Abstract: Making a tire mold having a plurality of complete tire mold segments (20) of epoxy resin mold material formed in the chambers (18) of segmental shoes (10) and having reinforced stand alone ribs (56) formed in recesses in the tread models mounted in the shoes. The shoes (10) and models (50) are reusable and have standard shoe split diameters and chord lengths to reduce the time necessary to make the molds. The models (50) are of resilient material and are also reusable.

Abstract: A strip of sheet material is wound on a spool by a driving belt wrapped around spaced rollers of a surface winder which urge the sheet material into contact with the spool, rotating the spool, and at the same time, applying the sheet material to the spool, with layers of the material being separated by a liner wrapped around the spool as the sheet material is being applied.

Abstract: Changing the contour of a recess (12) in a body of solid material to a revised contour wherein a pattern (24) is made having the revised contour and this pattern is placed in the recess with a curable plastic material (31). After the curable plastic material is hardened, the pattern is removed providing the revised contour (30) of the recess. The body of solid material can be a flow channel block.

Abstract: A method and apparatus for conveying and applying a strip component (11) such as a tire tread is disclosed. The method includes the steps of placing the strip component on a belt conveyer (16), determining a guideline (52) of the strip component (11) at an exit end (20) of the belt conveyor (16), and laterally adjusting the exist end (20) of the belt conveyor (16) to align the guideline (52) of the strip component (11) with a predetermined guideline such as the guideline of a tire building drum (12). The apparatus includes a belt support transverse housing (76) which is laterally moveable by a motion controller (64) in response to a sensor (58) which detects the guideline (52) of the strip component (11). Guides on the transverse housing (76) move the belts of the conveyor (16) on slider plates without physically touching the conveyed strip component (11), thereby preventing damage to the component material.

Abstract: A poppet valve assembly having a spring for holding the valve in a closed position and permitting opening of the valve in response to air pressure including valve stem alignment provided by a sleeve in engagement with the spring and having a cross pin supporting surface for engagement with the pin in shear to avoid bending.

Abstract: A disc cutter is rotatably mounted on a self-contained power unit which is detachably mounted on lift arms of a hydraulic excavator for locating the disc cutter at a position on the opposite side of a stump from the excavator and providing curling movement of the rotating disc cutter through the stump towards the excavator in the line of sight of the operator for discharging the debris away from the operator.

Abstract: A wide throat internal mixer and method of mixing a batch of petrochemical material wherein bales are fed by a corresponding large size ram weight from a large size hopper into a mixing chamber through a corresponding large size throat opening having wear plates.

Abstract: A tire mold heat transfer system in which heat pipes are enclosed in tubular passages in the tire mold to transfer heat to heated positions adjacent the tread and sidewall forming sections of the mold.

Abstract: A tire mold opener having an opening lever pivotally mounted on an upper mold half with one end of the lever positioned for engagement with a lower mold half and the other end of the lever connected to a hoist for rotating the opening lever and pushing the lower mold half away from the upper mold half to separate the mold halves and lift the upper mold half away from the lower mold half upon lifting movement of the hoist to separate the tire from the upper mold half and the lower mold half.

Abstract: A tire drum turret having an outboard support and direct drive of the frame with adjustable drum shaft bearings for precise positioning of the drums.

Abstract: A tire mold has vent pins extending axially into the mold cavity for penetration of the lower sidewall bead area of the tire providing vents in the tire upon opening of the mold.

Abstract: A multiple insert tire mold (10) has inserts (26) with radially extending ribs (28) for sliding engagement in a slot (22) in the outer ring back (12) of the mold and abutting surfaces (48) for venting exhaust gases from the mold (10).

Abstract: A method and apparatus for cleaning a tire mold with frozen CO2 cleaning material wherein a portable frame is positioned on a bottom mold of a tire press and has a rotatable frame on which a nozzle support is mounted for swivel action to clean the upper mold half and the lower mold half as the nozzle support is moved radially and circumferentially of the tire mold.

Abstract: Forming a tubular tire ply from a flat sheet of wire reinforced material, cutting the ply to length and applying the ply to a drum.

Abstract: Tread guides (24, 26, 28) supported on a frame (16) over a conveyor (10) have rollers (28) for engaging edges of the tread (14) an the conveyor and a constant centering force is provided by ball nuts (50, 52) in engagement with a ball screw (44) connected to a pneumatic torque applying actuator (56). Conicity adjustment (62, 66) is provided by lateral adjustment of the ball screw (44), ball nuts (50, 52) and tread guide assembly as a unit relative to the conveyor (10).

Abstract: An ejector pin assembly for a split mold in which the ejector pin is held in a retracted position in a movable mold half, pushed into the mold cavity by a knock out pin contacted by the ejector pin during opening of the mold and held in contact with the knock out pin until it is pulled into the retracted position by the knock out pin upon opening of the mold.

Abstract: Circumferentially spaced folding modules of a tire building drum have axially movable belt lifting and conveying nose pieces which carry wide breaker ply edges over narrow breaker ply edges laid on the drum.

Abstract: A conveyor assembly and method for conveying and storing a strip material in a conveyor system that is subject to changes in length of the strip material due to intermittent operation includes an upper conveyor (16), an adjustable substantially horizontal center conveyor (22) for receiving the strip material (34) from the upper conveyor, and a lower conveyor (28) for receiving the associated strip material from the center conveyor. A computer (94) controls the movement and rotation of the center conveyor, and loop detecting apparatus on the center conveyor may also detect a loop (90) in the strip material carried by the center conveyor and thereby detecting changes in length of the strip material not predetermined by the computer. A servomechanism (100) activated by signals from the computer or the loop detecting apparatus moves the center conveyor in a substantially horizontal direction.

Abstract: Use of the proprietary drug amiloride for the treatment of cancer types that depend on an enzymatic cascade triggered by the activation of plasminogen to plasmin by the specific activating enzyme Urokinase Plasminogen Activator (uPA). Administration of amiloride inhibits the action of uPA, inhibits the ability of the cancer cell to attract new blood supply, blocks the Na+/H+ transporter, and inhibits ornithine decarboxylase necessary for DNA synthesis. Further, in combination with amiloride, a different step in the enzymatic cascade is targeted by a secondary agent, Batimistat, for example, which is a metalloprotease inhibitor. Additionally, the use of hydrochlorothiazide promotes excretion of potassium.

Abstract: A tire assembly method and apparatus are disclosed which utilize at least two rotatable turrets (16, 18) that each have two drums (26, 28, 58, 60) and at least one transfer unit (156) for transferring tire components from one turret to another. The preferred embodiment of the invention features three turrets (16, 18, 20) and two transfer units (156, 170), wherein a carcass band is assembled on the drums of a first turret (16) the tread package is assembled on a third turret (20), and the complete tire carcass is assembled on a second turret (18), in between the first and third turrets. Simultaneous, continuous and sequential building and assembly of tire carcass bands and tread packages for a plurality of tires is provided by the method and apparatus of this invention.