Abstract: A rail mounting assembly for coupling a flashlight or other instrument to a fixed point on a person's body, clothing, equipment or accessories allows a user to direct or otherwise fix light upon a person or area of interest.

Abstract: Upper support portions 4 are respectively provided at respective upper end sections of a pair of support columns 1, 1? such that the position of the upper support portions can be adjusted in an up-down direction. Lower support portions 5 are respectively provided at respective lower end sections of a pair of support columns 1, 1? such that the position of the lower support portions can be adjusted in an up-down direction. A pair of wires 13, 13 is provided to extend between the lower support portion 5 and the upper support portion 4 of the support column 1. Another pair of wires 13, 13 is provided to extend between the lower support portion 5 and the upper support portion 4 of the support column 1?.

Abstract: An extendable lighting system having a main housing with a bottom wall and upwardly extending side walls. A lamp housing is retractable positioned within the main housing and a flexible diaphragm connects to the main housing above the bottom wall and connects to the lamp housing to create a substantially enclosed space between the diaphragm and the bottom wall. An air passage communicates with the enclosed space.

Abstract: An adjustable illuminating lamp for an aquarium that mainly has an illuminating main body for receiving a lamp pipe. The illuminating main body is provided on its two lateral ends each with an extendible rod. The extendible rods can be adjusted in their distances from the illuminating main body, and the end of each extendible rod is provided with a clamping means to clamp on either of the lateral sides of the aquarium.

Abstract: A pull down light fixture having a cover connected to a bottom portion of the light fixture. A power source is connected to the light fixture via a power cord. A power cord base engages a ceiling for housing the power cord. A predetermined plurality of retraction cords are connected to the cover for at least one of raising and lowering the cover. A retraction cord mechanism is connected to each retraction cord for enabling such retraction cords to at least one of extend and retract. A predetermined plurality of retraction cord bases engage the ceiling for housing each retraction cord and retraction cord mechanism. A pull down attachment is connected to the light fixture for enabling the light fixture to be pulled down.

Abstract: An adjustable light beam device for an aimable vehicle lamp assembly is provided. The adjustable light beam device includes a lamp housing having a channel member with an outer portion and an inner portion. A tube component is positioned within the interior portion of the channel member. The tube component is adjustably movable along the inner portion of the channel member.

Abstract: An apparatus and method according to which rotation of a lighting device chassis is prevented.

Abstract: A projector (1) enabling the extension/retraction of a column even when the column is rotated, including the telescopic column (4) installed on a carrier (6) as a base, a lifting and lowering device (21) installed in the column (4), a lighting apparatus (2) installed at the tip of the column (4), and a power supply (5) for supplying power to the lighting system (2). The column (4) is formed of circular tubes and rotated in conjunction with the lifting and lowering device (21). Also, the column (4) is formed by loosely fitting, to each other, a first column (13) fixed to the carrier (6) and second and third columns (4a) and (4b) having outer diameters reduced in that order less than that of the first column (13). The second and third columns (4a) and (4b) are loosely fitted to each other so as to be moved in the vertical direction and rotated in conjunction with each other.

Abstract: A multiple swivel flashlight provides a stable housing with flat bottom for ready support on most surfaces, as well as a pair of lamp reflector arms which are either conducting or carry conductors to supply the reflectors with the voltage and current needed to drive the lamps. Where the exterior of the support arms are conducting, they are either coated or painted to insulate the exterior. Where the support arms are non-conducting, conductors are either inlaid or attached, preferably along the interior surface of the conductors. The support arms support the reflectors at an angle in order to enable the user to optimally adjust the position of the multiple swivel flashlight.

Abstract: Front viewability during turning may be enhanced by a headlamp device for a vehicle arranged to perform swivel control. The headlamp device is arranged so that when a vehicle 2 is turning around a right curve with low beam, the vehicle velocity V and the estimated horizontal G value are used to calculate the curve turning radius R, which is then used together with the vehicle velocity R to calculate the driver viewing point angle ? to which the leftward deviation ? of the highest light intensity position in the light distribution pattern PL for low beam is added to calculate the target swivel angle ? on the basis of which the lighting fixture unit of the headlamp 10R is swung over the target swivel angle ? so that light beam is emitted toward a region surrounding the driver viewing point EP on the road ahead of the vehicle in the forward direction.

