Abstract: Apparatus for magnetically holding a shirt collar in a position and orientation on a shirt front, includes a collar stay attachable to a collar via adhesive or the like, or receivable in a pocket of the collar. The collar stay includes at least one magnet, or element of a magnetized material or a material attractable by a magnet. A magnet is positionable against an inside surface of the shirt front opposite the collar and is magnetically attachable to the collar stay through the shirt front, for holding the collar in a desired position and orientation. The stay can be a laminate or composite, and can be bendable or foldable into a desired shape.

Abstract: This invention relates to the method, apparatus and garment technique for attaching neckwear apparel together with magnets at the collar area while leaving the top shirt button unbuttoned. The invention will feature pieces of fabric portions to make up a whole garment. There are many origami folding techniques and shown will not be limited to the single example illustrated but encompass all origami sculptural combinations of fabrics and other materials that are made from both natural and synthetic fibers. For purposes of this invention, shown will be a typical garment made from fabric and will be cut into 8?×8? portioned squares or 13?×13? squares for the larger garment styles. The portions will be bound together, and have between a 5 to 15 folding step processes to make the ornamental garment piece. All the sculptural forms and magnetic attachments created are the invention as a whole.

Abstract: Disclosed is a belt buckle assembly with magnetically interchangeable faceplates. The faceplate attaches to a base plate by a magnetically active plate on both the base plate and the faceplate. The base plate is concealed by the faceplate when the belt buckle is assembled and in use. The user's belt is attached by a belt loop at one end of the base plate and a post on the back side of the base plate which protrudes through a hole in the belt end opposite the belt loop.

Abstract: A system for removably securing a component to a base. The system includes a plurality of attachment means, each having a first attachment mechanism fixedly secured to the base, and a second attachment mechanisms fixedly secured to the component. Each of the first attachment mechanisms is configured to correspond to, and engage with, one of the second attachment mechanisms to securely fasten the component to the base. The plurality of first attachment mechanisms and the plurality of second attachment mechanisms are configured such that a gap is formed between the component and the base, and a void is formed between the plurality of attachment means when the attachment mechanisms are engaged, to create a leverage point directly above the void that allows the attachment mechanisms to at least partially disengage and the component to be removed from the base when a force is applied to the leverage point.

Abstract: A magnetic tie clip is provided, which includes a first component that is fastened with a button on a shirt and a second component which is fastened on a tie. The second component includes a magnet which is magnetically coupled with the first component in order to secure the tie to the shirt. The first component further includes a button fastener which attaches with the button, a magnetic member which is magnetically coupled with the second component, and a connector which flexibly connects the button fastener and the magnetic member. The connector may be set to a length which provides for flexible movement of the magnetic member relative to the button fastener, such that the tie is secured close to the shirt but is permitted to move as the wearer moves.

Abstract: A respiratory mask assembly for delivering breathable gas to a patient includes a frame having a front surface and a rear surface adapted in use to face the patient. The frame includes a main body providing an aperture therethrough for the introduction of breathable gas into a nasal breathing cavity. An elbow assembly is swivelably coupled to the front surface of the frame. The elbow assembly includes a swivel elbow that defines an intake port and an exhaust port separated from the intake port using a baffle. The elbow assembly includes an end portion that interfaces with the aperture of the frame.

Abstract: The invention is a tie holder comprising an elongate connecting member (22) for connection to a shirt (14) of a person wearing the tie, a first holding member (20) that can be connected to a tie (10), and a second holding member (18) connected to the connecting member (22). In this case, the two holding members (18, 20) can be connected to one another through magnetic force.

Abstract: A magnetic tie clip is provided, which includes a first component that is fastened with a button on a shirt and a second component which is fastened on a tie. The second component includes a magnet which is magnetically coupled with the first component in order to secure the tie to the shirt. The first component further includes a button fastener which attaches with the button, a magnetic member which is magnetically coupled with the second component, and a connector which flexibly connects the button fastener and the magnetic member. The connector may be set to a length which provides for flexible movement of the magnetic member relative to the button fastener, such that the tie is secured close to the shirt but is permitted to move as the wearer moves.

