The following list contains patents held by 澳门六合彩开奖结果2023 that have been granted or are in process:<\/p>\n\n\n
| Title<\/th> | Year<\/th> | Equipment Type<\/th> | Docket<\/th> | Patent No.<\/th> | Status<\/th> | hf:tags<\/th><\/tr><\/thead> |
|---|---|---|---|---|---|---|
| A Cask for Inter-Overpack Transfer of a Canister Containing Used Nuclear Fuel or Non-Fuel Waste<\/a><\/td> | 2024<\/td> | HI-TRAC<\/span><\/a><\/td> | HOL-168<\/td> | 63\/573,038<\/td> | Provisional<\/td> | hi-trac<\/td><\/tr> |
| Hybrid Solar Power Plant<\/a><\/td> | 2024<\/td> | HI-THERM<\/span><\/a><\/td> | HOL-167<\/td> | <\/td> | Provisional<\/td> | hi-therm<\/td><\/tr> |
| An Innovative Design Strategy to Protect a Nuclear Plant Steam GeneratorAgainst Earthquakes and Radiation<\/a><\/td> | 2023<\/td> | SMR-300<\/span><\/a><\/td> | HOL-165<\/td> | 63\/615,883<\/td> | Provisional<\/td> | smr-300<\/td><\/tr> |
| A Novel Design Approach to House a Nuclear Reactor in a Subterranean Cavity<\/a><\/td> | 2023<\/td> | SMR-300<\/span><\/a><\/td> | HOL-164-P<\/td> | 63\/615,872<\/td> | Provisional<\/td> | smr-300<\/td><\/tr> |
| Radiation Shielded Enclosure for Spent Nuclear Fuel Cask<\/a><\/td> | 2023<\/td> | Shield Jacket<\/span><\/a><\/td> | HOL-130<\/td> | US 11,521,761 B2, US 11,798,699 B2<\/td> | Granted<\/td> | shield-jacket<\/td><\/tr> |
| System and Method for Preparing a Container Loaded with Wet Radioactive Elements for Dry Storage<\/a><\/td> | 2023<\/td> | FHD<\/span><\/a><\/td> | HOL-002<\/td> | US 10,839,969 B2, US 8,561,318, US 9,165,690 B2, US 10,229,764 B2, EP 2 227 655 B1, EP 3 364 136 B1, US 11,742,102 B2<\/td> | Granted<\/td> | fhd<\/td><\/tr> |
| Ventilated Cask for Nuclear Waste Storage<\/a><\/td> | 2023<\/td> | HI-STORM FW<\/span><\/a><\/td> | HOL-148<\/td> | US 11,735,327 B2<\/td> | Granted<\/td> | hi-storm-fw<\/td><\/tr> |
| High-Density Subterranean Storage System for Nuclear Fuel and Radioactive Waste<\/a><\/td> | 2023<\/td> | HI-STORM CIS<\/span><\/a><\/td> | HOL-078<\/td> | US 10,950,361 B2, US 10,446,287 B2, US 9,852,822 B2, US 11,469,008 B2, US 11,728,061 B2<\/td> | Granted<\/td> | hi-storm-cis<\/td><\/tr> |
| An Impact Amelioration Device to Minimize Deceleration Loads from Colliding Hard Surfaces<\/a><\/td> | 2023<\/td> | Transfer Cask<\/span><\/a><\/td> | HOL-133<\/td> | US 11,721,447 B2<\/td> | Granted<\/td> | transfer-cask<\/td><\/tr> |
| Fuel Basket for Spent Nuclear Fuel and Container Implementing the Same<\/a><\/td> | 2023<\/td> | MPC<\/span><\/a><\/td> | HOL-100<\/td> | US 10,854,346 B2, 10-2039918, US 11,715,575 B2<\/td> | Granted<\/td> | mpc<\/td><\/tr> |
| System and Method of Storing and\/or Transferring High Level Radioactive Waste<\/a><\/td> | 2023<\/td> | HI-STORM UMAX<\/span><\/a><\/td> | HOL-060<\/td> | US 10,892,063 B2, US 9,831,005 B2, US 11,694,817 B2<\/td> | Granted<\/td> | umax<\/td><\/tr> |
| Nuclear Fuel Storage System with Integral Shimming<\/a><\/td> | 2023<\/td> | Fuel Basket<\/span><\/a><\/td> | HOL-132<\/td> | US 11,289,229 B2, US 11,670,430 B2<\/td> | Granted<\/td> | fuel-basket<\/td><\/tr> |
| Storage and Transport Cask for Nuclear Waste<\/a><\/td> | 2023<\/td> | HI-STAR<\/span><\/a><\/td> | HOL-135<\/td> | US 11,373,775 B2, US 11,610,696 B2<\/td> | Granted<\/td> | hi-star<\/td><\/tr> |
| Air-Cooled Condenser System<\/a><\/td> | 2023<\/td> | Air Cooled Condenser<\/span><\/a><\/td> | HOL-118<\/td> | US 11,204,201 B2, US 11,604,030 B2<\/td> | Granted<\/td> | air-cooled-condenser<\/td><\/tr> |
| Macro-Chip Reinforced Alloy<\/a><\/td> | 2023<\/td> | METAMIC-HT<\/span><\/a><\/td> | HOL-097<\/td> | US 10,843,272 B2, US 11,590,573 B2<\/td> | Granted<\/td> | metamic-ht<\/td><\/tr> |
| Autonomous Self-Powered System for Removing Thermal Energy from Pools of Liquid Heated by Radioactive Materials<\/a><\/td> | 2023<\/td> | DREAM<\/span><\/a><\/td> | HOL-024<\/td> | US 10,991,472 B2, US 8,681,924 B2, US 8,158,962 B1, US 11,569,001 B2<\/td> | Granted<\/td> | dream<\/td><\/tr> |
| Brazing Compositions and Uses Thereof<\/a><\/td> | 2023<\/td> | Air Cooled Condenser<\/span><\/a><\/td> | HOL-075<\/td> | US 10,512,990 B2, US 11,541,484 B2<\/td> | Granted<\/td> | air-cooled-condenser<\/td><\/tr> |
