Abstract: A monitoring device includes a male portion including a housing with a top on a first ear side, a first needle and a shorter second needle for piercing the ear, electronic components including a battery, processor and temperature sensor, a thermally conductive ring on the first ear side coupled to the temperature sensor, a female portion including a housing with a bottom surface on a second ear side, a first and second openings in the housing, a first chamber for physically selectively retaining and releasing the first needle, and a second chamber for inhibiting rotation of the male portion relative to the female portion, when the first needle is physically retained by the first chamber.

Abstract: A pipe support system includes a pipe base, a threaded bolt having a head, a deck supported above the pipe base, and a cap removably resting on the upper surface of the deck. Methods for installing the pipe support system include determining a height of a joint of pipe or pipe component above a ground surface; selecting a length of the pipe base in accordance with the height of the joint of pipe or pipe component above the ground surface; slidably placing the bolt into an inner diameter of the pipe base until a flanged housing is landed onto a top of the pipe base; rotating the head of the bolt relative to the pipe base in order to provide micro-adjustments to the height of the deck relative to the pipe base; and placing the joint of pipe or other pipe component onto the cap, thereby supporting the pipe component above the surface.

Abstract: Implementations described and claimed herein provide systems, apparatuses, and methods for removably fastening a decoration to a garment (e.g., a scarf or hat) or other decorative material, such that the decoration is secured in a desired orientation. In one implementation, a decorative fastener includes a decoration and a receiver. The decoration has a decorative member and a pin. The decorative member has a surface displaying aesthetic content and a fastening surface. The pin has a securing portion extending from the fastening surface. The securing portion has one or more securing features. The receiver has at least one receiving feature protruding from a surface and forming a plurality of fastening paths. Each of the fastening paths is configured to receive the securing portion of the pin. An orientation of the surface of the decorative member displaying the aesthetic content is based on a selection of one of the plurality of fastening paths.

Abstract: A system for assembling a novelty button having a magnet inserted between the back cover and the front plate includes a first rotary table of a non-ferrous material having one or more receiving cups. Each receiving cup is sized to receive one magnet from a vertical stack of magnets. A stationary, non-ferrous shearing removes a bottommost magnet from the stack when the first table rotates. A second rotary table made from a non-ferrous material having at least one non-ferrous lower die fixture receives a subassembly consisting of a back cover and a magnet arranged on interior face of the back cover. A modified button press having a non-ferrous upper die set crimps a front plate to the back cover.

Abstract: A method and fastener assembly adapted to attach a button to a material via a fastener. The fastener includes a cross member having at least one pin with a first end connected to the cross member and a second end having a sharpened tip. The pins are adapted to slide into apertures in a button. The pin is then pushed through the material until the cross member and button seat against the front of the material. An extended length of the pin protruding through the back side of the material is bent over against the back side of the material. A protective shield having with an adhesive is bonded over the bent length of the pins to secure the fastener and button in place on the material.

Abstract: A lockable men's formal wear stud includes: a stud face having a first central axis; a shaft attached to the stud face, having a second central axis in alignment with the first central axis; and a lock bar connected to the shaft at an angle to the second central axis; wherein the lock bar maintains an angular orientation of the shaft, thereby locking the shirt stud.

Abstract: A pressure button, of the type comprising a male portion and a female portion, to be applied on flaps to be connected, the female portion comprising a fixing element for fixing an active female element, the latter including a plurality of resilient tabs which are mutually arranged with a ring arrangement about a housing recess for housing a projecting part of the male portion. The active female element of the button comprises an annular body to which a clamp element including a plurality of points projecting outside of the active female element is affixed. In particular, the assembling means for assembling the female portion are so arranged as to operate at a separated and moved away position from the resilient tabs, thereby the assembling of the female portion, for applying the latter on a respective material flap, can be performed without modifying the mutual shape and/or arrangement of the resilient tabs, thereby preserving the rated clamping pressure of the button.

Abstract: A metal decorative button has a plastic buttony segment and a metal decorative segment. The decorative segment has a fastening protrusion being connected securely to the buttony segment. The buttony segment is buttoned to a native hole of an object to decorate the object without damaging the object. Therefore, the objects such as clothes, bags, shoes and the like that have native holes such as buttonholes can be decorated by the metal decorative button without being damaged.

