Abstract: A cleaner for removing particulate matter on bottles moving on a conveyor line. As the bottles move along the conveyor, they contact brushes in the form of continuous, endless belts. The belt has motion relative to the bottles which it contacts. Preferably, the belt moves in the same direction, but faster than, the bottles. On the other side of the bottles, a screw auger having spaces large enough for the bottles to fit in may assure the correct motion of the bottles. Alternately, a brush also in contact with the bottles and on the other side of the belt brush may also help assure the proper cleaning of the bottles. The second brush may take the form of a rotating cylinder, a rotating auger formed of brush bristles, or even a second endless, continuous belt brush.

Abstract: A method for removing dust and other fine particulates matter from the exterior surface of a bottle moving along a conveyor line. A jet of ionized air neutralizes any static charge adhering the particulate matter to the bottle and also commences the dislodgement of the former from the latter. Moving brushes contacting the exterior surface of the bottle further dislodges the particulate matter. Lastly, a vacuum on the other side of the brushes from the bottle removes the air and entrained particulate matter detached from the bottles. One or more rotating longitudinal screws can control the bottles motion through the system. A belt in contact with the bottles and moving relative to the conveyor effects their rotation regardless of their exterior configuration. This assures that the brushes contact all portions of their exterior surface. When the device uitlizes a longitudinal screw, the belt can rotate around rollers placed at the ends of the screw.

Abstract: An adaptor affixing a video camera to a film camera. The adaptor permits the transmission of the image formed on the focusing screen of the latter to reach the former in a correct left-right and up-down orientation. For this purpose, it utilizes a mirror which, in one position, transmits the image to the video camera. In the other, it permits the viewing of the image on the film camera's focusing screen with or without magnification. Nonetheless, it permits visual and manual access to the normal controls of the camera. A shield prevents the access of light not from the film camera's image to the video camera for a sharper and clearer image. The adaptor attaches to the usual coupling devices of the film camera which generally permits the affixing of photographic accessories. To permit a more compact system, the adaptor bends the light path from the image screen to the video camera through an angle greater than 90 degrees but not greater than 180 degrees.

Abstract: A vacuum system for a vacuum sizing tank utilizing electronic controls to maintain the proper negative pressure within the tank. A transducer measures the tank's vacuum. An electronic circuit compares the measured value with the preset value. Any discrepancy between the two undergoes resolution by varying the voltage applied to the variable-speed d.c. controlled vacuum pump. The resulting changes in the motor's speed brings the tank's vacuum to the desired magnitude. The continuous measurement of the vacuum and its feedback to the speed of the vacuum pump results in the maintenance of the desired vacuum within the sizing tank.

Abstract: Improvements for an incinerator system including double reburn tunnels, an excitor within a reburn tunnel, a choker for closing off part of a reburn tunnel, a grate near the incinerator's inlet to permit the drying and initial combustion of refuse, an ash scoop which remains out of the water during most of its operation. The use of dual reburn tunnels, along with a damper that permits the closure of at least one of them, permits the efficient and environmentally acceptable utilization of the main incinerator chamber even with minimal refuse contained there. With less refuse, only one reburn unit operates; it will still have sufficient heat and throughput to maintain, with minimal auxiliary fuel, the temperatures needed for complete combustion. An excitor, or solid stationary object placed within the reburn tunnel, permits the retention and reflection of the heat generated by the burning to assure complete combustion of all hydrocarbons within the reburn unit.

Abstract: A material and method for hemming garments, especially trousers, by persons lacking satorial skills. On the material appears both a pressure-sensitive adhesive and a permanent fusible resin. Further, it has a row of slots cut into it. In use, the salesman or even the purchaser of a pair of trousers, for example, will mark the trouser leg and place the material on the inside of the leg, with the row of slots aligned with the marks. Folding the material upward until the slots sit along the line of the fold gives a trouser length as originally measured. The pressure-sensitive adhesive holds the material to the inside of the garment's cloth. The purchase of the garment may then try on the trousers again to see if, in fact, the hem falls at the exact correct location. If not, the pressure-sensitive adhesive allows the unfolding of the cuff and a further trial fold.

