Abstract: A sensory enclosure system for improving the sensory management or sleeping habits of individuals with sensory sensitivities or sleeping problems. The system has an interior formed by multiple wall panels that connect to or mate with a platform intended to accommodate furniture such as chairs, mattresses, and bean bags. The enclosure's interior is enclosed by a ceiling or roof panel that connects to or mates with the wall panels. Additionally, the system features one or more door panels to allow entry and exit to the interior space. It may also incorporate an AI-environmental controller capable of managing various environmental factors and communicating with remote devices that are monitoring environmental factors and a user of the system.

Abstract: Provided is a signal transmission cable. The signal transmission cable includes: at least one pair of signal wires for transmitting a group of differential electronic signals, a first metal shielding film coated on a part of a surface of the at least one pair of signal wires; a second metal shielding film opposite to the first metal shielding film and coated on a part of a surface of the at least one pair of signal wires; and a first insulation film by which the first metal shielding film and the second metal shielding film are secured to the surface of the pair of signal wires. The first metal shielding film and the second metal shielding film are collectively coated on the entire surface of the at least one pair of signal wires, and the second metal shielding film partially overlaps the first metal shielding film.

Abstract: Provided is a signal transmission cable. The signal transmission cable includes: at least one pair of signal wires for transmitting a group of differential electronic signals, a first metal shielding film coated on a part of a surface of the at least one pair of signal wires; a second metal shielding film opposite to the first metal shielding film and coated on a part of a surface of the at least one pair of signal wires; and a first insulation film by which the first metal shielding film and the second metal shielding film are secured to the surface of the pair of signal wires. The first metal shielding film and the second metal shielding film are collectively coated on the entire surface of the at least one pair of signal wires, and the second metal shielding film partially overlaps the first metal shielding film.

Abstract: The device implements nanotechnology by embedding nanocircuits with sensors to surfaces such as walls, wall coverings, clothing, windows, window coverings, flooring, roofs, roadways and telephone poles. Using a plurality of nanocircuits in a multitude of locations, events can be continuously detected and recorded without intrusion, and reconstructed at a later time.

Abstract: A diagnostic tool suite is made available to technicians servicing equipment at residential and business locations using a portable device such as a PDA. The PDA runs a main engine that can execute diagnostic modules, with each diagnostic module corresponding to a particular appliance or device that requires troubleshooting, repair, diagnosis, maintenance or installation. The diagnostic modules use a limited number of templates to define possible screen layouts for each screen displayed to the technician. Additionally, the diagnostic module includes a diagnostic flow definition file wherein each record corresponds to a screen displayed to a technician. The main engine uses the template information and the diagnostic flow definition records to fully define a screen to display to a technician. In this way, an extensible, modular, non-specific diagnostic tool suite is available to a technician.

Abstract: A diagnostic tool suite is made available to technicians servicing equipment at residential and business locations using a portable device such as a PDA. The PDA runs a main engine that can execute diagnostic modules, with each diagnostic module corresponding to a particular appliance or device that requires troubleshooting, repair, diagnosis, maintenance or installation. The diagnostic modules use a limited number of templates to define possible screen layouts for each screen displayed to the technician. Additionally, the diagnostic module includes a diagnostic flow definition file wherein each record corresponds to a screen displayed to a technician. The main engine uses the template information and the diagnostic flow definition records to fully define a screen to display to a technician. In this way, an extensible, modular, non-specific diagnostic tool suite is available to a technician.