Improved endpin block apparatus for stringed instruments are provided. The endpin block apparatus comprises an endpin support for securing and connecting an endpin to a stringed instrument. The endpin block apparatus may be fixedly attached to the instrument or may be able to rotate about an attachment location, allowing for adjustment of the angle of the instrument relative to the axis defined by the endpin and the musician. The endpin block apparatus provides one or more endpin insertion locations, allowing for one or more angles of the endpin relative to the axis of the instrument, which angle may be adjustable, and may allow for more of the instrument's weight to be borne by the endpin. The adjustable endpin angle and the adjustable endpin block apparatus rotation allow for a greater range of instrument location and angle, and more support of the instrument by the endpin, removing weight from the musician.

The object of the invention is a bowed instrument comprising a body (2) and a neck (1), the upper face of the body (2) being the top plate (4), at the bottom of which a tailpiece is disposed secured to the bottom of the instrument, the strings (14) being disposed in a tensioned state, supported from below by a bridge, between the tailpiece and the scroll (8) of the neck (1). The bowed instrument according to the invention comprises a tailpiece (16) that is adapted to retain the bottom portion of the strings (14), has an arcuate triangular shape, has an asymmetrically shaped body made of a multilayered material, and is rounded along the periphery of its body, wherein bores (20) adapted for receiving the strings (14) are disposed at the bottom corner (a) and along the arced portion (9) extending between the two upper corners (b, c) thereof.

The object of the invention is a bowed instrument comprising a body (2) and a neck (1), the upper face of the body (2) being the top plate (4), at the bottom of which a tailpiece is disposed secured to the bottom of the instrument, the strings (14) being disposed in a tensioned state, supported from below by a bridge, between the tailpiece and the scroll (8) of the neck (1). The bowed instrument according to the invention comprises a tailpiece (16) that is adapted to retain the bottom portion of the strings (14), has an arcuate triangular shape, has an asymmetrically shaped body made of a multilayered material, and is rounded along the periphery of its body, wherein bores (20) adapted for receiving the strings (14) are disposed at the bottom corner (a) and along the arced portion (9) extending between the two upper corners (b, c) thereof.

A shoulder rest for a stringed instrument with a support element extending in a longitudinal direction for resting on the shoulder and/or chest of the player is intended to enable a particularly high tonal quality of the ensemble of instrument and shoulder rest. For this purpose, the support element is provided according to the invention with a number of opening slots extending in the longitudinal direction and completely penetrating the support element in its thickness.

A violin and bow training apparatus having a bow guide and a guide housing that is adjustable to accurately mimic the bow stroke angle for the four strings of the violin G, D, A, and E is provided.

A violin and bow training apparatus having a bow guide and a guide housing that is adjustable to accurately mimic the bow stroke angle for the four strings of the violin G, D, A, and E is provided.

Example embodiments of the present general inventive concept provide and automatic endpin extension system to be used with an upright instrument, the system including a housing portion configured to be passed through a bottom aperture of an upright instrument, a coupling portion configured to be connected to the housing portion and to be coupled to the upright instrument proximate the bottom aperture, a telescoping endpin portion configured to be selectively moved up and down to extend out from, and withdraw into, the housing portion, a motor portion connected to the housing portion and configured to selectively drive the telescoping endpin portion up and down, and a controller portion configured to control the motor portion.

Example embodiments of the present general inventive concept provide and automatic endpin extension system to be used with an upright instrument, the system including a housing portion configured to be passed through a bottom aperture of an upright instrument, a coupling portion configured to be connected to the housing portion and to be coupled to the upright instrument proximate the bottom aperture, a telescoping endpin portion configured to be selectively moved up and down to extend out from, and withdraw into, the housing portion, a motor portion connected to the housing portion and configured to selectively drive the telescoping endpin portion up and down, and a controller portion configured to control the motor portion.

An electric bowed string instrument structure comprises a longitudinally elongated frame (2) having a central recess (8) provided with a bottom (9), a fingerboard (5) anchored to the neck (4), a tailpiece (7) anchored to the rear end portion (6) of the frame (2), a plurality of strings (13) extending between the fingerboard (5) and the tailpiece (7), a bridge (12) adapted to support the strings (13), a pick-up (14) adapted to intercept the vibrations produced by the strings (13) and to be connected to sound amplifying means, a soundboard (11) interlocked in the recess (8) in a transversely offset position with respect to the bottom (9), the soundboard (11) being convex with a convexity facing towards the strings (11), the pick-up (14) being arranged below the soundboard (11).

An electric bowed string instrument structure comprises a longitudinally elongated frame (2) having a central recess (8) provided with a bottom (9), a fingerboard (5) anchored to the neck (4), a tailpiece (7) anchored to the rear end portion (6) of the frame (2), a plurality of strings (13) extending between the fingerboard (5) and the tailpiece (7), a bridge (12) adapted to support the strings (13), a pick-up (14) adapted to intercept the vibrations produced by the strings (13) and to be connected to sound amplifying means, a soundboard (11) interlocked in the recess (8) in a transversely offset position with respect to the bottom (9), the soundboard (11) being convex with a convexity facing towards the strings (11), the pick-up (14) being arranged below the soundboard (11).