Duplicent’s liquid-metal shooting fusion reactor uses heated liquid metal which is fired into a core through shooting tubes positioned equidistantly around the core, where the heated liquid metal is fired onto two plasma shots in a timed fashion, with these plasma shots meeting at the core’s center as the heated liquid metal surrounds and compresses the plasma shots to form a fusion reaction. The heat of the fusion reaction is absorbed by the liquid metal around it, heating it further. After the fusion reaction, the heat of the liquid metal may be harvested to generate electricity, after which the cooled liquid metal may be reused to generate further fusion reactions through the reactor. A modified version of a similar existing fusion reactor, Duplicent's liquid-metal shooting fusion reactor may achieve a higher compression of the plasma and its smaller core may better preserve the heat of the fusion reaction in the liquid metal. The liquid-metal shooting fusion reactor may produce electricity without producing carbon emissions.
U.S. patent pending, Tube Arrangement Around a Core
Duplicent’s transparent reflecting solar panel has a mirror on the bottom with the reflective surface facing upwards, above which are located transparent solar cells that may absorb sunlight in two directions: up and down, where the sunlight may be first absorbed by the solar cells as it passes through the solar panel from above, then the sunlight is reflected off the bottom mirror and may be absorbed by the transparent solar cells as the sunlight passes upwards. As the the transparent reflecting solar panel may absorb sunlight from two direction it may use the sunlight with a greater efficiency than that of current solar panels.
U.S. patent pending, Solar Panel System
Duplicent’s accelerating gravity wheel includes a wheel that spins from gravity to produce electricity, where many weights are continually mechanically attached in series to the side of the wheel near the top of the wheel, and the many weights are mechanically removed at the bottom of the wheel in series, causing the wheel to spin and accelerate from the force of gravity on the weights, where raising the weights on the wheel would cause the wheel to slow, thus removing the weights at the bottom of the wheel prevents the wheel from slowing and accelerates the wheel. Once the weights are removed at the bottom of the wheel, the speed of the weights from their movement on the wheel is harnessed to raise the weights most of the way to the wheel’s weight attachment point near the top of the wheel, and a small amount of energy is used to raise the weights the rest of the way to the weight attachment point after harnessing their motion. The spinning of the wheel is harnessed to spin a generator to produce electricity, and some of the electricity produced by the generator is then used to raise the weights to the weight attachment point, where the excess electricity produced is used for the utility grid. As the wheel accelerates, it continues to produce additional electricity after time operating, because the electricity needed to raise the weights reduces as the wheel’s speed increases and the increased motion of the weights is harnessed, and from the increased speed of the wheel. As the wheel accelerates, the net production of electricity is positive. The device produces electricity without producing carbon emissions. Many of these devices could work together to produce a large amount of electricity to supply electricity to the utility grid.
2 granted U.S. patents, Power Transmission System, 11,339,765, 11,668,286
This patent family is available for sale or licensing at PatentAuction.com: https://www.patentauction.com/patent.php?nb=20179
Duplicent’s fluid acceleration chamber includes a cylindrical chamber containing a fluid, where the fluid is accelerated by motorized blades extending from the middle of the chamber, where once the fluid is accelerated, the fluid may continue to spin at a high speed from centripetal forces, with a small amount of energy required to maintain its speed. The moving fluid in the cylindrical chamber may be removed in small quantities to spin a turbine, which in turn may produce electricity. The slowed fluid, after spinning the turbine, may then be added back into the cylindrical chamber to reaccelerate it with the fluid inside the cylindrical chamber, where it may be reaccelerated without much energy needed because of the large volume, the weight, and the speed of the fluid in the cylindrical chamber. Some of the electricity produced by the turbine may be used to power the motor to spin the blades to maintain the speed of the fluid in the cylindrical chamber, while the excess electricity may be used for various purposes, such as for the utility grid. Whereas the speed of the fluid in the cylindrical chamber may be conserved through the laws of centripetal motion because of the shape of the cylindrical chamber and the weight and speed of the fluid in the cylindrical chamber, a small amount of electricity may be needed to maintain its speed, and where adding the slowed fluid to the large volume of moving fluid in the cylindrical chamber may require minimal energy to reaccelerate the slowed fluid, thus the device may produce accelerated fluid with minimal energy, and the device may produce a net positive amount of electricity. The fluid acceleration chamber may produce electricity without producing carbon emissions.
