A handle for the top of a blow-molded traffic delineator includes a bulbous lower portion, an curved intermediate portion, and an upper portion that forms a T-shaped handle. The upper portion has a hole therethrough to allow mounting of a warning light or other item. The intermediate portion has a c
A handle for the top of a blow-molded traffic delineator includes a bulbous lower portion, an curved intermediate portion, and an upper portion that forms a T-shaped handle. The upper portion has a hole therethrough to allow mounting of a warning light or other item. The intermediate portion has a curvature that gradually reduces the diameter of the handle moving from lower end to upper end, in a shape that easily accommodates the grasp of a human hand.
대표청구항▼
A handle for the top of a blow-molded traffic delineator includes a bulbous lower portion, an curved intermediate portion, and an upper portion that forms a T-shaped handle. The upper portion has a hole therethrough to allow mounting of a warning light or other item. The intermediate portion has a c
A handle for the top of a blow-molded traffic delineator includes a bulbous lower portion, an curved intermediate portion, and an upper portion that forms a T-shaped handle. The upper portion has a hole therethrough to allow mounting of a warning light or other item. The intermediate portion has a curvature that gradually reduces the diameter of the handle moving from lower end to upper end, in a shape that easily accommodates the grasp of a human hand. th of a precut baling strap, the first and second arm assemblies pivoting around a compressed bale as the assemblies rotate from a first strap loading position to a second welding position, the first and second arm assemblies including extension means for protecting an otherwise protruding end of the precut baling strap during pivoting, the extension means retracting to thereby expose the end of the precut baling strap during welding. 2. An automatic bale strapping device in accordance with claim 1, further comprising: a movable follow block mounted on a bale press ram, the follow block forced against the bale by the bale press ram in order to compress the bale in a baling chamber; and closure cavity means, disposed within the follow block for receiving the first and second arm assemblies for welding engagement, wherein a friction weld is formed in an interfacial region of overlapping strap ends, the first and second arm assemblies positioning the weld in a region corresponding to a top or a bottom surface of the bale formed in the press. 3. An automatic bale strapping device in accordance with claim 2, wherein the closure cavity means comprises an elongated, open-ended cavity extending across the length of the follow block, the first arm assembly being inserted into a first end of the cavity as the first assembly is pivoted, and the second arm assembly being inserted into a second, opposite, end of the cavity as the second assembly is pivoted. 4. An automatic bale strapping device in accordance with claim 1, further comprising: a guide chute disposed along each of the first and second arm assemblies for guiding and retaining a length of bale strapping material; and a feeder assembly removably disposed at one end of the first arm assembly, the feeder assembly introducing a length of bale strapping material into the guide chutes of the arm assemblies, wherein the feeder assembly includes a shear for cutting the strapping to a predetermined length after the strapping is introduced. 5. An automatic bale strapping device in accordance with claim 1, wherein a plurality of first and second arm assemblies are mounted on a respective mounting beam, the arm assemblies spaced-apart from one another so as to apply strapping material to the bale at various locations along a length of the bale. 6. An automatic bale strapping device in accordance with claim 5, further comprising: a movable follow block mounted on a bale press ram, the follow block forced against the bale by the bale press ram in order to compress the bale in a baling chamber; and wherein each arm assembly further comprises: a centrally disposed mounting plate, the mounting plate forming a surface of the baling chamber opposite the follow block; a pivotably movable arm mounted on an outside edge of the mounting plate and capable of being pivoted from a longitudinally extending loading position to a downwardly extending weld position; and a finger assembly mounted on a distal end of the arm, each finger assembly able to be pivoted with respect to the arm from a longitudinally extending loading position to a follow block insertion position, each such finger on the first arm assembly associated with a counterpart finger on the second arm assembly, the strapping device constructed so that when both the arm and the fingers comprising the first and second arm assemblies are in their fully extended loading positions, each strap spans the baling press such that each end of the strap is collocated with an end of a respective finger assembly. 7. An automatic bale strapping device in accordance with claim 6, the extension means comprising a strap tip protection sled, slidably mounted at an outboard end of a corresponding finger assembly, the strap tip protection sled extending to cover an exposed strap tip during a pivoting operation and retracting to expose the strap tip during a welding operation. 8. An automatic bale strapping device in accordance with claim
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