Abstract: A core upon which may be wound a strip of material, more specifically, a strip of labels attached to a liner by an adhesive. The core includes a tube having circular cylindrical symmetry and a coating of a temporary adhesive. The adhesive should have less tackiness than that holding the labels to its liner. In more general terms, the adhesive attached to the tube for holding the web should have a tackiness that should not require a pull force to remove common bond paper from the core of more than about five ounces per inch of width with a 90 degree pull. The adhesive should appear at some axial location over at least 85 percent of the circumference of the tube. Preferably, it will occur on at least 95 percent of the circumference. Making the core involves permanently attaching the adhesive to a tube having cylindrical symmetry. Attaching a web proceeds, after making the core, with contacting the core with the web and then rotating the core about the tube's axis of cylindrical symmetry.

Abstract: A bottle washer removing bottles from a conveyor, rotating them about 360 degrees, and using paddles of extended length and a stationary guide to replace the bottles on the conveyor. The conveyor moves the bottles between paddles which will rotate them through a circle of 360 degrees. At the very end of that arc, an obstructing guide rail directs the bottles out of the rotational plane to avoid their colliding with the entering bottles. The bottle washer, to work at greater length upon the bottles may in fact move the bottles about two circles of approximately 360 degrees each. As the bottles complete the first rotation, an obstructing guide moves them out of the plain of the first rotation and into the plane of the plain of the second rotation. During the bottles' rotation the usual rotational valves and nozzles permit the desired operations of washing and cleaning.

Abstract: A safe having multiple openings in the form of drawers, with each of the drawers having a different color. The material placed into any one of the drawers passes from the drawer into a container located below the drawer in the safe. Each of the containers bears the same color as the drawer with which it communicates. A door over the safe prevents the unauthorized access to or removal of the containers from the safe. Catches, attached to each of the drawers, prevent their unauthorized removal from the safe. Each of the drawers may also include a separate lock to prevent entrance into the drawer except by authorized individuals.

Abstract: Caps for milk or juice bottles having four screw threads with serrations. The matching threads on the containers also display serrations. The serrations on the caps and the bottles engage each other to prevent their relative rotation to prevent the opening of the closure. An applicator places the cap onto the bottles by first twisting the caps in the reverse direction to properly seat them on the bottle necks. It then reverses the direction to start the closure. The applicator first holds the cap at an angle relative to the horizon and the direction in which the bottles move on a conveyor. As a bottle moves on the conveyor, it engages the lower, tilted edge of the cap. The bottle moving on the conveyor and in contact with the cap overcomes the tension, created by gravity, holding the cap from its location where it awaited the arrival of a bottle.

Abstract: Resin-coated bottoms of pockets to provide extended life for the porous material. Coating one side of the pocket bottoms provides enhanced abrasion resistance and reduces seam slippage along the stitching on the pocket's bottom. The resin may include a polyurethane or a polyacrylate, with a polyester polyurethane combination finding particular utility. The resin fills many of the pores of material, but leaves others open. The open pores avoids perspiration and other moisture from adhering to the wear's skin. Coloring the resin helps identify the resin's presence as well as providing an indication of origin for the garment or pocket itself. Typically, the only manufacturing of the pocket includes coating one side of the pocketing material with the uncured resin. The compound embedded on one side of the material then undergoes curing, generally through the application of heat, to form a coherent substance and open the pores.

Abstract: A device for removing dust and other fine particulate matter from the exterior surface of a bottle moving along a conveyor line. A jet of ionized air neutralizes any static charge adhering the particulate matter to the bottle and also commences the dislodgement of the former from the latter. Moving brushes contacting the exterior surface of the bottle further dislodges the particulate matter. Lastly, a vacuum on the other side of the brushes from the bottle removes the air and entrained particulate matter detached from the bottles. A star wheel having indentations in it moves the bottles along at a predetermined pace. Alternately, one or more rotating longitudinal screws can control the bottles motion through the system. A belt in contact with the bottles and moving relative to the conveyor effects their rotation regardless of their exterior configuration. This assures that the brushes contact all portions of their exterior surface.