Abstract: The present invention provides a sandwich button including: (1) a collet having a generally cylindrically shaped stem having at a first end a first annular flange extending about a peripheral portion of the first end and extending axially away therefrom; (2) a back member having opposed first and second surfaces, a first attaching member, and a centrally disposed through hole, the first surface of the back member abuts a surface of the first annular flange, an annular lip extends circumferentially about the through hole and axially away from the second surface of the back member, a portion of the lip forms an interference fit with a portion of the stem and defines an interference zone having a non-circular cross-sectional shape, the interference fit prevents relative rotational movement of the back member and the collet; and (3) a shell member having a second attaching member extending axially away from a first surface of the shell member, the second attaching member fixedly engaging the first attaching membe

Abstract: A button comprises a button body (10, 10a, 10b) and a prong (20, 20a, 20b) adapted to be arranged on the side of cloth (30) opposite to the side thereof on which the button body mentioned above is set in place to nip the cloth therebetween and to fixedly secure the button body to the cloth. The button body mentioned above contains an outer shell member (13), which comprises a button back (15, 15a, 15b) and a cap (14, 14a, 14b), and an insert (11, 11a, 11b) accommodated in the outer shell member. In order to make a whitish button which could be heretofore obtained only by plating, at least the button back mentioned above is made of aluminum or an aluminum alloy. Preferably, the button back mentioned above is made of an aluminum alloy containing 3-6% by weight of magnesium, and the cross-sectional thickness of the above-mentioned button back is in the range of 0.25-0.6 mm. Further, it is desirable that the above-mentioned cap and the insert should also be made of an aluminum alloy.

Abstract: A decorative button (1) includes a base member (10) and a cap member (14). The base member (10) includes a prong-accommodating portion (11) that receives a prong portion (21) of a fixing member (2). The cap member (14) is disposed on the base member (10) and forms an outer surface of the decorative button (1). The base member (10) is provided with a cap-supporting portion (13) which abuts to a middle portion of a rear surface of the cap member (14) to support the cap member (14), thereby preventing a deformation of the cap member (14). A top portion (13?) of the cap-supporting portion (13) is a plane to abut to the rear surface of the cap member (14) along the curving of the rear surface.

Abstract: A web stop button may utilize plastic deflection to provide more secure and reliable attachment to a seat belt. The web stop button may have a first button member and a second button member. The first and second button members may each have multiple pieces attached together via crimping or the like. Protrusions extend from the first button member and plastically deflect within the second member in response to force urging the first and second members together. The protrusions may be capable of piercing the seat belt strap and/or a portion of the second button member. Plastic caps may be used on one or both of the button members to provide a larger web stop button and enhanced trim color matching capability. The second button member is shaped to induce the plastic deflection, and may therefore have a simple domed shape or a more complex, generally toroidal domed shape.

Abstract: A child-proof button includes a base formed with a tubular portion at one end thereof, and a disc portion at another end thereof, the tubular portion being used for riveting, the disc portion having a plurality of notches, a metal body portion made of zinc and by die-casting and having a plurality of pawls at a circumferential edge thereof and a recess at a center thereof, the metal body portion being provided with a plurality of through holes, the base being fitted in the metal body portion with some of the notches coincident with the through holes, the metal body portion together with the base being further processed with injection molding and plastic not only covers the metal body portion but also enters coincident the through holes and the notches, thereby forming a plastic cover even more firmly attached to the metal body portion.

Abstract: The present invention is directed to a cuff link for attaching to a shirtsleeve. The cuff link includes a holder and at least one insert member. The insert member is relesably retained in the holder by a pivotal latch member of the holder. The insert member can include an insert of various materials such as gems or precious metals.

Abstract: The present invention provides a tack which prevents puckering phenomenon from being generated when the tack is pierced into cloth and enables a firm engagement between the tack and a boss portion of a button. In the tack for button, a cylindrical post stands on the center of a seat plate and a quadrangular pyramid shaped head is formed at an end of the post. The head is pointed such that a vertical angle of each of peripheral faces of the head is in a range of 20 to 40°. Four corners on a proximal periphery of the head are protruded out of an outer peripheral face of the post so as to form an engaging portion which bites into a wall face of an attaching hole in a boss portion of the button. When the tack is pierced into cloth, because the head makes a linear contact with the cloth and it is pointed, no puckering phenomenon occurs, thereby making it possible to engage and fix the tack to the boss portion firmly.