| Method of Retrofitting a Spent Nuclear Fuel Storage System<\/a><\/td> | 2022<\/td> | Compact Fuel Dehydrator<\/span><\/a><\/td> | HOL-085<\/td> | US 10,867,714 B2, US 10,297,356 B2, US 9,640,289 B2, EP 3134900, US 11,515,054 B2<\/td> | Granted<\/td> | compact-fuel-dehydrator<\/td><\/tr> |
| Flow Baffles for Shell and Tube Heat Exchangers<\/a><\/td> | 2022<\/td> | Heat Exchanger<\/span><\/a><\/td> | HOL-119<\/td> | US 11,512,902 B2<\/td> | Granted<\/td> | heat-exchanger<\/td><\/tr> |
| Nuclear Waste Storage Canisters, Welds, and Method of Fabricating the Same<\/a><\/td> | 2022<\/td> | MPC<\/span><\/a><\/td> | HOL-105<\/td> | US 11,515,056 B2, CN ZL2016800621786<\/td> | Granted<\/td> | mpc<\/td><\/tr> |
| Air-Cooled Condenser and Related Methods<\/a><\/td> | 2022<\/td> | Airblast HX<\/span><\/a><\/td> | HOL-048<\/td> | US 10,854,344 B2, US 9,786,395 B2, US 11,504,814 B2<\/td> | Granted<\/td> | airblast-hx<\/td><\/tr> |
| Automated Eddy Current Tube Tester<\/a><\/td> | 2022<\/td> | Heat Exchanger<\/span><\/a><\/td> | HOL-155<\/td> | <\/td> | Provisional<\/td> | heat-exchanger<\/td><\/tr> |
| Cooling System for Casks Containing High Level Nuclear Waste<\/a><\/td> | 2022<\/td> | Wet Storage<\/span><\/a><\/td> | HOL-127<\/td> | US 11,488,737 B2<\/td> | Granted<\/td> | wet-storage<\/td><\/tr> |
| Storage System for Radioactive Nuclear Waste with Pressure Surge Protection<\/a><\/td> | 2022<\/td> | Fuel Basket<\/span><\/a><\/td> | HOL-137<\/td> | US 11,443,862 B2<\/td> | Granted<\/td> | fuel-basket<\/td><\/tr> |
| A Novel Impact Limiter Embodiment for Transport Casks for Radioactive Materials and a Thermal Shield Design to Protect the Cask\u2019s Containment Seals during the Postulated Design Basis Fire Event<\/a><\/td> | 2022<\/td> | <\/td> | <\/td> | <\/td> | Provisional<\/td> | <\/td><\/tr> |
| Passive Cooling Device for Casks Containing Nuclear Fuel<\/a><\/td> | 2022<\/td> | Transfer Cask<\/span><\/a><\/td> | HOL-126<\/td> | US 11,410,784 B2<\/td> | Granted<\/td> | transfer-cask<\/td><\/tr> |
| Nuclear Reactor Vessel Support System<\/a><\/td> | 2022<\/td> | SMR-300<\/span><\/a><\/td> | HOL-041<\/td> | US 11,393,598 B2, US 10,726,962 B2<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| Ventilated Transfer Cask<\/a><\/td> | 2022<\/td> | HI-STORM<\/span><\/a><\/td> | HOL-043<\/td> | US 11,373,774 B2, US 10,811,154 B2, US 9,514,853 B2, US 8,905,259 B2, US 9,396,824, US 9,831,005, US 9,442,037, US 9,779,843, US 9,466,400<\/td> | Granted<\/td> | hi-storm<\/td><\/tr> |
| System and Methods for Storing Spent Nuclear Fuel<\/a><\/td> | 2022<\/td> | HI-STORM 100U<\/span><\/a><\/td> | HOL-014<\/td> | US 9,916,911 B2, US 8,098,790, US 8,625,732, US 7,068,748, US 11,342,091 B2<\/td> | Granted<\/td> | hi-storm-100u<\/td><\/tr> |
| A Novel Technology to Convert Operating Fossil Burning Power Plants into Energy Storage and On-Demand Clean Power Generation Units<\/a><\/td> | 2022<\/td> | Green Boiler<\/span><\/a><\/td> | HOL-147<\/td> | 63\/297,899<\/td> | Pending<\/td> | green-boiler<\/td><\/tr> |
| A Device to Prevent Rattling of Free-Standing Components Under Earthquake or other Vibratory Loads<\/a><\/td> | 2022<\/td> | HI-STORM UMAX<\/span><\/a><\/td> | HOL-142<\/td> | 63\/176,496<\/td> | Pending<\/td> | hi-storm-umax<\/td><\/tr> |
| Nuclear Reactor Shroud<\/a><\/td> | 2022<\/td> | SMR-300<\/span><\/a><\/td> | HOL-080<\/td> | US 11,289,219 B2, US 9,773,576 B2, US 10,580,539 B2, EP 2 962 306 B1<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| Spent Nuclear Fuel Canister<\/a><\/td> | 2022<\/td> | MPC<\/span><\/a><\/td> | HOL-125<\/td> | US 11,289,227 B2<\/td> | Granted<\/td> | mpc<\/td><\/tr> |
| Spent Nuclear Fuel Cask with Dose Attenuation Devices<\/a><\/td> | 2022<\/td> | Fuel Basket<\/span><\/a><\/td> | HOL-122<\/td> | US 11,282,615 B2<\/td> | Granted<\/td> | fuel-basket<\/td><\/tr> |
| Manifold system for the ventilated storage of high level waste and a method of using the same to store high level waste in a below-grade environment<\/a><\/td> | 2022<\/td> | HI-STORM 100M<\/span><\/a><\/td> | HOL-009<\/td> | US 11,264,142 B2, US 10,614,924 B2, US 9,761,339 B2, US 8,718,220 B2, US 7,676,016<\/td> | Granted<\/td> | hi-storm-100m<\/td><\/tr> |
| Nuclear Fuel Storage Facility<\/a><\/td> | 2022<\/td> | HI-STORM<\/span><\/a><\/td> | HOL-018<\/td> | US 11,250,963 B2, US 10,373,722 B2, \u00a0US 9,443,625, US 8,351,562, US 7,933,374, US 7,330,526<\/td> | Granted<\/td> | hi-storm<\/td><\/tr> |
