Abstract: A fiber optic gyroscope sensing coil, with which winding process of optical fiber may be simplified, crosstalk due to winding deficiencies may be reduced, and temperature sensitivity of gyroscope may be reduced. A coil body 13 includes two potted coils 12 having respective windings of optical fiber which are wound in an aligned winding configuration while the same tension is applied to optical fiber and at the same feed speed of optical fiber between the two potted coils and encapsulated within a potting material 16.

Abstract: An electronic device includes a housing, a printed circuit board mounted within the housing, an earphone and a cable storing compartment. The earphone includes a connecting cable and a head member. One end of the connecting cable is connected to the printed circuit board, the other end is connected to the head member. The cable storing compartment includes a recessed portion and an earphone compartment. The recessed portion is defined in a peripheral wall of the housing. The earphone compartment is defined in the peripheral wall and adjacent to the recessed portion. The recessed portion receives the connecting cable. The earphone compartment receives the head member.

Abstract: An axial center plastic sheet roll with a coreless roll of multiple, discrete consecutive plastic sheets with an area of overlap on each other in the circumferential direction of the roll such that opposite edges of the sheets in sum total define the opposite ends of the roll. The plastic sheets at the area of overlap possess an electrostatic bond connecting the plastic sheets to one another. The sheets are dispensable from within the center of the roll in the axial direction such that removal of one sheet partially removes the next consecutive sheet. A method of dispensing including dispensing the products from within the center of the roll such that removal of one sheet partially removes the next consecutive sheet.

Abstract: A method of preparing coils of wound ribbon to reduce twisting thereof during continuous axial ribbon feed to a processing machine. Each coil has a sequence of turns wound about a central axis and includes a central end at an inner-most turn of the sequence of turns and an outer end at an outer-most turn of the sequence of turns. The method includes orienting a first coil and a second coil so that the first and second coils are wound in identical directions and splicing the central end of the first coil to the central end of the second coil such that at least some twists developed during axial ribbon feed of the first coil are removed during axial ribbon feed of the second coil.

Abstract: A method of preparing connected coils of wound ribbon in an alternating pattern to reduce twisting thereof during continuous axial ribbon feed to a processing machine. Each coil has a sequence of turns wound about a central axis and includes central end at an inner-most turn of the sequence of turns and an outer end at an outer-most turn of the sequence of turns. The outer end of a first coil of the coils is connected to the central end of a second coil of the coils. The method includes orienting the first coil in a clockwise winding direction and orienting the second coil in a counterclockwise winding direction such that at least some twists developed during axial ribbon feed of the first coil are removed during axial ribbon feed of the second coil.

Abstract: A multi-segment roll package comprises a continuous length of plastic tape [117] wound about a core [105] resulting in a center spooled roll segment [109] sandwiched between two end spooled portions [400A, 400B]. In one embodiment, the end spooled portions comprise a helical pitch [403] less than the pitch [211] of the center spooled segment. In a second embodiment, the end spooled portion [400B] comprises a helical pitch [407} greater than the pitch of the center spooled segment and comprises more layers with a reversed helical pitch than the center spooled roll segment.

Abstract: A multi-segment roll package comprises a continuous length of plastic tape [117] wound about a core [105] resulting in a spooled roll segment [109] sandwiched between two end roll segments [107A, 107B]. A tape guide winds one or more spiral windings [113] at an end position on the core. The tape guide traverses axially at a transition pitch greater than the tape width to the beginning of the spooled roll segment position and wraps a layer of overlapping windings to the end of the spooled roll segment. The tape guide traverses axially to the second end position and wraps one or more spiral windings at the second end position. The tape guide reverses axial direction and the process is repeated to build a roll package. The end roll segments provide stability to the ends of the roll package and allow larger diameter roll packages as compared to conventional spooled rolls.

Abstract: A method of preparing connected coils of wound ribbon in an alternating pattern to reduce twisting thereof during continuous axial ribbon feed to a processing machine. Each coil has a sequence of turns wound about a central axis and includes central end at an inner-most turn of the sequence of turns and an outer end at an outer-most turn of the sequence of turns. The outer end of a first coil of the coils is connected to the central end of a second coil of the coils. The method includes orienting the first coil in a clockwise winding direction and orienting the second coil in a counterclockwise winding direction such that at least some twists developed during axial ribbon feed of the first coil are removed during axial ribbon feed of the second coil.

Abstract: A method of preparing coils of wound ribbon to reduce twisting thereof during continuous axial ribbon feed to a processing machine. Each coil has a sequence of turns wound about a central axis and includes a central end at an inner-most turn of the sequence of turns and an outer end at an outer-most turn of the sequence of turns. The method includes orienting a first coil and a second coil so that the first and second coils are wound in identical directions and splicing the central end of the first coil to the central end of the second coil such that at least some twists developed during axial ribbon feed of the first coil are removed during axial ribbon feed of the second coil.