Abstract: The present invention provides a tack which prevents puckering phenomenon from being generated when the tack is pierced into cloth and enables a firm engagement between the tack and a boss portion of a button. In the tack for button, a cylindrical post stands on the center of a seat plate and a quadrangular pyramid shaped head is formed at an end of the post. The head is pointed such that a vertical angle of each of peripheral faces of the head is in a range of 20 to 40°. Four corners on a proximal periphery of the head are protruded out of an outer peripheral face of the post so as to form an engaging portion which bites into a wall face of an attaching hole in a boss portion of the button. When the tack is pierced into cloth, because the head makes a linear contact with the cloth and it is pointed, no puckering phenomenon occurs, thereby making it possible to engage and fix the tack to the boss portion firmly.

Abstract: A capped rivet has a cap 10 with an exposed topside 14 and an inside 18 and further has a rivet part 20 with a rivet shank 22 and a rivet flange 24. The rivet shank 22 extends away from the inside 18 of the cap 10 and the rivet flange 24 extends transverse to the axis 23 of the rivet shank 22. The rivet flange 24 is firmly attached to the cap 10, and a reinforcing element 26 is arranged at the underside 25 of the rivet flange 24.

Abstract: In a capped rivet comprising a cap having an exposed upper surface and a lower surface, and a rivet having a rivet shaft extending in a direction away from the lower surface of the cap, a rivet flange extending in a horizontal direction away from an axis of the rivet shaft for fixedly attaching the rivet to the cap, and a pair of support portions disposed between the rivet shaft and the cap, extending substantially parallel to the lower surface of the cap, and formed by making a pair of apertures in the rivet flange and bending two portions of the rivet flange along bending lines respectively extending between the apertures and the rivet shaft, one support portion covers the other support portion by bending in such a manner that a surface of the one support portion that faces away from a lower surface of the cap at least partly contacts a surface of the other support portion that faces toward the lower surface of the cap.

Abstract: An alloy button including a socket member, and a stud for fastening to the socket member to secure it to the cotton fabric of a piece of garment, the socket member having a cylindrical socket body, an axial mounting hole defined within the socket body, a tapered bottom hole at one end of the socket body for guiding the plain end of the stud into the axial mounting hole, a coupling hole at one end of the axial mounting hole remote from the tapered bottom hole for retaining the plain end of the stud, a tapered flange outwardly raised from one end of the socket body around the coupling hole, and a tapered top hole defined within the tapered flange and covered with an ornamental cap.

Abstract: A button for clothing, comprising a metallic dome associated with an equally metallic bell-shaped part, which contains a core and is associable with the fabric of the item of clothing by means of a nail. The core is provided with a disk-shaped portion with which an axial stem is associated; the free end of the stem has a square cross-section and is force-fitted inside the bell-shaped part, which becomes complementarily shaped by plastic deformation at least at its corners, producing an association in which mutual rotation of the parts is prevented. The stem is provided with a blind axial channel for the engagement of the nail and the front surface of its end is provided with first raised portions adapted to engage the fabric and to cooperate with second raised portions that extend from the facing surface of the head of the nail.

Abstract: A snap button assembly attaches onto a garment fabric. The snap button assembly has a cap member, a socket member, a tack member releasably engageable with the socket member, and a sealing member adapted to house the socket member. The sealing member has an outer diameter substantially equal to that of the cap member such that the garment fabric is held in place against sagging or separation from around the area to which the button assembly is applied.

Abstract: A method and apparatus for molding a plastic cap on a preformed metallic shank includes inserting the shank on a strip material by a shank insertion device such that a head of the shank is elevated above the strip material. A molding device, having an open mold cavity is engaged with the strip material such that the strip material acts as a portion of the mold. The elevated head is positioned within the cavity. Plastic is injected into the mold cavity to surround and encapsulate the button head.