| Manufacturing Methods to Fortify Nuclear Waste Canisters from Stress Corrosion Cracking<\/a><\/td> | 2022<\/td> | MPC<\/span><\/a><\/td> | HOL-113<\/td> | US 11,250,962 B2<\/td> | Granted<\/td> | mpc<\/td><\/tr> |
| Method for Preparing Spent Nuclear Fuel for Dry Storage<\/a><\/td> | 2022<\/td> | FHD<\/span><\/a><\/td> | HOL-008<\/td> | US 11,217,353 B2, US 10,535,439 B2, US 9,761,338 B2, US 8,737,559 B2, US 8,266,823 B2, US 7,707,741 B2, EP 1 888 988 B1<\/td> | Granted<\/td> | fhd<\/td><\/tr> |
| Dream Insert for Grand Gulf Racks<\/a><\/td> | 2021<\/td> | DREAM<\/span><\/a><\/td> | HOL-150<\/td> | 63\/285,502<\/td> | Pending<\/td> | dream<\/td><\/tr> |
| Optimized Nuclear Fuel Core Design for a Small Modular<\/a><\/td> | 2021<\/td> | SMR-300<\/span><\/a><\/td> | HOL-115<\/td> | US 11,205,521 B2<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| Heat Exchanger for Severe Service Conditions<\/a><\/td> | 2021<\/td> | Heat Exchanger<\/span><\/a><\/td> | HOL-116<\/td> | US 11,187,471 B2, CN ZL2018800462204<\/td> | Provisional<\/td> | heat-exchanger<\/td><\/tr> |
| Fuel Storage Device with Prismatic Hexagonal or Rectangular Cross-Section Cells<\/a><\/td> | 2021<\/td> | Fuel Rack<\/span><\/a><\/td> | HOL-149<\/td> | 63\/271,849<\/td> | Pending<\/td> | fuel-rack<\/td><\/tr> |
| Steam Generator for Nuclear Steam Supply System<\/a><\/td> | 2021<\/td> | SMR-300<\/span><\/a><\/td> | HOL-083<\/td> | US 11,120,920 B2, US 10,510,452, US 10,395,783 B2<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| A Fail-Safe Control Rod Drive System for Nuclear Reactor<\/a><\/td> | 2021<\/td> | CRDS<\/span><\/a>, SMR-300<\/span><\/a><\/td> | HOL-067<\/td> | US 11,094,421 B2, US 10,573,419 B2, US 10,573,418 B2, US 9,496,057<\/td> | Granted<\/td> | crds smr-300<\/td><\/tr> |
| Nuclear Waste Cask with Impact Protection<\/a><\/td> | 2021<\/td> | HI-STAR 100<\/span><\/a><\/td> | HOL-131<\/td> | US 11,081,249 B2<\/td> | Granted<\/td> | hi-star-100<\/td><\/tr> |
| Container for Storing And\/Or Transporting Spent Nuclear Fuel<\/a><\/td> | 2021<\/td> | HI-STAR<\/span><\/a><\/td> | HOL-108<\/td> | US 11,081,248 B2, US 10,410,756 B2, EP 3264419, KR 10,2139794<\/td> | Granted<\/td> | hi-star<\/td><\/tr> |
| Multi-Component Cask for Storage and Transport of Spent Nuclear Fuel<\/a><\/td> | 2021<\/td> | Transfer Cask<\/span><\/a><\/td> | HOL-123<\/td> | US 11,043,312 B2<\/td> | Granted<\/td> | transfer-cask<\/td><\/tr> |
| Method for Heating a Primary Coolant in a Nuclear Steam Supply System<\/a><\/td> | 2021<\/td> | SMR-300<\/span><\/a><\/td> | HOL-068<\/td> | US 11,031,146 B2, US 10,102,936 B2<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| System and Method for Minimizing Movement of Nuclear Fuel Racks During a Seismic Event<\/a><\/td> | 2021<\/td> | Fuel Rack<\/span><\/a><\/td> | HOL-071<\/td> | US 11,017,908 B2, US 9,991,010 B2<\/td> | Granted<\/td> | fuel-rack<\/td><\/tr> |
| Stacked Column of Vertical Ventilated Modules to Store Canisters Contained Used Nuclear Fuel or High-Level Waste<\/a><\/td> | 2021<\/td> | HI-STORM UMAX<\/span><\/a><\/td> | HOL-145<\/td> | 63\/189,383<\/td> | Pending<\/td> | hi-storm-umax<\/td><\/tr> |
| Vertical Ventilated Storage Module for High-Level Waste with Canisters Arrayed on Subterranean Support Pad<\/a><\/td> | 2021<\/td> | HI-STORM UMAX<\/span><\/a><\/td> | HOL-146<\/td> | 63\/189,423<\/td> | Pending<\/td> | hi-storm-umax<\/td><\/tr> |
| Harnessing Decay Heat Produced by Spent Nuclear Fuel Stored in Plant to Conserve Energy<\/a><\/td> | 2021<\/td> | Wet Storage<\/span><\/a><\/td> | HOL-143<\/td> | 63\/178,000<\/td> | Pending<\/td> | wet-storage<\/td><\/tr> |
| System for Low Profile Translation of High Level Radioactive Waste<\/a><\/td> | 2021<\/td> | HI-STORM<\/span><\/a><\/td> | HOL-030<\/td> | US 10,939,787 B2, US 10,446,285 B2, US 9,728,286 B2, US 8,345,813 B2<\/td> | Granted<\/td> | hi-storm<\/td><\/tr> |
