Abstract: A cloud tower (11) receives microscopic particles (18) impelled by an inert gas (17) for deposition on a porous substrate (29) having vacuum (34) disposed on opposite side. To alter the size and/or shape of the deposition field without changing the entire tower structure, a pair of flaps (43, 44) are hinged (47, 48) on one side or on a pair of opposed sides of the cloud primary tower. Another embodiment places selectable tower inserts (36, 38) within the primary tower structure, fitting therein and sealing thereto.

Abstract: A cloud tower (11) receives microscopic particles (18) impelled by an inert gas (17) for deposition on a porous substrate (29) having vacuum (34) disposed on opposite side. To alter the size and/or shape of the deposition field without changing the entire tower structure, a pair of flaps (43, 44) are hinged (47, 48) on one side or on a pair of opposed sides of the cloud primary tower. Another embodiment places selectable tower inserts (36, 38) within the primary tower structure, fitting therein and sealing thereto.

Abstract: A method, system and computer-readable medium for managing technical records across an enterprise are presented. The method includes controlling access to a technical records repository through a centralized technical records security service, wherein the technical records security service controls access to multiple independent technical records repositories for an enterprise, wherein technical records must follow a strict naming convention set by the enterprise, and wherein the technical records must contain a specific security classification level set by the enterprise.

Abstract: A method, system and computer-readable medium for managing technical records across an enterprise are presented. The method includes controlling access to a technical records repository through a centralized technical records security service, wherein the technical records security service controls access to multiple independent technical records repositories for an enterprise, wherein technical records must follow a strict naming convention set by the enterprise, and wherein the technical records must contain a specific security classification level set by the enterprise.

Abstract: A windshield wiper assembly including a wiper deicer for eliminating the build-up of snow and ice on a windshield wiper blade thereof. The assembly comprising a first support bracket secured to the windshield wiper; a second support bracket having a spline thereon, a support rod having a first end secured to the first support bracket; a hollow electrical solenoid casing receiving a second end of the support rod, a wiper seal and scraper secured within the casing adjacent the second end of the support rod, a pivot rod pivotally secured to the second support bracket; and an electrical solenoid secured within the hollow electrical solenoid casing, the electrical solenoid secured to the second end of the support rod, a wire electrically secured to the solenoid and extending outwardly thereof to a push button mechanism. Power may be applied to the device by other sources such as an air cylinder as for vehicles with diesel engines, whether a truck, bus or the like.