Abstract: The invention relates to a drive belt for a traction mechanism drive, having a radially externally arranged top layer (4) composed of a fiber-containing elastomer or of an elastomer comprising a fiber mesh, having a radially centrally arranged tension member layer (6) composed of a wound tension strand or a plurality of circumferentially oriented tension strands, and a radially internally arranged substructure (8) composed of an elastomer, wherein at least one wedge-shaped rib is integrally formed in the substructure (8), a coating layer (10) composed of a circumferentially open fiber mesh being applied to the outer surfaces of said wedge-shaped rib.

Abstract: An apparatus can include a first flexible member having first and second ends and a first body extending therebetween, where the first body defines a first passage portion. A second flexible member can have first and second ends and a second body extending therebetween, where the second body defines second and third passage portions. The first end of the first flexible member passes into and through the second passage portion such that the first end extends outside of the second passage portion, and the second end of the first flexible member passes into and through the third passage portion such that the second end extends outside of the third passage portion. The first and second ends of the second flexible member pass into and through the first passage portion to form a self-locking adjustable flexible member construct.

Abstract: A method of fixating soft tissue to bone using a bone anchor connected to a construct formed of a suture strand passing through the anchor and a shuttle device passing through a splice region of the suture strand. After installing the anchor in bone, an end of the suture strand is passed around or through soft tissue to be fixated, and then the end of the suture strand is inserted into an eyelet of the shuttling device. By pulling on the opposite end of the shuttling device, the end of the suture strand is passed through the splice region of the flexible strand, thereby forming a knotless closed loop having an adjustable perimeter. As the loop is tightened, the soft tissue is tensioned against the bone.

Abstract: A conveyor belt for conveying plate elements in a machine for converting the elements that includes a belt body with longitudinal edges, joining edges, and a support surface for supporting the elements, and at least one assembly member arranged to join the joining edges, and extending in a direction of assembly which is oblique to the longitudinal direction, the belt body having a plurality of perforations for obtaining a vacuum on the support surface to immobilize the elements.

Abstract: A plain stepped splice lay-out scheme is presented that can be used for splicing strips to one another that comprise longitudinally arranged cords. The strips can take the form of a conveyor belt, transmission belt, timing belt, elevator belt, a rubber track or a reinforcing strip. The splice is optimised for uniform bending stiffness and maximum strength retention. The cross section of the strip and the splice are substantially equal: there is no increase in thickness or width at the splice. The splice lay-out is characterised by the fact that the abutments (130)—those positions where cord ends (111, 121) meet—are positioned sufficiently far away from one another and by preference as far away from one another as possible. Preferred embodiments in terms of length common between cords of the different strips and local strength are given.

Abstract: A system of splicing ends of conveyor belts is provided that enables a splice installer to install splices in an easy and fast manner. In one aspect, the system includes a base having a recess extending therealong configured to fit fastener members of conveyor belt fasteners therein so that the fastener members do not shift as the belt fasteners are attached to the belt ends. In another aspect, removable rivet guide blocks are provided which significantly reduces the weight of an alignment bar having upper plate members of the belt fasteners secured thereto. In addition, the removable guide blocks allow the installer to secure the upper plate members to the alignment bar without having to deal with the heavy weight of multiple guide blocks fixed thereto. A method of splicing belt ends is also provided which includes indexing the removable guide block along the alignment bar during for riveting operations.

Abstract: A method and an apparatus are described for monitoring a rotating synchronous electric machine (9), which comprises a rotor winding and a stator having a stator winding. The method comprises the steps of determining the stator winding current, determining the stator winding voltage, determining the rotor winding current, and estimating the temperature in at least two positions in the electric machine (9) using a model of the electric machine and the determined current and voltage values. An apparatus according to the invention is provided for carrying out the method.

Abstract: A papermaker's fabric and a method of forming a papermaker's fabric, for installation in a papermaking machine. The papermaker's fabric having a plurality of cross-machine, a plurality of machine directional yarns, and a plurality of heat shrunk joints connecting ends of either the machine directional yarns or the cross machine directional yarns to form and continuous loop of fabric. The papermaker's fabric is formed by providing a fixture for securing a plurality of heat shrink tubing sections. Two or more corresponding yarns of the papermaker's fabric are inserted into each of the heat shrink tubing sections and heat is applied to the heat shrink tubing. Upon application of the heat the heat shrink tubing reduces its size to form a tight joint between two yarns inserted therein.

