Abstract: A fishing line management system for fishing line spool storage, winding new fishing line onto a reel, and removing old fishing line from the reel has a generally hollow cylindrical housing. A hollow cavity in the cylindrical housing is sized to receive spools of fishing line. The cylindrical housing has an internally threaded open end for receiving an externally threaded lid with a rubber seal for making the cylindrical housing watertight. The cylindrical housing has a rod centrally located in the hollow cavity for receiving a spool of fishing line. The system has a generally cylindrical flexible outer sleeve with an annular center rib located between a first outer sleeve open end and a second outer sleeve open end. The outer sleeve is for receiving fishing line from a fishing pole.

Abstract: Methods, systems, and apparatus are described herein for using reel assemblies including customizable and interchangeable drums. According to embodiments described herein, a reel assembly includes a first flange having a bolt pattern and a second flange having the bolt pattern. The reel assembly also includes a core drum having a first end and a second end. The first and second ends of the reel assembly also have the bolt pattern. The first end of the reel assembly is detachably coupled to the first flange via the bolt pattern, and the second end of the reel assembly is detachably coupled to the second flange via the bolt pattern.

Abstract: A reel assembly is provided comprising a cylindrical barrel, a barrel head secured to each end of the barrel and a flange construction secured to each barrel head adjacent the ends of the barrel. The flange construction is formed by arcuate flange segments, each releasably secured to one another and to the associated barrel head. The barrel head includes inner and outer annular supports and an end plate securing the structure together. The inner and outer annular supports define a receipt slot for receiving and securing an end of the barrel therein. The end plate is rigidly fixed to the inner and outer supports and the flange construction is releasably secured to the outer annular support of the barrel head.

Abstract: Methods, systems, and apparatus are described herein for using reel assemblies including customizable and interchangeable drums. According to embodiments described herein, a reel assembly includes a first flange having a bolt pattern and a second flange having the bolt pattern. The reel assembly also includes a core drum having a first end and a second end. The first and second ends of the reel assembly also have the bolt pattern. The first end of the reel assembly is detachably coupled to the first flange via the bolt pattern, and the second end of the reel assembly is detachably coupled to the second flange via the bolt pattern.

Abstract: The strap spool is mountable to drive shafts in various strap winding apparatus, such as winches and torsion spring counterbalances. The strap spool has a two piece design where two symmetrical spool halves slidably mate to form a drum around which the strap is wound. Each spool half has a central hub with an axial opening, which allows the spool halves to mount onto a drive shaft. An annular flange extending radially around the hub and a barrel sleeve extends from the hub perpendicular to the flange. When spool halves are mated together on a drive shaft, the barrel sleeves slidably extend into axial openings in the hub of the opposite spool half and form a tubular drum overlying the drive shaft around which the strap is wound.

Abstract: The tape reel of the present invention includes: a cylindrical hub for winding recording tape; and a pair of upper and lower flanges respectively projecting circumferentially from upper and lower portions of the hub. The tape reel further comprises: a lower piece including the lower flange and a first cylinder wall formed integrally with the lower flange; and an upper piece including the upper flange and a second cylinder wall formed integrally with the upper flange. The hub is formed in a double cylinder form by a fit engagement between the first cylinder wall of the lower piece and the second cylinder wall of the upper piece.

Abstract: A drum for storing and dispensing a coiled material wound on the drum, in particular a line of clips, the drum comprising a drum body which has a hub and side walls respectively disposed at the axial end faces of the hub, the side walls extending beyond the outer circumferential surface of the hub in the radial direction, wherein the storage space defined by the inner facing surfaces of the side walls and the hub and extending circumferentially around the hub is used to accommodate the coiled material. The drum body has at least one dielectric region for accommodating at least one transponder on an area of the hub facing away from the storage space for the coiled material.

Abstract: Connector system for detachably connecting rotationally symmetrical parts, particularly parts of a spool for winding a skein-shaped product, with ring surfaces (22, 24) at the facing front surfaces of the parts to be connected, with locking projections (26, 28, 30, 32, 34) extending from at least one of the ring surfaces (22, 24) in the direction of the other ring surface, and with detent recesses (40, 42, 44, 46) in the ring surface or both other ring surfaces, respectively, for receiving the locking projections to connect the parts in the manner of a bayonet catch by mutual rotation, and spring-loaded tongues (52, 54) are provided in alignment with the respective detent recesses (40, 42, 44, 46), which engage behind the locking projections (26, 28, 30, 32, 34) in the locked position and prevent the connected parts from untwisting into the detached position.

