradable | ||
180 | 11,261,635 | Door closer power adjustment | ||
181 | 11,261,473 | Method and apparatus for generation of microparticles containing immobilized enzyme | ||
182 | 11,261,423 | Compartmented cryopreservation container and uses thereof | ||
183 | 11,261,038 | System and method for automated truck loading | ||
184 | 11,260,419 | Method for coating a structure with a fusion bonded material | ||
185 | 11,260,404 | Tangential air cleaner with coiled filter cartridge | ||
186 | 11,259,944 | Stent deployment system with unwrapping deployment constraint | ||
187 | 11,259,932 | Additive manufactured femoral components | ||
188 | 11,259,794 | Method for implanting soft tissue | ||
189 | 11,259,792 | Method and apparatus for coupling anatomical features | ||
190 | 11,259,646 | Sleep enclosure assembly |
Federal Circuit Affirms Patents-in-Suit Unenforceable Due to Inequitable Conduct
Indianapolis, Indiana – Appellants, GS CleanTech Corporation and Greenshift Corporation (collectively “CleanTech”), appealed the U.S. District Court for the Southern District of Indiana’s finding that U.S. Patent Nos. 7,601,858 (the “‘858 patent”), 8,008,516 (the “‘516 patent”), 8,008,517 (the “‘517 patent”), and 8,283,484 (the “‘484 patent”) (together, the “Patents-in-Suit”) are unenforceable due to inequitable conduct. The U.S. Court of Appeals for the Federal Circuit affirmed.
Before joining CleanTech in 2006, David Cantrell founded Vortex Dehydration Technology (“VDT”). In June 2003, Mr. Cantrell sent an email to two Agri-Energy LLC (“Agri-Energy”) employees regarding how VDT’s oil recovery system may be applicable in an ethanol plant. He also included an operational cost spreadsheet and an image of the system. VDT representatives conducted tests with Agri-Energy’s ethanol syrup in early July 2003.
A proposal dated July 31, 2003 was emailed to multiple Agri-Energy employees on August 1, 2003 offering “Agri-Energy a No-Risk trial [of the] ‘Oil Recovery System.’” The proposal allowed Agri-Energy to use the unit for sixty days at which point it could purchase the system for $423,000 or return it to VDT. That proposal was not accepted, however, in early 2004 communications resumed and the system was installed in the Agri-Energy plant in May 2004.
Patent Litigation:
The Supreme Court of the United States has issued an Opinion affirming the decision of the United States Court of Appeals for the Federal Circuit in the case of Laura Peter, Director of the United States Patent and Trademark Office, versus NantKwest, Inc. (“NantKwest”).
Following an adverse decision by the USPTO, an applicant may either appeal directly to the Federal Circuit, 35 U.S.C. § 141, or may file a new civil action against the USPTO Director in the United States District Court for the Eastern District of Virginia, 35 U.S.C. § 145. In this case, NantKwest filed a new civil action in the District Court. Under § 145, the applicant is required to pay “[a]ll the expenses of the proceedings.”
The District Court granted summary judgment for the USPTO affirming the denial of NantKwest’s patent application. The Federal Circuit then affirmed the decision of the District Court. Following this affirmation, the USPTO moved for the reimbursement of its expenses, “including the pro rata salaries of PTO attorneys and a paralegal who worked on the case.” The District Court denied the motion finding “that the statutory language referencing expenses was not sufficient to rebut the ‘American Rule’ presumption that parties are responsible for their own attorney’s fees.” That decision was affirmed by the en banc Federal Circuit.
Patent Office Updates Eligibility Guidelines for Patentability Under Section 101
October 17, 2019. The US Patent Office has issued an Update on “Subject Matter Eligibility.” These Guidelines are used by the Patent Office to determine whether patent claims are eligible for protection under 35 USC 101.
Patent claims satisfy § 101’s eligibility requirement unless they are directed to an abstract idea (or other ineligible principle) and fail to add any inventive concept. Alice Corp. Pty. Ltd. v. CLS Bank Intern., 573 U.S. 208 (2014). In particular, claims that recite a specific advance in computer technology—including, for example, an unconventional arrangement of computer components—are eligible.
