Abstract: A novel Ground Effect Machine capable of operating in low airflow and low air-pressure conditions. By using an air bladder, partially filed with liquid, in lieu of a skirt, the invention is able to reduce airflow, and consequently maximize the lift provided by air pressure pump, thus minimizing the amount of air pressure required. In addition, by alternating between positive and negative air pressure within a pressure chamber beneath the ground effect machine, the invention may lift and transport heavy loads or securely fasten the ground effect machine to the floor surface.

Abstract: A Text Object Compiler and Language able to produce binary and text objects that are not machine language code. An object oriented computer language that produces target files of information in any text or binary format; files are defined by the programmer as “pages” and file locations are defined by the programmer as “targets.” The compiler compiles the language to produce any variety of output, which include text formats (such as HTML, SGML, and other scripting languages) and binary formats (such as graphical pictures, binary data, or other multimedia information).

Abstract: The present invention is a continuous type of fluid mixing and feeding device; particularly, a batch fluid mixing and feeding device and an automatic and continuously conveying device are combined in order to mix and feed two or more than two kinds of fluids at a given temperature and a given viscosity, under controlled pressure. The mixing and feeding device comprises a first mixing means with rotary means, a pressure-varying mixer, and a multi-stage mixing means in a given number and being arranged in a suitable sequence. In this device, the fluid is processed through forward and reverse rotation, pressure-varying, and pushing repeatedly; fluids having different viscosity and particle size will thoroughly be pressed, cut, diverged, and mixed repeatedly during the feeding steps; then, a mixed fluid output at a constant temperature and constant pressure will be obtained continuously.

Abstract: A temperature controller applied to flat heating equipment, such as an electric blanket, is disclosed wherein power supply control to a heater wire in the blanket is performed, using a predetermined temperature as a target temperature which is corrected to be higher than a desired temperature preset by a user, in an initial period after the electric blanket is started. Power supply to the heater wire is temporarily increased, thereby rapidly warming the blanket, which has a low heat conductivity, and shortening the time interval until the blanket is heated to the desired temperature.

Abstract: A rocket retention and ignition system including in one embodiment, a linearly movable rocket retaining and firing pin biased by a spring to an extended position within the launch cavity of a rocket launcher tube. An electrically actuable solenoid, upon the application of an actuating signal pulls the pin to a withdrawn position so that its retaining end is flush with the inside wall of the launcher tube. A firing contact on the pin, designed to mate with a similar firing contact within the rocket, conducts a firing signal for igniting the rocket. An electronic control system generates a firing signal on a line electrically coupled to the pin firing contact and a solenoid actuating signal coupled to the solenoid with appropriate timing so that the firing signal is applied followed after a predetermined interval of time by the solenoid signal. In another embodiment, there are provided separate firing and retaining pins.