Tri-column airlift bass stand
A percussion instrument stand includes a plurality of support columns. Each support column is associated with a respective support leg that supports the support column off of a standing surface. The percussion instrument stand also includes an instrument mount configured to support a percussion instrument thereon so as to be vertically supported by one or more of the support columns. At least one coupler is provided so as to engage each of the support columns and thereby resist a horizontal torque exerted on the percussion instrument.
1 . A percussion instrument stand, comprising:
a plurality of support columns, wherein each support column is associated with a respective support leg that supports the support column off of a standing surface;
an instrument mount configured to receive a horizontal tube of a percussion instrument such that, during normal playing of the percussion instrument, the instrument mount supports the percussion instrument thereon so that the percussion instrument is vertically supported by one or more of the support columns; and
at least one coupler having a contiguous body defining a plurality of horizontally-oriented c-shaped and/or o-shaped receptacles that are each configured to engage a respective support column so as to resist a horizontal torque exerted on the percussion instrument.
2 . The percussion instrument stand of claim 1 , wherein each receptacle comprises a clamp having at least one protrusion configured to fit within a corresponding vertical groove of the respective support column such that the coupler is vertically repositionable with respect to the support columns.
3 . The percussion instrument stand of claim 1 , wherein at least one of the receptacles comprises a continuous body circumferentially enclosing the respective support column such that the receptacle is vertically repositionable with respect to the support columns.
4 . The percussion instrument stand of claim 1 , wherein the coupler is substantially triangular in shape.
5 . The percussion instrument stand of claim 1 , wherein the instrument mount comprises a catch-lock configured to catch-and-lock a tube lug or a tube bridge of the percussion instrument therein.
6 . The percussion instrument stand of claim 5 , wherein the tube bridge is suspended between the pair of mounts mounting the tube bridge to a shell of the percussion instrument so as to be parallel to the shell.
7 . The percussion instrument stand of claim 1 , wherein the instrument mount comprises a gravity drop-and-lock saddle configured to seat and secure a tube lug or a tube bridge of the percussion instrument therein.
8 . A supporting hardware for a percussion instrument, comprising:
a pair of mounts configured to be mounted to a shell of the percussion instrument; and
a tube bridge suspended between the pair of mounts so as to be parallel to the shell when the pair of mounts are mounted to the shell,
wherein each mount of the pair of mounts includes an eye loop oriented perpendicular to the tube bridge so as to accept respective j-hooks of an instrument carrier configured to support the percussion instrument on a user's body, and
wherein the tube bridge is configured to be engaged by an instrument mount comprising a gravity drop-and-lock saddle configured to seat and secure the tube bridge therein.
9 . The supporting hardware of claim 8 , wherein the tube bridge is configured to be engaged by an instrument mount comprising a catch-lock operable to catch-and-lock the tube bridge therein.
10 . A percussion instrument stand, comprising:
a plurality of support columns, wherein each support column is associated with a respective support leg that supports the support column off of a standing surface;
an instrument mount configured to receive a percussion instrument such that, during normal playing of the percussion instrument, the instrument mount supports the percussion instrument thereon so that the percussion instrument is vertically supported by one or more of the support columns; and
at least one coupler having a contiguous body defining a plurality of horizontally-oriented c-shaped and/or o-shaped receptacles that are each configured to engage a respective support column so as to resist a horizontal torque exerted on the percussion instrument.
11 . The percussion instrument stand of claim 10 , wherein each receptacle comprises a clamp having at least one protrusion configured to fit within a corresponding vertical groove of the respective support column such that the coupler is vertically repositionable with respect to the support columns.
12 . The percussion instrument stand of claim 10 , wherein at least one of the receptacles comprises a continuous body circumferentially enclosing the respective support column such that the receptacle is vertically repositionable with respect to the support columns.
13 . The percussion instrument stand of claim 10 , wherein the coupler is substantially triangular in shape.
14 . The percussion instrument stand of claim 10 , wherein the instrument mount comprises a catch-lock configured to catch-and-lock a tube lug or a tube bridge of the percussion instrument therein.
15 . The percussion instrument stand of claim 14 , wherein the tube bridge is suspended between the pair of mounts mounting the tube bridge to a shell of the percussion instrument so as to be parallel to the shell.
16 . The percussion instrument stand of claim 10 , wherein the instrument mount comprises a gravity drop-and-lock saddle configured to seat and secure a bridge of the percussion instrument therein.