Abstract: A method and apparatus (10/100) for polishing elongated cylindrical articles (300) such as tubular railings or the like wherein a coupling connector (10) including gently curved inner (20) and outer (30) plate members are adapted to releasably yet captively engage the opposed ends (101) (101) of a length of belt material (100) wherein the normal orientation of the belt (100) is reversed so that the inner surface (105) has an abrasive texture and the belt (100) is disposed in an encircling relationship relative to the cylindrical article (300) so that a belt drive roller (201) attached to a grinder or drill (200) to rotate the abrasive texture of the inner surface (105) of the belt (100) to polish the periphery of the tubular/cylindrical article (300).

Abstract: Antistatic agent for external use is attached to a synthetic resin material by coating or spraying, which is used in an attachment for clothes and belongings, such as a slide fastener, a button, a snap button, a hook, a strap fastener, a buckle, a swivel hook, a belt adjuster, a strap for portable goods and the like, or a component of the attachment. Alternatively, antistatic agent for internal use may be mixed in the synthetic resin material. Consequently, the attachment is provided with antistatic function, so that static electricity is discharged easily even if such an attachment is worn by a human body, thereby protecting a human body from electric shock.

Abstract: A flexible cover for protecting a splice of a conveyor belt, in particular, for protecting the belt fastener that forms the splice. The splice cover includes a body having a first surface and an opposite second surface, with a plurality of first reclosable fasteners extending from the first surface. The first reclosable fasteners engage with a plurality of second reclosable fasteners, which are attached to the belt. The second reclosable fasteners can be secured to the belt by the belt fastener, by adhesive or other attachment means, by being integral with the belt fastener, or by being integral with the belt web. The second reclosable fastener can be any structure that engages, interlocks, mates, or otherwise attaches to first reclosable fastener. Also provided are methods for making the splice cover, and methods for placing and removing the splice cover over the belt fastener.

Abstract: A method of connecting respective one end portions of two carrier tapes, to each other, each of the two tapes having accommodating pockets at a first pitch and tape-feed holes at a second pitch, each of the accommodating pockets accommodating an electric component, the method including the steps of aligning a tape connecting member which includes a flat main portion having tape-feed holes at a third pitch equal to the second pitch, and caulking projections projecting perpendicularly from the flat main portion, with the respective one end portions of the two tapes, such that tape-feed holes of the connecting member are aligned with respective tape-feed holes of the two tapes, causing at least two caulking projections of the connecting member to penetrate through respective thickness of the two tapes, so that the flat main portion of the connecting member contacts respective one major surfaces of the two tapes, and caulking respective portions of the two caulking projections that penetrate out of the respective

Abstract: An eyeglass holder for automobiles and the like to secure and hold eyeglasses in folded vertically aligned position engagement. The holder has a spring-urged engagement area accessible by depressing a portion of the holder. The engagement area receives and holds the eyeglasses between a fixed element and the movable access portion of the device.

Abstract: The invention concerns a disconnectible and reconnectible junction device for conveyor band made up of two flat flexible elements (A, a) presenting at the front side complementary shapes capable of interleaving in one same plane, connected rearwardly to the ends of a conveyor band, by sticking, vulcanization, riveting, clamping, thermoplastic molding, or formed directly by moulding over the ends of the conveyor band, each one of the flexible elements comprising at the front side oblong strips (L.sub.1, L.sub.2, L.sub.3, l.sub.1, l.sub.2, l.sub.3) in the longitudinal direction, separated by notches (E.sub.1, E.sub.2, E.sub.3, e.sub.1, e.sub.2, e.sub.

Abstract: An endless flexible seamed belt formed by joining two ends of material from which the belt is fabricated each end of which has a plurality of mutually mating elements in a puzzle cut pattern which are in interlocking relationship to prevent separation of the ends and which form a seam when joined mechanically to enable the flexible belt to essentially function as an endless belt having a substantially uniform thickness, said seam having voids between mutually mating elements at least partially filled with a seam strength enhancing material which is chemically and physically compatible with the material from which the belt is fabricated and which substance applied as a strip or on a strip over the seam and is bound to said belt material, said bond having been formed by the application of heat and/or pressure to a strip of said compatible placed material on at least one side of the seam at least substantially covering the seam.

Abstract: An eyeglass holder for automobiles and the like to secure and hold eyeglasses in folded vertically aligned position engagement. The holder has a spring-urged engagement area accessible by depressing a portion of the holder. The engagement area receives and holds the eyeglasses between a fixed element and the movable access portion of the device.

