Resonant pick-up system
OwnerRichard Barberainventor
Life of this patent
Estimating the term…
Abstract
A pick-up system for a stringed instrument in the form of a bridge structure, supporting a cartridge assembly having one or more of a plurality of independently vibrating segments, across each of which a corresponding string is tensioned. Each assembly contains an individual piezo element mounted in suspension in a clearance cavity, in alignment with and responsive to the vibrations of a corresponding string.
Claims17
An acoustic pick-up system for a stringed musical instrument comprising a bridge member and at least one transducer assembly mounted on said bridge member said transducer assembly comprising an integrally formed unitary body having an independently vibrating crown section and a non-vibrating base section, said crown section having an edge for receiving a string and a cavity below said edge, said transducer being suspended from opposite ends in said cavity between said crown section and said base section to produce an electric current in response to the vibration of said crown section corresponding to and representative of the vibration of said string and at least one hole formed between the crown section and the base section adjacent at least one side of said cavity to enhance vibration of said crown section wherein said hole or holes is/are formed at the bottom or base of an inwardly or downwardly disposed slot which eminates from the string receiving edge.
An acoustic pick-up system for a stringed musical instrument comprising a bridge member for placement on said instrument and a transducer cartridge assembly mounted thereon, said cartridge assembly comprising a unitary body divided by spaced slots forming at least one segment consisting of a vibrating section and a non-vibrating section, said vibrating section having an exposed edge for receiving a string, said at least one segment having a cavity below said edge, and a transducer mounted within said cavity between said vibrating and non-vibrating sections in alignment with said edge and flexurally responsive to vibration of said vibrating section by said string to produce an electric current, each of said slots terminally in an enlarged hole formed in said body, enhancing vibration of said vibrating section.
An acoustic pick-up system for a stringed instrument comprising a bridge member adapted to be located on said instrument and a plurality of transducer cartridges supported by said bridge member an spaced from each other in correspondence to the strings of said instrument, each of said transducer cartridges comprising a body having a pair of spaced side edges spaced from said forming a slot with said bridge member and defining a vibrating section formed with an upper edge supporting the corresponding string, non-vibrating section, and a cavity aligned with the string, a flexurally responsive elongated piezo-electric transducer mounted within said cavity having one end supported in contact with said vibrating section and one end supported in contact with said non-vibrating section, said piezo-electric transducer being responsive to the vibrations produced in said vibrating section by the corresponding string, said non-vibrating sections being formed with at least one hole in communication with at least one of said slots along said side edges to enhance vibration of said vibrating section.
An acoustic pick-up system for a stringed instrument comprising a bridge member adapted to be located on said instrument, and a transducer cartridge assembly comprising an elongated body in the shape of an elongated bar divided by a plurality of slots forming a plurality of vibrating sections, at least one of said slots terminating in a flex enhancing hole on at least one side of said vibrating sections each of said vibrating sections having an edge supporting a string and a non-vibrating section fixed to said bridge and a cavity aligned with the string in which is supported an elongated flexurally responsive piezo-electric transducer, said transducer being supported at one end in contact with the vibrating section and at the other end in contact with the non-vibrating section.
Dependencies are inferred from the claim text.