Abstract: A portable stand for an articulated arm that carries a device, such as a lamp. The stand includes a post having a lower end with a plurality of support legs for supporting the post freely on an underlying surface and an upper end having a bushing. The articulated arm can be mounted on the upper end of the stand by inserting a lug of the articulated arm into the bushing. The stand also includes means on an upper end of the post for ensuring that the articulated arm is positioned in vertical alignment over one of the support legs of the post. Thus, as the articulated arm is fully extended in a lateral direction from the post, the center of gravity of the articulated arm remains over the support leg thereby permitting the stand to remain stable.

Abstract: The present invention is to provide a structure of an illumination apparatus comprising a sucker mounted in a bottom of a base thereof to provide the base with an adsorptive power. A power supply housing is extended upwardly on a central top portion of the base, wherein a power supply part is mounted in the power supply housing for providing with the electric power and a switch is mounted on the outside of the power supply housing so as to turn on or turn off the electric power provided by the power supply part. An adjustable device is mounted on a top of the power supply housing, wherein a housing is mounted on one end of the adjustable device and a light emitting device is mounted in the housing so as to twist the adjustable device to provide with the purpose of multi-angle adjustments.

Abstract: A lighting device that enables use of one or more light-emitting diodes (LEDs) in combination with a reflector is described. The subject lighting device includes at least one LED on a supporting portion, such that the LED is located in front of and aimed toward a reflector. Light emitted from the LED is reflected by the reflector and travels past the LED to provide light. The light-emitting diode(s) may be substantially centrally located with respect to a central axis of a reflector. Focusability of the lighting device is achieved by adjusting the relative distance between the LED and reflector, or by other means.

Abstract: A lamp display system (10) is disclosed for displaying various lamp shades (11) with various lamps (12). The lamp display system includes a rear wall (13), a top shelf (14), a middle shelf (15), and a bottom shelf (16). The system also includes a plurality of lamp shade mounting arms (18). Each mounting arm has an arm portion (19) extending to a light bulb socket (21), and a harp (22). Each mounting arm may be mounted to an elongated mounting bracket (23) which in turn is mounted to the rear wall. The mounting arms are also staggered in height and/or distance from the rear wall to allow for the compact display of many lamp shades.

Abstract: A projector desk lamp employs a base for supporting components of said desk lamp on a flat surface. A stem with one end forming an adjustable articulated joint with said base that can be swung between a horizontal position and a vertical position freely and can be locked in intermediate positions. A lock knob mechanism is used for quickly releasing and locking said stem during adjustment. A bracket is formed on the other end of said stem. A lamp head which is adjustably articulately joined by said bracket can be swung in more than 180 degrees and can be locked in intermediate positions. A lamp head comprises a bulb, a reflector, an adjustable lens assembly and a disc-shaped slide. Therefore, this lamp can be used as a projector for enlarging images of the slide projected on any surface with a selectively adjustable ratio. It can also be used as a desk lamp to illuminate an area with adjustable beam-angle and brightness.

Abstract: A light attachment for electronic devices may include a base, a deployable arm, a light source and deployment mechanism. The base can be removably attached to an electronic device. The light attachment has a retracted, closed position, and a deployed, open position. While in either postilion, the light attachment is compact and can reside on the electronic device permanently or semi-permanently without interfering with the screen or other functions of the electronic device to which it is attached. The deployment mechanism is a retractable mechanism that has engaged and disengaged states. When the deployment mechanism is actuated while the collapsible light attachment is in its retracted position, the deployable arm is caused to be deployed and the light source is caused to be turned on. Once deployed, the movable arm is situated in a predetermined position optimal for illuminating a LCD screen or other features of the electronic device.

Abstract: A transformable flashlight apparatus includes a body member, a head member with a light-emitting device, and a connecting member for connecting the head member to the body member and allowing the re-positioning of the head member with respect to the body member. Attaching structure connects an attachable and moveable object to one or both of the body member and the head member of the flashlight.

Abstract: A siding block comprising an electrical junction box and a cover for mounting a light fixture to the exterior of a building. The electrical junction box includes a back wall, a front peripheral wall, and a recessed area within the back wall having one or more removable wall sections within the recessed area. One or more of the removable wall sections can be removed and an electrical cable connector inserted therein to provide strain relief attachment of an electrical cable therein. The electrical junction box includes two or more posts integral with and extending from the front peripheral wall and including fastener-accepting portions. The cover includes a central opening and a rear peripheral wall surrounding the central opening.

