Abstract: A headlamp (10) that is aimed by rotation. The headlamp (10) includes a head mount (20) and a body (22) having a light source (60, 62). The head mount (20) is held to a user's head by a strap (12). The body (22) rotates relative to the head mount (20) about an axis so that the body (22) remains the same distance from the user's forehead as the light emitted from the light source is pivoted up and down.

Abstract: A position sensitive illumination system for a patient includes an illumination source and at least one sensor structured and configured to selectively activate the illumination source in dependence of movement of the patient. Illumination source and/or sensor may be provided to one or more portions of a patient interface, e.g., a mask assembly, to thereby allow automatic activation of the illumination source when the patient moves to a predetermined position. Illumination source provides a directed lighted path for the patient as the patient moves about, e.g., during nocturnal visits to the bathroom, thereby avoiding the awakening of a bed partner.

Abstract: An illuminated safety helmet device typically associated and used during sporting events, such as cycling, in-line skating, skateboarding, skiing, snow boarding and occupations such as fire fighting, construction workers, oil field employees. The illuminated helmet device of the present invention includes LED's to provide bright alternating sources of intense light for better location of the helmet. The LED's may be adjusted to increase brightness or blink time to provide better visibility in current conditions.

Abstract: A surgical headlamp containing dual lamp housings, each containing multiple LED light sources is featured. Both lamp housings may be adjusted so that light beams emitted by each LED be selectively converged through a focusing lens at a spot a predetermined distance in front of the lamp housings. Each lamp housing typically contains in addition to the LED's, one or more focusing lenses to gather and direct the light generated by the LED's forward to an illuminated work area. Batteries, preferably rechargeable, are mounted either on the headband supporting the headlamp on a users head or external to the headband, are used to power the LED's. A cooling system for the LED's is included, which utilizes a heat sync associated with the printed circuit board for the LED's, combined with a liquid cooling solution which is pumped in chamber surrounding the base of the heat sync of the LED light system.

Abstract: The invention comprises a flexible tubing which is adapted to carry a plurality of electrical conductor lines and have at least one passage for passing fluids through and wherein there is a mounting connector that connects the electrical lines to the desired use of it and also a connection to allow the fluids used in the flexible tubing to be connected to the area of use. The connection is made through a friction-force fit and that achieves both the electrical connection and the fluid connection.

Abstract: An electrical power system for crash helmets is described, including a storage cell configured to provide electrical energy to a power system, the storage cell being coupled to a processor and sealed within a lining of a helmet, and a pocket formed within the lining of the helmet, the pocket being configured to house the system. Also described is a connector configured to couple the storage cell to a power source, the power source being configured to charge the storage cell, and a distribution system configured to deliver electrical current from the storage cell to the power system.

Abstract: A lighting device is provided having a light source and a blinder device to block incident light from the light source. In one form, the lighted device is a light module including a housing having an LED at one end with a blinder extension extending adjacent to the LED. The light module can be mounted adjacent to a lens with the blinder extension extending between the LED and the lens. The lens may be either of a refractive or non-refractive configuration.

Abstract: An illuminated ear protector, comprising a pair of ear covers, each ear cover comprising a translucent rigid shell having an open end and a closed end, a circuit board attached within the rigid shell comprising at least one battery connector thereon, at least one and preferably two light emitting diode lights electrically connected to the circuit board, a switch connected to the circuit board controlling the at least one light emitting diode light, a first reflector located at the open end and oriented such that substantially all light from the at least one light emitting diode light is directed towards the closed end, a plate attached to the open end which supports the reflector, a peripheral sealing ring for contacting one of the ears and cushioning the ear cover there against which is attached to an opposite side of the plate from the reflector, and a headband attached to each of the ear covers which extends over the head of the user and secures each of the ear covers over one of the ears of the user.

Abstract: The assembly includes a strap adaptable to a variety of positions. Such a strap is placed directly about the user's head. A light-emitting source spaced from the strap includes a power supply source electrically coupled to the light-emitting assembly. Such a power supply source is rechargeable. A voice-activated mechanism for biasing the light-emitting source is defined from the strap so that the light-emitting assembly can be adapted along an x-axis, y-axis and z-axis. A motor assembly is directly and operably conjoined to the voice-activated mechanism and the light-emitting assembly. The voice-activated mechanism cooperates with the light-emitting source and the motor assembly during operating conditions. Such a voice operating mechanism is power-operated. The voice-activated mechanism is conveniently responsive to a user's voice commands in such a manner that the user can selectively operate the motor assembly and the light-emitting source from a remote location.