Abstract: The tape reel of the present invention includes: a cylindrical hub for winding recording tape; and a pair of upper and lower flanges respectively projecting circumferentially from upper and lower portions of the hub. The tape reel further comprises: a lower piece including the lower flange and a first cylinder wall formed integrally with the lower flange; and an upper piece including the upper flange and a second cylinder wall formed integrally with the upper flange. The hub is formed in a double cylinder form by a fit engagement between the first cylinder wall of the lower piece and the second cylinder wall of the upper piece.

Abstract: Spool for receiving a wound skein product includes a rotationally symmetrical spool body, with two axial ends provided with flange discs (16, 18), the spool being divided into two parts (10, 12) by a substantially radial dividing surface, these parts having front surfaces (36, 38) running adjacent and parallel to the dividing surface (14), the front surfaces having locking projections (48, 50) on at least one surface and, on the other surface at least, detent recesses (40, 42) which interact with the locking projections of the other spool part (10, 12), respectively, interlocking therewith in the form of a bayonet catch by mutual rotation of spool parts (10, 12), and the front surfaces (36, 38) are contrived such that the dividing line appearing around the spool circumference is wave-shaped.

Abstract: A reel that includes: an upper flange and a lower flange that retain width direction edge portions of a recording tape; a lower circular cylinder portion disposed extending upward from an upper surface of the lower flange on the same circumference as the axial center of the lower flange; a hub that is fitted over the outside of the lower circular cylinder portion and around which the recording tape is wound; a rotational detent member that regulates movement of the hub in the circumferential direction with respect to the lower flange; and an upper circular cylinder portion that extends downward from an undersurface of the upper flange and is welded to an end surface of the lower circular cylinder portion such that the hub is interposed and held between the upper flange and the lower flange. A recording tape cartridge that includes this reel.

Abstract: Disclosed is a device for storing gift wrapping articles comprising: a hollow cylindrical body having open end portions and defining an inner surface and an outer surface between the open end portions; a pair of annular flanges extending radially outward from the outer surface at the open end portions; and a centerpiece disposed circumferentially along the inner surface of the hollow cylindrical body. The centerpiece comprises a central recess, and a plurality of cut out channels extending radially from the central recess to the inner surface of the hollow cylindrical body to form a plurality of truncated pie-shaped sections. The hollow cylindrical body is capable of holding multiple layers of a first gift wrapping article (multiple layers of ribbon) on the outer surface between the annular flanges. The truncated pie-shaped sections are flexible enough for removably receiving a second gift wrapping article (a wrapping paper roll) through the central recess.

Abstract: The invention is particularly directed to the problem of creep deformation in a coiled aluminum strip, which occurs during coiling and for a period thereafter. The problem arises because the profile of the strip across its width is not flat, and is in fact usually thicker in the middle than at the edges (positive crown). To compensate for this, the invention provides that the spool onto which the coil is wound is adapted to provide more support to the strip in the center than at the edges, by making the central portion of the spool of a greater diameter than the end portions of the spool. A strip having a positive crown which is wound onto such a spool was found to exhibit significantly reduced creep strain, leading to reduced creep deformation.

Abstract: A method for winding a crossover-free fiber optic coil sensor comprising: attaching a fiber optic cable to an outer edge of a coil form, wherein the coil form comprises a first side and a second side; forming a first outside-in coil layer on the first side of the coil form using a first winding head; attaching a first inside-out separator on top of the first outside-in coil layer; forming a first inside-out coil layer on top of the first inside-out separator using the first winding head; forming a second outside-in coil on the second side of the coil form using a second winding head; attaching a second inside-out separator on top of the second outside-in coil layer; and forming a second inside-out coil layer on top of the second inside-out separator using the second winding head.