Abstract: The components of an adjustable light fixture mounting assembly are secured during adjustment of a light in a lighting system. A knuckle joint with a locking taper secures an upper knuckle half to a lower knuckle half. The locking taper secures the adjustment of the knuckle halves, even if the knuckle screw becomes loosened. In a further embodiment, an O-ring seal between a double locking taper seals the knuckle joint from moisture. A rotating locking clamp secures the lower knuckle half to a nipple with a reverse taper on both the lower knuckle half and the nipple, while allowing rotation of the lower knuckle half with respect to the nipple. Stop pins in the lower knuckle and nipple cooperate with an interior profile of the rotating locking clamp to allow 360 degrees rotation of the lower knuckle half with respect to the nipple.

Abstract: The invention includes a trailer light kit. The kit comprises: a bracket for mounting a light to a trailer, the bracket including an extension holder; an extension, insertable into the extension holder; and a light mechanism, comprising a light and a light harness for attaching the light into a trailer receptacle.

Abstract: A flashlight includes a barrel, a connecting member, a seat, and an end cap. The connecting member is mounted to a bottom end of the barrel and allows the barrel to move to a desired angle relative to the connecting member. The seat includes a larger chamber, and two smaller chambers. A front leg is slidably mounted in the larger chamber and movable between a retracted position in the larger chamber and an extended position outside the larger chamber. A side leg is mounted in each smaller chamber and pivotable between a retracted position in an associated smaller chamber and an extended position outside the associated smaller chamber.

Abstract: A light assembly includes a housing which defines a longitudinal axis. A hollow holding ring and a reflector are fixed within the housing and spaced apart along the axis. A hollow positioning sleeve is disposed at a rear end of the reflector and is arranged on the axis at a distance forwardly from the holding ring. A tube extends along the axis and includes front and rear portions. The front portion is mounted in the positioning sleeve and includes a bulb receptacle for positioning a bulb within the reflector. The rear portion includes an electrical connection portion disposed in the holding ring. The tube is inserted axially through the holding ring and the positioning sleeve and into the reflector and then is rotated about the axis in order to cause the tube to become locked against axial movement relative to the reflector.

Abstract: An adjustable lamp is disclosed having a rod and a light assembly that slideably connects to the rod at a connection assembly. The light assembly includes a housing and a light socket contained within the housing. The light assembly further includes an extension member that connects the housing to the connection assembly. The connection assembly moves along the rod laterally along a longitudinal axis. The connection assembly may be locked into a position along the rod. For example, the rod may be connected to a vertical surface and a light source contained in the housing may be directed downward, toward a desk or table or other horizontal surface. The slideable connection allows the light assembly to move up or down relative to the horizontal surface in this use.

Abstract: A strip lighting housing and fixture assembly (10) is provided. The strip lighting housing and fixture assembly (10) includes first and second housing sections (12 and 14) which releasably engage one another. Sections (12 and 14) are releasably locked to one another by a locking plate (30) and further by a removable connecting member (42). Additionally, a pair of cover members (38, 40) are provided, with the cover members (38, 40) being releasably joined to the respective first and second housing sections (12 and 14). The lighting housing and fixture assembly (10) is collapsible and may be selectively disassembled.

Abstract: 1. A lighting device (2) having a light housing (6) including a light source (42, 44), said light housing rotatably connected to a body, said body having a rotatable connection means (22) to allow the light housing to be adjacent said body to define a narrow space (90) accessible in a base to top direction. 2. A lighting device (2) having a light source (42, 44), a tubular lens (40, 50) surrounding said light source, a reflector (56) cooperating with an end of said tubular lens opposite to said light source. 3. A light housing (6) or a method of assembling a light housing (6), said light housing having a first side and a second side, a first side having a mounting spigot (52, 54), a second side having an aperture (62, 63), a tubular lens (48, 50) can pass through the aperture so that one end of the tubular lens is received in the mounting spigot, said aperture and said mounting spigot being in alignment.

Abstract: The invention relates to mirrors for use in confined spaces which are subject to being covered by fluids and debris, principally dental mirrors, for use by dentists and similar medical professionals. The mirror assembly includes a head portion and a handle portion. The head portion includes a housing with a rotor assembly and a rotor drive means. In accordance with the invention, a secondary member has a reflective surface. The mirror assembly includes attachment means for removably attaching the secondary member with respect to the rotor assembly so that the reflective surface can be replaced when degraded. In use, the rotor drive means spins the rotor assembly and with it the secondary member to remove fluids and debris that may fall on the reflective surface so that vision when using the reflective surface is not impaired by such fluids or debris. Advantageously the attachment means include magnetic components although mechanical attachment means may also be used.

