Discharge lamp luminaire

Claim 2

Improved ballast circuit mounting means for use in a discharge lamp luminaire comprising in combination: (a) at least one ballast circuit component housed in a sealed container having top and bottom portions connected by side portions, with electrical terminal means being included in said top portion, (b) a mounting bracket to secure the container to a mounting surface in the discharge lamp luminaire so that its electrical terminals are upright with respect to the mounting surface, and (c) the mounting bracket having a deformable planar construction formed by a first planar section intersecting a second planar section, the first planar section being secured to the mounting surface by fastening means so as to exert a mechanical spring force upon the second planar section in a downward direction with respect to the mounting surface, and the second planar section having a central opening physically engaging the container side portions at an angle, whereby securing said fastening means to said mounting surface creates compression forces to cause said mounting bracket to deform and provide a rotational action upon said container which forces the container into said mounting surface so as to prevent movement between said container and mounting surface.

Claim 3

The mounting means of claim 1 wherein the ballast circuit component is an electrical capacitor device.

Claim 4

The mounting means of claim 1 wherein the mounting bracket is secured by said fastening means to a boss member extending from the mounting surface.

Claim 5

The mounting means of claim 3 wherein a fastener element projects through an opening provided in the first planar section of the mounting bracket.

Claim 6

The mounting means of claim 1 wherein the discharge lamp is a high intensity mercury discharge lamp.

Claim 7

The mounting means of claim 1 wherein the discharge lamp is a high intensity metal halide discharge lamp.

Claim 8

The mounting means of claim 1 wherein the discharge lamp is a high intensity sodium vapor discharge lamp.

Claim 9

The mounting means of claim 7 which further includes starting aid circuit means.

Claim 10

An improved structural configuration for a ballast assembly in a discharge lamp luminaire comprising in combination: (a) a lamp ballasting circuit which includes at least one electrical circuit component being housed in a sealed container having top and bottom portions connected by side portions, with electrical terminal means being included in said top portion, (b) a mounting bracket to secure the container to a mounting surface in the discharge lamp luminaire so that its electrical terminals are upright with respect to the mounting surface, and (c) the mounting bracket having a deformable planar construction formed by a first planar section intersecting a second planar section at an obtuse angle, the first planar section being secured to the mounting surface with fastening means so as to exert a mechanical spring force upon the second planar section in a downward direction with respect to the mounting surface, and the second planar section having a central opening physically engaging the container side portions at an angle, whereby securing said fastening means to said mounting surface creates compression forces to cause said mounting bracket to deform and provide a rotational action upon said container which forces the container into said mounting surface so as to prevent movement between said container and mounting surface.

Claim 11

An improved structural configuration for a ballast assembly in a discharge lamp luminaire comprising in combination: (a) a lamp ballasting circuit which includes at least one electrical circuit component being housed in a sealed container having top and bottom portions connected by side portions, with electrical terminal means being included in said top portion, (b) a mounting bracket to secure the container to a mounting surface in the discharge lamp luminaire so that its electrical terminals are upright with respect to the mounting surface, and (c) the mounting bracket having a deformable planar construction formed by a first planar section intersecting a second planar section at an obtuse angle, the first planar section being secured to the mounting surface with fastening means so as to exert a mechanical spring force upon the second planar section in a downward direction with respect to the mounting surface, and the second planar section having a central opening physically engaging the container side portions at an angle, whereby securing said fastening means to said mounting surface creates compression forces to cause said mounting bracket to deform and provide a rotational action upon said container which forces the container into said mounting surface so as to prevent movement between said container and mounting surface.

Claim 12

The structural configuration of claim 9 wherein the ballast circuit component is an electrical capacitor device.

Claim 13

The structural configuration of claim 9 wherein the discharge lamp is a high intensity sodium vapor discharge lamp.

Claim 14

The structural configuration of claim 11 which further includes starting aid circuit means.

Claim 15

A discharge lamp luminaire comprising in combination: (a) a housing member defining a central closed cavity which houses a refractor, a discharge lamp and a ballast assembly residing in the central cavity, (b) the ballast assembly including at least one electrical circuit component being housed within a sealed container which is physically secured to a mounting surface within said central cavity, (c) the container having top and bottom portions connected by side portions, with electrical terminal means being included in said top portion, (d) a mounting bracket to secure the container to said mounting surface so that its electrical terminals are upright with respect to the mounting surface, and (e) the mounting bracket having a deformable planar construction formed by a first planar section intersecting a second planar section at an angle, the first planar section being secured to the mounting surface by fastening means so as to exert a mechanical spring force upon the second planar section in a downward direction with respect to the mounting surface, and the second planar section having a central opening physically engaging the container side portions at an angle, whereby securing said fastening means to said mounting surface creates compression forces to cause said mounting bracket to deform and provide a rotational action upon said container which forces the container into said mounting surface so as to prevent movement between said container and mounting surface.