Abstract: An auxiliary light source includes a plurality of illuminable light-emitting sources and a plurality of opaque reflectors. A plurality of substantially rectangular transparent lenses are positioned over the light-emitting sources. Each lens includes a plurality of integrally disposed finger portions defining mounting brackets engageable with the mask support rim. The device further includes a central panel secured to the mask support rim by a fastening member and a plurality of flexible rubber seals sandwiched between the panel and the lenses respectively. A control switch and a power supply source are electrically coupled thereto and to the light-emitting sources respectively.

Abstract: A detachable visor for a helmet incorporates an integrated light unit. The light unit may be detachable. A smooth design is facilitated, and which is particularly suitable for cycle helmets.

Abstract: This sports utility item is a multi-purpose cap/light combination that consists of a light system with a groove-shaped outer case body connected to a platform, which is mounted on the center top of a modified sports cap and is secured in place with hook & loop fasteners. Primarily designed for night cycling, it produces high profile illumination from a slim lightweight unit design. It has an insertable/removable head guard system which provides limited head protection from impact during both night and day cycling or other activities. The invention also functions as a versatile light system for use in other night activities such as hiking, camping, skateboarding, night fishing, and more. The light system can also be mounted on other types of headgear such as bicycle helmets when the curved platform component of the total invention is used.

Abstract: A headset with a light incorporated within is disclosed. A representative embodiment of the invention may be construed as an aviation-style headset that includes a first earcup and a second earcup each comprising active noise reduction (ANR) circuitry, a headband interconnecting the first earcup and the second earcup, and a boom microphone coupled to one of the first and second earcups. The headset also includes a rotating housing coupled to at least one of the earcups. A first light-emitting diode (LED) is mounted in the rotating housing. The rotating housing is rotated to point light from the LED in a desired direction. The headset also includes a switch mounted to one of the earcups for controlling the LED. The ANR circuitry is electrically coupled to at least the first LED to deliver power to the LED. Other systems and devices are also disclosed.

Abstract: A light according to the present invention includes a high intensity lamp electrically connected to a power source located in a lamp connector body portion. The lamp is positioned to extend outside the lamp connector body portion and is received by a lamp housing portion which has an end through which the light from the high intensity lamp is projected. The lamp housing portion includes an outer casing shell and an inner shell in spaced apart relation and heat insulating material fills the space between the outer casing shell and the inner shell. Vent holes are provided which fluidly extend through the outer casing shell, the heat insulating material and the inner shell. Further a fan is positioned within the lamp connector body portion for directing air toward the high intensity lamp and out through the vent holes.

Abstract: A kit, or family, of interchangeable headlamp parts for a headlight system is provided that enables illuminated light spots of different sizes and/or different light distribution styles to be produced. The headlight system includes a headband, a headlamp mounted on the headband, a light source, and a fiber optic cable having one end connected to the light source and an opposite end tip connected to the headlamp. According to one embodiment, an upper assembly of the headlamp includes a cable mounting module that is moveable relative to a core module and that permits the distance between the end tip of the fiber optic cable and a convergent lens to be adjusted to permit spots with different light distributions to be produced. A method of adjusting the light projected by a headlight system is also provided.

Abstract: An illuminating device in combination with a microphone boom attached to a helmet worn by an operator. The illumination device is actuated by either lip action or push button. The brightness of the selected illumination is changeable by means of a potentiometer thumbwheel. The illumination device provides one spot and three flood light emitting diodes which may individually or as a group switched on or off. The illumination device has a universal clamping system permitting attachment to single or double boom microphone.

Abstract: An electrical power system for crash helmets is described, including a distribution system configured to supply electrical power to a helmet system, a power source configured to supply power to the helmet system over the distribution system, the power source located in a helmet component. Also described is a battery configured to provide an electrical current to a helmet system, an electrical distribution system configured to provide a path for the electrical current between the battery and the helmet system, and a housing formed within the helmet and configured to house the electrical system.