It is notoriously unclear to understand how should be applied. For example , Judge Plager of the Federal Circuit (and former Dean of the School of Law and Indiana University – Bloomington) has stated that the “body of doctrine” is “incoherent,” “render[ing] it near impossible to know with any certainty whether [an] invention is or is not patent eligible.” Interval Licensing LLC, 896 F.3d at 1348 (Plager, J., concurring and dissenting). Other jurists have noted that the case law is “baffling,” “inconsistent,” and that “needs clarification by higher authority, perhaps by Congress.” Athena Diagnostics, Inc. v. Mayo Collaborative Servs., LLC, 927 F.3d 1333, 1371 (Fed. Cir. 2019); Aatrix Software, Inc. v. Green Shades Software, Inc., 890 F.3d 1354, 1360 (Fed. Cir. 2018)
Indiana Court of Appeals issues Opinion in Neptune Generics, LLC vs. Eli Lilly & Company Case
Judges in the Indiana Court of Appeals issued their Opinion in the case of Neptune Generics, LLC, and Fresenius Kabi USA, LLC (collectively “Petitioners”) versus Eli Lilly and Company. The Patent Trial and Appeals Board (the “Board”) previously held in its inter partes review (“IPR”) that claims 1-22 of Eli Lilly’s U.S. Patent No. 7,772,209 (the “’209 Patent”) were not unpatentable for obviousness. The Court of Appeals held the Board did not err in its analysis, that substantial evidence supported underlying fact findings and therefore the Board’s decision was affirmed.
The ‘209 Patent “relates to administering folic acid and a methylmalonic acid (“MMA”) lowering agent, such as vitamin B12, before administering pemetrexed disodium, a chemotherapy agent, in order to reduce the toxic effects of a pemetrexed, an antifolate.” There were three petitions for IPR relating to the ‘209 Patent for obviousness over various patents, patent applications, and articles. In each IPR, the Board found that the claims were not unpatentable for obviousness.
According to the Opinion, the Board found that it was known that pretreatment with folic acid reduces the toxicity relating to the administration of an antifolate, but there was not a reason to pretreat with Vitamin B12 in addition to folic acid before administering pemetrexed for cancer treatment. Further, the FDA, along with others, were skeptical of the treatment that supported their decision for nonobviousness.
Supreme Court Provides Relief to “Exhausted” Buyers of Printer Cartridges
The US Supreme Court has good news for people that are tired of paying high prices for printer cartridges – the fine print of the “license agreement” in the boxes that prohibits you from refilling the cartridges is no longer effective.
In Impression Products Inc. v. Lexmark International, Inc., U.S., No. 15-1189, 5/30/2017, the Court decided that when a patentee decides to sell—whether on its own or through a licensee—that sale exhausts its patent rights, regardless of any post-sale restrictions the patentee purports to impose, either directly or through a license, Chief Justice Roberts wrote for a unanimous Court. As for international exhaustion, he observed that “nothing in the text or history of the Patent Act shows that Congress intended to confine that borderless common law principle to domestic sales.” Justice Ginsburg concurred in the general exhaustion decision as to domestic sales, but dissented as to international exhaustion.
Background
Lexmark makes and sells patented ink cartridges for its printers. It sell cartridges under one plan that permits buyers to use them as they wish, and under a “Return Program” plan that provides a discounted price. The Return Program plan limits buyers to a single use of the cartridge and requires the cartridges to be returned to Lexmark for recycling.
Lexmark filed infringement suits against many makers of after-market ink cartridges for Lexmark printers, most of which settled. In the action against Impressions, the district court entered a stipulated judgment, holding that Lexmark’s patent rights in cartridges first sold in the United States were exhausted, but the rights were retained for cartridges first sold abroad.
In a 10-2 en banc decision, the Federal Circuit held that, where the patentee’s sale is subject to a single-use/no-resale restriction that is lawful and clearly communicated, the sale does not confer resale or reuse authority to a buyer or downstream buyers. It also held that the patentee’s sale or authorization to sell a U.S. patented article abroad does not authorize the buyer to import the article and sell and use it in the United States.
The Federal Circuit decision was taken for review by the Supreme Court.
U.S. Sales
The Supreme Court concluded that Lexmark exhausted its patent rights the moment it sold its patented cartridges in the United States under the Return Program. While they may be clear and enforceable under contract law, the single-use/no-resale restrictions in Lexmark’s contracts with customers do not entitle Lexmark to retain patent rights in an item that it has elected to sell, according to the Court.
US Supreme Court Considers Adult Incontinence Products in Patent Case
The United State Supreme Court held oral argument on whether the equitable defense of laches (an unreasonable delay in filing suit) may be raised against a claim for damages based on patent infringement occurring within the six-year limitations period of 35 U.S.C. 286. SCA Hygiene Products Aktiebolag (SCA) produces adult incontinence products, as does First Quality Baby Products, LLC (First Quality). In 2003, SCA notified First Quality that First Quality was infringing on one of its patents, and First Quality responded by arguing that, because the SCA patent in question was essentially the same as a prior-filed patent, it was invalid so First Quality did not infringe. The two companies ceased communication on the issue, but in 2004, SCA requested that the U.S. Patent and Trademark Office (PTO) reexamine its patent in light of the prior-filed one, and in 2007, the PTO determined that the patent in question was valid.