Abstract: The present invention includes an open-top sheath case for receiving a chainsaw blade and a planar sheath cover detachably secured to the sheath case to cover the open-top of the sheath case. The sheath cover includes an inwardly extending “L” shaped lip along the longitudinal edges of the sheath cover. An open-top tool kit box includes a floor, a pair of side walls and a front and rear end walls extending upwardly from the floor. The tool kit box further includes an outwardly extending lip provided on the upper edges of the sidewalls and the front end wall. The outwardly extending lip of the tool box kit is sized to be slidably received by the inwardly extending lip of the sheath cover.

Abstract: The present invention includes an open-top sheath case for receiving a chainsaw blade and a planar sheath cover detachably secured to the sheath case to cover the open-top of the sheath case. The sheath cover includes an inwardly extending “L” shaped lip along the longitudinal edges of the sheath cover. An open-top tool kit box includes a floor, a pair of side walls and a front and rear end walls extending upwardly from the floor. The tool kit box further includes an outwardly extending lip provided on the upper edges of the sidewalls and the front end wall. The outwardly extending lip of the tool box kit is sized to be slidably received by the inwardly extending lip of the sheath cover.

Abstract: A shoring beam extension and reinforcement assembly allows a user to removably connect a plurality of shoring beams together so as to customize a support assembly to a particular excavation site. In use, main shoring beams extending around the periphery of an excavation site are connected at the corners by corner connections and are connected along the longitudinal sides of the excavation site by the extension of reinforcement assembly. Additionally, the first and second connectors support a center shoring beam laterally across the excavation site. The assembly is provided with additional support by tabs extending from each of the first and second connectors. Reinforcing beams include tabs having apertures adapted to align with apertures in the tabs of the first and second connectors such that connecting pins may be inserted there through to connect the reinforcing beams with the connectors. Eyelets located on the first and second connectors provide a means by which the assembly may be supported.

Abstract: A center beam connection assembly for temporary shoring includes a pair of end-caps adapted to fit over respective ends of a center shoring beam. Arms extending from each end-cap engage a web of a main shoring beam in a excavation site shoring system. The end-caps may be used alone, or in combination with reinforcing and spacer bars. Reinforcing bars include first and second hooks adapted to connect to a main shoring beam and a center shoring beam, respectively. When utilized, each spacer bar is connected to at least one tab on an end-cap and at least one tab on a reinforcing bar via connecting pins. In this manner, one or more center shoring beams can span an excavation hole to provide removable, reusable and temporary support for a shoring system.

Abstract: A shoring beam extension and reinforcement assembly allows a user to removably connect a plurality of shoring beams together so as to customize a support assembly to a particular excavation site. In use, main shoring beams extending around the periphery of an excavation site are connected at the corners by corner connections and are connected along the longitudinal sides of the excavation site by the extension of reinforcement assembly. Additionally, the first and second connectors support a center shoring beam laterally across the excavation site. The assembly is provided with additional support by tabs extending from each of the first and second connectors. Reinforcing beams include tabs having apertures adapted to align with apertures in the tabs of the first and second connectors such that connecting pins may be inserted there through to connect the reinforcing beams with the connectors. Eyelets located on the first and second connectors provide a means by which the assembly may be supported.

Abstract: A center beam connection assembly for temporary shoring includes a pair of end-caps adapted to fit over respective ends of a center shoring beam. Arms extending from each end-cap engage a web of a main shoring beam in a excavation site shoring system. The end-caps may be used alone, or in combination with reinforcing and spacer bars. Reinforcing bars include first and second hooks adapted to connect to a main shoring beam and a center shoring beam, respectively. When utilized, each spacer bar is connected to at least one tab on an end-cap and at least one tab on a reinforcing bar via connecting pins. In this manner, one or more center shoring beams can span an excavation hole to provide removable, reusable and temporary support for a shoring system.

Abstract: A sand and seed divot replacer including a pour spout having an inwardly extending lip formed on the inner surface of the pour spout at an end distal from the pouring end. An open top bottle is provided including an outwardly extending circumferentially positioned band located on the exterior surface of the bottle adjacent the open top. The spout constructed of a resilient material and the distal end sized to receive the band of the bottle with the lip in latching engagement with the band of the bottle. The bottom wall of the bottle including an indented portion. A holder is provided having a main body open at the top and closed at the bottom with a bottom wall. The holder is sized for receiving the bottle and spout. The bottom wall of the holder includes an indented portion sized for nesting in the indented portion of the bottle.

Abstract: A sand and seed divot replacer including a pour spout having a female threaded portion integrally formed on the inner surface of the pour spout at an end distal from the pouring end. A bottle is provided having an open top and a closed bottom. The bottle including a male threaded portion located on the exterior of the main body portion adjacent the top for threadably mating with the female threaded portion of the spout. The bottom wall of the bottle including an indented portion. A holder is provided having a main body portion open at the top and closed at the bottom with a bottom wall. The holder is sized for receiving the bottle and spout. The bottom wall of the holder includes an indented portion sized for nesting in the indented portion of the bottle.

Abstract: A sand and seed divot replacer including a pour spout having a female threaded portion integrally formed on the inner surface of the pour spout at an end distal from the pouring end. A bottle is provided having an open top and a closed bottom. The bottle including a male threaded portion located on the exterior of the main body portion adjacent the top for threadably mating with the female threaded portion of the spout. The bottom wall of the bottle including an indented portion. A holder is provided having a main body portion open at the top and closed at the bottom with a bottom wall. The holder is sized for receiving the bottle and spout. The bottom wall of the holder includes an indented portion sized for nesting in the indented portion of the bottle.

Abstract: Apparatus is shown for substantially increasing the feed rate of pulverized material into a pressurized container. The apparatus includes a rotor that is mounted internal to the pressurized container. The pulverized material is fed into an annular chamber defined by the center of the rotor. A plurality of impellers are mounted within the annular chamber for imparting torque to the pulverized material.

Abstract: Apparatus is shown for feeding a slurry to a pressurized housing. An impeller that includes radial passages is mounted in the loose fitting housing. The impeller hub is connected to a drive means and a slurry supply means which extends through the housing. Pressured gas is fed into the housing for substantially enveloping the impeller in a bubble of gas.

Abstract: A device for pressurizing pulverized coal and circulating a carrier gas is disclosed. This device has utility in a coal gasification process and eliminates the need for a separate collection hopper and eliminates the separate compressor.

Abstract: Method and apparatus are shown for the continuous feeding of pulverized material to a high pressure container. A rotor is located within the high pressure container. The pulverized material is fed from a feed hopper through a stationary feed pipe to a vented spin-up chamber to a plurality of two-stage sprues mounted in the rotor. Control nozzles downstream from the sprues meter the flow of coal through the sprues.

Abstract: Method and apparatus are shown for control of continuous feeding of pulverized material to a high pressure container. A rotor is located within the high pressure container. The pulverized material is fed from a feed hopper through a stationary feed pipe to a vented spin-up zone chamber to a plurality of sprues mounted in the rotor. Control of the pressure within control nozzles downstream from the sprues adjusts the flow rate of coal through the sprues.

Abstract: Apparatus is shown for adjusting the feed rate of pulverized feed material into a pressurized container. The apparatus also has utility for compensating for variations in the permeability of the feed material. A rotor that includes sprues with provision for controlling the pressure distribution along the sprues is located within the pressurized container. The rotor hub is connected to a drive means and a material supply means which extend through the wall of the container. A line for controlling pressure along the sprues by gas injection is connected to a chamber between sections of the sprue for controlling gas pressure at that point. The gas pressure control line is connected to a pressurized gas source and a control system external to the rotor.