Abstract: A boom truck with splayed forward stabilizers which permits loads to be lifted over the front of the vehicle without a central front jack and further having a pair of rear stabilizers which are separated from the splayed forward stabilizers along a substantial length of and near the rear end of the vehicle frame. The boom truck being made in a process where the attachment of the rear stabilizers is done in a separate and distinct process from the attachment of the splayed forward stabilizers.

Abstract: A transmission (12) for a vehicle (10) includes a gear shaft (40) having a fluid passage (106), and a gear (42) having a first bore mounted to the gear shaft (40). The gear has a first axial face (74) with a plurality of teeth (76), and a first undercut (78) at each of the first bore and the first axial face. A shift collar (64) has a second bore (88) mounted to the gear shaft (40). The second bore (88) is axially movable and rotationally fixed relative to the gear shaft (40). The shift collar (64) has a second axial face (92) with a plurality of teeth (94), and a second undercut (98) at each of the second bore (88) and the second axial face (92). The teeth (94) of the second axial face (92) are enmeshable with the teeth (76) of the first axial face (74). An annular piston (66) is slidably mounted to the gear shaft (40) and positioned within each of the first undercut (78) and the second undercut (98).

Abstract: A boom truck with splayed forward stabilizers which permits loads to be lifted over the front of the vehicle without a central front jack and further having a pair of rear stabilizers which are separated from the splayed forward stabilizers along a substantial length of and near the rear end of the vehicle frame. The boom truck being made in a process where the attachment of the rear stabilizers is done in a separate and distinct process from the attachment of the splayed forward stabilizers.

Abstract: A transmission (12) for a vehicle (10) includes a gear arrangement having a gear shaft (44) and a gear (48,66) mounted to the gear shaft (44). The gear (48,66) is axially movable and rotationally fixed relative to the gear shaft (44). A housing (28) includes an access opening (56) and an access cover (54) over the access opening (56). The access cover (54) rotatably carries one end of the gear shaft (44). The access opening (56) is sized and shaped to allow the gear (48,66) to be moved through and out of the housing (28).

Abstract: A transmission (12) for a vehicle (10) includes a gear shaft (40) having a fluid passage (106), and a gear (42) having a first bore mounted to the gear shaft (40). The gear has a first axial face (74) with a plurality of teeth (76), and a first undercut (78) at each of the first bore and the first axial face. A shift collar (64) has a second bore (88) mounted to the gear shaft (40). The second bore (88) is axially movable and rotationally fixed relative to the gear shaft (40). The shift collar (64) has a second axial face (92) with a plurality of teeth (94), and a second undercut (98) at each of the second bore (88) and the second axial face (92). The teeth (94) of the second axial face (92) are enmeshable with the teeth (76) of the first axial face (74). An annular piston (66) is slidably mounted to the gear shaft (40) and positioned within each of the first undercut (78) and the second undercut (98).

Abstract: Aspects of the present invention relates to automated production processes and associated systems, including automated bread making processes which enable the continuous production of baked bread. One aspect of the invention is directed toward a system for the continuous production of baked bread that includes an ingredient metering unit, a dough mixing unit coupled to the ingredient metering unit, a dough transport coupled to the dough mixing unit, an endless oven conveyor having a plurality of dough holders spaced apart from each other, and an oven unit coupled to the oven conveyor. The oven conveyor is configured to move the dough holders through the baking portion at a rate so the single batches of dough in the dough holders will be sequentially baked to form the baked products when the dough holder exit the oven unit.

Abstract: An improved transfer case has fewer parts than the prior art to achieve the pneumatic three-position function. In the prior art the pneumatic cylinders were provided by bolt-on housings which required additional components to achieve a fluid tight connection. The present invention incorporates its fluid cylinders within bores formed into the transfer case housings. In this way, the required number of housing components is greatly reduced compared to the prior art.

Abstract: An improved transfer case has fewer parts than the prior art to achieve the pneumatic three-position function. In the prior art the pneumatic cylinders were provided by bolt-on housings which required additional components to achieve a fluid tight connection.

Abstract: A communication cable is composed of a number of optical fibers with an outer coating, loosely twisted together to form basic groups, provided with tension-relieving wires and sheathed to form a cable while filling the interspaces with lubricants.

Abstract: Connecting means for adjacent ends of core fibers. The core fibers are glass fibers drawn to have thin ends at one end, the thin end portion of which is coated with glass. The fibers uniformly increase in diameter in a generally conic conformation to thickened connecting points, where the fibers are connected in abutting engagement with each other. The thickened portions of the core fibers may be encased in a mass of synthetic resin, which may be machined along the peripheries of the thickened ends, to accommodate a centering ring to be pressed thereinto and hold the fibers in connected relation with respect to each other.