Abstract: Systems and methods are provided for use in facilitating transfers associated with electronic messages. One exemplary method includes, in response to a send request, searching an electronic message from a sender person to a recipient person for at least one trigger term suggestive of a transfer, prompting the sender person to utilize a service when the at least one trigger term is identified, and invoking the service in response to an input accepting the service from the sender person, whereby the service is accessed via a message service associated with the message. The exemplary method further includes sending the message to the recipient person when at least one trigger term is not identified in the message or in response to an input declining the service.

Abstract: A golf club cleaning system is provided. The golf club cleaning system may include a golf club and a brush assembly. The brush assembly may include one or more brushes and one or more compartments in a housing. The brushes may be dipped into a cleaning liquid while the golf club is moved up and down in contact with the cleaning liquid to create a constant rubbing against the brushes.

Abstract: An audio system that is constructed and arranged to be carried by a headwear that is adapted to be worn on a person's head. The audio system includes one or two sound delivery assemblies, each sound delivery assembly comprising a housing, and a loudspeaker that generates sound in the housing, where the housing has a sound-emitting opening that emits sound generated by the loudspeaker. There is a wiring harness that is constructed and arranged to transmit audio signals from an audio device to the loudspeakers. There are one or two coupling devices. Each coupling device is constructed and arranged to releasably couple a sound delivery assembly to the headwear such that the sound emitting opening of the sound delivery assembly is located proximate an ear when the headwear is on the person's head.

Abstract: A non-circular-orbit detection method and apparatus is disclosed. In some embodiments, the method includes: locating first and second detectors, displaced with respect to one another, a distance from a patient; moving the first and second detectors in a direction towards the patient until a first sensor senses a first point of the patient at a first sensing position; moving the first and second detectors in a second direction from the first sensing position until a second sensor senses a second point of the patient at a second sensing position; and moving the first and second detectors in a non-circular-orbit around the patient. Preferably, the method includes determining the non-circular-orbit based on, among other things, locations of the first point and the second point.

Abstract: A pipe insulating fitting cover for insulating a pipe joint, the cover having a first insulating cover for insulating the body of the pipe joint and a second insulating cover for enclosing and insulating the bonnet of the pipe joint, in which the first and second covers are mounted to each other through complementary cylindrical surfaces on their outer surfaces with an optional sealing layer between them. The invention further provides a method and apparatus for forming the cover.

Abstract: A medal mounting device is comprised of a ribbon with a first end folded into a narrower strip with parallel sides. A second end of the ribbon is attached to a metal clip with foldable tabs. The first end of the ribbon is inserted through a loop attached to a medal and folded behind an intermediate portion of the ribbon. The ribbon is positioned against a medal support bar on a uniform so that the bottom of the medal is aligned with the bottoms of adjacent medals. The second end of the ribbon is folded behind the support bar, and the clip is positioned against the strip at the first end. The tabs are folded around the opposite edges of the strip and pressed against the back of the strip to secure the first end relative to the second end.

Abstract: A non-circular-orbit detection method and apparatus is disclosed. In some embodiments, the method includes: locating first and second detectors, displaced with respect to one another, a distance from a patient; moving the first and second detectors in a direction towards the patient until a first sensor senses a first point of the patient at a first sensing position; moving the first and second detectors in a second direction from the first sensing position until a second sensor senses a second point of the patient at a second sensing position; and moving the first and second detectors in a non-circular-orbit around the patient. Preferably, the method includes determining the non-circular-orbit based on, among other things, locations of the first point and the second point.

Abstract: A medal mounting device is comprised of an elongated support bar with first and second recurved ends. First and second pins are respectively attached to the recurved ends. Spring clips are detachably attached to the pins. A first end of a springy, forwardly bowed clamping bar is hinged to the first recurved end and positioned behind the support bar. To use, the support bar is positioned through the looped ribbons of a plurality of medals. The clamping bar is pressed against the back of the ribbons, and its free second end tucked under the second recurved end of the support bar to clamp the ribbons in position. In another embodiment, the clamping bar is separate from the support bar. In yet another embodiment, the mounting device is comprised of a T-shaped pin inserted through the ribbon of a medal.

Abstract: A medal mounting device is comprised of an elongated support bar with first and second recurved ends. First and second pins are respectively attached to the recurved ends. Spring clips are detachably attached to the pins. A first end of a springy, forwardly bowed clamping bar is hinged to the first recurved end and positioned behind the support bar. To use, the support bar is positioned through the looped ribbons of a plurality of medals. The clamping bar is pressed against the back of the ribbons, and its free second end tucked under the second recurved end of the support bar to clamp the ribbons in position. In another embodiment, the clamping bar is separate from the support bar. In yet another embodiment, the mounting device is comprised of a T-shaped pin inserted through the ribbon of a medal.