Lockout for conventional wall-type toggle or rocker electrical switch assemblies

Claim 2

A switch lockout selectively useable on one of a plurality of conventional wall-type electrical actuators wherein said selected actuator projects through an opening in an associated switch face plate and is pivotable along a path between an on position and an off position wherein a first of said selected actuators being movable in a first predetermined path and a second of said selected actuators being movable in a second predetermined path, comprising an integrally formed, mounting frame adapted to be attached in parallel relationship to said switch face plate and including a side wall of octagonal shape and an end wall having a continuous edge integrally attached to said side wall to form a box-like cavity, said end wall also including a trio of orthogonally extending openings therethrough wherein only two of said openings are used for mounting said mounting frame to said switch face plate, a centrally disposed aperture defined by a series of transverse and longitudinal edges, and a counterbore segment contiguous with said aperture including a receiving cavity of rectangular cross section and a roof surface, said aperture adapted to be alignable with said selected actuator when said mounting frame is attached to said switch face plate, and an integrally formed cover frame pivotally attached to said mounting frame to permit said cover frame to undergo rotation into one of a closed and open position relative to said mounting frame, said cover frame including a side wall of octagonal shape and an end wall integrally attached to said side wall to form a box-like structure, said side wall of said cover being shaped to have a majority portion thereof nesting within said cavity in said mounting frame when said cover is in said closed position, said end wall of said cover frame including first and second end segments and an up-sloping segment located relative to said aperture of said mounting frame whereby pivoting of said selected actuator is prevented by said counterbore segment of said mounting frame intersecting said first predetermined path of said first selected actuator and said up-sloping segment of said cover frame intersecting said second predetermined path of said second selected actuator.

Claim 3

The switch lockout of claim 1 in which said mounting and cover frames are formed of plastic.

Claim 4

The switch lockout of claim 2 in which said plastic is polycarbonate-ABS.

Claim 5

The switch lockout of claim 1 in which said up-slope segment of said cover frame is angled at a first angle relative to a plane parallel to said mounting frame.

Claim 6

The switch lockout of claim 4 with the addition of a down-ramp section connected to said up-slope segment and to said second end segment at a second angle which is greater than said first angle.

Claim 7

The switch lockout of claim 1 with the addition of a hasp attached to said end wall of said mounting frame and facing outward toward said cover frame, and a slot in said end wall of said cover frame sized to receive said hasp during a closed position of said cover frame relative to said mounting frame.

Claim 8

In the prevention of movement of a selected one of a plurality of switch actuators the combination comprising a wall-type switch including a selected actuator pivotable second angle which is greater than said first angle and a face plate through which said selected actuator projects, a first selected actuator being movable in a first predetermined path and a second selected actuator being movable in a second predetermined path, a switch lockout comprising an integrally formed, mounting frame attached in parallel relationship relative to said switch face plate and including a side wall of octagonal shape and an end wall having a continuous edge integrally attached to said side wall to form a box-like cavity, said end wall also including a trio of orthogonally extending openings therethrough wherein only two of said openings are used for mounting said mounting frame to said switch face plate, a centrally disposed aperture defined by a series of transverse and longitudinal edges, and a counterbore segment contiguous with said aperture and including a receiving cavity of rectangular cross section and a roof surface, said aperture alignable with said switch arm when said mounting frame is attached to said switch face plate, and an integrally formed, cover frame pivotally attached to said mounting frame to permit said cover frame to undergo rotation into one of a closed and open position relative to said mounting frame, said cover frame including a side wall of octagonal shape and an end wall integrally attached to said side wall to form a box-like structure, said side wall of said cover being shaped to have a majority portion thereof nesting within said cavity in said mounting frame wherein said cover is in said closed position, said end wall of said cover frame including first and second end segments, and an up-sloping segment located relative to said aperture of said mounting frame whereby pivoting of said selected actuator is prevented by said counterbore segment of said mounting frame intersecting said first predetermined path of said first selected actuator and said up-sloping segment of said cover frame intersecting said second predetermined path of said second selected actuator.

Claim 9

In the prevention of movement of a selected one of a plurality of switch actuators the combination comprising a wall-type switch including a selected actuator pivotable second angle which is greater than said first angle and a face plate through which said selected actuator projects, a first selected actuator being movable in a first predetermined path and a second selected actuator being movable in a second predetermined path, a switch lockout comprising an integrally formed, mounting frame attached in parallel relationship relative to said switch face plate and including a side wall of octagonal shape and an end wall having a continuous edge integrally attached to said side wall to form a box-like cavity, said end wall also including a trio of orthogonally extending openings therethrough wherein only two of said openings are used for mounting said mounting frame to said switch face plate, a centrally disposed aperture defined by a series of transverse and longitudinal edges, and a counterbore segment contiguous with said aperture and including a receiving cavity of rectangular cross section and a roof surface, said aperture alignable with said switch arm when said mounting frame is attached to said switch face plate, and an integrally formed, cover frame pivotally attached to said mounting frame to permit said cover frame to undergo rotation into one of a closed and open position relative to said mounting frame, said cover frame including a side wall of octagonal shape and an end wall integrally attached to said side wall to form a box-like structure, said side wall of said cover being shaped to have a majority portion thereof nesting within said cavity in said mounting frame wherein said cover is in said closed position, said end wall of said cover frame including first and second end segments, and an up-sloping segment located relative to said aperture of said mounting frame whereby pivoting of said selected actuator is prevented by said counterbore segment of said mounting frame intersecting said first predetermined path of said first selected actuator and said up-sloping segment of said cover frame intersecting said second predetermined path of said second selected actuator.