Abstract: A reel assembly having three reels disposed side-by-side on a shaft pays out coiled tubing to an injector. A conveyor is used to support and guide the coiled tubing during travel from the reels to the injector. The conveyor is selectively rotatable such that the conveyor may be directed to the reel which actively pays out the coiled tubing. In another embodiment, two reels are slidably disposed side-by-side on a shaft. A conveyor is used to support and guide the coiled tubing during travel from the reels to the injector. In this embodiment, the conveyor is directed to a specific location on the shaft and the reels are slid into the specific location for coiled tubing payout.

Abstract: Devices and methods for paying off an elongate material between two coaxially aligned packages without interruption. The elongate material from a first wound package is connected to the elongate material of a second wound package by joining the tail end of the first wound package to the head end of the second wound package. Each wound package includes the elongate material having a body portion and a tail portion wound about a core. Also, each body portion has the head end at an outer diameter of the respective package and each tail portion has the tail end at an inner diameter substantially corresponding to a diameter of the core. Further, the path of the wound elongate material is transitioned from the first wound package to the second wound package by providing transition device having a supporting surface.

Abstract: A multi-roll segment package provides a method of winding a single length of plastic tape on a plurality of closely spaced roll segments. The roll segments are wound on a core with the length of tape continuous from the inner diameter of the first roll segment to the segment outer diameter of the last roll segment. Tape protectors made of a stiff web material enclose a portion of the lengths of tape between segment outer diameters to the next sequential segment inner diameter. The tape protectors stabilize the tape as it is turned or folded to the core of the next sequential roll segment position.

Abstract: During the production of long metal tubes with small diameters, where a metal tape is drawn from an annular coil, is gradually formed into a tube with a longitudinal slot and the longitudinal slot is welded, the internally and externally located metal tape ends of a number of annular coils are interconnected by welding, and the annular coils are horizontally positioned on tension rings which are attached to a rotatable take-up drum. The metal tape with the welded ends is drawn off without interruption.

Abstract: A machine for winding plastic tape on a core comprises a first tape guide fixed transversely on a frame of the machine. A second tape guide attached to a telescoping pivot arm remains aligned to the first tape guide as a linear slide translates the pivot arm transversely across a rotating core. A third tape guide, fixed to the linear slide, feeds the tape from the second tape guide to the rotating core. The tape aligning features of the machine provide large roll package diameters and high winding speeds.

Abstract: A continuous length of fiber from a fiber supply is wound onto first and second sections of a spool by an apparatus and method that collect a first portion of the continuous length of fiber from the fiber supply, wind the collected first portion onto the first section of the spool, and wind a second portion of the continuous length of fiber onto the second section of the spool.

Abstract: A method of joining a plurality of coils of strip material into a continuous strip and stacking the coils in a multi-coil arrangement is provided. A first coil is conveyed from a carry-in table by a transfer means to an exit side turn table and is designated as a forward coil. A first strip of material is pulled from the forward coil and supplied to a welding machine through an auxiliary guide roll and an exit side guide roll. A second coil is conveyed to an entry side turn table by the transfer means and designated as the rear coil. A second strip of material is pulled from the rear coil and supplied to the welding machine through an entry side guide roll. The first and second strips of material are welded together into a continuous strip of material. The rear coil is then moved to a stand-by position and sag is removed from the continuous strip of material by synchronously rotating the entry side guide roll, the exit side guide roll, the auxiliary guide roll and the exit side turn table.

Abstract: A cake of glass fibers or the like has a waste yarn which is provided by winding a strand, which continues from an end yarn extending in contact with a winding tube, on the winding tube to cover the end yarn before a usual winding work for forming a cake on the winding cube. This cake can prevent filaments from being broken by rubbing of the strand in the innermost layer of the cake with the end yarn which is pulled into the cake when the end yarn is cut after the stand is completely wound on the winding tube.

Abstract: A continuous filament (40) from a supply spool (50) is wound onto a takeup spool (52) in an amount to form one flat coil (54). A first winding device (42) forms a first flat coil (54) in winding space (36) between guides (28 and 30) while simultaneously a second winding device (44) winds a second flat coil in winding space (38) between guides (30 and 32) from the filament on the takeup spool (52). On completion of the flat coil winding, the guide (32), second winding device (44) and takeup spool (52) are removed from the shaft assembly (34), adhesive is applied to the newly formed flat coils and the coils along with guides (28,30) are moved onto spindle (90) and against a flange (92). The guides (28,30) are removed from the shaft assembly (34) adjacent the newly wound coils stored against the flange (92) and remounted next to the winding device (42).