Abstract: A LED light assembly comprising a pivotal means of fastening, a plurality of LED light devices, and a housing adapted to be removably attached to a front piece holder of a traditional fire helmet. The means of selectively engaging LED lights comprises said front piece holder contacting a contact point on the switch of each LED light device, causing them to depress and actuate a mechanism that causes the LED bulbs to light.

Abstract: A position indicator (10) for a helmet (1), for example a bicyclist's safety helmet, comprises a protruberant diffuser (12) containing one or more electroluminescent strips (60, 61); at least part of the emitted light is distributed through the diffuser (12), preferably by means of an internal convex reflector (62) which contains the power supply (70, 71, 72). A second strip is preferably arranged to be directly visible through a transparent window in the diffuser (12). The indicator is releasably attached to the helmet, for example by means of magnets (30), and may be arranged to detach in the event of an accident so as not to impair the normal function of the helmet. The diffuser preferably forms an illuminated band extending along the side of the helmet (1); the front (15) and rear (16) ends of the indicator may be distinguished from each other. A position indicator system comprises two indicators arranged symmetrically on either side of the helmet, so as to indicate the orientation of the wearer.

Abstract: There is provided a face mask with two eye holes, having a lighting display unit located inside a housing on the front of the forehead area of the mask and having a reflective, transparent sheet attached to the front of the mask between the eye holes and the housing. The reflective, transparent sheet is angled down and away from the front of the mask at an angle of about forty-five degrees. When the lighting display unit is energized two LEDs inside the housing, one above each eye hole of the mask, aim their light downward at the top front surface of the reflective, transparent sheet where it is reflected away from the front of the mask in a reverse heads up display operation. A viewer looking at the front of the mask sees what appears to be a pair of illuminated eyes in the eye holes of the mask. The light from the LEDs may be modified by electronic means or by light filters to change the appearance of the illuminated eyes.

Abstract: A pair of shining swimming goggles comprises a pair of swimming goggles, a shining module and an electric conducting portion. The shining module is embedded in an inner portion of the swimming goggles. The electric conducting portion is disposed on a surface of the swimming goggles. The electric conducting portion is electrically connected to the shining module, thereby when the swimming goggles are placed in water, the electric conducting portion conducts electricity to the shining module by water to make the shining module shine for showing the position of the swimmer.

Abstract: The present invention provides an article of clothing with a backlit display that emits light through a mask that allows signage to be placed on the garment. The garment has attached to its surface by clips or snaps a display module having a substantially flat envelope enclosing an electro-luminescent lamp and a mask. The electro-luminescent lamp layer is energized by an electrical signal from an control electronic circuit that passes its signal through the clips or snaps. The electro-luminescent layer may be divided into segments where each segment functions as an independent electro-luminescent layer receiving a potential having a pattern of illumination that is determined by the control electronic circuit. The invention can be used in safety apparel where the resulting pattern is a bright surface having the shape of a caution warning.

Abstract: A surgical headlight assembly having a headset structure constructed of lightweight components. The headset structure has adjustable head strap members comprising a generally circular lateral band and a top band. A removable liner is attached to the inside surface of the adjustable headset structure. A lighting assembly which is adjustable with respect to the headset and which uses an adjustable LED is also provided connected to the lateral band. A battery pack is utilized to power the LED.

Abstract: The present invention relates to a converter for converting a dive light into a canister light. The converter comprises a first adaptor for mating in a waterproof fashion with a head of a dive light, a second adaptor for mating in a waterproof fashion with a battery compartment of the dive light, and a connector cable having a first end affixed to the first adaptor in a waterproof fashion and a second end affixed to the second adaptor in a waterproof fashion. In one embodiment, the first adaptor comprises a hand mount assembly for mounting holding the head of the dive light on the back of a diver's hand while the battery compartment of the dive light is attached to a belt worn around a diver's waist. The converter is manufactured at relatively low cost enabling recreational divers and beginners to acquire a converted dive light at relatively low cost compared with commercially available canister lights.