| Nuclear Fuel Core, Nuclear Fuel Cartridge, and Methods of Fueling and\/or Defueling a Nuclear Reactor<\/a><\/td> | 2021<\/td> | SMR-300<\/span><\/a><\/td> | HOL-066<\/td> | US 10,923,239 B2, US 9,865,363 B2<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| Self-Aligning Neutron Absorbing Apparatus for Reactivity Mitigation in Nuclear Fuel Storage Systems<\/a><\/td> | 2021<\/td> | Fuel Rack<\/span><\/a>, Wet Storage<\/span><\/a><\/td> | HOL-111<\/td> | US 10,910,119 B2, US 10,418,137 B2<\/td> | Granted<\/td> | fuel-rack wet-storage<\/td><\/tr> |
| Flood and Wind Resistant Ventilated Module for Storing Used Fuel Canisters<\/a><\/td> | 2020<\/td> | MPC<\/span><\/a><\/td> | HOL-124<\/td> | US 10,878,973 B2<\/td> | Granted<\/td> | mpc<\/td><\/tr> |
| Apparatus for Storing and\/or Transporting Radioactive Materials<\/a><\/td> | 2020<\/td> | HI-STORM<\/span><\/a><\/td> | HOL-107<\/td> | US 10,861,612 B2, US 10,515,730 B2<\/td> | Granted<\/td> | hi-storm<\/td><\/tr> |
| High Earthquake-Resistant Fuel Storage Rack System for Fuel Pools in Nuclear Plants<\/a><\/td> | 2020<\/td> | Fuel Rack<\/span><\/a><\/td> | HOL-114<\/td> | US 10,847,274 B2, 10-2103451<\/td> | Granted<\/td> | fuel-rack<\/td><\/tr> |
| Deeply Imbedded Ventilate Storage (DTVS) System for Used Nuclear Fuel & High-Level Waste<\/a><\/td> | 2020<\/td> | HI-STORM UMAX<\/span><\/a><\/td> | HOL-139<\/td> | 63\/123,706<\/td> | Provisional<\/td> | hi-storm-umax<\/td><\/tr> |
| Passive Reactor Cooling System<\/a><\/td> | 2020<\/td> | Fuel Rack<\/span><\/a><\/td> | HOL-081<\/td> | US 10,720,249 B2, US 9,589,685 B2, EP 2 842 135 B1, 6442489, EP 3 005 373 B1<\/td> | Granted<\/td> | fuel-rack<\/td><\/tr> |
| Method of Storing High Level Radioactive Waste<\/a><\/td> | 2020<\/td> | HI-STORM<\/span><\/a><\/td> | HOL-120<\/td> | US 10,714,223 B2<\/td> | Granted<\/td> | hi-storm<\/td><\/tr> |
| Thermal Sleeve and Variable Vent Throttling to protect Used Fuel Bearing Canisters from Stress Corrosion Cracking in a Ventilated Storage System<\/a><\/td> | 2020<\/td> | MPC<\/span><\/a><\/td> | HOL-138<\/td> | 63\/043,812<\/td> | Pending<\/td> | mpc<\/td><\/tr> |
| Container and System for Handling Damaged Nuclear Fuel, and Method of Making the Same<\/a><\/td> | 2020<\/td> | Damaged Fuel Canister<\/span><\/a><\/td> | HOL-053<\/td> | US 10,692,617 B2, US 9,748,009 B2<\/td> | Granted<\/td> | damaged-fuel-canister<\/td><\/tr> |
| Atomized Pisoscale Composite Aluminum Alloy and Method Thereof<\/a><\/td> | 2020<\/td> | METAMIC-HT<\/span><\/a><\/td> | HOL-045<\/td> | US 10,676,805 B2, US 10,202,674 B2, US 9,551,048 B2, EU 2081713<\/td> | Granted<\/td> | metamic-ht<\/td><\/tr> |
| Component Cooling Water System for Nuclear Power Plant<\/a><\/td> | 2020<\/td> | CCW<\/span><\/a>, SMR-300<\/span><\/a><\/td> | HOL-070<\/td> | US 10,672,523 B2, US 9,786,394 B2<\/td> | Granted<\/td> | ccw smr-300<\/td><\/tr> |
| Space Saver Flanged Joint for a Nuclear Reactor Vessel<\/a><\/td> | 2020<\/td> | SMR-300<\/span><\/a><\/td> | HOL-062<\/td> | US 10,665,357 B2, US 9,892,806 B2<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| Loss-of-Coolant Accident Reactor Cooling System<\/a><\/td> | 2020<\/td> | SMR-300<\/span><\/a><\/td> | HOL-082<\/td> | US 10,665,354 B2, US 10,069,389 B2, JP 6454692, EP 3005374<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| Rack for Underwater Storage of Spent Nuclear Fuel<\/a><\/td> | 2020<\/td> | Fuel Rack<\/span><\/a><\/td> | HOL-093<\/td> | US 10,650,933 B2, CN ZL2015800601538, KR 10-232322, KR 10-2406322<\/td> | Granted<\/td> | fuel-rack<\/td><\/tr> |
| A Device for Cooling Fan Motors Used in Induced Draft Air Cooler Condensers<\/a><\/td> | 2020<\/td> | Air Cooled Condenser<\/span><\/a><\/td> | HOL-136<\/td> | 62\/986,401<\/td> | Pending<\/td> | air-cooled-condenser<\/td><\/tr> |
| Heavily Shielded Unventilated Cask for Storing Nuclear Waste<\/a><\/td> | 2020<\/td> | MPC<\/span><\/a><\/td> | HOL-134<\/td> | 62\/969,183<\/td> | Pending<\/td> | mpc<\/td><\/tr> |
| Snap-in Insert for Reactivity Control in Spent Nuclear Fuel Pools and Casks<\/a><\/td> | 2020<\/td> | Vertical Air Cooled Condenser<\/span><\/a><\/td> | HOL-064<\/td> | US 10,535,440 B2, US 9,685,248 B2<\/td> | Granted<\/td> | vertical-air-cooled-condenser<\/td><\/tr> |
| Autonomous self-powered system for removing thermal energy from pools of liquid heated by radioactive materials, and method of the same<\/a><\/td> | 2019<\/td> | HI-COOL<\/span><\/a><\/td> | HOL-047<\/td> | US 10,472,996 B2, US 9,803,510 B2<\/td> | Granted<\/td> | hi-cool<\/td><\/tr> |