Abstract: A cable-pack winding and payout system is disclosed that will provide a tue-free cable payout from a wound cable pack, such as are found in ocean-deployed buoy packages. Dual feed spools are arranged so that the two halves of the cable can be simultaneously wound onto a single main spool. At time of payout, the pack is inertly payed out from the center or both ends and the payed-out cable has no curls or twists therein.

Abstract: A method of making a spool wound with optical fiber where the spool has at least one payout end and providing, at the payout end of the spool, a wear-away adhesive coating or foam rubber flange. Where payout of optical fiber is from both the outer and inner layers of the wound spool, the optical fiber payout dynamics are regulated at both ends of the spool of the fiber.

Abstract: A motor assembly useful for rotating a drum comprising: a hub adapted to be removably secured to the drum so that the drum rotates in response to rotation of the hub, the hub including a first outer surface adapted to face toward the drum and a second outer surface adapted to face away from the drum; a motor comprising a spring element having a first end adapted to be secured to the hub and being in aligned position relative to the hub to be wound around the hub between the first and second outer surfaces to apply a force to the hub which force urges the hub to rotate in one direction; and a housing adapted to hold the hub and the motor in aligned position substantially without frictional contact with the first and second outer surfaces of the hub.

Abstract: The coil according to the invention has normal dimensions, but contains a considerable optical fiber length.It is constituted by a main cylindrical support (12) about which is wound a first part (18) of the optical fiber (16), which is to be unwound by pulling. It is constituted by a first concentric, supplementary cylindrical support (14) placed within the main cylindrical support (12), a second part (20) of the optical fiber (16) being wound around said first supplementary support (14), the inner layer of the first part (18) of the optical fiber (16) being directly connected to an outer layer of the second part (20) of the optical fiber (16).

Abstract: A layered yarn package is formed of continuous filament yarn wads wherein the yarn alternates between compacted and extended lengths by axially compacting the yarn into a length, segmenting the length into alternating extended and compacted lengths then arranging the compacted lengths in a common axial direction one next to the other to form a layer. The layer may be compressed. One or more layers may form the package.

Abstract: In the case of a process for producing a twisted yarn from slivers that are drawn to the desired size and subsequently are prestrengthened by means of pneumatic false twisting, it is provided that the fiber ends in the form of helixes are wound around the core with such a steep slope that, during the twisting, the fiber ends that were previously wound around the core are wound off the core as much as possible.

Abstract: A spool (20) which is used in the taking up and the paying out of a relatively long length of optical fiber includes two flanges (24, 26) and a hub (22) with each flange being tapered. The spool includes a collector (30) which is formed adjacent to one of the two tapered flanges of the spool and which provides access to the initial or leading end portion of the length of optical fiber which is wound on the spool. A groove (32) of the collector communicates with the hub of the spool through each of the two diametrically opposed slots (28--28) in the adjacent tapered flange (24). This allows the optical fiber to be wound on one of two coaxially mounted spools and to be transferred to the other spool with the first few convolutions being received in the groove and then passed through one of the slots in the adjacent tapered flange onto the hub.

Abstract: A three flange cable spool having first and second spaced-apart flanges, a tubular-shaped medium portion attached to and disposed between the first and second flanges delimiting a first outside surface between the first and second flanges, a plurality of spokes inside of the medium portion attached to the medium portion, a third flange, spaced apart from either one first or second flange, with a lateral protrusion thereon, a part of the lateral protrusion removably received in the medium portion and another part of the lateral protrusion forming a second outside surface between the third and either the first or second flanges.

Abstract: Tape is wound into a package by traversing the winding position along a cylindrical core such that the winding position is intermittently and repeatedly halted at a plurality of positions arranged axially of the core so that at each position the tape is wound spirally following which the winding position is traversed to the next adjacent position. The spirals comprise at least one turn and more of the winding time is spent in forming spirals than in traversing between spirals. The spacing between the positions is such that the spirals do not overlap and such that the gap between the spirals is less than the width of the tape. The number of spirals wound at each position is insufficient to cause a step which interferes with traverse back to the position. Control of the traverse movement can be achieved either electronically by a pulse counter connected to the package support shaft or electro-magnetically by a control drum driven from the package support shaft.

Abstract: An improved yarn supply package comprising a yarn package holder is provided with a first yarn waste bunch wound on the package holder at one end portion thereof and a second yarn waste bunch connected to the first waste bunch and wound on the package holder intermediate the first waste bunch and the opposite end portion of the package holder. A main yarn package is wound on the package holder a distance from the second yarn waste bunch and is connected thereto by a yarn transfer tail. A power cylinder-actuated yarn tailing mechanism and a control system for the automatic control of the operation of the tailing mechanism is disclosed wherein the rod end of the cylinder carries a first tailing pin for guiding the initial windings of yarn on the package holder to form the first yarn waste bunch. A second tailing pin is carried by a tailing pin head and is supported adjacent the piston rod so that it moves along a line parallel to the axis of the piston rod.