Field bendable tab for electrical box support

In an electrical box support formed of sheet metal and adapted to extend between a pair of wall studs and support an electrical box, said electrical box support having on each of opposite ends a tab adapted for being attached to a respective one of said studs, each said tab comprising:

• (a) a solid planar metal sheet integral with and extending outwardly of said support;
• (b) at least one transverse bend line formed on said solid planar metal sheet and along which said tab can be field bent;
• (c) coinciding with and defining each said bend line at least one discontinuous score line pressed for its entire length into and along which said solid planar metal sheet is weakened to enable said tab to be field bent along said bend line and when necessary after being bent to be straightened and rebent without fracturing said metal comprising said tab;
• and
• (d) wherein each said score line is formed as a V-shaped depression.

An adjustable electrical box support, comprising:

• (a) a first elongate member having a first end tab formed of planar solid metal sheet integral with and extending outwardly of said first elongate member and adapted for being attached to a first stud in a building wall;
• (b) a second elongate member having a second end tab formed of planar solid metal sheet integral with and extending outwardly of said first elongate member and adapted for being attached to a second stud that is substantially parallel to and spaced apart from said first stud in said building wall with said second elongate member telescopically assembled to said first member so as to establish said support with a selected length substantially equal to the spacing between said studs;
• (c) at least one transverse bend line formed on said planar solid metal sheet forming each said tab and along which said tab can be field bent;
• and
• (d) coinciding with and defining each said bend line at least one discontinuous score line pressed for its entire length into and along which said planar solid metal sheet is weakened to enable said tab to be field bent along said bend line and when necessary after being bent to be straightened and rebent without fracturing the metal comprising said tab and wherein each said score line is formed as a V-shaped depression.

An adjustable electrical box support, comprising:

• (a) a first elongate member having a first end tab formed of solid planar metal sheet integral with and extending outwardly of said first elongate member and adapted for being attached to a first stud in a building wall;
• (b) a second elongate member having a second end tab formed of solid planar metal sheet integral with and extending outwardly of said first elongate member and adapted for being attached to a second stud that is substantially parallel to and spaced apart from said first stud in said building wall with said second elongate member telescopically assembled to said first elongate member so as to establish said support with a selected length substantially equal to the spacing between said studs;
• (c) at least one transverse bend line formed on said solid planar metal sheet forming each said tab and along which said tab can be field bent;
• (d) coinciding with and defining each said bend line at least one discontinuous score line pressed for its entire length into and along which said solid planar metal sheet is weakened to enable each said tab to be field bent along a said bend line and when necessary after being bent to be straightened and rebent without fracturing the metal comprising said tab;
• and
• (e) wherein each said score line is formed as a V-shaped depression.

In an electrical box support formed of sheet metal and adapted to extend between a pair of wall studs and support an electrical box, said electrical box support having on each of opposite ends a tab adapted for being attached to a respective one of said studs and wherein said support comprises first and second elongate members telescopically assembled to one another and each said tab comprises a tab mounted at an outer end of one of said members, each said tab comprising:

• (a) a solid planar metal sheet integral with and extending outwardly of said support;
• (b) at least one transverse bend line formed on said solid planar metal sheet and along which said tab can be field bent;
• (c) coinciding with and defining each said bend line at least one discontinuous score line pressed for its entire length into said solid planar metal sheet and along which said solid planar metal sheet is weakened to enable said tab to be field bent along said bend line and when necessary after being bent to be straightened and rebent without fracturing the metal comprising said tab;
• (d) said electrical box support including plural cooperating locking means formed at a linearly spaced series of locking positions on each of said members and adapted when moved linearly in conjunction with manual adjustment of the telescoping relation of said members to bring the locking means of the first member in releasable engagement with the locking means of the second member at a selected cooperative locking position whereby to establish and maintain said support in a manually releasable said selected length;
• (e) said plural cooperating locking means comprising a series of interengagable detents formed along a lengthwise extending axis of each of said elongate members;
• and
• (f) wherein said detents are spaced apart from each other along said axis of each of said members by a distance selected such that individual fasteners passed through mounting holes in a plate of an electrical box mounted on said support are able to each engage a detent.

An adjustable electrical box support, comprising:

• (a) a first elongate member having a first end tab formed of planar solid metal sheet integral with and extending outwardly of said first elongate member and adapted for being attached to a first stud in a building wall;
• (b) a second elongate member having a second end tab formed of planar solid metal sheet integral with and extending outwardly of said first elongate member and adapted for being attached to a second stud that is substantially parallel to and spaced apart from said first stud in said building wall with said second elongate member telescopically assembled to said first member so as to establish said support with a selected length substantially equal to the spacing between said studs;
• (c) at least one transverse bend line formed on said planar solid metal sheet forming each said tab and along which said tab can be field bent;
• (d) coinciding with and defining each said bend line at least one discontinuous score line pressed for its entire length into and along which said planar solid metal sheet is weakened to enable said tab to be field bent along said bend line and when necessary after being bent to be straightened and rebent without fracturing the metal comprising said tab;
• (e) said support includes plural cooperating locking means formed at a linearly spaced series of locking positions on each of said members and adapted when moved linearly in conjunction with manual adjustment of the telescoping relation of said members to bring the locking means of the first member in releasable engagement with the locking means of the second member at a selected cooperative locking position whereby to establish and maintain said support in a manually releasable said selected length;
• (f) said plural cooperating locking means comprises a series of interengagable detents formed along a lengthwise extending axis of each of said elongate members;
• and
• (g) said detents are spaced apart from each other along said axis of each of said members by a distance selected such that individual fasteners passed through mounting holes in a base plate of an electrical box mounted on said support are able to each engage a detent.