266 results about "Electric guitar" patented technology

An electric stringed instrument, e.g. an electric guitar, featuring a body having a rectangular shaped, through-the-body cutout between the neck and bridge, and having a connector in a portion of the cutout. Pins on the connector are wired to electronic control components that are permanently fixed in the body. A rapidly interchangeable pickup assembly containing one or more pickups, in any combination of single and dual coils, fits into the cutout. Many and varied pickup assemblies, each with different characteristics of tone, strength, and frequency range emphasis can be interchangeably installed into the cutout. A connector on the pickup assembly mates with the body connector, thus accomplishing an electrical connection between the pickups in the assembly and the control electronics. The pickup assembly, having no control electronics on it, is light, compact, and easily maneuvered with one hand into and out of the cutout from the rear of the instrument. Once securely installed, the pickup assembly is in the optimum position to respond to string vibration. This vibration is converted into an electrical signal, sent and processed through the control electronics to an external unit for amplification.

A multi-functional control assembly having a rotary controller with a push-button switches contained therein. The rotary controller has a shaft. A bore is formed through the shaft. A communicator extends through the bore and is configured to communicate information regarding the push-button switch through the bore.

A cooler is divided into distinct, watertight compartments. A first, lower compartment is defined within a main housing section and receives items to be insulated from an ambient environment. The lower compartment is covered by a hinged lid that defines a second, upper compartment for receiving portable electronic devices and the like. A third compartment, disposed forward of the lower compartment, is defined between an exterior surface of the main housing section and a removable module. An audio system comprising an audio player, amplifier, and speakers are retained within the third compartment. In some embodiments, the removable module includes a power station configured to supply sufficient power to supply the audio system and operate and / or charge ancillary devices. In an embodiment, the audio system further includes a wireless interface and / or one or more input ports for receiving signals from such ancillary devices as an MP3 player or an electric guitar.

A pickup is provided in an electric guitar to detect sound generated by the electric guitar. The pickup is fitted between the housing of the body of the electric guitar and a string. The pickup includes a magnetostrictor the magnetic characteristic of which varies depending on the vibration of the string; a detector operative to detect the variation in the magnetic characteristic of the magnetostrictor as an electric signal; and a supplier operative to supply the electric signal detected by the detector to a signal processor. Certain stress is applied to the magnetostrictor by the string of the electric guitar and the housing of the body.

A musical instrument apparatus has the ability to interchange from acoustic to electric string instrument embodiments; both the acoustic and electric string embodiments share a common hollow modular body assembly.

A musical instrument for use with an acoustic amplifier and an electric guitar amplifier for selectively providing the amplified sounds of an acoustic guitar, an electric guitar or both concurrently and in desired synchronization. The instrument includes an acoustic pickup and an electric pickup. The acoustic pickup is mounted adjacent the bridge of the guitar and provides a first output signal to an acoustic amplifier. The electric pickup is mounted in an insert in the sound hole of the guitar and provides a second output signal to an electric guitar amplifier. A pair of foot operated controllers are electrically coupled to the pickups for individually varying the strength of the output signals. If desired, a third controller is electrically coupled to one of the pickups to vary the synchronization of the signals.

A locking and tuning stabilizing device for an electric guitar having a tremolo device includes a clamp screw and an adjustment screw to enable the player to lock the tremolo or to stabilizing the tuning of the strings by turning an appropriate, easily accessible knob projecting from the guitar. In a first embodiment, an axially movable pin is in contact with the tremolo device at one end and in contact with an adjustment screw disposed in the end of the guitar at the opposite end. In second and third embodiments, an anchor block is disposed within a cavity on the back of the guitar. A pin connects to the tremolo device and is axially slidable within the anchor block. Clamping the pin to a fixed position within the anchor block, by tightening a clamp screw disposed in the anchor block, functions to lock the tremolo device in place.

A module for removable insertion into a body of an instrument having longitudinal strings, the body defining a transverse cavity extending from a lateral edge. The module includes a base configured to engage the cavity as the module travels along an axis of movement into the cavity. A first ball plunger contact is configured to conductively engage a corresponding first contact plate affixed to the body when the module reaches at a first point in movement along the axis and to remain engaged as the module moves into cavity along the axis of movement. A second ball plunger is configured to conductively engage a corresponding second contact plate affixed to the body when the module reaches a second point displaced inwardly from the first point in movement along the axis and to remain engaged as the module continues to move into cavity along the axis of movement.

A musical instrument apparatus has the ability to interchange from acoustic to electric string instrument embodiments; both the acoustic and electric string embodiments share a common hollow modular body assembly.

