Abstract: A method for configuring a system having a wearable optical unit is disclosed. The method includes powering on the system, and in response to the system being powered on, using one or more processors to control the system to: determine whether to cause the system to run a configuration workflow, and in response to determining to cause the system to run the configuration workflow, (a) control the system in connection with configuring an interpupillary distance (IPD) for a user of the system, (b) determine whether the IPD is configured for the user, and (c) in response to determining that the IPD is configured for the user, control the system in connection with configuring a focus of the optical unit.

Abstract: The present application discloses a system and device for displaying content. The system includes two optical units. The two optical units are part of the system that is wearable. Each of the two optical units comprises a front lit display. The system includes an adjustable mounting. The adjustable mounting enables a user to adjust a mounting position of the two optical units.

Abstract: A printing system, a soft deposit system, a sanitary mask printing system, a sustainable mask printing system, processes, and methods of use are presented. The present disclosure provides the state of the art with a printing system for printing on delicate material. Whereas delicate material has been impossible to consistently, rapidly, and efficiently print upon, the present disclosure relates to a printing process and method of printing for printing custom pieces on delicate sustainable masks. More specifically, and without limitation, the present disclosure relates to a process and method of printing with respect to healthcare and virtual reality sanitary masks.

Abstract: A light assembly (2) such as for a headlight comprises a housing (9), the housing (9) having a rear and a front, whereby in use light is emitted from the front of the housing (9). A transparent or translucent light guide (10, 110) extends from the rear to the front and at least partially surrounded by the housing (9). The light guide (10, 110) lit at its rear and emits light along at least part of its length. It is provided with formations (17, 117) so as to take the appearance of cut glass or crystal and is used as a park light and as part of a welcome sequence.

Abstract: A light assembly (2) such as for a headlight comprises a housing (9), the housing (9) having a rear and a front, whereby in use light is emitted from the front of the housing (9). A transparent or translucent light guide (10, 110) extends from the rear to the front and at least partially surrounded by the housing (9). The light guide (10, 110) lit at its rear and emits light along at least part of its length. It is provided with formations (17, 117) so as to take the appearance of cut glass or crystal and is used as a park light and as part of a welcome sequence.

Abstract: A panorama projection unit is disclosed which concentrates the projected images in a front area of the motor vehicle and temporarily or locally shades the projection beams between projection units and the display surfaces. The panorama projection unit includes a three-dimensional panoramic screen, a plurality of projectors which project images onto a rear side of the panoramic screen, and a central control unit which controls the projectors in such a way that the projected images are mapped without distortion on the three-dimensional panoramic screen.

Abstract: A panorama projection unit is disclosed which concentrates the projected images in a front area of the motor vehicle and temporarily or locally shades the projection beams between projection units and the display surfaces. The panorama projection unit includes a transparent panoramic pane, and a plurality of projectors arranged in the housing. The arrangement of the projectors is configured to project images onto a rear side of the panoramic screen.

Abstract: A panorama projection unit is disclosed which concentrates the projected images in a front area of the motor vehicle and temporarily or locally shades the projection beams between projection units and the display surfaces. The panorama projection unit includes a three-dimensional panoramic screen, a plurality of projectors which project images onto a rear side of the panoramic screen, and a central control unit which controls the projectors in such a way that the projected images are mapped without distortion on the three-dimensional panoramic screen.

Abstract: A test system and a method for efficiently repairing marginally failing memory cells in an embedded dynamic random access memory on an integrated circuit identify marginally failing cells in the embedded memory and when two or more marginally failing cells are located in the same column, indicating a partial column failure due to a weak sense amplifier associated with the column, the system and method apply a spare column preferentially to repair the failing cells in the column. The test system can be arranged in a built-in self test engine on the integrated circuit. In an alternative embodiment, the test system can be implemented in test equipment coupled to the integrated circuit that houses the embedded dynamic random-access memory.