Abstract: An attaching device for attaching a fastener element to a garment fabric includes a stud body having an enlarged head and including a clinching member and a relatively thick reinforcing member joined with the clinching member and forming at least a part of the head, the clinching member having at least one shank extending substantially perpendicular to the head and adapted to be clenched with the fastener element. A cap is formed of a synthetic resin and injection-molded over at least a peripheral edge portion of the head. The stud body includes a cap-retaining portion in the form of a plurality of recesses formed in the peripheral edge portion of the head and held in locking engagement with the material of the molded cap for firmly retaining the cap in position against removal from, and rotation relative to, the head.

Abstract: A button having a button shank adapted to be fastened to an article of clothing and a section forming a single piece with it which connects via a flexible bridge of material to a button plate. A bridge of material (B) which bears the section (A) and receives the buttoning forces concentrically surrounds the button shank, and the section (A) is developed as a surrounding button edge bead.

Abstract: A fastener assembly with a break mandrel blind rivet and a mating female component having head and tubular shank portions. The tubular shank includes major and minor bore sections and an intermediate internal shoulder. The blind rivet telescopes into the female component to provide a grip range. Positive axial draw-up between the rivet and component upon tensioning of the mandrel is achieved by engagement between and expanded area of the blind rivet and the internal shoulder of the femal component. The head of the female component has a central aperture for receiving the end of the mandrel to increase the grip range of the assembly. A plastic case molded around the head closes off the aperture and affords a weatherproof seal.

Abstract: A button assembly includes a hollow button body having a garment-engaging base portion through which a shank of an eyelet is inserted into the botton body for being staked on the base portion to join the button body with the eyelet. The base portion includes a plurality of retaining ribs projecting into the interior of the button body for retaining thereon an annular curled edge of the shank when the eyelet is axially compressed. The ribs stiffen the base portion and increases the effective thickness of the base portion with the result that the shank can be joined with the button body by a relatively small rivetting force because the end portion of the shank to be deformed becomes short. With the interiorly projecting ribs, the base portion has a planar outer surface engageable flatwise against a garment fabric so that the button assembly can be attached neatly onto the garment fabric without any damage or wrinkles on the garment fabric around the button assembly.

Abstract: A tack button utilizes a pivot tack that has a long taper on its shank which prevents buckling and a subsequent loose connection of the assembled button parts, particularly the assembly of the back member of the button with the fabric to which the button is being attached. The long tapered shank curls as the assembly process is carried out so that a curled structure is within the button shell and is positioned to clinch the back member to the fabric.

Abstract: A button body of a tack button comprises a back member, a front member, and a backing core fitted securely in a space formed between the two members, the back member has a plurality of projections formed on the side in contact with the core. The projections are formed either directly on the back member or downwardly in a reinforcing groove formed in the member.

Abstract: A capped eyelet, for attachment of a snap fastener member to a garment fabric, comprises an eyelet body including a shank with a flange, a cap covering over the flange and secured to a periphery thereof, and at least one punched buffer wing projecting from the flange and having at least one rib. The buffer wing is resiliently deformable to absorb an endwise force applied to the shank when the eyelet is axially compressed for being joined with a snap fastener member. At that time the rib is engageable with the upper end portion of the shank to assist in absorbing the riveting force.

Abstract: A button device including a standard button having the usual holes, a pair of pin members snapingly received in two of the holes in the button and projecting downwardly from the underside of the button, a housing adapted to be positioned against the underside of the associated fabric and including a pair of holes in its upper surface for receipt of the pins on the button, a sheet of spring steel positioned within the housing and including a pair of apertures adapted to receive the pins with an interference fit and including flap portions which flex downwardly in response to passage of the pins and engage in notches in the pins to secure the button to the housing, and a release pin passing through an aperture in the lower surface of the housing and engaging an aperture in the spring sheet to flex the flap portions of the spring sheet further downwardly to a disengaged position in which the pins of the button are free to be withdrawn from the housing to allow the button device to be separated from the associate

Abstract: A fastener assembly with a break mandrel blind rivet and a mating female component having head and tubular shank portions. The tubular shank includes major and minor bore sections and an intermediate internal shoulder. The blind rivet telescopes into the female component to provide a grip range. Positive axial draw-up between the rivet and component upon tensioning of the mandrel is achieved by engagement between an expanded area of the blind rivet and the internal shoulder of the female component. The head of the female component has a central aperture for receiving the end of the mandrel to increase the grip range of the assembly. A plastic case molded around the head and shank closes off the aperture and affords a weatherproof seal.

