Abstract: A two-part washer for use with a cable gland is provided including a first partial annular part having a first end and a second end, and a second partial annular part having a first end and a second end, wherein the first end of the first part is adapted to interlock with the second end of the second part, wherein the second end of the first part is adapted to interlock with the first end of the second part, and wherein when the ends of the first and second parts are interlocked, an annular washer extending 360 degrees with an open interior is formed. A method of using the two-part washer to provide a watertight seal between a cable gland and a wall of an electrical enclosure is also provided.

Abstract: A computer system for the assisted creation of online interactive published content, the computer system including an input unit for obtaining content from a plurality of sources, a unit for obtaining ZineT™ filters from a database and representing the designs to a user, allowing the user to select from the Zine™ filter unit or automatically selecting the Zine filter based on multiple parameters and applying the Zine™ filter to the source content resulting in the content being published online by the user. The resulting online publication is in a format that can be displayed on a desktop or mobile device as a simple HTML pages or an interactive digital online magazine.

Abstract: The present invention discloses systems and methods used to consolidate and associate structured and unstructured data together on a file system. File systems are far more efficient for handling unstructured data than conventional databases. File systems can also contain a large volume of structured data serialized in XML (extensible Markup Language). File systems have a lower purchase and maintenance cost than conventional databases. Unfortunately, file systems don't provide fast access to structured data like most databases. File systems also lack the ability to associate data together like relational databases. Solutions to the structured-data access and data association problems are demonstrated in the present invention.

Abstract: A method for simultaneously producing hydrogen and carbon monoxide by subjecting synthesis gas to a decarbonation in a decarbonation unit, and to desiccation in a desiccation unit. After the decarbonation and the desiccation, the remaining synthesis gas components are cryogenically separated and a hydrogen-enriched gas is recycled upstream from the decarbonation unit and downstream from synthesis gas producing unit.

Abstract: The invention relates to a method for simultaneously producing hydrogen and carbon monoxide, whereby the synthesis gas is subjected to decarbonatation in a decarbonatation unit (2), and to desiccation in a desiccation unit (5). The remaining constituents are cryogenically separated and a hydrogen-enriched gas (7, 19, 21) is recycled upstream from the decarbonatation unit and downstream from a unit for producing synthesis gas (F).

Abstract: A heating convection unit and a method of mounting the same, provided with an envelope having a front face, a rear face, a top, a bottom and peripheral side walls. The front face and the peripheral side walls define an inner enclosure. The unit is also provided with a medial shield having front face, a rear face, a top, a bottom and peripheral side walls. The medial shield is mounted within the inner enclosure defined by the envelope and spaced apart therefrom. The rear face and peripheral side walls of the medial shield and the front face and peripheral side walls of the envelope define a ventilation passage having top and bottom openings in communication with ambient air. The medial shield preferably has an intermediate opening communicating with the ventilation passage. The unit is also provided with a cover having a front face, a rear face, a top and a bottom. The cover is fixed over the medial shield. The cover has top and bottom openings in communication with the ambient air.

Abstract: The invention concerns a heating convection unit and a method of mounting the same. The unit is provided with an envelope having a front face, a rear face, a top, a bottom and peripheral side walls. The front face and the peripheral side walls define an inner enclosure. The unit is also provided with a medial shield having front face, a rear face, a top, a bottom and peripheral side walls. The medial shield is mounted within the inner enclosure defined by the envelope and spaced apart therefrom. The rear face and peripheral side walls of the medial shield and the front face and peripheral side walls of the envelope define a ventilation passage having top and bottom openings in communication with ambient air. The medial shield preferably has an intermediate opening communicating with the ventilation passage. The unit is also provided with a cover having a front face, a rear face, a top and a bottom. The cover is fixed over the medial shield.

Abstract: A light fitting unit in which the closure device includes a slider which can move on its base and is adapted to hook onto the diffuser, the slider is associated with releasable immobilizing means operated by the diffuser and adapted to oppose movement of the slider in the direction toward its closed position when the diffuser is in its open position and the safety switch for controlling the supply of electrical power to the unit is itself operated by the slider.