A structure for a musical instrument body that limits vibration of various components or parts of the body while controlling and providing for overall resonance of the instrument. The structure is suitable for use with a musical instrument, specifically an electric guitar. The structure includes a support member or block positioned in a chamber created between a top plate and bottom plate of the guitar body and a structural element, spaced from the top and bottom plates, that engages the block to provide additional support and stiffness enabling further control of the overall vibration and thus resonance of the instrument. Varying the design of the structure along with the various body components provides an apparatus for uniquely tuning the acoustic characteristics of the guitar body.

In some embodiments, an electric guitar interface system, includes a first touchpad of an electric guitar configured to detect a user input, and a control unit coupled to the first touchpad. The control unit may be configured to set a first parameter of the electric guitar's output as a function of a position of the user input along the first axis. The first parameter includes a first pickup gain. The first pickup gain may be for at least one of a bridge pickup, a middle pickup, and a neck pickup. The first parameter includes a second pickup gain.

A string musical instrument, such as an electric guitar, comprises a plurality of sound pickups and a user interface which allows the user rapid access to various configurations of pickup settings and connections. An embodiment of the musical instrument has a user interface which allows quick access to all forty-seven possible pickup connections available in a guitar having three single-coil pickups. Another embodiment of the invention allows rapid to access a large number of possible pickup connections made possible with the use of dual coil pickups, or a combination of single-coil and dual-coil pickups on a single guitar. The different pickup configurations are accessed via user operated controls such as clear illuminated momentary buttons or touch pads. Although the musical instrument provides a large number of accessible pickup configurations, a user display makes the determination of the pickup configuration intuitive and relatively simple.

An electromagnetic pickup for a musical instrument, has two coils (2, 3) with pole pieces (4-8, 9-13) in their core regions and a connection that connects the two coils together, out of phase, in series or in parallel, so that they cancel each others extraneous noise and hum. To accomplish a noise-free pickup with the clarity and dynamics of a single coil pickup, and a uniform output level throughout its longitudinal axis, the coils are partly overlapping each other, the pole pieces in the core region of the first coil are partly overlapping with the pole pieces in the core region of the second coil, and the coils (2, 3) with the pole pieces (6-8, 1-13) induce the same voltage in the overlapping area (14) as the voltage induced by the coils and the pole pieces in their core regions outside the overlapping area (14).

Photodiodes in combination with an amplifier of transimpedance configuration provides an optical vibration detector having a linear frequency response with a light emitter and sensor of sufficiently small size to be inserted between strings of a musical instrument in order to provide signals suitable for amplification. The frequencies of vibrating strings of a musical instrument can be converted in accordance with either of two converter embodiments to control a music synthesizer, an automatic music transcription arrangement or the like.

A guitar-family-characteristic-sound selector switch (63) is incorporated into an electric guitar and used in conjunction with the normal guitar pickup selector switch (62) and the volume and tone controls. This guitar-family-characteristic-sound selector switch invokes different pickup (61) combinations and resistance / capacitance / inductance circuitry (68) in order to generate sounds characteristic of at least two other guitars in addition to the normal sound of the host guitar. In one implementation, the family selector switch is a single user controllable switch that makes the system is intuitive in that a single guitar-family-characteristic-sound selector switch is all that needs to be operated to put the guitar in the mode of sounding like one of three or more styles of guitars following such selection; the pickup selector, volume and tone controls are used in the usual manner.

Various kinds of members are located on the body of an electric guitar, and strings are supported by the members at predetermined positions along the longitudinal direction. The strings are adjusted by a fine-tuning element and a harmonic tuning element. A base plate is pivotally supported on the guitar body. Each of saddles is rotatably coupled to one of saddle holders, the position of which can be adjusted in the longitudinal direction of the strings, and corresponds to one of the strings. Each saddle contacts the corresponding string at a predetermined point. Each string holder, which is located in one of the saddles, holds the corresponding string at a part that is below the contact point of the string. The fine-tuning element fine-tunes each string by changing the rotational angle of the corresponding saddle without actually changing the contact point of the corresponding string. The harmonic tuning element adjusts the position of each saddle holder in the longitudinal direction of the strings. A manipulation portion, which is located on the harmonic tuning element, tunes the harmonic of each string at a position above the base plate while the string is held by the associated string holder.

A sliding mount for removable insertion of a module into a body of an instrument having longitudinal strings, the body defining a transverse cavity extending from a lateral edge. The sliding mount includes a blade for fixation to the module by a generally planar face generally parallel to and spaced apart from a plane the strings define. The blade has first and second edges oriented perpendicularly to the lateral edge when inserted into the body. A sheath for fixation to the body by a generally planar face is configured to receive the blade. The sheath has a first and second lip configured to define opposing channels the edges that slidingly engage upon insertion of the blade into the sheath.

