Abstract: The disclosure embraces a golf ball and method of making same wherein the golf ball has a solid (not thread-wound) resilient center or core, and a multilayer cover construction which involves a first layer or ply of molded hard, high flexural modulus resinous material on the core, and a second or cover layer of soft, low flexural modulus resinous material molded over the first layer to form a finished golf ball. The first layer is of a thickness in a range of 0.020 inches and 0.070 inches and may be of resinous material such as Type 1605 Surlyn marketed by E. I. du Pont de Nemours and Company, and the second or cover layer is of a thickness in a range of 0.020 inches and 0.100 inches and may be of resinous material such as Type 1855 Surlyn marketed by E. I. du Pont de Nemours and Company. Foamable materials for producing a cellular first layer or cellular cover layer are polymeric materials such as ionomer resins.

Abstract: The disclosure embraces a method of and apparatus for controlling or stabilizing the temperature or heat pattern at an orifice plate or feeder floor from which flow glass streams which are attenuated to fibers or filaments. More particularly the disclosure embraces a method of and apparatus for delivering streams of air or other fluid from a nozzle construction at a selected angular position into the attenuating environment and onto the feeder floor or orifice plate for cooling the glass streams and the feeder floor or orifice plate for normal attenuating operations. In event of a fiber or filament break-out or other interruption of attenuation, the angularity of the nozzle construction is changed with respect to the normal path of movement of the fibers or filaments so as to stabilize the heat pattern at the orifice plate or feeder floor and thereby facilitate restarting of normal attenuating operations.

Abstract: The disclosure embraces a membrane paving construction comprising an asphalt-impregnated body, pelt or mat of fibers, preferably glass fibers, and a method of making same wherein the membrane construction is prefabricated or partially fabricated for use in asphalt paving construction such as paving for highways, bridge decks, driveways, runways, parking lots and the like, as a paving wear surface or for repairing a wear surface or as a membrane construction upon which is superposed a wear surface of asphalt aggregate or the like, the membrane construction being in the form of a rolled-up body or in the form of a thin high density planar board or sheet which may be conveyed in such forms to an installation site and disposed on a substrate in a minimum of time in initial installation of paving or in the repair of asphalt paving.

Abstract: The disclosure embraces a method of and apparatus for processing heat-softened glass wherein a body of refractory has a cavity containing heat-softened glass and a floor construction associated with the body of refractory. The floor construction includes platinum alloy means having rows of orifices for flowing glass streams from the glass in the cavity in the refractory body and members of refractory associated with the platinum alloy means disposed between regions of certain of the rows of stream flow orifices.

Abstract: The disclosure embraces a method, system and means for controlling or conveying away liquids or moisture that may permeate or penetrate asphalt-surfaced roadways, pavements, bridge deck constructions and the like and includes a membrane or membrane construction functioning as a moisture or liquid barrier or control means disposed between a roadway, pavement or bridge deck wear surface layer and a concrete substrate for retarding, resisting or preventing deterioration of roadways, pavements, bridge deck constructions and the like.

Abstract: The disclosure embraces a method of and apparatus for removing glass floods that may form on the tip section or orifice plate of a stream feeder, bushing or substrate from which normally flow streams of glass, the method and apparatus involving the application or delivery of a stream or streams of liquid carbonaceous or hydrocarbon material onto the glass flooded area, the liquid material being decomposed in an atmospheric environment or in an inert or nonoxidizing environment by the high temperatures of the feeder, bushing or substrate and the molten glass to release carbon particles which are effective to dewet the glass flood and remove the flood.

Abstract: The disclosure embraces a method of and apparatus for processing fibers or filaments of glass or other fiber-forming material into a roving and packaging the roving, the fibers or filaments during advancement being initially separated or segregated into strands or linear groups of fibers or filaments by fine streams or jets of air or other gas, maintaining the strands in separated condition by a guide, converging the separated strands into a roving and winding the roving into a package.

Abstract: The disclosure embraces a method of and apparatus for receiving bulk particulate materials from a material supply carrier into a hopper construction in which the hopper construction includes a multicellular or multitubular arrangement providing for free flowing of the material through the cells or tubes into a hopper chamber, the tubular or cellular construction being provided with a central conically-shaped void or space defined by certain of the tubes or cells being of varying lengths whereby the angle of the conically-shaped void simulates a natural angle of repose of the particulate material so that the particulate material in the hopper chamber and in the void or space seals the tubes or cells preventing cross winds or moving air from affecting or entraining the material thereby minimizing or substantially eliminating loss of the material and contamination of the environment by the material.

Abstract: The disclosure embraces a fibrous product in which fibers of an assemblage of fibers are bonded together by fine discrete binder fibers and to a method and apparatus for producing same wherein fine discrete highly-flexible binder fibers are entrained in or influenced by streams of gas such as air streams to be intermingled with the fibers of the assemblage, the velocities of the streams of gas or air being sufficient to cause the discrete binder fibers to be wrapped around fibers of the assemblage for bonding the assemblage of fibers into an integrated or unitary fibrous product such as a nonwoven textile, fibrous mat or body.