Abstract: A solar powered lighting assembly for attachment to an eaves trough mounted on an outer wall surface includes a lamp, a rechargeable power source, a solar panel assembly, a mounting bracket and a connector arm. The rechargeable power source is connected to the lamp to provide operational power. The solar panel assembly is coupled to the rechargeable power source to provide electrical power for recharging the rechargeable power source. The mounting bracket is coupled to the inside surface of the eaves trough and is used to support the rechargeable power source and the solar panel assembly. The connector arm is coupled to the lamp and is adapted to be removeably coupled in between the eaves trough and the outer wall surface.

Abstract: A reflector assembly includes a reflector in which a reflector opening is defined therein. The reflector assembly has a datum structure having a plurality of a datum surfaces coupled to the reflector opening. The datum structure is configured to align a lamp with respect to a focal point of the reflector.

Abstract: The present invention relates to a vehicle headlight assembly having a lamp housing that is pivotally mounted to the vehicle body. One embodiment of the invention includes a lamp housing that is pivotally mounted to the vehicle body and includes a threaded aperture for receiving a threaded adjustment mechanism that is inserted through an aperture in the vehicle body and into the housing aperture. Rotation of the adjustment mechanism adjusts a position of the lamp housing relative to the vehicle body. Typically, a head portion of the adjustment mechanism is positioned on an exterior of the vehicle and is accessible by an operator of the vehicle from a normal operating position of the vehicle for adjusting the position of the housing relative to the vehicle body.

Abstract: The components of an adjustable light fixture mounting assembly are secured during adjustment of a light in a lighting system. A knuckle joint with a locking taper secures an upper knuckle half to a lower knuckle half. The locking taper secures the adjustment of the knuckle halves, even if the knuckle screw becomes loosened. In a further embodiment, an O-ring seal between a double locking taper seals the knuckle joint from moisture. A rotating locking clamp secures the lower knuckle half to a nipple with a reverse taper on both the lower knuckle half and the nipple, while allowing rotation of the lower knuckle half with respect to the nipple. Stop pins in the lower knuckle and nipple cooperate with an interior profile of the rotating locking clamp to allow 360 degrees rotation of the lower knuckle half with respect to the nipple.

Abstract: The present invention is directed to a lighting apparatus to be used on an umbrella pole or similar upright structure with a convenient and concealed mounting mechanism and a slip-resistant vertical adjustment mechanism, designed to provide the user with an easily adjustable and removable/attachable source of light, wherein the means by which it is removed or attached is attractively concealed from the casual observer.

Abstract: An adjustable rear lamp is disclosed to allow the adjustment of a lamp housing within the lamp cavity of an automobile's body frame. A threaded bolt is inserted into an opening in the sheet metal of an automobile. A nut is attached to the threaded bolt. The threaded bolt surrounds a threaded shaft, and one end of the threaded shaft is attached to the lamp housing. The nut and threaded bolt may be rotated, engaging the threaded shaft and moving the threaded shaft into or out of the lamp cavity. The movement of the threaded shaft and the lamp housing allows the lamp housing to be positioned precisely within the lamp cavity.

Abstract: A system for aligning a light source to a reflector on a frame for efficiently illuminating a target along a first axis of the reflector. The light source is coupled to an arm that is linearly translatable by a driver assembly coupled to the frame. The travel of the driver assembly is aligned to a plane defined by two axes of the reflector with an alignment pin coupled to the driver assembly and adjusted to the frame. The light source may then be aligned for travel in the first axis by mechanically isolating the drive mechanism from a malleable arm connected to the light source and by bending the malleable arm in at least one dimension.

Abstract: A diode light source system for stage, theatrical and architectural lighting has numerous separate flat, rigid panels for mounting light emitting diodes that emit diode light beams to a common focal area. Each panel is mounted with a group of these diodes, and each has an outer and an inner panel. A screw arrangement selectively positions the panels, with each panel oriented at a selected angle relative to an axis, and with each group of diodes emitting diode light beams transverse to each separate panel. Each inner panel portion is flexibly secured to the screw arrangement. The panels function hold the diodes and act as electrical circuit boards to transmit direct electrical current to the diodes on the panels. The screw arrangement includes an elongated, externally threaded cylinder, with opposed inner and outer ends, rotatably aligned with the axis and mounted on a corresponding internally cylindrical threaded nut.

