Abstract: Disclosed is a channel resource management method in a base station using a dynamic function in a mobile communication system, in which a real-time conversion of a traffic channel to an overhead channel using a dynamic function is allowed when a trouble occurs in the overhead channel of a base station of a mobile communication system adopting code division multiple access(CDMA) system like digital cellular system(DCS) or personal communication system (PCS), and normal servicing of terminal can be maintained by a minimum channel resource conversion resulted from an effective management of channel resource.

Abstract: When a movement of a film-like printing body is stopped for a longer time than the normal time because of generation of trouble or the like, heat of hot plates for full heating is prevented from being transmitted to the film-like printing body. All of the hot plates (3, 4, 5, 6, 7, 8) for preheating and full heating are moved downward, and a warp inhibiting body (27) is moved upward. Further, a shutter (34) for shutting off heat is inserted between the film-like printing body (2) and the full heating hot plates (6, 7). Further, at this time, a cold blast is blown to the shutter (34) for shutting off the heat.

Abstract: An apparatus for use in carrying out a microbiological assay on samples in a petri plate has a support for holding the petri plate, a camera, and a plurality of diffuse-white-light emitting diodes. The camera optically detects microbe-growth inhibition zones arising about the diffusion disks and is disposed above the support. The diodes are disposed in a circular array above the support and below the camera for illuminating the nutrient medium and the drug diffusion disks. An electrical power and control circuit energizes the diodes with power from the computer upon an activation of the camera.

Abstract: A personal transportation apparatus has a frame defining a surface for supporting a load, and a plurality of air-cushion cells mounted to the frame and depending from a lower side thereof, the air-cushion cells each having a changeable height to accommodate variations in an underlying terrain during a translation of the frame over the terrain. A pressure source is mounted to the frame and is operatively connected to the air-cushion cells for supplying air under pressure to the cells, thereby generating an air-cushion support for the frame. An elevation mechanism is mounted to the frame for lifting the frame from one step to a next higher step of a stairway so that the frame ascends the stairway from a lowermost step to an uppermost step of the stairway.

Abstract: The present invention relates to a method for reducing adhesions associated with post-operative surgery. The present method comprises administering or affixing a polymeric composition preferably comprising chain extended, coupled or crosslinked polyester/poly(oxyalkylene) ABA triblocks or AB diblocks having favorable EO/LA ratios to a site in the body which has been subjected to trauma, e.g. by surgery, excision or inflammatory disease. In the present invention, the polymeric material provides a barrier to prevent or reduce the extent of adhesions forming.

Abstract: This method is applied in men stocking boarding units including an implement bearing several boarding shapes and suited to be led into a steam boarding chamber defined by two shells, movable with respect to each other into a mutual opening and closing position. The method provides for grasping the stocking inserted on a relevant boarding shape, in correspondence with the cuff of said stocking and on opposing sides of boarding shape itself, inside said boarding chamber, by means of opposing gripping means bound to shells of boarding chamber. Upon boarding unit shells closure, said gripping means are elastically deformed and stretch the stocking leg on the boarding shape to a preset length. The stocking leg is kept stretched during the boarding phase inside the boarding chamber.

Abstract: A tension is applied to a film-like printing body to be processed in each of steps such as a printing step, a parts mounting step and the like. Further the processed film-like printing body is automatically fed out by a predetermined stroke. A supply unit (1), a printing unit (2), parts mounting units (3, 4), a heating unit (5) and a take-up unit (6) are sequentially arranged. Tension apparatuses (7, 7) which apply a tension to the film-like printing body during a process and automatically feed out the processed film-like printing body are arranged between the respective units among the supply unit (1), the printing unit (2), the parts mounting units (3, 4) and the heating unit (5).

Abstract: A safety device for portable firearms, provided in the form of a padlock that includes a main body provided with a lock and with an active portion that is adapted to be locked in a position of interference between the barrel extension, or breech, and the head of the breechblock of the weapon, in order to prevent the operation thereof.

Abstract: A method for investigating structural integrity utilizes a carrier member having a flexible surface and a plurality of electromechanical transducer elements attached to the carrier member, the transducer elements being spaced from each other along at least two spatial dimensions. The method includes conforming the flexible surface to a solid structural member, so that a substantial portion of the flexible member is in effective wave-transmitting engagement with the structural member, thereafter transmitting pressure waves from at least one of the transducer elements into the structural member, receiving pressure waves reflected from an internal structural defect in the structural member in response to the pressure waves transmitted from the one of the transducer elements, and analyzing the received pressure waves so as to detect the structural defect.

Abstract: Disclosed is a helmet or a safety cap for protecting the rider's head and a method of manufacturing the same, in which the main body of the helmet has a dual-structure so as to reduce work process when an outer surface of the helmet is painted, and weight thereof. The main body of the helmet has a dual-structure in that an outer surface thereof is formed of a thermoplastic for an aesthetic enhancement and an inner surface thereof is formed of FRP or a mixture of aramide fiber, polyethylene fiber, vinylon, carbon fiber. Thus-formed dual structure of the helmet body contributes to enhancement in impact resistance and convenience in painting, decreasing an overall weight of the helmet.

Abstract: A motor brush dust removing filter for use in a vacuum cleaner in which the vacuum cleaner includes a cylinder-shaped canister, a supporting portion having wheels and attached to a lower portion of the canister, an air outlet formed in a cover so as to discharge air at an upper portion of the cylindrical canister, and a vacuum generating unit for sucking air into the cylindrical canister. The cover has at a center thereof a circular aperture, a circular protrusion or shelf along the aperture, a filter, and a brush dust removing filter having a connection portion. The connection portion of the filter is fastened to a case of a motor brush assembly so that brush dust discharged via an air vent in an upper surface of the brush assembly case is filtered by the filter of the filter unit from air exhausted to the ambient atmosphere.

Abstract: A method and associated apparatus for use in a microbiological assay procedure wherein a plurality of diffusion disks are placed on a nutrient medium on a plate, each of the disks carrying a respective antibiotic agent and each having an identification code identifying the respective antibiotic agent, the disks being positioned on the plate in a preselected relative arrangement. The method comprises optically scanning the disks on the plate, consequently generating a digitally encoded image including digitized representations of the identification codes, and electronically processing the digitally encoded image to determine an angle of rotation of the plate relative to a pre-established reference frame or coordinate system, wherein the electronic processing of the digitally encoded image includes detecting a region of the plate occupied by a unique subset of the disks.

Abstract: A fingerprint capture or processing apparatus incorporates a casing defining a sealable chamber, a first support in the chamber for holding a source of a chemical fingerprint fixative agent, a second support in the chamber for holding an article to be tested for fingerprints, a filtration system connected to the chamber for removing contaminants from air in the chamber, and an air circulation assembly operatively connected to the casing for circulating air from the chamber and through the filtration system. Preferably, the air circulation assembly is a closed system, ensuring that no contaminants will be spilled to the ambient atmosphere prior to complete cleansing of the air inside the casing. A humidity control device may be connected to the air circulation assembly for modifying a humidity level in the chamber to a predetermined relative humidity, thus optimizing effectiveness of the chemical fingerprint fixation agent.