Abstract: A hoist that is demountably secured to a frame of an all terrain vehicle, comprising a base that is demountably secured to the frame; an arm-base bracket that is secured to a top surface of said base; a base arm that is pivotably mounted to a front portion of said arm-base bracket; a sliding arm that is slidably received by said base arm, said sliding arm having a sliding arm terminal end; a base arm locking member that locks the sliding arm in place relative to said base arm; a sliding arm pulley rotatably secured to said sliding arm terminal end; a support arm adjustably secured at one end to a rear portion of said arm-base bracket, and at the other end to said base arm; and a crank capable of receiving a cable from said sliding arm pulley.

Abstract: A hoist that is demountably secured to a frame of an all terrain vehicle, comprising a base that is demountably secured to the frame; an arm-base bracket that is secured to a top surface of said base; a base arm that is pivotably mounted to a front portion of said arm-base bracket; a sliding arm that is slidably received by said base arm, said sliding arm having a sliding arm terminal end; a base arm locking member that locks the sliding arm in place relative to said base arm; a sliding arm pulley rotatably secured to said sliding arm terminal end; a support arm adjustably secured at one end to a rear portion of said arm-base bracket, and at the other end to said base arm; and a crank capable of receiving a cable from said sliding arm pulley.

Abstract: A process for continuously manufacturing boron nitride utilizing a graphite capsule/vessel container for the reaction mixture and a pusher-type of high-temperature furnace. The process comprises the steps of: a) during the preheat step: pushing the graphite capsule/vessel through hot zones such that the reacting mixture is heated uniformly throughout its cross-sectional area and is held at or below 1000° C.: b) during the ultra-high-temperature heating step: pushing the graphite capsule/vessel through hot zones such that the reacting mixture is heated uniformly throughout its cross-sectional area and is held in the range of 1600 to 2200° C.

Abstract: A graphite capsule/vessel for producing boron nitride. The vessel has a cross-sectional area that allows reaction contents to be uniformly heated in order to yield boron nitride in a uniform consistency of crystallinity and purity and allows the reaction gaseous products to readily evolve.