Various embodiments of the present invention are directed to an enhanced knob with multiple integrated functions for use with an electric stringed musical instrument. The enhanced knob can be positioned on an electric stringed musical instrument or on an interconnected amplifier and can be either an add-on feature or can replace one or more existing knobs. In one embodiment of the present invention, the volume knob for an electric guitar is removed and replaced by an enhanced knob. The enhanced knob includes a switch that allows a user to switch between the multiple functions and also allows the user to control each selected function. The enhanced knob includes a volume function to compensate for the removed volume knob. Additionally, the enhanced knob includes a number of other functions, including a tuner function, a metronome function, and a dynamic visual-display function.

An electromagnetic pickup for electric guitars has a plural of wire coils around each pole set and two lead wires connected to each wire coil. Individual wire coils around a pole set have different oxygen contents and / or gages and / or turns and / or coating materials such that one wire coil produces a tone color distinctive from another wire coil.

A module for removable insertion into a body of an instrument having longitudinal strings defines a transverse cavity extending from a lateral edge. The module includes a base configured to engage the cavity. At least one pickup is secured to the base such that upon insertion into the cavity the pickup is in operative proximity to the strings. The pickup has a first and second electrode. A first electrical contact is in first electrical connection to first electrode. A second electrical contact is in second electrical connection to the second electrode.

A string bender apparatus includes a mounting plate with an anchor for anchoring guitar strings to a guitar body, a first section with fastener-receiving holes arranged to receive fasteners extended into pre-existing mounting holes in the body, and an extension that extends from the first section. A lever is pivoted to the extension for movement in a plane that extends generally parallel the front surface of the guitar body. The lever includes a first end defining a handle that is positioned generally adjacent one side of the strings and includes an opposite end attached to one of the strings for temporarily changing a tension of the one string and thus changing a pitch of the one string when the handle is moved in the plane. The string bender can be retrofit onto existing guitars. The string bender can be made removable and replaced with, or combined with a vibrato.

A device for adjusting the tension of the strings of a guitar having at least two strings, particularly an electric guitar or a bass, particularly an electric bass, in which each string of the guitar or bass is, with one end, wound on a turning peg of an adjusting mechanism mounted on the neck of the guitar or of the bass. The adjusting mechanism contains a combination consisting of a worm shaft and of a worm wheel and, due to these, is provided with a self-locking ability. The aim of the invention is to improve the design of a device of the aforementioned type so that, without considerably altering the basic shape of the guitar or of the bass, this device can automatically adjust the tension of individual strings of the instrument reliably and precisely whereby ultimately enabling them to be tuned. To this end, a drive unit for each adjusting mechanism is mounted on the neck of the guitar or of the bass. The drive unit is directly connected to the worm shaft or to the worm wheel (17) of this adjusting mechanism in order to drive the worm shaft or the worm wheel.

A system relating to providing improved bodies for stringed instruments. The present invention is directed toward the fabrication of alloy electric-guitar bodies utilizing CNC processes.

The present invention provides a bridge for a stringed instrument with improved structure design which allows the bridge to be made of light-weight acoustically resonant material. The bridge comprises a plurality of adjustable saddles that are always in contact with the adjacent saddles, the internal bottom wall, and / or the end walls of the first chamber of the bridge. The constant contacts enable these plurality of parts to be unified by pressure allowing for excellent transmission of the string vibrations. The compressive load provided by these constant contacts enables the instant bridge to withstand even the heaviest load of strings. In addition, the bridge comprises thin walls facilitating resonance. The bridge may also comprise internal piezoelectric elements. The bridge is able to produce authentic acoustic sounds for an electric guitar without the need for pre-amplification or signal conditioning.

A compensator for a tremolo for a stringed musical instrument, such as an electric guitar. The compensator has an integrated tremolo stop, allowing a musician to continue playing without undue delay in the event a string breaks.

Present invention teaches a method of producing electric guitar body without the costly and time-consuming process of wood-carving or other traditional woodworking technique. By creating the molds and injecting proper materials, present invention also achieves the 3-D artistic rendition of desired shape for an electric guitar body and at reduced weight than solid wood carving guitar body.

A chambered electric guitar body according to an illustrative embodiment of the present invention includes at least five contiguous closed chambers enclosed in the assembled monolithic top and bottom parts comprised of a generally solid material such as a metal. The autonomous dimensions of the chambers, cubic volumes, and thickness as well as the density of the material, allow customization of shape and guitar performance. This is accomplished by using the method provided to produce the monolithic structures using digital technology, CAD and CNC machining to achieve desired specifications.