Abstract: The stimulating apparatus (1) for preventing urinary incontinence according to the invention includes an event switch (4) for inputting plural sets of urinary incontinence information; a stimulation condition setting unit (5) for setting a condition of stimulation on a living body to an arbitrary value, a stimulation intensity setting unit (3) for adjusting stimulation intensity to an arbitrary level, a central processing unit (6) having an event input judging unit (6d) for judging the plural sets of urinary incontinence information, and a storage unit (6b) for storing the urinary incontinence information, the stimulation conditions, and stimulation history information of a stimulation signal which is output, and a displaying device (7) for displaying the urinary incontinence information, the stimulation conditions, and the stimulation history information.

Abstract: Disclosed is a method of disposal of metallic aluminum-containing solid waste comprising the steps of reacting radioactive solid waste containing metallic aluminum with an alkali solution to generate a hydrogen gas and then mixing the resulting reaction liquid with a solidifying material containing a latent hydraulic material as a main component to solidify the liquid. According to the method of the invention, solidification of aluminum-containing radioactive solid waste in a highly filled state (high concentration) is feasible and a solid having excellent mechanical strength and properties of preventing oozing of radioactive nuclide can be obtained.

Abstract: A substrate supporting device has a turntable mounted on a rotary shaft for supporting a substrate and spinning the substrate about a vertical axis. The turntable is replaceable by a load measuring device including a load meter mounted on a support bracket having a tube attachable to the rotary shaft. The load meter receives a cleaning brush to measure a pressing load applied therefrom. The load meter has a pressure sensor with an upper surface thereof at an equal level to the surface of the substrate to be placed on the substrate supporting device. Thus, a pressure to be applied to the substrate is measured in the same position as where the substrate is actually treated.

Abstract: A cleaning brush is fixed to a cleaner support that is mounted to a rotary element for vertical movement with respect thereto. The rotary element is rotatably supported by a forward portion of a support arm that is pivotable about a vertical axis at the rear of the support arm. A closed space defined by a bellows is connected to air piping having a pressure gauge and a regulator. The regulator is operable in response to variations of pressure resulting from engagement of the cleaning brush with a substrate, to control pressure within said bellows whereby the latter expands and contracts to raise or lower the cleaner support relative to the substrate as required to maintain the pressure in a predetermined range. The aforesaid construction responds fast enough to allow the cleaning brush to follow warping of the substrate with facility, and by so doing clean an entire substrate surface uniformly.

Abstract: An electric-powered shutter apparatus to be mounted to a building. A winding drum (4) of an electric-powered shutter device (1) is provided with a driving mechanism including an electric motor (7) and a single-directional rotary clutch device (8). A balance tension device (9) is provided at the other end of the apparatus. The clutch device (8) is configured to slip when the load of the rotation in the direction of the curtain being fed exceeds a certain load. Further, the load at which the clutch device (8) slips is set so as to be greater than the force for forcibly rotating the electric motor when disconnected from electric power. The balancing tension device (9) is balanced against the sum of the weight of the shutter curtain (2) and the load for forcibly rotating the electric motor (7). Thus, the need for a braking device for the electric-powered shutter apparatus to be mounted to a building is eliminated.

Abstract: A substrate spin cleaning apparatus includes a nozzle attached through a first and second support brackets to support shaft that is rotatable about a vertical axis. The nozzle delivers a cleaning liquid to the surface of a spinning substrate in a pin-point mode and under high pressure, while moving a liquid application point on the substrate surface between the substrate spin center and peripheral edge of the substrate. The first support bracket defines an arcuate slot extending within a plane including the spin center and a tip of the nozzle and along an imaginary circle about the spin center. The nozzle is attached to the second support bracket connected to the first support bracket which in turn is through the arcuate slot, to deliver the cleaning liquid to the spin center. The application point is movable through the spin center regardless of the inclination angle of the nozzle relative to the substrate surface.