Abstract: The disclosure embraces a method of processing thin-walled tubular metal members for providing louvered openings therein, the tubes being of a character utilized as gas passage and sound attenuating means in muffler constructions for use with internal combustion engines, the method embracing shearing or lancing openings in the tube wall by employing shearing forces directed radially inwardly of a tubular member for forming the openings and deflecting inwardly the adjacent sheared or lanced portions providing inwardly deflected louvers for the openings, the method preferably including the method step of deflecting portions of the wall of the tube adjacent the openings outwardly in forming louvered openings.

Abstract: The disclosure embraces a golf club head and method of producing same wherein the head is fashioned of laminations or layers of resinous or plastic materials bonded together to form an integrated or composite head or body wherein certain laminations or layers have particular characteristics and other laminations or layers have different characteristics, the laminations or layers having particular characteristics being preferably alternately oriented in assembly with the laminations or layers having different characteristics providing a golf club head which is dimensionally stable and of high durability and structural integrity and having high impact resistance at relatively the same density as a solid persimmon wood head.

Abstract: The disclosure embraces a bowl, container or reservoir for supporting or mounting plant pots and relates more particularly to bowls, containers or reservoirs configurated to be mounted or supported upon annularly-shaped or ring-like members of a support frame, the bowls, containers or reservoirs adapted to contain moisture or water and having interior plant pot engaging portions for normally supporting plant pots above the water or moisture whereby evaporation of the water or moisture whereby evaporation of the water or moisture provides an ambient environment or aura of high humidity for the potted plants.

Abstract: The disclosure embraces a fibrous product comprising amorphous glass fibers and crystallizable mineral fibers wherein the mineral fibers may be formed of fusible rock, slag, basalt rock or fibers formed of blends or mixtures of these materials or crystallizable ceramic fibers and to a method and apparatus for forming or processing blends, composites or laminations of such fibers to produce several composite fibrous end products having various uses such as fire rated acoustical tile and ceiling board, high temperature block and pipe insulations, roofing insulation, form board, fire rated cores for walls and doors, fire rated hardboard and building, pouring and blowing wool insulation.

Abstract: The disclosure embraces a method of and apparatus for producing or forming frozen confections or desserts of the comestible cone type in which cone assemblies, each comprising a comestible sugar cone enclosed within a protective paper cone-shaped shell, are processed through successive method steps in which a chocolate composition is atomized and delivered into each comestible cone forming an impervious chocolate coating as a moisture barrier, the comestible cone tamped into the protective shell, a comestible ingredient such as ice cream, ice milk, sherbet or the like delivered into each cone assembly and the confection or product subjected to reduced temperature to freeze, congeal or render solid the ice cream and other comestible constituents in the end product.

Abstract: The disclosure embraces a method of and apparatus for processing or forming bodies of confections or desserts that become viscous or of paste-like consistency at reduced temperatures such as dairy ingredients including ice cream, ice milk or other edibles such as aerated marshmallow or the like, the bodies of confections being of disc-like configurations having central voids, providing a supply of a mixture embodying a viscous or paste-like edible and fragments of solid edible materials, successively severing metered quantities of the mixture from the supply by a sharp instrumentality, and moving the metered quantities of the mixture by the instrumentality into the central voids of the disc-like bodies.

Abstract: The disclosure embraces a method of and apparatus for transferring heat from streams of glass flowing from a feeder through the use of a closed hollow heat exchanger unit or instrumentality containing a working fluid for rapidly absorbing heat from intensely hot glass streams to raise the viscosity of the glass of the streams to enable attenuation of the streams to fibers and thereby attain increased throughput of glass and higher production of fibers.

Abstract: The disclosure embraces a method of and apparatus for processing heat-softenable materials, such as glass, to form fibers or filaments from streams of the material and particularly a method of and apparatus for effecting successive distortions, oscillations or vibrations of streams of the material at the region of formation or attenuation of the streams to fibers or filaments, and cooling or quenching the streams at the region of formation of the fibers or filaments for establishing successive kinks, bends or crimps in the attenuated fibers or filaments.

Abstract: The disclosure embraces a method of and apparatus for processing heat-softened mineral material, such as glass, wherein streams of glass flowing from orifices in depending projections of a stream feeder are conditioned for attenuation through the use of metal fin shields for conveying heat away from the streams of glass, the method and apparatus involving the utilization of a moving gas environment between rows of the depending projections at the floor of the stream feeder and above the fin shields to eliminate or minimize the accumulation of compounds of the glass volatiles on the fin shields and to reduce the tendency of the glass to flood the stream flow region of the feeder.