Abstract: An ornamental device includes a first member adapted to be coupled to a personal item. The first member has a first end having a sidewall. A second member is releasably engagable with the first member, and is provided with a recess that receives the first end of the first member when the first and second members are engaged. The second member has a flange that contacts the sidewall of the first member substantially along a width of the sidewall when the first and second members are engaged. The first and second members are magnetically coupled, such that the magnetic interaction, and the interaction of the flange with the sidewall, secures a decorative second member to a personal item in a selected location.

Abstract: A necktie restraint includes an elongate member having first and second ends and a buttonhole therebetween. The necktie restraint includes a first magnetic member coupled to the elongate member adjacent the first end and a second magnetic member coupled to the elongate member adjacent the second end. The second magnetic member is complementary to the first magnetic member so as to selectively couple the first end to the second end. The buttonhole is configured to receive a shirt button to selectively couple the elongate member to a shirt and the elongate member is configured to pass through a necktie tab to selectively couple the elongate member to the necktie.

Abstract: An improved apparatus and method for holding garments, such as neckties, is disclosed. The device comprises a magnet, preferably made of a rare Earth material and magnetized to about Grade N35 or better, and a faceplate. In one embodiment, the magnet is positioned under at least a portion of the wearer's shirt while the faceplate is positioned on a portion of the wearer's necktie. The shirt and/or necktie may additionally include pockets for housing the magnet and/or faceplate. The faceplate may be decorative, and interchangeable, for prominent display in front of the necktie. Alternatively, the device may be configured to be completely hidden from view. Several means for retaining the magnet to the shirt upon separation of the garments are presented.

Abstract: An improved apparatus and method for holding garments, such as neckties, is disclosed. The device comprises a magnet, preferably made of a rare Earth material and magnetized to about Grade N35 or better, and a faceplate. In one embodiment, the magnet is positioned under at least a portion of the wearer's shirt while the faceplate is positioned on a portion of the wearer's necktie. The shirt and/or necktie may additionally include pockets for housing the magnet and/or faceplate. The faceplate may be decorative, and interchangeable, for prominent display in front of the necktie. Alternatively, the device may be configured to be completely hidden from view. Several means for retaining the magnet to the shirt upon separation of the garments are presented.

Abstract: A magnetic closure, comprising a male element and a female element, each of which comprises: a keeper plate, which is suitable to support a pair of magnets and to support in a downward region means for fixing the male element or the female element; a dome for covering the keeper plate that supports the magnets, the covering dome being provided with a slot that allows the passage of an engagement pin in the male element, the engagement pin being adapted to engage the slot of the covering dome of the female element; its particularity consisting in that the magnets are supported by the keeper plate so that they are spaced apart.

Abstract: Magnetic clasps for securing the opposed ends of chains and other jewelry. Each clasp includes an arrangement for securing separable bodies by means of magnets that have been poled to present opposed surfaces of opposite magnetic polarities. In a first embodiment, disk-like magnets are received in channels of mating elongated body members of like configuration. End flanges of the elongated body members, in addition to the disk-like magnets, provide axial resistance to separation while the resultant magnetic force prevents separation in the transverse direction. In a second embodiment, disk-like magnets of divided polarities are seated at ends of mating bodies. A pin-and-slot locking mechanism is formed in the two bodies and the magnets are oriented relative thereto so that resultant repulsive magnetic forces force the two magnets into mating alignment when in the longitudinal slot for maximum magnetic holding force.

Abstract: A jewelry element includes a magnetic arrangement for ready substitution of multiple decorative elements. The element, which may be incorporated into a number of common jewelry pieces including a cuff link, earring, a stud for a tuxedo shirt, a ring or an pendant, includes a frame having a recessed central portion for receiving a decorative element. A pair of magnets is press-fit within a circular slot at the bottom of the recess and another magnet is adhesively-fixed to the bottom of the decorative element. An aperture in the bottom of the recessed portion of the frame provides access for a stylus for selectively dislodging the decorative element.

Abstract: A magnetic fixing unit having a first and second sub-assembly with cooperative structure for increased strength of assembly and prevention of mutual shifting between the first and the second assemblies. The magnetic fixing unit further includes a guide structure on one of the first and second assemblies to effect cooperative locking engagement with an engaging member on the other of the assemblies.