Claim 10

The combination of claim 7 in which said mounting and cover frames are formed of plastic.

Claim 11

The combination of claim 8 in which said plastic is polycarbonate-ABS.

Claim 12

The combination of claim 7 in which said first selected actuator is a rocker switch having an angled planar switch arm wherein a down sloping segment thereof is positioned to abut said roof surface of said receiving cavity of said counterbore segment of said mounting frame to prevent pivoting thereof.

Claim 13

The combination of claim 10 in which said receiving cavity defines a rectangular cross section sized to be larger than said angled planar switch arm.

Claim 14

The combination of claim 7 in which said second selected actuator is a toggle switch having a switch arm which is rectangular in cross cross section having side surfaces positioned to abut with an up-slope surface of said up-slope segment of said cover frame to prevent pivoting thereof.

Claim 15

The combination of claim 7 in which said up-slope segment said cover frame is angled at a first angle relative to a plane parallel to said mounting frame.

Claim 16

The combination of claim 13 with the addition of a down-ramp section connected to said up-slope segment and to said second end segment at a second angle which is greater than said first angle.

Claim 17

The combination of claim 7 with the addition of a hasp attached to said end wall of said mounting frame and facing outward toward said cover frame, and a slot in said end wall of said cover frame sized to receive said hasp during a closed position of said cover frame relative to said mounting frame.

Claim 18

Method of using a wall switch lockout for preventing movement of selected one of a plurality of actuators of a conventional wall-type switch, wherein said selected actuator projects through an opening in an associated switch face plate and is pivotable along a path between an on position and an off position, a first of said actuators being movable in a first predetermined path and a second of said actuators being movable in a second predetermined path comprising the steps of: (i) establishing one of an OFF and ON position for the switch, (ii) pivoting a cover frame having a side wall and an end wall relative to a mounting frame of a switch lockout to an open operating position, wherein interior cavities in said mounting frame are exposed, (iii) positioning the mounting frame in contact with the face plate of the switch wherein a rear exterior surface of the mounting frame is placed in parallel broad contact with the face plate and wherein the selected actuator of the switch extends into the mounting frame, the mounting frame having an aperture which is contiguous to a counterbore segment in the rear exterior surface of said frame end wall and wherein said counterbore segment has section and a planar roof surface, the mounting frame also including a side wall of octagonal shape to form a box-like structure, and an end wall including a trio of orthogonal openings wherein at least two of said openings being alignable with two orthogonal openings in the face plate, (iv) attaching the mounting frame relative to the face plate using mounting screws that extend through the aligned openings in the face plate so that the counterbore segment at the rear surface of the mounting frame is brought adjacent to the selected actuator, (v) pivoting the cover frame relative to the mounting frame about its transverse pivot axis wherein portions of the cover side wall nest within the mounting frame and the cover end wall is brought into adjacent position relative to the selected actuator whereby a "lock off" state for the switch arm is provided wherein said counterbore segment of said mounting frame intersects said first predetermined path of said first selected actuator and prevents movement thereof and an up-sloping segment of said cover frame intersects said second predetermined path of said second selected actuator and prevents movement thereof.

Claim 19

Method of using a wall switch lockout for preventing movement of selected one of a plurality of actuators of a conventional wall-type switch, wherein said selected actuator projects through an opening in an associated switch face plate and is pivotable along a path between an on position and an off position, a first of said actuators being movable in a first predetermined path and a second of said actuators being movable in a second predetermined path comprising the steps of: (i) establishing one of an OFF and ON position for the switch, (ii) pivoting a cover frame having a side wall and an end wall relative to a mounting frame of a switch lockout to an open operating position, wherein interior cavities in said mounting frame are exposed, (iii) positioning the mounting frame in contact with the face plate of the switch wherein a rear exterior surface of the mounting frame is placed in parallel broad contact with the face plate and wherein the selected actuator of the switch extends into the mounting frame, the mounting frame having an aperture which is contiguous to a counterbore segment in the rear exterior surface of said frame end wall and wherein said counterbore segment has section and a planar roof surface, the mounting frame also including a side wall of octagonal shape to form a box-like structure, and an end wall including a trio of orthogonal openings wherein at least two of said openings being alignable with two orthogonal openings in the face plate, (iv) attaching the mounting frame relative to the face plate using mounting screws that extend through the aligned openings in the face plate so that the counterbore segment at the rear surface of the mounting frame is brought adjacent to the selected actuator, (v) pivoting the cover frame relative to the mounting frame about its transverse pivot axis wherein portions of the cover side wall nest within the mounting frame and the cover end wall is brought into adjacent position relative to the selected actuator whereby a "lock off" state for the switch arm is provided wherein said counterbore segment of said mounting frame intersects said first predetermined path of said first selected actuator and prevents movement thereof and an up-sloping segment of said cover frame intersects said second predetermined path of said second selected actuator and prevents movement thereof.

Claim 20

The method of claim 16 in which said first selected actuator is a rocker switch having an angled planar switch arm wherein a down-sloping segment thereof is positioned to abut said roof surface of said receiving cavity of said counterbore segment of said mounting frame to prevent pivoting thereof.

Claim 21

The method of claim 17 in which said receiving cavity defines a rectangular cross section sized to be larger than said angled planar switch arm.

Claim 22

The method of claim 16 in which said second selected actuator is a toggle switch having a switch arm which is rectangular in cross section having side surfaces positioned to abut with an up-slope surface of said up-slope segment of said cover frame.

Claim 23

The method of claim 16 in which said mounting and cover frames are formed of plastic.