Abstract: A stacked pair of floor A1, sharing multi vertical volumes 100, and 120 by the function of the structure key element 160, and 170 series, and forming a planar lowermost, and uppermost flat structure extending to the entire floor architectural plan area, is defining the endless structure design possibility intended to align with any end customers users design requirement will defining the utility and novelty of the present invention, described herein, and is exposing the endless advantages of the present invention, including the builders effortless in applying the both embodiments 100, 120, 160, and 170, as the first embodiment, and 130, 120, 180, and D1 as the second embodiment.

Abstract: A vertical magnetic frame system 142.a, and 142.b, installed in the elevator hoist way, holding on it the entire weight of the stationary traction rope rizes 120, 124, and 126, 128, for the prefered traction system described herein, and used it to move the self-climbing elevator 100, up, or down in the elevator shaft. Further, the preferred traction system is a novelty, allowing the elevator car 100 to move up by traction gears described in FIG. 2.a, FIG. 7.a, and FIG. 10, and to move down gravitationally described in FIG.

Abstract: A building structure suitable as a pair of floors each contains at least one pair of stacked units, which may be incorporated into a variety of multi-storey commercial or residential buildings. The structure includes two or more vertically stacked units which each define a respective self-contained space. As a floor module, the building structure extends downward from a planar ceiling surface, which forms the ceiling of an uppermost unit to a planar lower floor surface of the second lower other unit. Together, the pair of stacked units has an overall height equal to two and one-half to three full storeys, and a height selected between twenty-three and thirty-six feet, depending upon the respective building structure (7.5-12 feet). An interior dividing bearing wall is positioned within each of the units between the load-bearing sidewalls, and which divide each unit into primary and secondary living areas or spaces.

Abstract: A device and method for the protection of a computer used to regulate the performance of a vehicle is presented. The device is a two-piece unit configured to surround the computer. The device includes a base member and a lid member. The base member is configured to releasably couple to a wall of the engine compartment. The base member has a plurality of walls therein defining an internal volume for locating the computer. The lid member is in selective communication with the base member and is configured to cover an opening of the base member and one other surface. The lid member is secured to the base member.

Abstract: A building structure suitable as a two-unit building module which may be incorporated into a variety of multi-storey commercial or residential buildings. The structure includes two vertically stacked units which each define a respective self-contained space. As a module, the building structure extends downward from a planar ceiling surface which forms the ceiling of an uppermost unit to a planar lower floor surface of the second lower other unit. Together, the pair of stacked units has an overall height equal to two and one-half to three full storeys, and a height selected between twenty-three and thirty-six feet, depending upon the respective building structure (7.5-12 feet). The building module is bordered on each lateral side by load-bearing support pillars or sidewalls which extend the height of the building. An interior dividing bearing wall is positioned within each of the units between the load-bearing sidewalls, and which divide each unit into primary and secondary living areas or spaces.

Abstract: A building structure suitable as a two-unit building module which may be incorporated into a variety of multi-storey commercial or residential buildings. The structure includes two vertically stacked units which each define a respective self-contained space. As a module, the building structure extends downward from a planar ceiling surface which forms the ceiling of an uppermost unit to a planar lower floor surface of the second lower other unit. Together, the pair of stacked units has an overall height equal to two and one-half to three full storeys, and a height selected between twenty-three and thirty-six feet, depending upon the respective building structure (7.5-12 feet). The building module is bordered on each lateral side by load-bearing support pillars or sidewalls which extend the height of the building. An interior dividing bearing wall is positioned within each of the units between the load-bearing sidewalls, and which divide each unit into primary and secondary living areas or spaces.

Abstract: A building structure suitable as a two-unit building module which may be incorporated into a variety of multi-storey commercial or residential buildings. The structure includes two vertically stacked units which each define a respective self-contained space. As a module, the building structure extends downward from a planar ceiling surface which forms the ceiling of an uppermost unit to a planar lower floor surface of the second lower other unit. Together, the pair of stacked units has an overall height equal to two and one-half to three full storeys, and a height selected between twenty-three and thirty-six feet, depending upon the respective building structure (7.5-12 feet). The building module is bordered on each lateral side by load-bearing support pillars or sidewalls which extend the height of the building. An interior dividing bearing wall is positioned within each of the units between the load-bearing sidewalls, and which divide each unit into primary and secondary living areas or spaces.

Abstract: The nonlinear properties of the ternary ferroelectric barium fluorides permit noncritical phase matching in the vicinity of 1.06 microns at room temperature. The crystals can tolerate powers of up to approximatey 10.sup.9 watts/cm.sup.2 and may be used as the essential element in second harmonic generators. These devices operate at room temperature without any need for sophisticated temperature control.

Abstract: The nonlinear properties of LiClO.sub.4.3H.sub.2 O permit noncritical phase matching in the vicinity of 5200 Angstroms at room temperature. This material may be used as the essential element in second harmonic generators and other nonlinear devices which could then be operated at room temperature under noncritical phase-matched conditions.