Abstract: Data output means for outputting the moving position data of respective movable lens groups in a zoom lens according to designated magnification data and object distance data is provided, thereby smoothly and easily performing the drive control operation for a zoom lens in which not only the focus-adjusting movable lens but also the power-changing movable lens is moved at the time of focus adjustment. Alternatively, reference data output means for outputting designed moving positions of the respective movable lens groups according to the designated magnification data and object distance data, as well as adjustment data output means for outputting amounts of adjustment corresponding to the individual differences of the respective lenses in the movable lens groups are provided, thereby smoothly, easily, and correctly performing the drive control operation for the zoom lens in which not only the focus-adjusting movable lens but also the power-changing movable lens is moved at the time of focus adjustment.

Abstract: A thermal displacement correcting apparatus suitable for a machine tool (1) provided with a mechanism for feeding a main spindle (2) is disclosed.

Abstract: A spin coating apparatus for use in applying a coating solution in film form to an upper surface of a substrate. This apparatus includes a rotary table for spinning the substrate as supported thereon in horizontal posture, the rotary table having a size larger than an outline contour of the substrate, and an upper rotary plate disposed parallel to and slightly spaced from the upper surface of the substrate supported on the rotary table. The rotary table and upper rotary plate define a flat treating space therebetween, which treating space has peripheral openings for allowing superfluous part of the coating solution to scatter outwardly therefrom. A nozzle plate is disposed between the rotary table and the substrate supported thereon. The nozzle plate receives cleaning liquid supplied through a rotary shaft of the rotary table, and directs the liquid to the lower surface of the substrate.

Abstract: A complete-circle operation of a machine tool controlled by an NC-device. Even if the NC-device gives operation commands for respective shafts of the machine tool on the basis of a control locus which is to be a complete circle, the actual operation locus of the machine tool is not a complete circle because the machine tool generates errors due to various causes such as thermal deformation, machine accuracy, etc. If the errors are corrected individually to improve the accuracy, the complexity of the processing cannot be avoided. It is assumed that the operation locus of the machine tool which is controlled for a complete circle becomes an ellipse due to errors involved. A simple process corrects the ellipse such that it is converted to a complete circle.

Abstract: A method for lightening a petroleum hydrocarbon oil by distillation in which 1 part by weight or less of an organic compound having an active mercapto group therein is added to 100 parts by weight of the petroleum hydrocarbon oil when the petroleum hydrocarbon oil is lightened by a thermal treatment.

Abstract: An apparatus for determining the concentration of a light-absorbing material contained in blood flowing through a tissue which minimizes the amount of error caused by noise and which ensures highly precise results at all times. The apparatus operates according the principle that light beams of different wavelengths are absorbed by different amounts when passing through the tissue at different portions of the blood pulsation cycle. A plurality of points are detected that fall in the vicinity of the peak and trough of a cycle of a light detection signal. For each wavelength of light, the values of the detection signals produced at each of these points in time is stored. The concentration of the light-absorbing material is computed in response to the stored detection signals.

Abstract: An amorphous alloy for use in magnetic heads having the following composition formula:(Fe.sub.1-a, Co.sub.a).sub.100-b (Si.sub.c,B.sub.d).sub.bwherea=0.93-0.95b=23-27 atomic %c/c+d)=0.55-0.65.Cr and Ru may be desirably added to the amorphous alloy for improving the corrosion and abrasion resistance. Further, secondary phase particles may be dispersed in the alloy matrix for improving the effective magnetic permeability, particularly, at high frequency region.

Abstract: 3,5-Dimethyl-4,6-diphenyl-tetrahydro-2H-1,3,5-thiadiazine-2-thione having the formula: ##STR1## for use as an active therapeutic agent.

Abstract: 3,5-Dimethyl-4,6-diphenyl-tetrahydro-2H-1,3,5-thiadiazine-2-thione having the formula: ##STR1## as an antiatherosclerotic agent.

Abstract: A solar energy absorber consisting of a metallic copper or copper alloy substrate and a black to dark brown copper oxide coating on its surface. The copper oxide coating is formed by treating the surface of the substrate with an aqueous alkaline solution containing peroxodisulfuric acid or an inorganic peroxodisulfate. The solution may be activated by adding an oxidizing agent or applying ultraviolet or ultrasonic irradiation.