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A patent has been issued for an electronically enabled road bicycle with dynamic loading. The patent describes a resistance training device that can be mounted on a bicycle and provides resistance to motion without interfering with the ability to travel along the ground. The device includes a roller that engages with the bicycle wheel and a conductive disc that rotates in response to the roller's rotation. The device also has a source of a magnetic field and a control to increase or decrease exposure of the disc to the magnetic field. The invention aims to offer an outdoor cycling experience while minimizing disadvantages such as riding on uneven roads or in cold weather. The patent was filed by inventors Andrew H. Cragg and Gerard von Hoffmann and is assigned to Paradox Holdings LLC. [Extracted from the article]

A patent has been issued to Preactive Technologies Inc. for a brain injury reduction system that aims to limit brain motion during sudden deceleration or acceleration of the head. The system works by impeding venous drainage, which reduces brain movement and distortion or deformation of brain tissues. The system includes wearable devices that can be activated in response to detected events, such as collisions or blasts, and can be worn on the body to reduce brain injury. The patent provides detailed information on the components and functionality of the system. [Extracted from the article]

JJ1 Holdings Pty Ltd. has been issued a patent for a military or combat helmet visor that functions as an intelligent full-face, heads-up display. The visor includes a surface for visual display, a projector, a microprocessor, and audio speakers. It can transmit and receive positional information, display digitized moving icons or symbols representing troop and equipment movements, and provide warnings about landmines. The visor also has features such as biometric identification, retractability, and integration with breathing apparatus. The patent aims to improve the timely medical treatment of injured soldiers and enhance communication and security in military operations. [Extracted from the article]

January 19 -- International Road Federation (IRF), a global body advocating for safer roads, on Thursday said that it has made a plea to the government to do away with [...]

Penumbra Inc. has been issued a patent for a method and apparatus that allows real-time communication in immersive virtual reality (VR) platforms. The invention addresses the limitations of current VR systems by enabling eye-to-eye contact and translational movement. Users immersed in a VR environment can communicate and interact with others in real time, while also experiencing a more realistic VR experience with six degrees of freedom. The patent provides technical details on the use of a virtual reality display device, microphone, camera, and processor. The system allows for real-time, two-way communication between a VR user and a guest user, with video and audio signals transmitted between their devices. The patent was filed by Joel Breton and published in July 2024. [Extracted from the article]

A patent has been issued for a helmet designed to provide enhanced impact protection. The helmet, developed by Bauer Hockey LLC, aims to protect wearers from both linear and rotational impacts, which can cause serious head injuries. The helmet features movable pads and a frame that allows for relative movement of the pads in response to an impact. The patent includes various embodiments of the helmet, including different configurations of pads and structural members. This invention addresses the need for improved protection against rotational impacts and offers potential advancements in helmet design for various activities, such as sports and industrial work. [Extracted from the article]

A patent application has been submitted for a position-specific helmet design that aims to provide better protection for athletes in contact sports, particularly American football. The inventors argue that current helmet designs fail to adequately protect against certain types of impacts that can lead to concussions and long-term brain damage. The proposed position-specific helmet would be tailored to the specific demands of each player position, incorporating additional or supplemental protection elements in areas where they are most needed. The patent application outlines various embodiments of the helmet design, including retrofitting existing helmets or creating new customized helmet systems. [Extracted from the article]

A patent application by Vicis IP LLC proposes a position-specific helmet design to address the need for better protection against traumatic brain injuries (TBI) in sports, specifically American football. The design aims to reduce impact forces and protect against the most dangerous impacts within the game. It includes features such as supplemental impact protective elements, modular helmet assemblies, recessed helmet assemblies, and latticed frameworks. The method described in the patent application involves collecting data on impact events experienced by players and using this data to identify position-specific regions where impacts occur frequently. The goal is to enhance the helmet's ability to protect against impacts in the most vulnerable areas. [Extracted from the article]