| Environmentally Sequestered Spent Fuel Pool<\/a><\/td> | 2019<\/td> | Spent Fuel Pool<\/span><\/a><\/td> | HOL-092<\/td> | US 10,468,145 B2, EP 3 204 949 B1, KR 10-1956628<\/td> | Granted<\/td> | spent-fuel-pool<\/td><\/tr> |
| System and Method for Reclaiming Energy from Heat Emanating from Spent Nuclear Fuel<\/a><\/td> | 2019<\/td> | HI-STORM UMAX<\/span><\/a><\/td> | HOL-042<\/td> | US 10,418,136 B2, US 9,001,958 B2<\/td> | Granted<\/td> | umax<\/td><\/tr> |
| A Portable Robotic Welder<\/a><\/td> | 2019<\/td> | Portable Robotic Welder<\/span><\/a><\/td> | HOL-129<\/td> | 62\/887,984<\/td> | Pending<\/td> | portable-robotic-welder<\/td><\/tr> |
| Vertical Bundle Air Cooled Heat Exchanger, Method of Manufacturing the Same, and Power Generation Plant Implementing the Same<\/a><\/td> | 2019<\/td> | Air Cooled Heat Exchanger<\/span><\/a><\/td> | HOL-051<\/td> | US 10,343,240 B2, US 9,770,794 B2<\/td> | Granted<\/td> | air-cooled-heat-exchanger<\/td><\/tr> |
| Apparatus for Storing and\/or Transporting High Level Radioactive Waste, and Method for Manufacturing the Same<\/a><\/td> | 2019<\/td> | HI-STORM FW<\/span><\/a><\/td> | HOL-025<\/td> | US 10,332,642 B2<\/td> | Granted<\/td> | hi-storm-fw<\/td><\/tr> |
| Air Induced-Draft Air-Cooled Condenser Amenable to Efficient On-Site Assembly<\/a><\/td> | 2019<\/td> | Air Cooled Condenser<\/span><\/a><\/td> | HOL-128<\/td> | <\/td> | Provisional<\/td> | air-cooled-condenser<\/td><\/tr> |
| Wet Storage Facility for Nuclear Fuel<\/a><\/td> | 2019<\/td> | HI-WEST<\/span><\/a><\/td> | HOL-089<\/td> | US 10,311,987 B2, EP 3 195 325 B1<\/td> | Granted<\/td> | hi-west<\/td><\/tr> |
| Tubular Heat Exchanger Having Multiple Shell-Side and Tube-Side Fluid Passes<\/a><\/td> | 2019<\/td> | Heat Exchanger<\/span><\/a><\/td> | HOL-102<\/td> | US 10,295,266 B2<\/td> | Granted<\/td> | heat-exchanger<\/td><\/tr> |
| Dry Cooling System for Power Plants<\/a><\/td> | 2018<\/td> | Air Blast Chiller<\/span><\/a><\/td> | HOL-103<\/td> | 10,161,683 B2<\/td> | Granted<\/td> | air-blast-chiller<\/td><\/tr> |
| Ventilated System for Storing High Level Radioactive Waste<\/a><\/td> | 2018<\/td> | HI-STORM 100U<\/span><\/a><\/td> | HOL-054<\/td> | US 10,147,509 B2<\/td> | Granted<\/td> | hi-storm-100u<\/td><\/tr> |
| Shutdown System for a Nuclear Steam Supply System<\/a><\/td> | 2018<\/td> | SMR-300<\/span><\/a><\/td> | HOL-073<\/td> | US 10,115,487 B2<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| Apparatus for Supporting Spent Nuclear Fuel<\/a><\/td> | 2018<\/td> | HDFSR<\/span><\/a><\/td> | HOL-088<\/td> | US 2018\/0301231 A1, US 10,037,826 B2, CN 106663481<\/td> | Published<\/td> | hdfsr<\/td><\/tr> |
| Method for Storing Radioactive Waste, and System for Implementing the Same<\/a><\/td> | 2018<\/td> | HI-STORM<\/span><\/a><\/td> | HOL-056<\/td> | US 10,049,777 B2<\/td> | Granted<\/td> | hi-storm<\/td><\/tr> |
| Canister Apparatus for Dry Storage of Spent Nuclear Fuel and Method of Using the Same<\/a><\/td> | 2018<\/td> | DWC<\/span><\/a><\/td> | HOL-013<\/td> | US 2018\/0277273 A1, US 8,135,107 B2, US 8,929,504, 10,026,514 B2<\/td> | Published<\/td> | dwc<\/td><\/tr> |
| Passively-Cooled Spent Nuclear Fuel Pool System<\/a><\/td> | 2018<\/td> | HI-COOL<\/span><\/a><\/td> | HOL-069<\/td> | US 2018\/0277264 A1, US 10,008,296 B2, US 9,786,393, US 9,916,910 B2<\/td> | Published<\/td> | hi-cool<\/td><\/tr> |
| Axi-Flow Baffle for Tubular Heat Exchangers<\/a><\/td> | 2018<\/td> | Heat Exchanger<\/span><\/a><\/td> | HOL-121<\/td> | 62\/655,858<\/td> | Provisional<\/td> | heat-exchanger<\/td><\/tr> |
| Nuclear Power Generation System<\/a><\/td> | 2018<\/td> | SMR-300<\/span><\/a><\/td> | HOL-074<\/td> | US 9,922,740 B2<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| Apparatus for Supporting Radioactive Fuel Assemblies and Methods for Manufacturing the Same<\/a><\/td> | 2018<\/td> | Fuel Basket<\/span><\/a><\/td> | HOL-017<\/td> | US 2018\/0025796 A1, US 9,728,284 B2, US 8,576,976 B2<\/td> | Published<\/td> | fuel-basket<\/td><\/tr> |
| A Reactivity Control Device for Storing Nuclear Fuel<\/a><\/td> | 2018<\/td> | HI-SERT<\/span><\/a><\/td> | HOL-099<\/td> | US 9,875,819 B2<\/td> | Granted<\/td> | hi-sert<\/td><\/tr> |