Abstract: A surgical head gear apparatus or helmet includes a lighting system that utilizes circuit board mounted LED clusters supported on the surgical helmet. The LED clusters are part of a light array mounted to the forward portion of the helmet. In one embodiment, the light array is self-contained with its own power supply. In another embodiment, the light array is electrically connected to an external power supply and controller, such as en existing controller associated with the ventilation system of the helmet. In accordance with the invention, the only remote link for the LED clusters and circuit boards is to a control switch and/or power supply.

Abstract: A mask illumination device and method. The device includes a mask having a face shield, a portion of which is visible therethrough, and configured to substantially isolate fluid communication of an external environment from an interior of the mask when worn by the user. The mask also includes an illumination apparatus disposed within the interior of the mask. The illumination apparatus is configured to illuminate the face of the user, project light outward of the mask, or illuminate or beacon a user from a distance. The method includes substantially isolating fluid communication of an external environment from an interior environment with a mask worn by a user, the mask having a face shield, a portion of which is visible therethrough. The method also includes disposing an illumination apparatus within the interior of the mask, the illumination apparatus configured to project light outward of the mask.

Abstract: Apparatus 10 discloses an improved welders helmet having a replaceable lens 16 thereon incorporating an electrically driven fan 14 which receives filtered air through a plurality of air ducts 24 having a filter 22 thereon. A receptacle 20 for containing a battery is disposed on the helmet along with photovoltaic elements 32 for recharging the batteries from the flash of the weld. Lights 30 are also disposed on the helmet.

Abstract: Provided is a device mountable on a head covering. The device comprises a flexible clamp comprising an elongated gap open to its rear, a lower receptacle, two recessed slides at both outer sides of the receptacle, and a toothed-section on a top of the receptacle; a sliding seat of U-section comprising two tabs at both inner sides for retaining a lower portion of the clamp in place after removably sliding the slides therethrough, a latch projected from its bottom to urge against the toothed-section, and a flexible hook having a toothed inner surface; and a lens hingedly coupled to the inner surface of the hook in a gear manner, and a universal joint type light mounted on top of the clamp. The invention enables a desired object to be seen larger and more clear through the pivotal lens (e.g., a magnifying lens) and with light emitted from the light.

Abstract: A surgical headlight that includes a small housing containing an LED white light source and light transmission elements including a fiber optic rod and lenses. The headlight housing is attached to a device worn by a surgeon. The LED provides a high intensity, light weight light source that can be varied in intensity through the power supply. Using the present invention, a very high intense illumination source of white light is achieved in a small housing for illuminating a surgical area.

Abstract: A hair decoration such as a kit comprises a series of beads connectable to one another and a set of appliqués. At least a portion of the beads contains one or more lights inside which are in electrical communication with one another to permit power to be commonly supplied to the lights from a battery. One or more beads includes a mechanism for attaching the beads to hair. A light circuit is coupled to the light-containing beads to drive the lights. Appliqués in the set of appliqués are selectively applicable to the beads by a user, have a transmissivity, and are in a path of illumination of the lights. As a result, when the lights are driven by the light circuit, the lights shine and provide illumination in the path. The illumination can be direct or backlit. A method of decorating hair is also provided.

Abstract: A lighted helmet having a protective shell having: an outside surface, a plurality of lamps which emit light from the outside surface; a power supply, typically a battery; and a motion detecting switch in communication with the power supply and the plurality of lamps. When the helmet is worn by a user, even small movements of the head produce forces, which in turn, trigger the motion detecting switch. Upon triggering of the motion detecting switch, the lamps are illuminated for a predetermined period of time. Upon expiration of the time period, subsequent motion will retrigger the switch, once again activating the lamps. The process continues until the helmet is placed in a stationary position, at which time the lamps are extinguished upon expiration of the then active time period.

Abstract: An illuminated protective headgear (10) has an inner core (11) of resilient cushioning material with cavities (18a, 18b, 19a, 19b), an outer shell (12) with portions overlying said core (11) with windows (13) that are clear to translucent or open and are of graphical configuration disposed on opposite sides of the headgear (10), and a power circuit supported by said inner core with lighting panels (44) having light sources (21–23, 25–27, 21a–23a, 25a–27a) disposed in the cavities (18a, 18b) so as to be viewed through a respective window (13), and timing circuitry for timing the on-off sequence of the lights, so as to create an effect of motion of the illumination within each window (13). Several embodiments are disclosed.