Abstract: A test system and a method for efficiently repairing marginally failing memory cells in an embedded dynamic random access memory on an integrated circuit identify marginally failing cells in the embedded memory and when two or more marginally failing cells are located in the same column, indicating a partial column failure due to a weak sense amplifier associated with the column, the system and method apply a spare column preferentially to repair the failing cells in the column The test system can be arranged in a built-in self test engine on the integrated circuit. In an alternative embodiment, the test system can be implemented in test equipment coupled to the integrated circuit that houses the embedded dynamic random-access memory.

Abstract: An Ethernet Optical Area Network (EOAN) system, and methods for implementing and using such an EOAN system, are disclosed. The EOAN system may be used to improve the speed and reliability of data communications networks for small to medium-sized companies in metropolitan area networks. The EOAN system provides end-to-end Ethernet protocol, enabling professionals to have high-speed data communications in real time. The EOAN system may be generally utilized for improving data communications between branch offices, home offices, campuses, and remote sites for a wide variety of industries. The present invention preferably includes a fiber optic ring, Network Operation Center (NOC), NOC architecture components, existing client equipment, and one or more Free Space Optic (FSO) devices, microwave communication technology, and/or data switching platforms to implement high-speed Ethernet-based connections such as within a specified metropolitan area.

Abstract: An Ethernet Optical Area Network (EOAN) system, and methods for implementing and using such an EOAN system, are disclosed. The EOAN system may be used to improve the speed and reliability of data communications networks for small to medium-sized companies in metropolitan area networks. The EOAN system provides end-to-end Ethernet protocol, enabling professionals to have high-speed data communications in real time. The EOAN system may be generally utilized for improving data communications between branch offices, home offices, campuses, and remote sites for a wide variety of industries. The present invention preferably includes a fiber optic ring, Network Operation Center (NOC), NOC architecture components, existing client equipment, and one or more Free Space Optic (FSO) devices, microwave communication technology, and/or data switching platforms to implement high-speed Ethernet-based connections such as within a specified metropolitan area.

Abstract: An Ethernet Optical Area Network (EOAN) system, and methods for implementing and using such an EOAN system, are disclosed. The EOAN system may be used to improve the speed and reliability of data communications networks for small to medium-sized companies in metropolitan area networks. The EOAN system provides end-to-end Ethernet protocol, enabling professionals to have high-speed data communications in real time. The EOAN system may be generally utilized for improving data communications between branch offices, home offices, campuses, and remote sites for a wide variety of industries. The present invention preferably includes a fiber optic ring, Network Operation Center (NOC), NOC architecture components, existing client equipment, and one or more Free Space Optic (FSO) devices, microwave communication technology, and/or data switching platforms to implement high-speed Ethernet-based connections such as within a specified metropolitan area.

Abstract: An Ethernet Optical Area Network (EOAN) system, and methods for implementing and using such an EOAN system, are disclosed. The EOAN system may be used to improve the speed and reliability of data communications networks for small to medium-sized companies in metropolitan area networks. The EOAN system provides end-to-end Ethernet protocol, enabling professionals to have high-speed data communications in real time. The EOAN system may be generally utilized for improving data communications between branch offices, home offices, campuses, and remote sites for a wide variety of industries. The present invention preferably includes a fiber optic ring, Network Operation Center (NOC), NOC architecture components, existing client equipment, and one or more Free Space Optic (FSO) devices, microwave communication technology, and/or data switching platforms to implement high-speed Ethernet-based connections such as within a specified metropolitan area.

Abstract: An Ethernet Optical Area Network (EOAN) system, and methods for implementing and using such an EOAN system, are disclosed. The EOAN system may be used to improve the speed and reliability of data communications networks for small to medium-sized companies in metropolitan area networks. The EOAN system provides end-to-end Ethernet protocol, enabling professionals to have high-speed data communications in real time. The EOAN system may be generally utilized for improving data communications between branch offices, home offices, campuses, and remote sites for a wide variety of industries. The present invention preferably includes a fiber optic ring, Network Operation Center (NOC), NOC architecture components, existing client equipment, and one or more Free Space Optic (FSO) devices, microwave communication technology, and/or data switching platforms to implement high-speed Ethernet-based connections such as within a specified metropolitan area.