Abstract: A clearing trap for decelerating bullets including a housing and bullet deceleration material disposed within the housing. The bullet deceleration material may include a plurality of layers of rubber material and metal for safely decelerating a bullet. Further, the layers of rubber material may have different densities and different types of metal may be used to decelerate a bullet. The clearing trap may also include vent holes for dissipation of the force generated from discharging a firearm in the housing and diverters which channel vented gasses away from a shooter.

Abstract: A clearing trap for decelerating bullets including a housing and bullet deceleration material disposed within the housing. The bullet deceleration material may include a plurality of layers of rubber material and metal for safely decelerating a bullet. Further, the layers of rubber material may have different densities and different types of metal may be used to decelerate a bullet. The clearing trap may also include vent holes for dissipation of the force generated from discharging a firearm in the housing and diverters which channel vented gasses away from a shooter.

Abstract: An emergency stopping system for track mounted movable targets used divergent cables to stop a target trolley which has not been otherwise stopped before coming to the end of a track. As the trolley passes over the diverging cables, the cables are forced together, causing the trolley to dissipate kinetic energy.

Abstract: An emergency stopping system for track mounted movable targets used divergent cables to stop a target trolley which has not been otherwise stopped before coming to the end of a track. As the trolley passes over the diverging cables, the cables are forced together, causing the trolley to dissipate kinetic energy.

Abstract: An emergency stopping system for track mounted movable targets used divergent cables to stop a target trolley which has not been otherwise stopped before coming to the end of a track. As the trolley passes over the diverging cables, the cables are forced together, causing the trolley to dissipate kinetic energy.

Abstract: A clearing trap for decelerating bullets including a housing and bullet deceleration material disposed within the housing. The bullet deceleration material may include a plurality of layers of rubber material and metal for safely decelerating a bullet. Further, the layers of rubber material may have different densities and different types of metal may be used to decelerate a bullet. The clearing trap may also include vent holes for dissipation of the force generated from discharging a firearm in the housing and diverters which channel vented gasses away from a shooter.

Abstract: The present invention is directed at an improved method of planting trees. The method consists of first providing a plurality of seed capsules, each seed capsule comprising a seed contained in a liquid medium enclosed in a sealed frangible capsule. The seed capsuled are in the hopper portion of a launch mechanism, the launch mechanism having a launcher operatively coupled to the hopper for launching the seed capsules. The seeds are then planted on the ground by individually launching the seed capsules at the ground at a velocity selected to burst the frangible capsule of the seed capsules when the seed capsules hit the ground.

Abstract: The present invention provides an indicator system for an appliance to notify an appliance operator that an operable temperature is reached by an element of the appliance. The indicator system comprises a light source that provides light to a linear light enhancer. The linear light enhancer transmits light from the light source along the length of the linear light enhancer, to increase the ability of an appliance operator to observe the light from the light source. The light enhancer is an optical fiber or a light tube. The invention is also directed to the incorporation of such indicator systems in appliances that require a heating period, such as for example, laminators.

Abstract: The present invention provides an indicator system for an appliance to notify an appliance operator that an operable temperature is reached by an element of the appliance. The indicator system comprises a light source that provides light to a linear light enhancer. The linear light enhancer transmits light from the light source along the length of the linear light enhancer, to increase the ability of an appliance operator to observe the light from the light source. The light enhancer is an optical fiber or a light tube. The invention is also directed to the incorporation of such indicator systems in appliances that require a heating period, such as for example, laminators.