Abstract: A method for winding a crossover-free fiber optic coil sensor comprising: attaching a fiber optic cable to an outer edge of a coil form, wherein the coil form comprises a first side and a second side; forming a first outside-in coil layer on the first side of the coil form using a first winding head; attaching a first inside-out separator on top of the first outside-in coil layer; forming a first inside-out coil layer on top of the first inside-out separator using the first winding head; forming a second outside-in coil on the second side of the coil form using a second winding head; attaching a second inside-out separator on top of the second outside-in coil layer; and forming a second inside-out coil layer on top of the second inside-out separator using the second winding head.

Abstract: A material carrying reel comprises a pair of spaced apart side flanges and a plurality of staves affixed to the side flanges where the plurality of staves comprise a core of the material carrying reel. Each stave has a cover thereupon which comprises an elongated channel having a flexible extension extending from at least one edge of a closed side of the channel, the flexible extension providing support to material wound upon the material carrying reel.

Abstract: A winding core, a winding core assembly for winding web materials, and a method are provided. The winding core includes a hollow cylindrical core member having an inner surface, an outer surface, and first and second ends. A chuck-engaging layer is located on the inner surface of the core member, wherein the chuck-engaging layer is softer than the core member.

Abstract: A hybrid fiber reinforced polymer winding core consisting of several layers of different materials. The winding core layers are constructed so that structural reinforcing layers are sandwiched between outer protective layers. The outermost protective layer and innermost protective layer define the outer wall surface and inner wall surface of the winding core.

Abstract: The invention is particularly directed to the problem of creep deformation in a coiled aluminum strip, which occurs during coiling and for a period thereafter. The problem arises because the profile of the strip across its width is not flat, and is in fact usually thicker in the middle than at the edges (positive crown). To compensate for this, the invention provides that the spool onto which the coil is wound is adapted to provide more support to the strip in the center than at the edges, by making the central portion of the spool of a greater diameter than the end portions of the spool. A strip having a positive crown which is wound onto such a spool was found to exhibit significantly reduced creep strain, leading to reduced creep deformation.

Abstract: A reel and a method of assembling and disassembling the reel are described. The reel includes a pair of flanges, each flange engaged with the circular or polygonal end of a flexed stave pane formed from appropriately sized staves connected to one another by one or more flexible bands. To make the reel, the staves are aligned side by side and connected to one another by way of the flexible bands. Once connected, the staves form the flexible stave pane having joints in between each stave. Assembly of the reel involves flexing the stave pane into a tubular barrel with circular or polygonal ends adapted to correspond with a stave-engaging portion on each flange. Once one end is engaged with the stave-engaging portion of one flange, the opposing end of the flexed stave pane is engaged with a second stave-engaging portion on the second flange and the flanges are connected.

Abstract: An apparatus for supporting wound flexible media that includes a first flange, a second flange and a fastener. The second flange may be constructed as an integral, unitary structure. A core around which flexible media is wound is typically disposed between the first flange and the second flange. The first fastener has a first end engaging the first flange and a threaded end that is rotatably secured directly to said second flange.

Abstract: A longline fishing system which is attached to a fishing boat for the purpose of lessening wear and ear on the fishing line has an improved reel and an auxiliary hauler. The reel is made from a plurality of arcuate sections forming a core. End plates are attached to each end of the core. The diameter of the core and the diameter of the end plates are related to prevent over stressing the line. The auxiliary hauler is placed between the stern and the reel to accept a portion of the hauling load.

Abstract: An object of the present invention is to provide a feeding bobbin in which, in winding a thermal transfer sheet or image receiving sheet having a different size (width), onto the feeding bobbin, work on the side of a small roll winding device is easy, thermal transfer sheets or image receiving sheets different from each other in size (width) can be used in various thermal transfer printers, and the feeding bobbin can be recycled without the necessity of disposal and without causing any trouble, and to provide a method for recycling the feeding bobbin. The feeding bobbin is a feeding bobbin 1 comprising a common winding shaft 4 and flanges 2 mounted detachably respectively on both ends 61, 62 of the winding shaft 4.