U.S. patent pending, Fluid Acceleration System
Duplicent’s centripetal magnet accelerator utilizes a configuration of magnets to spin magnets from magnetic forces alone, where the spinning of the magnets is harnessed to power a generator to produce electricity. The device has two sides of magnets: a raised cone magnet in a centered position, and a series of sloping wedge magnets on a circular track below the cone magnet with the tops of the sloping wedge magnets at a distance from and aligned with the sides of the cone magnet, where the direction of the slope is the same for each of the sloping wedge magnets. The tops of each of the sloping wedge magnets have repelling magnetic polarities to the sides of cone magnet, and where as the distance of the sloping wedge magnets changes from the cone magnet, more force is applied to the front-top side of the sloping wedge magnets and less force is applied to their back-top side. Because of this disparity in force, all the sloping wedge magnets move in the direction of greater force, in the direction of their front-top side. All the sloping wedge magnets move forward together on the circular track, and the rotation of the entire side of sloping wedge magnets is harnessed to spin a generator to produce electricity. As no electricity is required to operate the device, it produces a positive amount of electricity. The device produces electricity without producing carbon emissions. Many of these devices could work together to produce a large amount of electricity to supply electricity to the utility grid.
3 granted U.S. patents, Centripetal Magnet Accelerator Utilizing Magnets to Produce Rotational Motion for Generating Electricity, 11,451,125, 11,682,960, 12,191,747
This patent family is available for sale or licensing at PatentAuction.com: https://www.patentauction.com/patent.php?nb=20178
Duplicent’s road brake is a vehicle emergency braking device attached under a vehicle, and when deployed, it rapidly slows a vehicle by creating friction with the surface of the road. The device has a flat rubber pad that is mechanically lowered to press against the surface of the road, where the device starts horizontally aligned with the rubber pad raised, then when activated, actuators rapidly lower the rubber pad to the surface of the road. The device rapidly deploys in less than half a second and does not damage the road due to its rubber bottom. The device may deploy either by an acceleration measurement of the brake pedal or when the brake pedal is fully extended, then the device retracts after use for reuse. During normal driving, the retracted road brake maintains a low profile, so it is not viewable under the vehicle. The device has a braking surface area that is more than three times larger then that of the four tires combined, thus vehicles using the device have approximately three times greater stopping power than vehicles without the device, reducing the vehicle’s stopping distance by approximately three times. The road brake has the potential to reduce vehicle collisions and the severity of vehicle collisions, where a collision may be entirely avoided by braking, or the severity of a collision may be less from collision at a reduced speed from braking, reducing injuries and fatalities.
4 granted U.S. patents, Braking System, 11,053,994, 11,598,383, 11,802,599, 11,220,245
This patent family is available for sale or licensing at PatentAuction.com: https://www.patentauction.com/patent.php?nb=20180
Duplicent’s rotor brake increases the force of each brake of a vehicle through the use of two rotors for each brake that both move horizontally from actuators to each push against a brake pad, as a brake pad for each rotor pushes against a rotor, thereby it creates higher braking forces than conventional vehicle brakes that do not generate force from the movement of rotors, and do not have two rotors. The device has an increased braking surface area from the use of two rotors, creating more friction than traditional vehicle brakes in addition to its increased braking force from the movement of the rotors, with both aspects contributing to its improved braking performance. The design of the device allows for only one rotor and brake pad to brake independently of the other rotor and brake pad when more braking force is not needed, so that the two rotors and two brake pads would brake only when needed, such as in an emergency situation. The rotor brake decreases the stopping distance of vehicles when braking. The device has the potential to reduce vehicle collisions and the severity of vehicle collisions, where a collision may be entirely avoided by braking, or the severity of a collision may be less from collision at a reduced speed from braking, reducing injuries and fatalities.