Abstract: A novel illumination apparatus that may be formed from any object of choice, such as a natural rock or the like. The apparatus is of simple construction and allows a user to easily adjust the amount of light to be emitted there from. Or the user may direct the light in a preferred direction, and optional accessories are also provided, such as the apparatus may include, a motion detector, speakers, a cup-holder, a secret compartment, etc.

Abstract: A signal light for a chair positioned at a gaming table in a casino. The signal light includes a light housing and a switch housing. A power supply may also be included. The light housing is disposed or mounted on a support which is mounted to the chair such that the light housing is elevated above the chair. The switch housing is operatively connected to the light housing such that the switch housing is spatially separated the light housing. The light housing may include a plurality of differently colored lights that a casino may designate for respective services when lit, and the switch housing may include a corresponding number of switches for selectively operating the lights.

Abstract: An inflatable flexible illuminating apparatus includes an inflatable flexible member having a first end and a second end with the first end being secured to a base and the second end having a light emitting source fixed in proximity thereto. The inflatable flexible member has a non-extended, non-rigid configuration when in a non-inflated state and the inflatable flexible member has an extended configuration when in a substantially fully inflated state. The inflatable flexible member is sufficiently rigid to be self supporting in a predetermined shape when in the substantially fully inflated state. A power source is connected to the light emitting source and a pump or motorized fan is provided to inflate the inflatable flexible member.

Abstract: There is provided an adjustable device for supporting a lighting element of a lighting fixture, and which provides for adjusting the spatial configuration of the lighting fixture by adjusting, in particular, the position of a lamp-holder with respect to a supporting body; the lamp-holder is connected to the supporting body by an electric cable, and by a flexible conducting first rod secured at opposite ends to the lamp-holder and the supporting body; a flexible second rod is fixed to the lamp-holder and to the supporting body by respective attachments; and adjusting means are provided for adjusting the length of the second rod to selectively adjust the distance between the respective attachments and, therefore, the position of the lamp-holder with respect to the supporting body.

Abstract: An adjusting apparatus for a light engine includes a base, a sliding seat, a carrier and at least one tilt-adjustig screw. The sliding seat includes at least a supporter, on which the sliding seat is instilled with an arc-shaped stand. The arc-shaped stand has a round surface and includes a slot installed on the round surface, and at least a fixing slot installed at a position adjacent to an end of the arc-shaped stand. The carrier includes a round surface corresponding to the round surface of the arc-shaped stand, a block passing through the slot and at least a fixing screw passing through the slot.

Abstract: An adjustable light includes a knock down base frame, a vertical frame, which supports a boom arm, which in turn supports a light fixture. The light fixture is supported on the boom arm by a fixture mount that provides five degrees of freedom of movement of the light fixture relative to the boom arm. The boom arm is pivotally mounted to the vertically adjustable frame, thereby providing two additional degrees of freedom to the light fixture relative to the ground. The base frame includes two legs that are movably secured to the base frame. The base frame and the legs include wheels, the wheel supports being movably mounted to the frame and legs to allow for free movement on any planar surface on which the adjustable light is supported. The boom arm and the shield of the light fixture include bumpers to prevent damage by inadvertent contact to a surface. The lens in the fixture is replaceable to allow the user to use different lenses as dictated by the job requirements.

Abstract: The present invention provides an apparatus and method for a new class of micro-machined electromechanical devices that make use of vibrating membranes. The electromechanical devices include two or more electrodes which are positioned with a membrane. A gap exists between the membrane and each electrode which may vary for each electrode. In general, one electrode is used as an input electrode which receives an electrical signal that causes vibration of the membrane. The vibration of the membrane is then coupled to a receiving or an output electrode. A DC bias voltage is applied to the electrodes to set or modify a width of a gap in the electromechanical device. The electromechanical device could be designed as a transformer, a capacitor, a resonator or a filter. In addition, the device includes a control voltage to dynamically change the coupling between the input electrode and the output electrode(s).

Abstract: An indirector light fixture is described wherein the fixture is comprised of a reflector housing and a ballast housing connected together by a support arm. The reflector housing may be positioned relative to the ballast housing by movement of the support arm and maintained therein by a ratchet and pawl mechanism or other rotational restriction device. The ballast housing and ballast electronics are connected to the lamp within the reflector housing by ballast feed wires which are maintained internal of the entire fixture thereby preventing the wires from becoming entangled during installation or after installation. Additional structure is provided to further allow adjustment of the head angle relative to the ballast housing.

