Abstract: This relates to a chemical biological threat detection system for enhancing the, discrimination in chemical biological threat detection in atmospheric air, low level chemical biological threat detection in air, as well as tactical determination of threat chemical biological agents' concentrations in a specific atmospheric range, at various time intervals. This uses the concept of quantitative monitoring the atmospheric air for chemical biological threats, as well as measuring the quantitative correlations/ratios in differential changes in the air, for the active/passive chemical biological Infrared (IR) EM radiation at an 8-12 ?M wavelength, absorption/emission/scattering, using Electro-Optics. This chemical biological solution will use the reference chemical biological IR EM radiation (absorption, emission, scattering) signatures for comparison.

Abstract: A twin pet leash prevents tangling by permitting the reel portion to rotate relative to the handle portion, and features individually controllable leash stop mechanisms. Even while an individual leash is stopped, the reel portion can rotate relative to the handle portion so that tangling of the pet leashes is avoided. The leash handle portion has two triggers which are color coded to match the color of the leash, so that a user can readily identify which of the two leashes are to be stopped. Either or both of the leashes can be stopped or released, without interfering with the operation of the other one of the leashes.

Abstract: A novel optical sensor is used for monitoring the thickness of deposited thin film in real time. The sensor operates on the basic principle of a Fabry-Perot interferometer. A MEMS based design is used to fabricate the optical fiber sensor. Detail analytical results provide the theoretical model based on the Fabry-Perot interferometer, and show that the optical fiber sensor can successfully monitor and measure the thickness of deposited thin-film in real time. Since thin-film will be deposited simultaneously on both surfaces of sensor head and targeted silicon wafer, the sensor can be used in the fabrication of IC and MEMS devices, as well as in proteomics, nano-sensors, and biosensors.

Abstract: A rotary engine has a spherical enclosure serving as a combustion chamber, a first baffle inside the combustion chamber slideable along a groove formed in the spherical enclosure, and a second baffle disposed in the combustion chamber which is in sealing engagement with the internal spherical surface of the combustion chamber. The second baffle is carried by a rotatable shaft, the shaft extending into the spherical combustion chamber. The first baffle rests against the second baffle, and separates the interior of the combustion chamber into a first part and a second part. A first valve in a first opening is disposed to communicate with the first part of the combustion chamber, and a second valve in a second opening is disposed to communicate with the second part of the combustion chamber.

Abstract: An electrical wiring channel is installed beneath a wallboard, and includes a wiring channel member, a wiring faceplate, and a baseboard. The electrical wiring channel can be retrofit into existing buildings, by removing existing molding, and removing a portion of the wallboard below level of the molding to leave a gap or recess within which the wiring channel member can be inserted. The wiring channel member is C-shaped and has a female fastener member with a bore therein for receiving a male fastener member of the wiring faceplate. A new baseboard can be adhered to the wiring faceplate. Additional variations can include a right-angled channel portion for use with interior wall corners, exterior wall corners, or with door frames.

Abstract: A no-slip, no-spill, no-hands urinal provides freedom and a hygienic environment for a person confined to a wheelchair or bed. The urinal is shaped so it stays in place without being held, is resistant to urine spillage, and can be comfortably used for hours at a time. The urinal includes a soft, clear plastic body with rounded edges, and is shaped so it fits close to the body of the user and under the thighs of the user. It thereby uses the pressure of the thighs of the user to hold it in place. The urinal has a concave front section, conforming with the male anatomy, allowing a closer and more comfortable fit for male users. The no-spill feature includes a platform portion which also serves to keep the male member above the opening in the receptacle portion of the urinal.

Abstract: A trash receptacle includes an upper rim, four sidewalls, and a lid. The trash receptacle includes a pair of recessed channel portions disposed in opposite sidewalls. A pair of handles are disposed in each of the channel portions. The channel portions each include a bottom channel wall and channel sidewalls. The lid also serves as a collar for the bottom of the trash receptacle 100. The interior of the channel portion has an upper, rounded portion which leads smoothly to the bottom channel wall. A label can be provided on the side of the trash receptacle. The structure of the trash receptacle serves to prevent development of a vacuum between the walls of the trash receptacle and the trash bags. The trash receptacle 100 is adapted to receive trash bags or plastic liners, and has improved resistance to formation of a vacuum between the walls of the trash receptacle and the trash bags.

Abstract: A no-slip, no-spill, no-hands urinal is used to provide more freedom and a more hygienic environment for a person confined to a wheelchair or bed. The urinal includes a soft, clear plastic body with rounded edges, and having a shape permitting it to be fit close to the body of the user and under the thighs of the user. The shape of the urinal is flattened toward the front. The urinal has a concave front section, conforming with the male anatomy, allowing a closer and more comfortable fit for male users. The urinal includes a no-spill feature, provided by a platform portion inside the opening formed in the urinal body, and this platform additionally serves to keep the male member above the opening in the receptacle portion of the urinal and to keep the male member out of the urine in the receptacle portion. The platform portion enables the urinal to retain liquid without spilling even when it is tilted forward.