| Nuclear Steam Supply System<\/a><\/td> | 2017<\/td> | SMR-300<\/span><\/a><\/td> | HOL-061<\/td> | US 9,852,820 B2<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| A Radioactive Material Storage Canister and Method for Sealing Same<\/a><\/td> | 2017<\/td> | LTS Weld<\/span><\/a><\/td> | HOL-076<\/td> | US 9,779,843 B2<\/td> | Granted<\/td> | lts-weld<\/td><\/tr> |
| Treating the External Surface of Shell-Type Stainless Steel Structures to Protect Against Stress Corrosion Cracking<\/a><\/td> | 2017<\/td> | MPC<\/span><\/a><\/td> | HOL-117<\/td> | 62\/551,914<\/td> | Provisional<\/td> | mpc<\/td><\/tr> |
| Cask Apparatus, System and Method for Transporting and\/or Storing High Level Waste<\/a><\/td> | 2017<\/td> | HI-SAFE<\/span><\/a><\/td> | HOL-011<\/td> | US 9,672,948 B2<\/td> | Granted<\/td> | hi-safe<\/td><\/tr> |
| Heat Exchanger Apparatus for Converting a Shell-Side Liquid into a Vapor<\/a><\/td> | 2017<\/td> | Heat Exchange Equipment<\/span><\/a><\/td> | HOL-026<\/td> | US 9,612,058 B2, US 8,833,437 B2<\/td> | Granted<\/td> | heat-exchange-equipment<\/td><\/tr> |
| Steam Conditioning System<\/a><\/td> | 2017<\/td> | Steam Sparger Device<\/span><\/a><\/td> | HOL-086<\/td> | US 9,593,598 B2<\/td> | Granted<\/td> | steam-sparger-device<\/td><\/tr> |
| Apparatus, System and Method for Facilitating Transfer of High Level Waste to and\/or From a Spent Fuel Pool<\/a><\/td> | 2016<\/td> | Wet Transfer<\/span><\/a><\/td> | HOL-029<\/td> | US 8,277,746 B2<\/td> | Granted<\/td> | wet-transfer<\/td><\/tr> |
| Ventilated Transfer Cask with a High Integrity Lifting Feature and an Integral Impact Limiter<\/a><\/td> | 2016<\/td> | HI-TRAC<\/span><\/a><\/td> | HOL-079<\/td> | US 9,466,400 B2<\/td> | Granted<\/td> | hi-trac<\/td><\/tr> |
| System and Method for the Ventilated Storage of High Level Radioactive Waste in a Clustered Arrangement<\/a><\/td> | 2016<\/td> | HI-STORM<\/span><\/a><\/td> | HOL-001<\/td> | US 9,460,821, US 8,660,230 B2<\/td> | Granted<\/td> | hi-storm<\/td><\/tr> |
| System and Method for Storing and Leak Testing a Radioactive Materials Storage Canister<\/a><\/td> | 2016<\/td> | MPC<\/span><\/a><\/td> | HOL-072<\/td> | US 9,442,037 B2<\/td> | Granted<\/td> | mpc<\/td><\/tr> |
| Container System for Radioactive Waste<\/a><\/td> | 2016<\/td> | MPC<\/span><\/a><\/td> | HOL-059<\/td> | US 9,396,824 B2<\/td> | Granted<\/td> | mpc<\/td><\/tr> |
| A Multi-Cavity Canister Transfer Facility<\/a><\/td> | 2016<\/td> | CTF<\/span><\/a><\/td> | HOL-106<\/td> | <\/td> | Provisional<\/td> | ctf<\/td><\/tr> |
| Apparatus, System and Method for Storing High Level Waste<\/a><\/td> | 2016<\/td> | HI-STAR<\/span><\/a><\/td> | HOL-007<\/td> | US 9,269,464 B2, US 8,712,001 B2, US 8,548,112 B2<\/td> | Granted<\/td> | hi-star<\/td><\/tr> |
| System, Method and Apparatus for Providing Additional Radiation Shielding to High Level Radioactive Materials<\/a><\/td> | 2015<\/td> | HI-SHIELD<\/span><\/a><\/td> | HOL-038<\/td> | US 9,208,914 B2, US 8,995,604 B2<\/td> | Granted<\/td> | hi-shield<\/td><\/tr> |
| Joining Process for Neutron Absorbing Materials<\/a><\/td> | 2015<\/td> | Friction Stir Welding<\/span><\/a><\/td> | HOL-077<\/td> | US 2015\/0336204 A1<\/td> | Published<\/td> | friction-stir-welding<\/td><\/tr> |
| Construction-Efficient Air Cooled Heat Exchanger in Outdoors Service<\/a><\/td> | 2015<\/td> | Air Cooled Heat Exchanger<\/span><\/a><\/td> | HOL-104<\/td> | <\/td> | Provisional<\/td> | air-cooled-heat-exchanger<\/td><\/tr> |
| Method for Controlling Temperature of a Portion of a Radioactive Waste Storage System and for Implementing the Same<\/a><\/td> | 2015<\/td> | HI-STORM<\/span><\/a><\/td> | HOL-055<\/td> | US 9,105,365 B2<\/td> | Granted<\/td> | hi-storm<\/td><\/tr> |
| Storage System for Nuclear Fuel<\/a><\/td> | 2015<\/td> | Fuel Rack<\/span><\/a><\/td> | HOL-057<\/td> | US 2015\/0221402 A1<\/td> | Published<\/td> | fuel-rack<\/td><\/tr> |
| Passive Reactor Containment Protection System<\/a><\/td> | 2015<\/td> | SMR-300<\/span><\/a><\/td> | HOL-063<\/td> | US 9,786,393 B2\ufeff<\/td> | Granted<\/td> | smr-300<\/td><\/tr> |
| Finned Tube Assemblies for Heat Exchangers<\/a><\/td> | 2015<\/td> | Air Cooled Condenser<\/span><\/a>, HI-MAX<\/span><\/a><\/td> | HOL-058<\/td> | US 2015\/0027697 A1<\/td> | Published<\/td> | air-cooled-condenser hi-max<\/td><\/tr> |
