A guitar stand has a hollow upper block, a hollow main rod inserted in a bottom of the hollow upper block, a hollow lobe-shaped seat disposed on the hollow main rod, and a connection seat and the hollow lobe-shaped seat fastened by a screw spindle. A first pivot joint is disposed on an upper end of a first hollow leg. A second pivot joint is disposed on an upper end of a second hollow leg. The second pivot joint is inserted in the first pivot joint. The connection seat has a screw rod fastening the first pivot joint and the second pivot joint together. The first bracket is fastened on the first hollow leg. The second bracket is fastened on the second hollow leg.
The invention relates to a musical-instrument stand, in particular for guitars, and comprises a first side and a second side, each of which defines a lower part and an upper part. The lower parts of the first and the second sides each comprises foot elements or setting the stand on a floor surface. In their upper parts, the first and the second sides respectively comprises a first and a second joint element, which together define a pivot joint in order that the sides can be pivoted with respect to one another about a predetermined axis of rotation. A releasable catch is also provided in the region of the joint elements to lock the guitar stand in at least one pivot position.
A guitar stand has a main support frame, a first hollow leg, a second hollow leg, a first bracket, a second bracket, an adjustment seat, and a head block. The first bracket has a connector disposed on the first hollow leg. The second bracket has a connecting brace disposed on the second hollow leg. The head block has a pair of side pillars to receive a pair of cushions, a lower tube and a pair of lugs disposed on a lower portion of the lower tube. The adjustment seat is connected to the head block, the first hollow leg, and the second hollow leg. The main support frame has a main hollow rod, a three-way joint, a first support rod, and a second support rod. The three-way joint has an upper tube to receive the main hollow rod and a hollow socket connected to the upper tube. The hollow socket receives the first support rod and the second support rod.
A guitar stand has a rear support frame, a first front leg, a second front leg, an adjusting seat, an upper block connected to the rear support frame, the adjusting seat connected to the upper block, the first front leg and the second front leg, a first bracket disposed on the first front leg, and a second bracket disposed on the second front leg.
A musical instrument stand has a pair of first leg devices, a pair of second leg devices, a pair of adjustment mounts, a main connector, a collar, a clamping device, and an adjustment tube. A first rivet fastens one of the first leg devices, one of the second leg devices, and one of the adjustment mounts together. A bolt fastens the main connector and one of the adjustment mounts together. The collar receives a lower sleeve of the clamping device. The clamping device receives an upper portion of the main connector. The adjustment tube is inserted through the clamping device and the main connector.
An instrument stand for supporting a musical instrument, such as and particularly a guitar or electric bass, when in use or at rest, with an adjustable mounting portion to hold the instrument close to the instrument player's body and a flexible extending shaft that allows the instrument player to be mobile or move around while operating the instrument on the stand and use the flexible stand for adding intonation or musicality to the performance.