Abstract: A bottle washer removing bottles from a conveyor, rotating them about 360 degrees, and using paddles of extended length and a stationary guide to replace the bottles on the conveyor. The washer may sit over the conveyor transporting the bottles. The conveyor moves the bottles between paddles which will rotate them through a circle of 360 degrees. At the very end of that arc, however, an obstructing guide rail directs the bottles out of the rotational plane to avoid their colliding with the entering bottles. The paddles that move the bottles about the arc have extensions lying in the direction that the conveyor moves. These extensions control the motion of the bottles as they move out of their plane of rotation so that they will return to the conveyor. The bottle washer, to work at greater length upon the bottles, may in fact move the bottles about two circles of approximately 360 degrees each. As the bottles complete the first rotation, the obstructing guide moves them out of the plane of the first rotation.

Abstract: A process for treating salmonid fish heads and skins utilizing an opening starting from a point generally near the fish's nose and ending at a point near the rear of the head. The opening facilitates access to the total underside of the headskin and the skull. It also permits the removal of the former from the latter. Placing the oil-containing skin in a solution of acetone, isopropyl alcohol, and water removes the oil and permits further use of the skin. The skull and skin can be reused as an undamaged, finished, mounted specimen, either alone or in combination with the other body parts of the fish.

Abstract: A device and method for linearly inserting an interlining into the formation of a waistband of a garment such as slacks. The device has separate guiding means which directs different strips of fabric into a sewing mechanism which, in turn, combines the waistband components. One of the fabrics constitutes the interlining which prevents the waistband from rolling over in use. The guide for feeding the interlining into the sewing mechanism utilizes a linearly moving air cylinder. Pins on a holder pivotally connected to the cylinder attach to the interlining and feed it directly into the sewing mechnism. As a result, the pins and the interlining move linearly toward the sewing mechanism. As the cylinder returns to its starting position, the holder pivots to release the pins from the material to avoid pulling the interlining away from the sewing mechanism. Lastly, a knife connects to a second cylinder through a chain link.

Abstract: A safety cockpit for a powerboat totally separable from the remainder of the boat. The cockpit has a single wall between the interior and the exterior formed of a sandwich material of an Airex rigid foam to which are epoxied, on either side, two layers of Kevlar polyamide cloth. The removable cockpit section may extend only a portion of the length of the boat. In this instance, the boat then also includes two sponsons attached together to form a permanent deck; the cockpit then sits in a cavity formed between the sponsons in front of the deck. Alternately, the cockpit section may extend the entire length of the boat. In this case, a sponson attaches to each side of the nose section. The nose section also will then hold the engine powering the boat. In either event, the cockpit and the remainder of the boat only adjoin and connect to each other along vertical walls of each.

Abstract: An adjustable clutch mechanism for fixing the relative position of two objects rotationally coupled relative to each other. The pressure resisting the change of rotational position submits to adjustment to permit facile movement but yet resists change from the selected position. The mechanism finds particular utility for holding a portable computer terminal's cover containing a display at a desired position relative to the base containing the keys. The clutch mechanism itself includes two sets of annular rings held against each other by a nut and bolt pressing against a spring which in turn presses against one of the rings. Tightening the screw applies greater pressure to the rings and prevents the relative rotation. The first set of the rings moves with the cover while the second set of rings has a fixed rotational orientation relative to the base. A tubular shaft, affixed to the base, passes through the center of the rings engaging tabs of the second set.

Abstract: An audible electroencephalograph (EEG) for use with electroconvulsive therapy (ECT). A voltage controlled oscillator converts the magnitude of the signal received from the patient's brain into an audible tone indicative of brain activity. The tone undergoes frequency modulation about 500 hertz to indicate to the attending physician the brain seizure produced by the ECT. The audible signal informs the physician of the results of the ECT without requiring any attention to or waiting for a strip recorder to provide a graphic display. This permits the physician to continuously watch the patient during the ECT. Used in conjunction with the ECT equipment, a first, warning tone may indicate a short hiatus between pressing the treatment button and the commencement of the ECT stimulus. A second tone indicates the application of the ECT stimulus, while the third tone, as described above audibly delineates the resulting effect upon the patient.