Abstract: A golf glove saver device for drying out a golf glove wet from perspiration while playing on a golf course. The planar device is flexible and elongate, being foldable about a medial line to define first and second portions, each portion containing a magnet so that the device can be looped about a pocket, waistband, belt, or other article of clothing and secured by attraction of the magnets. A patch of hook and loop fastening material is attached to the outer face of the golf saver device. The golf glove is attachable to the hook and loop fastening material.

Abstract: A magnetic tack for fastening items to a metal magnetic surface. The magnetic tack includes a knob connected to a body consisting of a plate, a magnet and a non-magnetic cover.

Abstract: A magnetic closure particularly for items of clothing and the like, comprising a magnetic body which is accommodated in a seat which is closed hermetically and is formed by two plate-like elements which are mutually coupled at least in a region which peripherally surrounds the magnetic body. The coupled plate-like elements (10,11) can be applied to each one of a couple of flaps to be joined.

Abstract: An adhesive mounted device clip. In one embodiment a carabine styled clip is attached to an adhesive backed mounting foot by means of a strain relieving cord loop. The resulting assembly can permanently mount to any handheld electronic device, such as a cellular telephone (base object) by means of the adhesive backed mounting foot. The carabine clip can be used to attach the assembly to other secondary objects. Thus rendering the device attached to the secondary object. The strain-relieved connection allows for a range of free motion between the device and secondary object.

Abstract: The present invention relates to a magnetic button that is waterproof and washable and to the method for manufacturing the same. The magnetic button (1) according to the present invention comprises a button body (2), a magnet (7) and a steel plate (8) placed in the cavity (9) of said button body. The manufacturing method of the present invention comprises. Step A: manufacturing a button body (2) with non-magnetic material; step B: putting the magnet (7) and steel plate (8) into the cavity (9) of the button body; step C: the magnet and the steel plate are combined integrally and scaled in the button body (2) with a piece of sealing material (11) through the hot pressing process. The magnetic button of the present invention is waterproof and washable. When used on clothes, the buttons can be automatically aligned and match with each other. The button is best suited in the case where buttons are not easily unbuttoned with hands, for example, when hands are in gloves. It is particularly suited to children.

Abstract: A method for holding eyeglasses using a magnetic force means in cooperation with a magnetically saturable keeper element whereby a convenient removable and reusable non-invasive securing system is created which may be used on apparel and other surfaces.

Abstract: A plastic magnetic button that is waterproof and washable incluses a button body, a magnet and a steel plate disposed inside the cavity of said button body. The method of manufacturing the magnetic button comprises step A: manufacturing a button body with non-magnetic material, step B: putting the magnet and steel plate into the cavity of said button body, and step C: injecting a resinoid into the cavity and sealing the magnet and steel plate completely inside the cavity and combining integrally after hardening. The magnetic button can be used on clothes, can automatically align and match each other and is best suited for the case where buttons are not easy to be unbuttoned with the hands, such as, when both hands are in gloves.

Abstract: A magnetic fastener includes manually separable male and female assemblies, the female assembly including a movable lock member freely slidably positioned thereon and a lock release button movably mounted thereto. The fastener also includes a male assembly including a magnetic member, the male assembly being engageable with the lock release button. The movable lock member has an opening formed therein within which a portion of the male assembly is positionable such that, in a locked position, the movable member is shiftable to a position in proximity with the magnetic member and, upon engagement of the release button with the male assembly, the movable member is shiftable to a position spaced from the magnetic member. A method of fastening the fastener is also described. The location of the magnetic member and movable metal lock member are capable of being switched such that the magnetic member is slidable in a direction towards the metal lock member which is fixed in position within the male assembly.

Abstract: This invention relates to a novel design of detachable/attachable magnetic buttons that can be used on clothes, accessories, and the like. Specifically, the invention also relates to a contact guiding structure of the button for a smooth detaching/attaching and an improved stability thereof. The magnetic button of the present invention is arranged so that the magnets on the flap and the body have opposite polarities from each other. Each magnet housing is placed around each magnet in order to make one magnet to be placed in that of the corresponding opposite button. Furthermore, to prevent magnets from slipping and to enhance their durability, a barrier is placed between the magnet and the housing. Hence, the stability of the contact portion of the button and the smooth detachment/attachment are more facilitated.