Abstract: A repeater mechanism for a rifle that allows the breech to be pulled straight back, while the rifle remains in a supported stable position, for example, on the shoulder of the shooter. Breech, trigger assembly, pistol grip and a forward stock portion form a repeater mechanism that may be pulled back and moved forward along slide rails. A rearward stock portion comprises an opening for accommodating, in telescoping fashion, the forward stock portion when the repeater mechanism is pulled back. During the manipulation of the repeater mechanism, the rearward stock portion remains resting on the shoulder of the shooter and the shooter's hand, that manipulates the trigger, remains resting on the grip and thus, the stability of the rifle during quick manipulation of the repeater mechanism, is achieved.

Abstract: The present invention is a firearm rest having an elongate shaft with a Y shaped cradle such that the branches of the cradle are notched on their periphery, and there is a vertical hole located at a base of one of the branches. The present invention includes a camouflage screen that has a face screen portion and a body screen portion. The face screen portion of the camouflage screen is rectangular in shape and made from two pieces of material, thereby forming a pocket with an opening at its top side. The face screen portion attaches to the branches of the Y shaped cradle of a firearm rest. The body screen portion of the camouflage screen is trapezoidal in shape and attaches to the bottom of the face screen portion. The bottom of the body screen portion can be attached to the ground with stakes to provide broader coverage to a hunter. The present invention also includes an umbrella, the shaft of which fits through the vertical hole located in the Y shaped cradle.

Abstract: A work vehicle has steered wheels positioned forwardly of the vehicle relative to the direction of run of the vehicle, the steered front wheels having a caster angle of minus value ranging from -0.5.degree. to -2.degree.. Preferably, the caster angle is set at -1.degree.. As a result, it becomes possible to reduce a steering torque, especially a peak steering torque, and to obviate infiltrating and overshooting feels, thus providing a comfortable steering feel with respect to the vehicle.

Abstract: An arrangement for selectively disconnecting an airbag fitted within a passenger compartment of a motor vehicle. The arrangement includes a visible warning means retractable within a component and adapted to be withdrawn to extend over at least a predetermined region of the component. The warning means cooperates with airbag deployment means such that when the warning means is in its retracted position, the airbag deployment means is armed and when the warning means is in its withdrawn position, the airbag deployment means is disarmed.

Abstract: A gun bore cleaning system comprising a cleaning patch guide and holder, and a solvent and patch collector. The guide includes a tube having a tapered bushing at its forward end for abutting the breech end of the bore opening, and an inclined patch support surface near a rearward end holds a cleaning patch. As a cleaning rod is passed through the tube into the bore, it captures the patch, impregnated with a cleaning solvent, and pushes it through the bore into the solvent and patch collector mounted on the muzzle of the gun where the patch and any excess solvent are retained. The solvent and patch collector includes an adaptor mountable on the muzzle and a disposable container removably connected to the adaptor.

Abstract: A gas generating composition, particularly useful for inflating a vehicle occupant restraint, comprises an organic fuel, an oxidant, and iron oxide in an amount effective to provide a coolant function in the gas generating composition. At least a major portion of the iron oxide is substantially free of catalytic or paint grade material and has an average particle size in a narrow particle size distribution range greater than 100 microns.

Abstract: A range correction module which is designed to fit onto a spin stabilized ballistic projectile for correcting range error. The range correction module is a self-contained module within the fuze which screws into the forward portion of the projectile. The range correction module is designed such that changes are not required to the existing projectile. During the course correction phase, semi-circular plates will deploy from the module. The plates create a blunt cross-sectional area in front of the projectile, thus creating more drag and effectively slowing the projectile.

Abstract: A false target deployment system including an inflatable and collapsible decoy packaged in a munition for deploying the decoy in its collapsed state from an actual target at risk due to a potential threat. The decoy is rapidly inflated during deployment and the decoy includes coatings and/or other devices for emulating the infrared, radar and/or laser reflectivity characteristics of the actual target thereby providing a false target for the threat.

Abstract: It is possible to improve the hit probability of programmable projectiles by means of this method. For this purpose a predetermined optimal disaggregation distance (Dz) between a disaggregation point (Pz) of the projectile (18) and an impact point (Pf) on the target is maintained constant by the correction of the disaggregation time (Tz) of the projectile (18). The correction is performed by adding a correcting factor, which is multiplied by a velocity difference, to the disaggregation time (Tz). The velocity difference is formed from the difference between the actually measured projectile velocity and a lead velocity of the projectile, wherein the lead velocity is calculated from the average value of a number of previous successive projectile velocities.