Abstract: An improved spliced conveyor belt and the method of making it to provide improved impact resistance which comprises laying abutted panels of covering material which contain weft reinforcing strands at a bias angle over the area of the splice so that the reinforcing strands are continuous across the full width of the belt throughout the area of the splice.

Abstract: a belt splice for connecting the ends of a belt having a plurality of parallel rods thereon. The belt splice includes an upper plate portion with a rod receiving slot and a fastener flange extending distally from the rod receiving slot so as to space a fastener opening on the fastener flange rearwardly from the rod receiving slot. A lower plate portion for engaging the underside of the belt. Matching bolt holes in the lower plate portion and the fastener flange for a fastener to secure the plates to the ends of a belt.

Abstract: An apparatus including a longitudinally aligned housing with a lid securable thereover, wherein a comminuting chamber is removably mounted in alignment with an upper edge of the housing, wherein the comminuting chamber includes a rotatable drive shaft selectively received within a drive socket. The comminuting chamber is removable and permits directing of comminuted organic matter into an underlying centrifuge bowl, whereupon organic fluid is removed from the organic matter and directed exteriorly of the housing through an associated conduit.

Abstract: A toothed belt and method of manufacturing the same wherein the opposed ends of a tooth covering fabric are stitched with an interposed rigid element disposed within the stitching. The rigid element is used to accurately locate the joint of the fabric with respect to the tooth molding groove, at least during a subsequent tensile cord winding step which normally tends to displace the fabric joint. The joint may be accurately located as desired with respect to the mandrel or mold. Different structure for holding the ends of the rigid element are disclosed. The rigid element may be removed prior to the rubber vulcanization step during which step the wrapped tensile cord effectively maintains the fabric joint at the desired location.

Abstract: A fastening device for splicing belts which include reinforcement elements fashioned of a synthetic textile or metal cord. The fastening device includes two lateral plates provided, in lower areas thereof, with retainer irons, and two intermediate plates which are provided, at an upper portion thereof, with an end zone of a rounded shape. The lower part of the intermediate plates is fashioned into an arc of a circle and provided with a stop which, when the belt is in use, will contact the retainer irons. A central plate is also provided which includes, at a base thereof a zone having a curvilinear triangular cross-sectional configuration, with the two lateral plates, two intermediate plates, and central plates and the belt being held by transversely extending bolts and, with the device acting as a cord clamp.

Abstract: Fastening device for splicing belts comprising reinforcing elements made of manmade fabric or metal cords, characterized by the fact that it consists of two central support plates, two installation and alignment wedges, two locking cores which make it possible to create loops in the ends of the belt(s), and two lateral clamping plates each equipped with a ball joint, these various component elements making it possible for said device to operate in a self-clamping pivoting manner. Applicable to straps and belts and, more particularly, to conveyor belts for elevators.

Abstract: Abrasive belt with an abrasive-grain layer on a base containing a textile terial, and with a joint extending transversely to its longitudinal direction. The latter contains a joining strip in a rebate on the side of the base facing away from the abrasive-grain layer. A set of parallel threads of the textile material extends transversely to the joint. To increase the quality of the joint, the textile material used is one in which the set of parallel threads forms a non-interwoven layer. This thread layer is arranged on the side of the textile material facing the abrasive-grain layer. This layer is held together by a further layer arranged on its side facing away from the abrasive-grain layer. Since the rebate is located in this further layer, the threads responsible for transmitting the longitudinal tensile forces and extending transversely to the joint remain unaffected.

Abstract: Fastening device for splicing belts which comprise reinforcing elements made of manmade fabric or metal cords, characterized by the fact that it consists of two lateral plates (1) each comprising on its upper part an end zone (4) forming an angle A of between 15.degree. and 75.degree. with the clamping plane; a central plate (2); and two locking cores (12) making it possible to create a loop with the reinforcing elements from which the rubber covering has been removed at the end of the belt, said locking cores (12) acting by means of a wedging effect between end zones (4) of lateral plates (1) and central plate (2), to ensure that the joint is secure. Applicable to straps and belts and, more particularly, to conveyor belts for elevators.

Abstract: A simplified strand storage and feeding device having a rotatable spool about which a traveling yarn is transiently wound while being fed to a textile machine, utilizes a noval driving arrangement for rotation of the spool, including a pulley operatively affixed to the spool and having plural radial teeth circumferentially spaced about one side of a belt receiving recess in the pulley and a driving belt having compatible edge notches meshing with the pulley teeth. The edge notched configuration of the belt provides positively timed driving of the device while also being spliceable by mechanical interconnection of separate belt ends, so that the belt may be of non-endless form for ease of installation and breaks therein may be easily repaired by splicing. A slidably movable yarn withdrawal guide eyelet is provided for withdrawing yarn from the spool either tangentially or generally axially therefrom for operation of the device in either a positive or demand feeding mode.