1 granted U.S. patent, Expanding Rotor Brake, 11,761,498
This patent family is available for sale or licensing at PatentAuction.com: https://www.patentauction.com/patent.php?nb=20181
Unlike traditional engines, the rotational engine’s pistons do not move back and forth linearly changing directions, but rather move circularly within a ring and do not change directions, thereby the engine conserves energy centripetally through the laws of centripetal motion. Fuel is injected into many expanding chambers within the ring with each chamber designed to expand in one direction, then the fuel is ignited, then the chambers each expand in one direction from the combustion forces, with the chambers pushing themselves forward in their expansion direction and moving freely within the ring. All the chambers within the ring are interconnected and move in the same direction to power the engine. The speed of the moving chambers is harnessed to power the vehicle. As energy is conserved centripetally, the rotational engine is more efficient, requires less fuel to run, and has a greater output of power than conventional combustion engines.
2 granted U.S. patents, Rotational Engine with Inner and Outer Rings, 11,619,133, 12,098,641
This patent family is available for sale or licensing at PatentAuction.com: https://www.patentauction.com/patent.php?nb=20182
The absence of trackpads and the small keyboards of today’s smartphones does not allow for the use of desktop software on smartphones. Duplicent’s full-keyboard smartphone is designed with a full keyboard and trackpad, which are removed from the back of its casing then unfold, so the smartphone can convert to run desktop software such as word-processing applications. The full keyboard and trackpad fold to fit into the back of full-keyboard smartphone’s casing when not in use. The full keyboard has two folds and three portions, the two folds horizontally overlapping the middle keyboard portion when folded. The trackpad is located at the bottom of the middle keyboard portion as its own fold, vertically overlapping the folded keyboard when folded. The full keyboard and trackpad are very thin and add minimal thickness to the overall device. To maintain the low profile of the keyboard, its keys are touch sensitive. When unfolded, a kickstand on the back of the smartphone toggles out to prop up the device for viewing.
U.S. patent pending, Mobile Device Accessory
Duplicent’s internet memory technology may create computer memory by suspending computer memory information across a large distance between servers, sending the computer memory information back and forth many times (e.g. a trillion times) between the servers, looping the stream of computer memory information. The suspended computer memory information may include accessing instructions, so that a portion of the computer memory information may be accessed from a specific point from within the stream. The computer memory information may be sent in a pattern between networked servers to create a path with a longer distance, thereby increasing the computer memory capacity. The relay servers would be located at different locations around the world.
U.S. patent pending, Internet Storage
Duplicent's geofenced cloud applications is a cloud computing system architecture, which enables many smartphone software applications to be hosted and processed in the cloud, with each software application dedicated to a specific geofenced (GPS contained) location, so that a specific paired software application streams from the cloud to a smartphone only when the smartphone is within a specific paired geofenced location, without the need for manually downloading the software application. The geofenced cloud applications streaming platform runs through a universal accessing software application on each smartphone, which automatically registers when a smartphone is at a geofenced location, streaming the cloud software application through the universal accessing software application. Software applications for locations would be custom designed to offer features such as inventory searching, store mapping, product information, a product locator, promotional notifications, product purchasing, etc. For example, a user could enter a store and use a streamed software application to find and purchase a product on their smartphone, after which the store would receive a copy of the receipt to verify the user’s items match the receipt. Geofenced cloud applications could offer real-time inventory management and real-time accounting management for the stores. Such business software may allow stores to better manage their businesses, also providing business intelligence and analytics. Geofenced cloud applications allows for numerous software applications for many stores to be used without downloading them so that smartphone memory and the user’s time is saved, providing the next level of functionality and ease of use for consumers.
U.S. patent pending, Remote Server Processing
Duplicent’s cloud processing and memory streaming technology is a cloud computing system architecture for IOT devices and personal computing devices such as smartphones that has the computer processing and computer memory for the devices fully located in the cloud computing system, without onboard computer processing and computer memory for the devices, reducing the size and cost of the devices. A device connects to the cloud computing system to interact with software within the cloud computing system for that specific device, where the software streams from the cloud computing system to the device.