Blast Motion Inc. has been issued a patent for a multi-sensor event detection and tagging system. This system allows for the intelligent analysis and synchronization of event videos with motion data from motion capture sensors. By uploading only relevant portions of large videos, it saves storage and increases upload speed. The system can integrate with multiple sensors and generate tags for events based on sensor data analysis. It has applications in sports, pediatrics, and entertainment. The patent, filed by Michael Bentley on December 16, 2022, and published on May 21, 2024, describes a system that monitors and analyzes motion data using a motion capture element and a mobile device. It can capture various motion-related values and also collect environmental and physiological data. The collected data can be analyzed to recognize events and correlate them with other values, such as temperature or heart rate. The system can be used for virtual gaming and sports analysis, among other applications. [Extracted from the article]

Q30 Sports Science LLC has been issued a patent for methods and devices to reduce the damaging effects of concussive or blast forces on a subject. Traumatic brain injury (TBI) is a common cause of death and morbidity, with millions of people suffering from TBI annually in the United States alone. The patent describes systems, devices, and methods for applying pressure to neck veins in order to mitigate TBI, injury to ocular structures, and injury to the inner ear. The devices are designed to apply pressure to the internal jugular veins, external jugular veins, and/or other neck veins, with pressure ranging from 5-80 mm Hg. The patent provides detailed descriptions of the collar device and its components, including pressure pad modules and inwardly-facing protuberances. The system can be adapted to apply pressure to different combinations of veins and can be made from semi-rigid or rigid materials. The patent also mentions the use of memory shape materials and the option to have multiple pairs of pressure pad modules. The collar device can be fastened in place using a fastener. The patent includes a URL for further information. [Extracted from the article]

Air Force-Field Systems LLC has been issued a patent for an anti-pathogenic system that creates a barrier against contaminants. The system includes a primary air curtain system that protects a designated area and wearable apparel and accessory components that repel and disperse contaminants away from the body. It has applications in healthcare, public safety, and fire and rescue operations. The patent includes various claims and configurations for the system. For more information, refer to the provided patent link. [Extracted from the article]

A patent application for a "Physiological Parameter Sensor Helmet" has been filed by inventors Brian Bradke and Brad Everman. The helmet includes a bone conducting transducer and physiological sensors that measure various physiological parameters, including blood oxygenation signals. A computing device connected to the sensors receives the physiological parameters and generates a health profile based on the data. The helmet also has the capability to deliver a gas to the user based on the physiological parameters. The patent application was filed by Gmeci LLC and is available online. [Extracted from the article]

6-point suspension offers enhanced stability and secure fit Available with a large ratchet knob for easy one-handed adjustment Compact, lightweight design for at-height and confined space applications ******************** July 6, [...]

Phil Ammendolia was on a business trip in Maine when he realized That the fulfillment model his manufacturing company was using For more than 20 years was no longer good [...]

A patent has been issued for position-specific helmet protection by Vicis IP LLC. The inventors recognized that different players and player positions in sports, particularly American football, may be prone to specific types of impacts that current helmet designs do not adequately protect against. The patent describes various embodiments of position-specific helmets, including retrofitting commercially available helmets with supplemental impact protective elements or designing new customized helmet systems. These position-specific helmets aim to improve impact performance and protect against the most frequent and devastating types of injuries for each player and position. [Extracted from the article]

A patent application titled "Immersive Virtual Display" has been published online by Apple Inc. The patent application describes various methods and apparatus for providing enhanced virtual reality (VR) and mixed reality (MR) experiences for passengers in vehicles. The VR system aims to address motion sickness experienced by passengers in moving vehicles by providing immersive VR experiences that integrate vehicle motions into the virtual environment. The system may also include visual and audio accommodations to increase passenger comfort and mitigate motion sickness. The patent application includes detailed descriptions of the system's components and methods. [Extracted from the article]

A patent application titled "Eye Tracking System" has been published online by the US Patent and Trademark Office. The application, filed by inventors from Apple Inc., describes various methods and apparatus for eye tracking in virtual and mixed reality applications. The system includes a head-mounted device with eyepieces, infrared light sources, infrared cameras, and reflective diffraction gratings. The system captures images of the user's eyes and analyzes them to determine eye tracking information. The invention aims to improve the user experience in virtual and mixed reality environments. [Extracted from the article]

A patent has been issued for a motor vehicle control system developed by Richard Monk and Jan Weiss. The system allows the vehicle to lean like a motorcycle and includes a tilt controller, tilt motor, and tilt brake. The control system has two modes: an active mode where the tilt control arrangement adjusts the tilt angle, and a passive mode where the driver balances the tilt angle through steering adjustments. The transition between the two modes depends on the vehicle's operating parameters. The patent includes claims related to the vehicle's operation and control. [Extracted from the article]

