Abstract: The electric guitar contains at least one pickup in a recess on the guitar body. This pickup can be installed in a mounting frame and has electrical contact points which lead via a cable to the output port on the guitar body. The pickup has a fixing plate on its rear side, which is screwed onto the height adjuster of the pickup via a threaded bush at a variable distance from the base plate of the pickup. It contains spring-loaded pins which are electrically connected to the coils of the pickup. The fixing plate can be inserted without tools from the rear of the guitar body into a recess in the pickup frame and removed again from the pickup frame without tools. When the pickup is inserted, the pins on the fixing plate are connected to the electrical contact points on the mounting frame and the fixing plate is held in place on the mounting frame by means of permanent magnets.

Abstract: The electric guitar contains at least one pickup in a recess on the guitar body. This pickup can be installed in a mounting frame and has electrical contact points which lead via a cable to the output port on the guitar body. The pickup has a fixing plate on its rear side, which is screwed onto the height adjuster of the pickup via a threaded bush at a variable distance from the base plate of the pickup. It contains spring-loaded pins which are electrically connected to the coils of the pickup. The fixing plate can be inserted without tools from the rear of the guitar body into a recess in the pickup frame and removed again from the pickup frame without tools. When the pickup is inserted, the pins on the fixing plate are connected to the electrical contact points on the mounting frame and the fixing plate is held in place on the mounting frame by means of permanent magnets.

Abstract: A guitar is provided which has a guitar neck. At least the fretboard of the neck is made of a high-density bamboo, that is, a compressed grass, instead of a wood. The guitar may be an electric guitar. In an alternative, the entire neck can also be made of high-density bamboo. The high-density bamboo is planed from compressed raw strips horizontally or vertically glued together and pressed to form high-density bamboo, known as HDG bamboo or strand woven bamboo. The frets on the fretboard are inserted into milled grooves in the fretboard in the usual manner. The curvature between the guitar neck and the guitar head can be produced by bending a single-piece wooden workpiece after steaming so that the wood fibres running along the guitar neck run continuously into the guitar head.

Abstract: A guitar is provided which has a guitar neck. At least the fretboard of the neck is made of a high-density bamboo, that is, a compressed grass, instead of a wood. The guitar may be an electric guitar. In an alternative, the entire neck can also be made of high-density bamboo. The high-density bamboo is planed from compressed raw strips horizontally or vertically glued together and pressed to form high-density bamboo, known as HDG bamboo or strand woven bamboo. The frets on the fretboard are inserted into milled grooves in the fretboard in the usual manner. The curvature between the guitar neck and the guitar head can be produced by bending a single-piece wooden workpiece after steaming so that the wood fibres running along the guitar neck run continuously into the guitar head.

Abstract: A musical instrument, particularly a stringed instrument, has a structure that decouples the body of the player from all parts of the instrument which are indirectly responsible for the sound production for preventing the body of the player from damping the vibrations of the instrument. Instead of a top cover being the main source of indirect sound production, the musical instrument now has an annular plate which is positioned between covers. Any damping effect on the resonance of the annular plate is minimized by positioning a bridge on the annular plate to avoid any contact between the bridge and the top cover, and applying an acoustically decoupling layer between the covers and the annular plate. The covers provide protection against any damping effect of the player's body on the annular plate. This structure also minimizes the tendency of an acoustic feedback loop,2 which may occur in the case of an electrically amplified stringed instrument.

Abstract: A musical instrument, particularly a stringed instrument, has a structure that decouples the body of the player from all parts of the instrument which are indirectly responsible for the sound production for preventing the body of the player from damping the vibrations of the instrument. Instead of a top cover being the main source of indirect sound production, the musical instrument now has an annular plate which is positioned between covers. Any damping effect on the resonance of the annular plate is minimized by positioning a bridge on the annular plate to avoid any contact between the bridge and the top cover, and applying an acoustically decoupling layer between the covers and the annular plate. The covers provide protection against any damping effect of the player's body on the annular plate. This structure also minimizes the tendency of an acoustic feedback loop, 2 which may occur in the case of an electrically amplified stringed instrument.