| Neutron Absorbing Fuel Insert Fabrication Techniques<\/a><\/td> | 2014<\/td> | HI-SERT<\/span><\/a><\/td> | HOL-095<\/td> | <\/td> | Provisional<\/td> | hi-sert<\/td><\/tr> |
| System and Method for Transferring and\/or Working Near a Radioactive Payload Using Shield-Gate Apparatus<\/a><\/td> | 2014<\/td> | Filter Cask<\/span><\/a><\/td> | HOL-050<\/td> | US 9,047,996 B2, US 8,884,259 B2<\/td> | Granted<\/td> | filter-cask<\/td><\/tr> |
| Method of Transferring High Level Radioactive Materials, and System for the Same<\/a><\/td> | 2014<\/td> | Wet Transfer<\/span><\/a><\/td> | HOL-039<\/td> | US 8,718,221 B2<\/td> | Granted<\/td> | wet-transfer<\/td><\/tr> |
| Heat Exchanger for Accommodating Thermal and\/or Pressure Transients<\/a><\/td> | 2013<\/td> | Heat Exchange Equipment<\/span><\/a><\/td> | HOL-015<\/td> | US 8,602,089 B2<\/td> | Granted<\/td> | heat-exchange-equipment<\/td><\/tr> |
| Apparatus and Method for Supporting Fuel Assemblies in an Underwater Environment Having Lateral Access Loading<\/a><\/td> | 2012<\/td> | Fuel Rack<\/span><\/a><\/td> | HOL-004<\/td> | US 8,139,706 B2, US 7,715,517<\/td> | Granted<\/td> | fuel-rack<\/td><\/tr> |
| Method of Removing Radioactive Materials from Submerged State and\/or Preparing Spent Nuclear Fuel for Dry Storage<\/a><\/td> | 2011<\/td> | HI-TRAC<\/span><\/a>, Transfer Cask<\/span><\/a>, Water Jacket<\/span><\/a><\/td> | HOL-016<\/td> | US 8,067,659 B2<\/td> | Granted<\/td> | hi-trac transfer-cask water-jacket<\/td><\/tr> |
| Method and Apparatus for Transporting and\/or Storing Radioactive Materials having a Jacket Adapted to Facilitate Thermosiphon Fluid Flow<\/a><\/td> | 2011<\/td> | HI-TRAC<\/span><\/a><\/td> | HOL-022<\/td> | US 7,994,380 B2<\/td> | Granted<\/td> | hi-trac<\/td><\/tr> |
| Heat Exchanger Apparatus<\/a><\/td> | 2010<\/td> | Heat Exchange Equipment<\/span><\/a><\/td> | HOL-027<\/td> | US 2010\/0282451 A1<\/td> | Published<\/td> | heat-exchange-equipment<\/td><\/tr> |
| Apparatus for Providing Additional Radiation Shielding to a Container Holding Radioactive Materials, and Method of Using the Same to Handle and\/or Process Radioactive Materials<\/a><\/td> | 2010<\/td> | Shielded Transfer Canister<\/span><\/a><\/td> | HOL-012<\/td> | US 7,786,456 B2<\/td> | Granted<\/td> | shielded-transfer-canister<\/td><\/tr> |
| Method and Apparatus for Maximizing Radiation Shielding During Cask Transfer Procedures<\/a><\/td> | 2008<\/td> | HI-TRAC<\/span><\/a><\/td> | HOL-021<\/td> | US 7,330,525 B2, US 6,587,536 B1<\/td> | Granted<\/td> | hi-trac<\/td><\/tr> |
| Fin Tube Assembly for Heat Exchanger and Method<\/a><\/td> | 2007<\/td> | Air Cooled Condenser<\/span><\/a><\/td> | HOL-032<\/td> | US 7,293,602 B2<\/td> | Granted<\/td> | air-cooled-condenser<\/td><\/tr> |
| Forced Gas Flow Canister Dehydration<\/a><\/td> | 2007<\/td> | FHD<\/span><\/a><\/td> | HOL-003<\/td> | US 7,210,247 B2, US 7,096,600 B2<\/td> | Granted<\/td> | fhd<\/td><\/tr> |
| Below Grade Cask Transfer Facility<\/a><\/td> | 2006<\/td> | CTF<\/span><\/a><\/td> | HOL-031<\/td> | US 7,139,358 B2, US 6,793,450 B2<\/td> | Granted<\/td> | ctf<\/td><\/tr> |
| Autonomous Cask Translocation Crane<\/a><\/td> | 2005<\/td> | DAVIT Crane<\/span><\/a><\/td> | HOL-023<\/td> | US 6,957,942 B2<\/td> | Granted<\/td> | crane<\/td><\/tr> |
| System and Method for Transferring Spent Nuclear Fuel from a Spent Nuclear Fuel Pool to a Storage Cask<\/a><\/td> | 2005<\/td> | Mating Device<\/span><\/a><\/td> | HOL-037<\/td> | US 6,853,697 B2, US 6,625,246 B1<\/td> | Granted<\/td> | mating-device<\/td><\/tr> |
| Seismic Cask Stabilization Device<\/a><\/td> | 2005<\/td> | HERMIT<\/span><\/a><\/td> | HOL-036<\/td> | US 6,848,223 B2<\/td> | Granted<\/td> | hermit<\/td><\/tr> |
| Ventilated Vertical Overpack<\/a><\/td> | 2004<\/td> | HI-STORM<\/span><\/a><\/td> | HOL-020<\/td> | US 6,718,000 B2<\/td> | Granted<\/td> | hi-storm<\/td><\/tr> |
| Deaeration of Makeup Water in a Steam Surface Condenser<\/a><\/td> | 2003<\/td> | Surface Condenser<\/span><\/a><\/td> | HOL-033<\/td> | US 6,619,042 B2<\/td> | Granted<\/td> | surface-condenser<\/td><\/tr> |