Abstract: The rewinding machine comprises: an insertion device (11) for sequentially inserting winding spindles (M) into a winding area; winding means (1, 3, 5) in said winding area, which wind predetermined quantities of web material onto said spindles; an extractor (25) for extracting said spindles from the rolls of web material formed on them; and a recirculation path (71) for returning the spindles extra from said rolls toward said insertion device. The spindles are made in two portions which can be connected and disconnected; the extractor extracts each of said two portions from a corresponding end of the corresponding wound roll. Means are also provided for reconnecting said two portions to each other so that said spindles can be reinserted into said winding area.

Abstract: A light-shielded photosensitive material roll is provided in which a length of a light-shielding flanged cylinder is a length of an extent which enables easy insertion, industrially, of the flanged cylinder into a winding core of the photosensitive material roll, and also, the photosensitive material roll can be stably supported at any of various types of driving shafts. In the light-shielded photosensitive material roll, a spacer sheet, which has substantially a same thickness as a thickness of the light-shielding flanged cylinder, is bonded and fixed to an inner side wall surface of the winding core corresponding to a position at which a distal end portion of a cylindrical portion of the flanged cylinder is extended.

Abstract: A tape reel assembly (14). The tape reel assembly (14) includes three discrete components. The components include a top flange (40), bottom flange (50) and hub (60). Teeth (65) are operatively connected to the hub (65). The flanges (40, 50) are preferably made from metal.

Abstract: A reusable device for transporting integrated circuits comprising a hub having a substantially cylindrical shape, a top surface, and a bottom surface, a top flange for connecting to the top surface of the hub and a bottom flange for connecting to the bottom surface of the hub, a tape mechanism for holding the integrated circuits during shipment, and a lock mechanism located on the hub for locking the top and bottom flanges into place on the hub whereby the hub and top and bottom flanges, when assembled, form a reel for shipment of the integrated circuits.

Abstract: A core end plug for mounting a roll of sheet material on a shaft. The plug comprises a cylindrical band of stiffly flexible plastic material having ends defining a longitudinal gap therein. A plurality of radial webs extend inwardly from the band. A pair of the webs are opposite each other and are provided with first and second elongated apertures which define identical acute angles to the diameter of the band. A third web defines third and fourth elongated apertures along a common major axis perpendicular to the diameter. A band is fitted into each end of a roll core and a mounting plate is inserted into each core end plug. A mounting shaft extends through central apertures in the mounting plates and through the fourth aperture in the third web. Pins in the mounting plate are received in the first and second elongated apertures.

Abstract: A reusable spool for use in installing electrical wiring is provided. The spool may include first and second mating halves, each having an end plate and a central mandrel. The mandrel of one half may be inserted into a wound coil of wire, which can then be overturned to allow the second half to be connected to the first half. The first and second halves may be joined through a plurality of arcuate longitudinal tabs which slidably engage in one position to adjust width, and upon rotation, lock frictionally into a given position.

Abstract: A refurbishable cushioned spool suitable for storing and transporting an extended object. In one embodiment, the spool includes a cushioning material which is removably attached to the cylindrical body portion of the spool. In one embodiment, the cushioning material is held to the spool body by double sided tape. The invention also relates to a method of refurbishing a cushioned spool, including the steps of providing instructions to an end user to return the cushionable spool to a refurbishing center once the extended object has been removed from the spool; inspecting the spool for damage, refurbishing or repairing the cushioned spool; reusing the spool until the end of the useful lifetime of the spool; and thereafter recycling at least a portion of the cushioned spool.

Abstract: In an optical fiber spool, an optical fiber is wound around a barrel, a resilient pad covers the outer surface of the barrel, for relieving impacts, and two flanges face each other to support the barrel. A reinforcing rib is fixed on each of the flanges, for supporting the wound optical fiber, and an auxiliary winding portion is disposed on the outer surface of one flange, for winding a beginning portion of the optical fiber. An optical fiber drawing slot is positioned on the one flange, spaced apart from an inner circumference toward the flange in the direction of an outer circumference thereof by a predetermined distance, and has an upper surface spaced apart from the inner circumference of flange by a distance 2t, the thickness of the pad being t.