Abstract: The invention relates to purification of waste waters and may be used for water purification from heavy non-ferrous metals, chrome and organic impurities, as well as for separation of impurities from solution. The method is performed by electric coagulation with 3-phase alternating current having a current density of at least 3.0 A/dm2 using a coagulator that is provided with at least one mobile electrode disposed between at least two immobile electrodes.

Abstract: Purification of Natrium Sulfat, separation of chrome by the electrocoagulation of Chrome using a bioelectrode cell (AC). The bioelectrode cell is a series of electrodes (Fe--Cr--Fe--Cr), and AC is applied to the first and the last electrodes.

Abstract: A pillow serving as a cervical support has a metal mesh material cover encasing a resilient padding material. The pillow has an annular shape, thus forming a ring-shaped body. The size of the body should be different, and may be varied, depending upon the age and size of the person using it. For example, a child will benefit from a pillow having a smaller size than would a full-sized adult. An object of the present invention is to provide a proper sleeping posture because of the ring shape, which tends to discourage sleeping in a face-down position.

Abstract: An in-line solder extractor and a tubular heating assembly for use therewith having a tubular tip disposed within the tubular heating assembly a hollow handle, the heater assembly being mounted with respect to the forward portion of the handle a solder collection chamber disposed within the handle, and forward and rearward seals for sealing the forward and rearward ends.

Abstract: A microwave oven includes an insulating enclosure subjected to microwave radiation, a moving sole plate, a device for vertically displacing the sole plate inside the enclosure, and a fastening device for attaching a work accessory to a wall of the enclosure opposite to the sole plate. A particular accessory usable with the oven is a mixer with two helicoidal blades mounted on either side of a vertical shaft.

Abstract: The present invention is concerned with tilting-beam undercarriages.The undercarriage is characterized in that the shock absorber means (7) comprise a hollow cylinder (11) entered by a plunger stem (14) at its first end (12) and by a piston (18) at its second end, while the hollow cylinder (11) has a hinge member (22) onto which the beam (8) is hinged at a point C differing from the center of it and the piston (18) is connected to the beam at a point D differing from the point of hinge C.

Abstract: An arrangement for forming partially a vehicle body of the open-top type comprises a front header member provided at an upper end portion of a front windshield for interconnecting therethrough right and left front pillars which are provided at right and left side portions of the front windshield, respectively, and a center frame member including a lateral part which is connected at a front end portion thereof to a central portion of the front header member and elongates in the direction of the length of the body and a vertical part which elongates in the direction of the height of the body with its upper end portion connected to a rear end portion of the lateral part and its lower end portion connected to a floor panel member.

Abstract: In a vacuum, recording is conducted by exposing a solid surface to a neutral particle beam or an ion beam modulated with a recording signal and converged, thereby to locally develop a change in composition on the solid surface. Then, reproducing is conducted by exposing said solid surface to an electron beam, an ion beam or a neutral particle beam which has been converged, thereby to emit electrons from the solid surface, and detecting the emitted electrons to read out the change in composition. If necessary, erasing is conducted by exposing the solid surface to the same beam as used in reproducing, thereby to eliminate the change in composition.

Abstract: Circuitry for detecting a pulse having a duration as short as 10 nanoseconds. The circuitry includes a storage device for storing the peak amplitude of the pulse. Signal resolution enhancement circuitry is responsive to the storage device for establishing a plurality of channels respectively corresponding to a plurality of signal amplitude ranges where the range of signal amplitudes for each successive range is larger than that of the range preceding it. Peak signal detecting circuitry is responsive to the signal resolution enhancement circuitry for (a) scanning the channels, (b) selecting one of the channels, the selected channel being such that the peak amplitude falls within the range for the channel, and (c) detecting the peak amplitude of the pulse.Probe 10 in FIG. 1, may be replaced by an electrostatic sensor, the high input impedance of amplifiers 16 and 18 of FIG. 1 is within range of standard electrostatic charge measurements, thus the invention becomes an electrostatic sensing device.

Abstract: An information carrier holding rail (10) which comprises a rear wall (18) and a transparent front wall (12) connected to the rear wall (18) to form an upwardly open pocket. The rear wall (18) and the front wall (12) engage on each other under stress. At the edge of the front wall (12) remote from the connection point (16) between the front wall (12) and the rear wall (18) a grip element (14) projecting from the front wall (12) is disposed.

Abstract: A photoelectric conversion device with a substrate having an insulating surface, and a plurality n of semiconductor photoelectric conversion elements U.sub.1 to U.sub.n sequentially formed side by side on the substrate and connected in series one after another, which eliminates leakage between electrodes and attains a high photoelectric conversion efficiency.

Abstract: A plurality of vehicle bodies are successively conveyed with the rear of each vehicle body directed in the conveying direction and the front of each vehicle body opposed to the rear of the immediately rearward vehicle body. A single robot mounts a first part on the front of each vehicle body and a second part on the rear of the immediately rearward vehicle body.