| External Steam Dump<\/a><\/td> | 2002<\/td> | Surface Condenser<\/span><\/a><\/td> | HOL-006<\/td> | US 6,481,208 B1<\/td> | Granted<\/td> | surface-condenser<\/td><\/tr> |
| Apparatus Suitable for Transporting and Storing Nuclear Fuel Rods and Methods for Using the Apparatus<\/a><\/td> | 2000<\/td> | HI-STORM<\/span><\/a><\/td> | HOL-005<\/td> | US 6,064,710, US 5,898,747<\/td> | Granted<\/td> | hi-storm<\/td><\/tr> |
| Extrusion Fabrication Process for Discontinuous Carbide Particulate Metal Matrix Composites and Super Hypereutectic A1\/SI<\/a><\/td> | 2000<\/td> | METAMIC-HT<\/span><\/a><\/td> | HOL-052<\/td> | 6,042,779<\/td> | Granted<\/td> | metamic-ht<\/td><\/tr> |
| Radiation Absorbing Refractory Composition<\/a><\/td> | 1999<\/td> | Metamic<\/span><\/a><\/td> | HOL-049<\/td> | 5,965,829<\/td> | Granted<\/td> | metamic<\/td><\/tr><\/tbody><\/table>\n","protected":false},"excerpt":{"rendered":" The following list contains patents held by 澳门六合彩开奖结果2023 that have been granted or are in process:<\/p>\n","protected":false},"author":6153053,"featured_media":0,"parent":4009,"menu_order":3,"comment_status":"closed","ping_status":"closed","template":"","meta":{"_coblocks_attr":"","_coblocks_dimensions":"","_coblocks_responsive_height":"","_coblocks_accordion_ie_support":"","ocean_post_layout":"full-width","ocean_both_sidebars_style":"","ocean_both_sidebars_content_width":0,"ocean_both_sidebars_sidebars_width":0,"ocean_sidebar":"0","ocean_second_sidebar":"0","ocean_disable_margins":"enable","ocean_add_body_class":"","ocean_shortcode_before_top_bar":"","ocean_shortcode_after_top_bar":"","ocean_shortcode_before_header":"","ocean_shortcode_after_header":"","ocean_has_shortcode":"","ocean_shortcode_after_title":"","ocean_shortcode_before_footer_widgets":"","ocean_shortcode_after_footer_widgets":"","ocean_shortcode_before_footer_bottom":"","ocean_shortcode_after_footer_bottom":"","ocean_display_top_bar":"default","ocean_display_header":"default","ocean_header_style":"","ocean_center_header_left_menu":"0","ocean_custom_header_template":"0","ocean_custom_logo":0,"ocean_custom_retina_logo":0,"ocean_custom_logo_max_width":0,"ocean_custom_logo_tablet_max_width":0,"ocean_custom_logo_mobile_max_width":0,"ocean_custom_logo_max_height":0,"ocean_custom_logo_tablet_max_height":0,"ocean_custom_logo_mobile_max_height":0,"ocean_header_custom_menu":"0","ocean_menu_typo_font_family":"0","ocean_menu_typo_font_subset":"","ocean_menu_typo_font_size":0,"ocean_menu_typo_font_size_tablet":0,"ocean_menu_typo_font_size_mobile":0,"ocean_menu_typo_font_size_unit":"px","ocean_menu_typo_font_weight":"","ocean_menu_typo_font_weight_tablet":"","ocean_menu_typo_font_weight_mobile":"","ocean_menu_typo_transform":"","ocean_menu_typo_transform_tablet":"","ocean_menu_typo_transform_mobile":"","ocean_menu_typo_line_height":0,"ocean_menu_typo_line_height_tablet":0,"ocean_menu_typo_line_height_mobile":0,"ocean_menu_typo_line_height_unit":"","ocean_menu_typo_spacing":0,"ocean_menu_typo_spacing_tablet":0,"ocean_menu_typo_spacing_mobile":0,"ocean_menu_typo_spacing_unit":"","ocean_menu_link_color":"","ocean_menu_link_color_hover":"","ocean_menu_link_color_active":"","ocean_menu_link_background":"","ocean_menu_link_hover_background":"","ocean_menu_link_active_background":"","ocean_menu_social_links_bg":"","ocean_menu_social_hover_links_bg":"","ocean_menu_social_links_color":"","ocean_menu_social_hover_links_color":"","ocean_disable_title":"default","ocean_disable_heading":"default","ocean_post_title":"","ocean_post_subheading":"","ocean_post_title_style":"","ocean_post_title_background_color":"","ocean_post_title_background":0,"ocean_post_title_bg_image_position":"","ocean_post_title_bg_image_attachment":"","ocean_post_title_bg_image_repeat":"","ocean_post_title_bg_image_size":"","ocean_post_title_height":0,"ocean_post_title_bg_overlay":0.5,"ocean_post_title_bg_overlay_color":"","ocean_disable_breadcrumbs":"default","ocean_breadcrumbs_color":"","ocean_breadcrumbs_separator_color":"","ocean_breadcrumbs_links_color":"","ocean_breadcrumbs_links_hover_color":"","ocean_display_footer_widgets":"default","ocean_display_footer_bottom":"default","ocean_custom_footer_template":"0","_starter_page_template":"","_wpcom_template_layout_category":[],"footnotes":""},"tags":[],"yoast_head":"\n |