Abstract: A method and device for the winding up of a moving web of paper (9) on a reel spool (11), as large a part as possible of the developing wound roll (12) having a high degree of winding hardness (WH), characterized by the fact that a relatively soft intermediate layer is formed between the wound roll (12) of high winding hardness and the winding core (11). This is achieved in the manner that, during a short initial phase of the winding process, it is ensured that the winding hardness (WH) is relatively slight in the innermost layers of the wound roll (12), whereupon an immediate transition to a relatively high winding hardness (WH) is effected which is being substantially maintained during the rest of the winding-up process. Alternately, the relatively soft intermediate layer can also be created in the manner that the reel spool (11A-11D) has a soft covering (41, 42, 43, 44, 45, 46, 47) on a metal reel spool body (40).

Abstract: Method of winding a strip of material includes providing a reel having a first flange and a second flange, with a core disposed between the first and second flanges. A cross groove is provided in the core, the cross groove being configured for receiving a strip of material therein. A strip of material is then provided in the cross groove. The strip of material may be a strip of the type having a plurality of wires disposed adjacent to each other. The plurality of wires may be glued together. One or more pegs may be provided to connect the first flange to the second flange. A tube may be provided in order to receive the peg. A spool of such wound strip material includes first and second flanges spaced apart by a core. A cross groove provided in the core receives a leading end of a strip of material.

Abstract: A motion picture film reel is comprised of a pair of identical retaining members each formed with a flat, side cheek-plate member having a central axis of rotation and a hub-engaging region. An axially extending portion projects from each central, hub-engaging region in generally perpendicular alignment therewith. Each axially extending portion includes a base with a pair of diametrically opposed channels extending lengthwise along the base and a pair of resilient, diametrically opposed prongs. The prongs both have radially outwardly directed catches thereon. The prongs are inserted through a central, axial opening in a disk-shaped hub from the opposite sides thereof. The opposite edges of the core on the opposite sides of the hub form latching ledges so that the catches on the prongs releasably engage the latching ledges on the two opposite sides of the hub. The retaining members are thereby held releasably engaged to the central hub located therebetween.

Abstract: A support spindle adapts a toilet tissue dispenser cabinet designed for use with conventional toilet tissue rolls having cores for use with coreless toilet tissue rolls. The support spindle includes a roll stop which is used to position a coreless roll at different locations on a rotatable sleeve incorporated on the support spindle. An insert positioned in the cabinet is employed to prevent premature actuation of a roll drop-down mechanism employed in the cabinet.

Abstract: A component supply apparatus for sequentially supplying components to a predetermined position by separating a covering tape from an accommodating tape. The components are accommodated in the accommodating tape at predetermined intervals along a longitudinal direction of the tape. The components are covered with the covering tape. The apparatus includes a reel around which the separated covering tape is wound. The reel includes a reel body having a winding barrel removably mounted on a driving shaft and a guide flange positioned at one end of the driving shaft and a guide flange positioned at one end of the driving shaft. An inelastic auxiliary ring is provided so as to wind the covering tape about the peripheral surface thereof. The ring includes a rotation preventing portion and is removably mounted on a peripheral surface of the winding barrel.

Abstract: A neckerchief rolling device includes first and second rods which are provided with co-acting fasteners for joining the interior ends thereof in end to end aligned relation. A neckerchief engagement adjacent the interior end of at least one of the rods engages a corner edge of a neckerchief for rolling the neckerchief onto the rod in response to rolling movement of the rod across the neckerchief. The co-acting fasteners are releasable, enabling axial withdrawal of the first and second rods from opposite ends from the rolled up neckerchiefs.

Abstract: A ribbon supply apparatus including a support in which a ribbon supply spool and a take-up spool are rotatably mounted. The supply and take-up spools and the support are designed so that these spools can be mounted in the support in only one way, the correct way. The ribbon is supplied on a tubular core member which is mounted on a cylindrical member which is part of the supply spool. The ribbon supply spool has a large gear thereon which is used in a braking and feeding mechanism which is used to incrementally feed the ribbon to a print station associated with the apparatus. The ribbon take-up spool is identical to the ribbon supply spool, but the ribbon take-up spool is mounted in a reversed manner when compared to the ribbon supply spool. A driving gear, coupled to the large gear on the take-up spool is part of the braking and feeding mechanism which also includes a "dancer arm". The dancer arm controls a loop of ribbon which is fed to the print station.