U.S. patent pending, Cloud IOT Computing System
Duplicent’s earthquake stabilizer counteracts the swaying of a tall building during an earthquake through the motion of heavy weights on a track, where the weights are sent back and forth on the track at the counteracting interval to the effect of the earthquake wave on the building opposite what would be the swaying motion directions of the building, thus balancing the building. Sensors away from the building measure the earthquake wave and direction, then the device is calibrated in real-time to face the correct direction, where the track of weights rotates, and the device is calibrated to send the weights back and forth on the track at the correct speed. The earthquake stabilizer has minimal thickness to fit between floors of the building. A single building could have an earthquake stabilizer between floors on different levels of the building. The earthquake stabilizer would prevent damage to tall buildings from earthquakes.
3 granted U.S. patents, Earthquake Stabilization Device, 11,339,581, 11,719,013, 11,993,952
This patent family is available for sale or licensing at PatentAuction.com: https://www.patentauction.com/patent.php?nb=20184
Duplicent’s counter-rotating quadrocopter is an electric personal aircraft for everyday use. Counter-rotating ducted-fan electric engines are known to have higher thrust and higher energy efficiency over ducted single-propeller electric engines and non-ducted single-propeller electric engines. The counter-rotating quadrocopter utilizes counter-rotating ducted-fan electric engines in a quadrocopter configuration, and counter-rotating ducted-fan electric engines have not yet been applied to personal electric aircraft. The engines are connected to the aircraft with arms, and each engine pivots to control the direction of the aircraft. The aircraft includes a rechargeable battery, where the battery powers the aircraft. The aircraft includes a passenger cabin. The technology includes many electric ducted-engine designs that use ionizing electrodes in various configurations to generate thrust from ionic wind, where such engine designs could be used for the personal electric aircraft. The technology explores a range of engine configurations and aircraft styles. The counter-rotating quadrocopter would decrease transportation times and offer an improved transportation experience compared to vehicles.
2 granted U.S. patents, Drone Systems and Methods, 11,667,372, 12,110,092
This patent family is available for sale or licensing at PatentAuction.com: https://www.patentauction.com/patent.php?nb=20183
Duplicent’s urethra condom is a condom that covers only the top of the head of the penis. The urethra condom uses a pressure-sensitive adhesive on its bottom side to temporarily secure the urethra condom to the top of the head of the penis. After use, the urethra condom can be peeled off, or an adhesive remover can be used to remove the urethra condom. The urethra condom design allows for much more of the sensation of sex to be experienced by both partners than with conventional condoms, while still providing contraception.
2 granted U.S. patents, Urethra Condom and Kit Having the Same, 11,331,212, 12,201,552
This patent family is available for sale or licensing at PatentAuction.com: https://www.patentauction.com/patent.php?nb=20185
Personal computing devices
Display technologies
Holographic technologies
Wifi systems
Cellular systems
Transistors
Computer memory technologies
IOT devices
Cryptocurrency technologies
Computer processing systems
Computer language technologies
Gaming technologies
Augmented reality technologies
Cloud computing technologies
Computer chip technologies
Electric vehicle technologies
Road technologies
Tire technologies
Engine technologies
Electric vehicle electricity generation
Wheel technologies
Braking technologies
Vehicle airbag technologies
Vehicle safety technologies
Vehicle automation technologies
Electricity generating devices
Wireless electricity systems
Lightbulbs
Recycling technologies
Trash technologies
Water generation technologies
Air purification technologies
Batteries
Electricity wire technologies
Water purification technologies
Water transport pipes
Generators
Document software
Presentation software
Spreadsheet software
IOT software
Text message software
Voicemail software
Email software
Folders software
Blockchain software
Website software
Internet browser software
Software applications
Calendar software
Vehicle software
Compression software
Facial recognition software
Geofence software
Fitness software applications
URL software
Data processing architectures
Streaming software
Application store software
NFT software
Hashtag software
Operating system software
Box and paper technologies
Heating and cooling technologies
Brace technologies
Furniture technologies
Contraceptives
Gears
Springs
Farming systems
Animal feed technologies
Earthquake mitigation technologies
Magnet designs
Pneumatic devices
Hydraulic devices
CRISPR technologies
Building construction technologies
Composites