Abstract: Apparatus and method for preparing belt end portions for mechanical interconnection includes a punch-press and jig assembly for precisely forming a square central opening in one end portion and opposed square side edge openings in another end portion and a cutting arrangement for slitting the one end portion longitudinally from its central opening. The belt end portions are assembled by inserting the another portion through the slit and central opening of the one portion and orienting the transverse extent of the another portion within the central opening.

Abstract: A novel low bulk seam is disclosed for use in paper making machine fabrics, such as dryer felts. The seam is particularly adapted for use with multi-filament yarns which comprise multi-ply fabrics. A novel method for producing this seam is disclosed which comprises the insertion and adhesion of a seaming coil, the removal of picks in adjacent fabric areas, the folding and overlapping of such areas, the creation of a warp fringe, and the pulling of portions of that fringe into and through portions of the fabric body fasteners to create a stitchless seam providing substantially uniform thickness and air permeability across the full fabric width. A durable, reliable, non-marking seam is accordingly provided for use with spun, mono-filament and/or multi-filament fabrics.

Abstract: A multiple-layer spliced drainage sieve belt for use in paper pulp drying, in which the ends of respective layers of sieve fabric are spliced together separately, the seams being staggered along the length of the belt. Various types of seams may be utilized, among them a woven seam which does not differ from the other portions of the sieve belt.

Abstract: A reinforced, mechanical splice for toothed belts, the splice defined by overlapping belt end portions that interfit with each other with a male-end belt tongue portion having transversely oriented belt teeth with molded end receiving openings, and a female-end belt U-portion dimensioned to receive the male-end portion and having transversely aligned belt teeth with molded pin receiving openings so adapted and arranged for coaxial alignment with the male-end pin receiving openings such that the belt teeth of the male-end portion are aligned with the belt teeth of the female-end portion, the belt teeth of both end portions having an embedded reinforcement circumjacent to the pin receiving openings.

Abstract: The ends of the web are provided with curved connecting members which are formed by longitudinal filaments which are of greater cross-section than the remaining filaments of the web. These larger sized longitudinal filaments are inserted into the end portions of the web ends in place of the usual longitudinal filaments. The overlapping portions of the layers of the fabric web are provided with zones free of transverse filaments and the layers are secured together in the zones by a manually inserted transverse filament.

Abstract: A device for splicing the free ends of a wire belt comprised of pivotally interlocked laterally extending zigzag-shaped and longitudinally spaced apart wires or strips. The zigzag shape of each wire or strip results in each end of the belt having longitudinally extending laterally spaced apart loops with laterally extending sections which are disposed in complementary relationship with the space between loops in the opposite belt end. The splicer is composed of a metal strip having a plurality of laterally spaced apart hook portions corresponding with the loops and projecting integrally from the edge in staggered relationship with similar hook portions at the other edge of the strip. The hook portions engage and form a pivotal connection with the laterally extending sections in the adjacent free ends of the belt.

Abstract: A V-belt for coupling at least two pulleys together, the pulleys having a substantially V-shaped groove, the belt being manually installable without moving or adjusting the distance between the pulleys. The particular usage of the present invention is for temporary (emergency) or permanent installation of a "fan" belt found on (but not limited to) conventional vehicles of the V-belt type. The device allows anyone, upon the destruction of a fan belt, to readily and quickly install a temporary pulley belt manually, without tools. For a permanent installation, a small implement may be used with the present device for increased tensioning of the belt in its proper position. The improved belt includes first and second free ends (male and female respectively that are firmly connected together by longitudinally interlocking a plurality of laterally disposed, inclined teeth located near the male end with lateral rows of inclined grooves located in an interlock passage in the female end.

Abstract: A conveyor belt is fabricated by unrolling first and second webs of uncured rubber between which plastic-jacketed reinforcing cable tendons are fed to provide an uncured sandwich array which is then fed into a vulcanizing unit which is then operated to provide a cured belt section. The steps are successively repeated with mechanical cable tenden splices being made during the vulcanizing operation with the different splice junctions of each cable tendon being spaced a maximum distance from the next adjacent splice junction of another cable tendon along the entire length of the belt member being formed.