Abstract: The present invention provides a high-intensity LED as a light source for use in hands-free illumination devices. In one embodiment, one or more high-intensity LEDs are incorporated in, or added to, headgear, such as an aircraft headset. The LEDs may be powered by a battery, an external power source, or both. Also provided is a kit and method of installation for retrofitting existing headgear with LEDs.

Abstract: A method includes inserting a light source into an item of head apparel, such that the light source is substantially contained within a volume of the item of head apparel. An apparatus includes a light source and a head apparel bill. The head apparel bill is configured to receive the light source, such that the light source is substantially contained within a volume of the head apparel bill and a user's vision can be assisted by light emitted from the light source.

Abstract: The disclosed device is directed towards an illumination headgear. The illumination headgear comprises a crown having a lower edge. A brim is disposed on the crown proximate to the lower edge. The brim has a rim disposed along the perimeter of the brim distal from the lower edge. An array of contiguous light emitting diodes is integral within the brim and proximate to said rim. The array of contiguous light emitting diodes is focused to form a contiguous beam.

Abstract: In a lantern detachable cap, a clip part having a shape of circle is provided at a lower end of the extension portion formed at the connecting portion of the moving manipulate member, and a lantern is attached to and detached from the clip, the lantern has a shape of cylinder, a battery is loaded within the lantern, and an on/off switch is protruded from one side of the lantern. In addition, the clip part may comprise a pair of clips and be formed at the lower end of the extension portion of the moving manipulate member. According to the lantern detachable cap, since the lantern detachable cap has a clip part at a lower portion of a connecting portion of a moving manipulate member and a lantern attached to and detached from the clip part, the lantern can be freely attached and detached. In addition, since the detaching/attaching mechanisms of the lantern are simplified, production cost can be reduced.

Abstract: A lighted hat is provided that in one embodiment includes a crown, a bill extending from the crown, and at least one light source positioned to direct light through a light-transmissive portion of the bill. The light-transmissive portion may include one or more indicia which are highlighted by light from the light source.

Abstract: A portable light intended for mounting on a garment as support includes two LED light sources spaced apart towards the rear of the portable light. A clipped base below on anchor facilitates locating a garment between the anchor and the base, and a spring action urges the base toward the anchor. A hingedly movable head for the LEDs is mounted on the housing to move to and form the housing. An opening of the housing causes a switch in the housing to move between an opened and closed position such that a circuit actives or de activates the LED lights when the head opens or closes relative to the housing.

Abstract: A heated ear guard, for warming the ears of the user, having a pair of reflector assemblies and a headband extending between the reflector assemblies for positioning the reflector assemblies over the ears of the user. Each reflector assembly has an open end, a light bulb, and orients light from the light bulb toward the open end. When the open end is positioned over the ears the light bulbs radiate heat to the ears. The reflector assemblies may include a translucent peripheral ring that encircles the open end and allows some light to escape thereat to enhance the visibility of the user.

Abstract: A hands-free dental or surgical light system (10) is disclosed which allows the dentist or surgeon to dim and turn a light (12) on and off by simply moving their head. First and second infrared sensitive switches (16, 18) are mounted on glasses (14) worn by the operator. The switches are positioned at different angles so that if the operator moves their head to point the first infrared sensitive switch (16) at a remotely located infrared source (20), the first infrared sensitive switch (16) will be activated to dim the light (12). Similarly, if the operator moves their head to point the second infrared sensitive switch (18) at the infrared source (20), the light (12) will be turned on and off.

Abstract: A flexible light assembly is provided. The flexible light assembly is mountable with respect to the underside of the brim of the hat. The light assembly can be made of a flexible resilient material and be conformed to correspond to any configuration of brim. The light assembly 10 includes at least one light emitter, means for powering the light emitter, and means for controlling the emission of light. The light assembly can be completely positional under the brim of a hat. The light assembly can be removably associated with respect to a hat.

Abstract: A portable, self-contained, black light device that is incorporated into or adaptable to a head gear to be used in combination with fluorescent or phosphorescent material for entertaining effect or promotional purposes. The portable black light device has a housing with a plurality of openings, a plurality of UV LEDs protruding from each opening and a power source within the housing for energizing the UV LEDs. With the portable black light device incorporated or adaptable to the visor or brim of a head gear, and in combination with fluorescent paint or make up on a wearer's face or fluorescent decorative element, cause the fluorescent paint to glow as if internally lit, providing an effective entertainment or advertisement.