Abstract: A button for attachment to a garment fabric comprises a capped button body and a tack member adapted to be joined with the button body, wherein a shank of said tack member includes a free end portion being deformable into a radially uniformly and axially compressed configuration, a radially cold-pressed recessed portion disposed adjacent to said end portion, and a deformation-free stem portion.

Abstract: A tack member, which is adapted to be joined with a button body for attachment of a button to a garment fabric, has a shank composed of a tapering end portion and a stem portion. The shank has a cold-pressed recess near the tapering end portion. The tapering end portion is in the shape of a pyramid with its tip end disposed off the axis of the shank toward the recess so that the tapering end portion is bendable about the recess as its tip end is forced against the inner side of a cap of the button body during insertion of the shank into a hollow hub of the button body, during which time the stem portion opposes bending or other deformation.

Abstract: A button for being attached to a garment fabric has a button body composed of a double-walled tubular stem with an annular flange extending radially outwardly therefrom, a cap having an internal back place mounted on the annular flange, and a tack member having a central shank for penetrating the garment fabric and for extending into the tubular stem to join the tack member to the button body with the garment fabric interposed therebetween. The annular flange includes a first marginal wall flaring radially outwardly and having a plurality of radially outward projections. The cap also has a second marginal wall fitted over the first marginal wall and including a plurality of protuberances deformed radially outwardly by the projections, respectively. The projections and the protuberances are held in interlocking engagement for preventing the button body and the cap from rotating relatively to each other.

Abstract: A tack member, which is adapted to be joined with a button body for attachment of a button to a garment fabric, has a shank of a hollow and solid combined structure. The shank is composed of a tapering hollow end portion and a solid base portion. The hollow end portion is deformable into a balloon-like shape, radially swelled and axially compressed, as its tip end is forced against a cap of the button body on its inner side during insertion of the shank into a hollow hub of the button body, during which time the solid base portion opposes bending or other deformation.

Abstract: A round disk having a central aperture therein, such as the base of a shotgun shell or a facsimile thereof is utilized in the fabrication of a fastener, and a tubular member such as the sleeve of a primer is positioned through the aperture and formed into a fastening member. When an actual shotgun shell is utilized, the base is separated from the remainder of the shell, and the inner end of the shell primer is utilized to retain an external member which sandwiches a sheet of material such as fabric, leather or the like, therebetween. The shotgun shell type fastener may be utilized as a button, snap, decorative attachment or the like.

Abstract: The present invention provides a button designed to be fastened to a carrier material without the use of stitches. The button includes a button body having two parts, one part being a lower part with a top and bottom surface, the later adapted to lie upon the carrier material, the lower part having at least two apertures through the top and bottom surface and at least two recesses upon the top surface proceeding from the apertures, the other part being an upper part mountable on the lower part above the top surface of the latter. Also provided are means adapted to pass through the carrier material and the apertures, and adapted to lie within the recesses for fastening the lower part to the carrier material.

Abstract: A supporting button for attachment to the bottom of an article of luggage, a hand-carried case, a golf bag, etc., and which functions to support said article etc. bottom slightly raised from a surface on which it is rested comprising a generally semi-spherical or other appropriately shaped hollow shell having a axially disposed opening and which is adapted to be secured hollow-side against said article bottom by a rivet which extends axially through the shell and which comprises a head of larger diameter than that of said shell opening and an elongate shank terminating in a bifurcated end-length portion, said shell adjacent its said opening and said rivet shank in its length portion adjacent its said larger diameter head being provided with coacting means which immovably interlock one with the other upon said rivet shank being forced through said central opening to a depth such that the rivet head bears on said shell external surface.

Abstract: A ring binder adapted to be secured to an article by at least one integral rivet, the ring binder comprising a substantially rigid integral upper plate supporting a pair of pivotable lower plates to which a plurality of ring members are mounted, the rivet comprising (1) a barrel that is in direct engagement with the upper plate and (2) a plurality of claws for securing the article, wherein at least 75% of said claws extend away from a longitudinal axis of the barrel. Also disclosed is a rivet adapted to secure a ring binder to an article, the rivet comprising (1) a barrel for engaging the ring binder and (2) a plurality of claws for securing the article, wherein at least a majority of the claws generally extend away from a longitudinal axis of the barrel.