Claim 16

A discharge lamp luminaire comprising in combination: (a) a housing member defining a central closed cavity which houses a refractor, a discharge lamp and a ballast assembly residing in the central cavity, (b) the ballast assembly including at least one electrical circuit component being housed within a sealed container which is physically secured to a mounting surface within said central cavity, (c) the container having top and bottom portions connected by side portions, with electrical terminal means being included in said top portion, (d) a mounting bracket to secure the container to said mounting surface so that its electrical terminals are upright with respect to the mounting surface, and (e) the mounting bracket having a deformable planar construction formed by a first planar section intersecting a second planar section at an angle, the first planar section being secured to the mounting surface by fastening means so as to exert a mechanical spring force upon the second planar section in a downward direction with respect to the mounting surface, and the second planar section having a central opening physically engaging the container side portions at an angle, whereby securing said fastening means to said mounting surface creates compression forces to cause said mounting bracket to deform and provide a rotational action upon said container which forces the container into said mounting surface so as to prevent movement between said container and mounting surface.

Claim 17

The discharge lamp luminaire of claim 13 wherein the ballast circuit component is an electrical capacitor device.

Claim 18

The discharge lamp luminaire of claim 13 wherein the mounting bracket is secured to a boss member extending upwardly from the mounting surface with fastening means.

Claim 19

The discharge lamp luminaire of claim 13 wherein the discharge lamp is a high intensity arc discharge lamp selected from the group consisting of sodium vapor lamps, mercury vapor lamps and metal halide lamps.

Claim 20

A street lighting luminaire having an improved structural configuration comprising in combination: (a) a luminaire member including an upper housing whose underside is closed at the front by a refractor supported in a frame member, and at the rear by a door, the luminaire further including a high intensity discharge lamp, (b) the door having an interior horizontal mounting surface with a ballast assembly being secured thereto, (c) the ballast assembly having a lamp ballasting circuit which includes an electrical capacitor of the type providing power factor correction, (d) the electrical capacitor being housed in a sealed container having top and bottom portions connected by side portions, with electrical terminal means being included in said top portion, (e) a mounting bracket to secure the capacitor vertically in the luminaire member so that its electrical terminals are upright, and (f) the mounting bracket having a deformable planar construction formed by a first planar section intersecting a second planar section at some angle, the first planar section being secured to the mounting surface by fastening means so as to exert a mechanical spring force upon the second planar section in a downward direction, the second planar section having a central opening physically engaging the capacitor side portions at a downward angle, whereby securing said fastening means to said mounting surface creates compression forces to cause said mounting bracket to deform and provide a rotational action upon said container which forces the container into said mounting surface so as to prevent movement between said container and mounting surface.

Claim 21

A street lighting luminaire having an improved structural configuration comprising in combination: (a) a luminaire member including an upper housing whose underside is closed at the front by a refractor supported in a frame member, and at the rear by a door, the luminaire further including a high intensity discharge lamp, (b) the door having an interior horizontal mounting surface with a ballast assembly being secured thereto, (c) the ballast assembly having a lamp ballasting circuit which includes an electrical capacitor of the type providing power factor correction, (d) the electrical capacitor being housed in a sealed container having top and bottom portions connected by side portions, with electrical terminal means being included in said top portion, (e) a mounting bracket to secure the capacitor vertically in the luminaire member so that its electrical terminals are upright, and (f) the mounting bracket having a deformable planar construction formed by a first planar section intersecting a second planar section at some angle, the first planar section being secured to the mounting surface by fastening means so as to exert a mechanical spring force upon the second planar section in a downward direction, the second planar section having a central opening physically engaging the capacitor side portions at a downward angle, whereby securing said fastening means to said mounting surface creates compression forces to cause said mounting bracket to deform and provide a rotational action upon said container which forces the container into said mounting surface so as to prevent movement between said container and mounting surface.

Claim 22

The street lighting luminaire of claim 17 wherein the mounting bracket is secured to a boss member extending upwardly from the horizontal mounting surface with fastening means.

Claim 23

The street lighting luminaire of claim 17 wherein the discharge lamp is a high intensity sodium vapor discharge lamp.

Claim 24

The street lighting luminaire of claim 17 which further includes starting aid circuit means being secured to the horizontal mounting surface.