Abstract: Wearable light device for providing additional light for activities in low light includes a wearable mount (20) including a light system (30) and power source (40). Light system (30) includes one or more arrays of light sources such as light-emitting diodes (33). Photo sensor (34) detects ambient light or emitted light returned from a reflective surface and causes control circuit (45) to dim light emission.

Abstract: A surgical headlamp containing dual lamp housings, each containing one or more LED light sources is featured. Both lamp housings may be adjusted so that light beams emitted by each may be selectively converged at a spot a predetermined distance in front of the lamp housings. Each lamp housing typically contains, in addition to the LED(s), one or more reflectors to gather and direct light generated by the LED(s) forward to an illuminated work area. Batteries, preferably rechargeable, mounted either on the headband supporting the headlamp on a user's head or external to the headband, are used to power the LED(s). Switch and/or dimming circuitry may be provided. Hot swapping, a capability whereby batteries may be interchanged during a lengthy surgical procedure, is also provided.

Abstract: Lighting device for equipping a mounting, particularly textile, comprising a case provided with a rechargeable or dry battery or batteries that power a lamp bulb, characterized in that the case has a housing on its front surface that contains the lamp, the front surface of said lamp being positioned against the inner surface of the textile mounting which has an opening in this region that is more or less the same size as the lamp, the case being held in position by means of the textile mounting being gripped by a movable outer ring that operates in conjunction with the case.

Abstract: A headset with a light incorporated within is disclosed. A representative embodiment of the invention may be construed as an aviation-style headset that includes a first earcup and a second earcup each comprising active noise reduction (ANR) circuitry, a headband interconnecting the first earcup and the second earcup, and a boom microphone coupled to one of the first and second earcups. The headset also includes a rotating housing coupled to at least one of the earcups. A first light-emitting diode (LED) is mounted in the rotating housing. The rotating housing is rotated to point light from the LED in a desired direction. The headset also includes a switch mounted to one of the earcups for controlling the LED. The ANR circuitry is electrically coupled to at least the first LED to deliver power to the LED. Other systems and devices are also disclosed.

Abstract: A snorkel light-emitting device having a light-emitting unit, a float, an inner cap, a circuit board, an upper cap and a button. The light-emitting device is fastened to a topmost portion of a snorkel tube. When a user is diving, the light-emitting device is entirely out of the water, and is so constructed to be absolutely watertight.

Abstract: A light that can be worn on the head of a user. Although designed originally to be a surgical headlight for use in equine dentistry, it may be used for any purpose in which a light mounted on the user's head is desirable, e.g., lighting a tunnel in a mine. In the preferred embodiment, a headband retains a halogen lamp on the user's head. The lamp is cooled by a combination of a fan similar to that used to cool personal computers, and fins that act as a heat sink to conduct heat away from the light to the surrounding air, where it is carried away by convection. The lamp and the fan can be turned on and off by a switch on the headband. They can be powered by a battery pack. The switch has a cylindrical button that slides back and forth between the on and off position.

Abstract: Headmounted lights provide a hands-free source of illumination without tethering the user to external equipment. A power source, on/off switch, and light source are enclosed by a housing that is removably attached to a belt by a pouch. A fiber-optic cable transmits light from the light source to a headband-mounted lens assembly. The lens assembly can be aimed via an adjustable mount that connects a reflector and lens to the front of the headband. The size of the headband can be adjusted by a friction locking mechanism attached to its rear. The headband has both a horizontal portion and a vertical portion. Headband protrusions extend from the vertical portion. Clips removably attach the fiber-optic cable to the headband and the belt.

Abstract: A small, lightweight, high intensity illumination assembly for use in dental and medical applications. The illumination assembly includes attachment means for removable attachment to headgear such as eyeglasses, face shields, or headbands, and lenses, loupes, and binoculars associated with such headgear. The illumination assembly is able to achieve extremely light weight by using only a single optical element therein, e.g., an aspheric condensing lens, binary optical element, or holographic optical means, and by piping illumination to the optical element from a remote light source by use of a flexible light guide, e.g., a fiberoptic bundle.