Other

Geiger International, Inc.

Sony Corporation

John F Geiger

Douglas S Lind

Gary B Mandle

Ali Etezadi-Amoli

Vinod Mukkamala

Giuseppe Proietto

The present invention provides a system and method for remote configuration and management of internet of thing devices, whereby applications do not need to explicitly participate in a particular configuration scheme and the application configuration and management can be performed securely and remotely while the Secure Remote Management engine is architecturally decoupled from the bearing protocols used by the remote enterprise to configure and manage the device or devices.

Method for secure enrollment of devices in the industrial internet of things

Various aspects of a method and system for management of an electronic system are disclosed herein. The method includes detection of a plurality of electronic modules configured in a discoverable mode. The plurality of electronic modules is associated with one or more electronic sub-systems of the electronic system. The method further includes reception of a first set of data from the plurality of electronic modules. The method further includes dynamic prediction of a set of actions based on the received first set of data and second set of data. The second set of data corresponds to a previously executed set of actions.

Management of an electronic system for fault detection

A resonator assembly includes a resonator, a collector-amplifier, as well as a timbre tray, one or more timbre pieces, and a detector holder. The resonator assembly, designed to be attachable to a conventional acoustic guitar, improves the quality and volume of the conventional guitar. A wood or metal timbre piece or a varying combination thereof may be used according the user's sound preference. The resonator, the collector-amplifier, the timbre holder tray and the detector holder are preferably made from thin brass.

Acoustic guitar resonator

A sound enhancing device for F-hole stringed instruments, banjos, and drums. The device includes at least one cross-shaped element and a timbre square, which may be part of a larger, user-constructed sound emitter. Strung like beads along a fastener, one or more cross-shaped elements and timbre squares are arrayed between a bridge and terminal retainer. In one embodiment, the cross-shaped element and timbre square are juxtaposed, forming a sound emitter which is mounted within an F-hole instrument's sound chamber; the bridge, positioned above it and astraddle opposing F-hole side edges, collects inaudible sound surface waves and transmits them through the fastener &#x2014;a knot-free, waxed string under tension&#x2014;to the sound emitter. There sound waves are amplified by constructive interference, timbre characteristics added, and sound waves transferred into the sound chamber's air. The latter then increase the sound surface waves at the F-hole's edges, setting up a positive feedback loop.

Acoustic amplifier and tone controller for stringed musical instruments

A device that can be easily placed on and removed from an acoustic, stringed instrument, such as an acoustic guitar. When placed on a guitar, the device amplifies and clarifies the sound of the guitar, thereby allowing the guitarist to obtain quality sound and high volume. In addition, the device enables the guitarist control the timbre or sound characteristics of the guitar.

Chair

A banjo has a resonator (24) mounted about the pot (11) and acoustical links (25) that acoustically couple the resonator with the banjo head (14). When the instrument is played acoustical waves pass from the head through the acoustical links to the resonator which amplifies the sound produced by the banjo. An adoption of this invention is also disclosed for a guitar.

Sound-enhanced stringed musical instruments

A mute for stringed instruments such as banjos, guitars, and the like which allows the volume of the sound generated by plucking the strings to be varied without changing the pitch of the instrument. This device comprises a small, elongated cloth bag filled with tiny metallic balls. The bag is sufficiently long that when it is properly mounted on the bridge of the instrument, the bag extends past the points where the two outermost strings cross the bridge, the two outermost strings being disposed proximate opposite ends of the bridge. In use, the beg is mounted partially on the upper edge of the bridge and partially on the strings. The degree of muting, as well as the duration of individual notes once played, varies with the position of the bag on the bridge. The pitch of the strings, however, does not vary. The mute works by absorbing some of the energy of the vibrating strings as first those balls in the bag which are closest to the strings are displaced by the strings and then transmit momentum to adjacent balls.

Adjustable stringed instrument mute

A bicycle carrier adapted to be interconnected with a camper unit of the character that is typically mounted on the bed of a pickup truck. The bicycle carrier of the invention is uniquely designed to be pivotally mounted on one rear corner of the camper unit and to automatically swing away from the back the camper when the camper door is opened.

Bicycle carrier

A bridge for a stringed musical instrument comprises a thin wooden body having a bottom base portion adapted to be supported upon a resonant body member of the instrument and a top crown portion that is formed with grooves for holding individual strings. The base and crown portions have opposed edges that are generally parallel with respect to each other. The crown is formed with baffle slits located adjacent the grooves that are oriented obliquely with respect to the crown edge for redirecting sound waves emitting from strings back to the grooves to produce a ringing tonal effect or to the base to reduce sound attenuation within the bridge.

Growing community of inventors

Atlanta, GA, United States of America

John F Geiger