Abstract: A headlamp in which a frame member 50 is supported on a lamp body 14 in a vertically swingable fashion, and a lighting device unit 20 is supported on said frame member 50 in a horizontally swingable fashion. A control unit 108 controls the circular movement of said frame member 50 and said lighting device unit 20 in accordance with vehicle running conditions. With such a construction, a beam emitted from said lighting device unit 20 may be vertically and horizontally varied in its direction in accordance with vehicle running conditions.

Abstract: A stainless steel airport inset light adjustable alignment container set provides a light fixture and support for airport runway, taxiway, or other aircraft ground traffic areas, variable length container means for adjusting height and azimuth by a vertical displacement, and stainless steel mounting means on the adjustable fixture container for mounting the airport inset light on the adjustable fixture container. A container bottom has stainless steel mounting means for mounting an airport inset light when the bottom is installed initially and before an adjustable top portion is installed. A novel top flange is adapted to receive various different designs of inset lights and to provide a protection ring “mud dam.

Abstract: An auxiliary vehicle lamp comprises an outer casing, a lower casing coupled to the outer casing and a rotary lamp. The rotary lamp further comprises: a seat portion, a rotary seat and an illuminating lamp. The seat portion has a bottom seat. The bottom seat is a cylinder with a chamfered portion. An upper side of the bottom seat is tapered and is extended with a rod portion. The rotary seat having one end which is formed with a coupling hole and is chamfered to be matched to the chamfered portion of the seat. An upper inner side of the coupling hole having a ball bearing which is exactly coupled to the rod. The rotary seat has a weight; and an upper side of the rotary seat has a lock screw for locking the illuminating lamp.

Abstract: A lighting standard, and a method for its use, that has incorporated into its top end a swivel means for the adjustment of a lighting fixture head in train and elevation. The swivel means also incorporates passages through which electrical conductors are passed to provide power for the lighting fixture. The elevating member can include a fixture body, or in the alternative, the fixture body and elevating member can be separate components. The lower end of the standard can be buried in the ground, with the wiring necessary to power the fixture entering through the lower end of the standard and wiring terminations being made through a covered opening on the side of the standard. In the alternative, the standard can be connected directly to a junction box. Applications may include, but are not limited to, landscape lighting, accent lighting, and the lighting of signs, driveways, and walkways.

Abstract: The components of an adjustable light fixture mounting assembly are secured during adjustment of a light in a lighting system. A knuckle joint with a locking taper secures an upper knuckle half to a lower knuckle half. The locking taper secures the adjustment of the knuckle halves, even if the knuckle screw becomes loosened. In a further embodiment, an O-ring seal between a double locking taper seals the knuckle joint from moisture. A rotating locking clamp secures the lower knuckle half to a nipple with a reverse taper on both the lower knuckle half and the nipple, while allowing rotation of the lower knuckle half with respect to the nipple. Stop pins in the lower knuckle and nipple cooperate with an interior profile of the rotating locking clamp to allow 360 degrees rotation of the lower knuckle half with respect to the nipple.

Abstract: A worklight includes a worklight housing for receiving a light source therein and a worklight stand including a U-shaped supporting leg having a lower supporting base and two upper hinge ends pivotally connected to the worklight housing, and a U-shaped pivot leg having a lower standing base and two upper pivot ends, wherein the two hinge ends of the supporting leg are pivotally connected with the two pivot ends of the pivot leg respectively. The worklight stand further includes a foldable stand and a supporting frame, which is supported on foldable stand, detachably mounted to the supporting base of the supporting leg and the standing base of the pivot leg in space apart manner such that the worklight housing is substantially supported on the supporting frame and is elevated via the foldable stand in a stable manner.

Abstract: A light box having a first frame and a second frame. The first and second frames each have many attaching rods. At least one removable fire retardant cover is connected to edges of the first and second frames. Many expanding rods are slidably connected to the expanding rods. Many light fixture attaching brackets are suitable for attaching to the second frame. The light fixture attaching brackets are adaptable to connect to a light bar having at least one light. The light bar is supported inside the second frame.

Abstract: An adjustable mount for use with light fixtures that are sealed to prevent entry of moisture and contaminants. O-ring seals are utilized to connect and seal the components of the adjustable mount so that it is not a source of moisture or loss of vacuum. The adjustable mount is a knuckle-type mount that connects a light fixture with a junction box or other source of electrical power. The adjustable mount provides a full range of vertical and rotational angles without damaging the electrical wiring that is sealed inside the mount. Frictional connections in the mount allow the lighting angle to be set without the necessity of tightening the set screws which connect the components together.