Abstract: An air-cooled gas turbine blade providing improved cooling characteristics is disclosed. The turbine blade includes several internal passages for conveying cooling air therethrough during turbine operation to provide the desired cooling effect. Two distinct passages are provided to cool the airfoil leading and trailing edges, respectively. Two serpentine cooling passages are disposed so as to efficiently cool each side of the airfoil. Disposed in the middle of the airfoil is an additional, distinct passage. The platform is cooled by three serpentine cooling passages. Two of these passages are in outlet fluid communication with the inlet to the middle airfoil passage. As cooling air traverses these two passages, heat is transferred, from the base simultaneously cooling it and warming the air. This warmed air is next directed through the middle airfoil passage, providing a slight warming effect to the center portion of the airfoil.

Abstract: A shotgun stock including a shell holding compartment. The shell holding compartment is completely contained within the confines of the shotgun stock so that it does not extend outwardly in either direction from the stock. The shell holder is several clips facing either the right side or the left side of the stock. Shells may be snapped in or removed from the clip and the shells are also completely contained within the confines of the stock. Preferably, the stock includes a pistol grip portion so that the shotgun may be held by one hand. Also, preferably, the opening in the stock is divided by a partition with the clips in the rear partition and the hand holding pistol grip at the front of the front opening.

Abstract: A fabricated high strength non-driven steer axle is provided so as to be cost effective to manufacture, the axle having a limited number of parts and steps of manufacture, as well as being of a reduced weight. The axle includes an integral one piece metallic form having a substantially U-shaped central portion in cross-section, and a pair of spaced arms extending from each end thereof toward a respective king pin mounting area. In order to simplify king pin mounting (e.g. eliminate the need for a bearing sleeve or tube), a separate king pin reinforcing plate is inserted between the spaced arms so that each king pin is received through an orifice in the reinforcing plate and a corresponding orifice defined in another plate, both in a bearing manner so as to efficiently support the king pin.

Abstract: The present invention is directed to a metered delivery of explosives to boreholes in mining, quarrying, and/or construction operations. The explosives may be ANFO, emulsions, bulk explosives, packaged explosives, blends thereof, and combinations thereof.

Abstract: A novel heat transfer apparatus and method including a body of carbon/carbon material with cooling tubes brazed therein. The carbon/carbon material includes carbon, graphite, carbon fibers, graphite fibers and combinations of the same and silicon carbide and boron carbide. The cooling tubes are prepared from stainless steel, nickel and its alloys, cobalt and its alloys, copper, molybdenum, molybdenum rhenium alloy, and carbon. A wetting agent is applied to the carbon surfaces to protect the carbon surfaces from attack by the molten brazing material and is selected from molybdenum niobium, tantalum, tungsten, and carbides of these refractory metals. The brazing material is selected from copper, copper alloys, silver, and gold.

Abstract: An improved ammunition data transmission system includes alternately applied parallel sources of high frequency of alternating current (AC) voltage and direct current (DC) voltage. The high frequency AC voltage is applied first to provide updated data and to activate the electronic control package for the round in the projectile. the DC voltage then activates the electric primer system for igniting the propellant charge to fire the round. Both the electronics control package and the electric primer system are connected in parallel with the source of AC voltage and, in the preferred embodiment, the parallel connected circuitry contains a capacitor to prevent DC voltage from reaching the electronics control package and an inductor for preventing AC voltage from reaching the electric primer system.

Abstract: 1. A method of detonating a high explosive (HE) projectile before it contacts a target comprising:1. firing a first high explosive incendiary (HEI) projectile at a target, said first projectile containing a first explosive which produces an electromagnetic radiation of predetermined frequency and magnitude during combustion;2. firing a second high explosive (HE) projectile at the target after said first high explosive incendiary (HEI) projectile is fired;3. impacting said first high explosive incendiary (HEI) projectile on said target, said first projectile containing fusing means for detonating said first explosive on impact; and4. detonating said second high explosive (HE) projectile by use of fusing means therein actuated solely by said electromagnetic radiation resulting from combustion of said first explosive on impact of said first high explosive incendiary (HEI) projectile on said target.

Abstract: A disposable absorbent article having a breathable laminate backsheet. The absorbent article has a front waist region, a rear waist region, a crotch region positioned between the front waist region and the rear waist region, a pair of opposed side edges, a first end edge and a second end edge. The absorbent article includes an absorbent core having a pair of opposing longitudinal edges, a garment-facing side and a body-facing side, and a breathable laminate backsheet disposed adjacent to the garment-facing side of the absorbent core. The breathable laminate backsheet has an inner layer and an outer layer joined to one another. The inner layer is positioned between the absorbent core and the outer layer. The outer layer is relatively vapor pervious. The inner layer is substantially liquid impermeable and substantially vapor pervious.