A patent application titled "Retractable Displays For Helmets" has been published online by the US Patent and Trademark Office. The inventors, Hamid Abdollahi and Raymond C. M. Leung, have developed a helmet with a heads-up information system that can be moved from a storage position to a use position, allowing the user to view the display without obstructing their field of vision. The device includes an eye protector, a display, an adjustable mount, and the ability to receive external signals and display information based on those signals. The patent application was filed by Tahoe Research Ltd. and aims to improve helmets by providing wearers with performance information. [Extracted from the article]

A patent has been issued to Nippon Telegraph and Telephone Corporation for a G tolerance improvement device and control method. The device is designed to increase a pilot's resistance to centrifugal acceleration, which can cause abnormal conditions such as decreased visual acuity and central nervous system disorders during airplane turns. The device estimates the body fluid volume in the user's head and applies pressure based on this estimation. It aims to address the problem of pressure not being applied appropriately to the pilot. [Extracted from the article]

Faced with new levels of political pressure and physical threat, Hong Kong's independent news outlets respond with intrepid reporting and innovative fundraising EVERY WEEKEND, TOM GRUNDY PLAYS a game of [...]

Nearly a year after announcing a new effort to 'hyper-enable' commandos with a slew of new technologies, Special Operations Command is making progress, officials have said. 'Hyper-enabling the operator could [...]

A patent has been issued to OnPoint Medical Inc. for systems that adjust and track head-mounted displays during surgery, including with surgical helmets. The system includes a head-mounted display that can be worn under a surgical helmet, with mechanisms to adjust the position and orientation of the display in relation to the user's eyes. The system can be used in various surgical procedures such as knee replacements, hip replacements, and spinal procedures. The patent provides detailed information on the mechanical and motorized elements of the system, as well as the use of markers and magnetic coupling mechanisms. [Extracted from the article]

A patent has been issued for a storage assembly for isolation clothing and protection clothing that can be put on and taken off quickly. The invention aims to address the challenges faced by medical staff in wearing and removing protective clothing, especially in emergency situations. The storage assembly includes a one-piece integrated protective clothing body with a putting-on and taking-off opening, as well as hasps and binding belts. It also features a storage rack with a base plate, vertical plate, and supporting ribs for hanging the clothing in an unfolded state. The patent was assigned to Liangxi (Beijing) Technology Co. Ltd. [Extracted from the article]

A patent has been issued for a pediatric head covering designed to facilitate the capture of accurate three-dimensional images of infants' heads. The head covering, developed by Cranial Technologies Inc., is made of elastic material and is intended for use with a three-dimensional image capturing system. It is designed to compress the infant's hair and conform to the shape of their head without distorting soft tissue or misrepresenting the shape of the cranium. The head covering also includes a face opening that allows for the identification of predetermined anthropometric landmarks on the infant's face. The patent aims to improve the accuracy and efficiency of machine learning in processing three-dimensional images for the manufacture of custom cranial remodeling devices. [Extracted from the article]

The text discusses a patent application for a surgical helmet assembly that has been made available online. The assembly includes a frame assembly with a helmet shell, a fan for circulating air, and a headband assembly. The headband assembly consists of a front support member and a rear support member that abut the user's head, and there are adjustment mechanisms to customize the fit for different head sizes. The text also mentions additional features such as a ventilation sub-assembly and coupling features for attaching a surgical garment. [Extracted from the article]

HCL Technologies Limited, based in New Delhi, India, has been issued a patent for an Aircraft Passenger Compliance Monitoring System (APCMS). The system aims to automate compliance monitoring for passengers on board an aircraft. It includes an onboard server, an onboard network, and an aircraft passenger compliance monitoring application. The application receives passenger information captured by various subsystems, performs monitoring processes, and generates a compliance measure. The system can detect non-compliance events such as absence or improper wearing of face masks, violation of social distancing norms, and passenger intrusion into unauthorized spaces. It can also notify cabin crew, passengers, or airline operation crew of the compliance measure. The patent was filed on May 29, 2021, and published online on November 21, 2023. [Extracted from the article]