Abstract: A headlamp includes a base having a front face defining a first imaginary plane along the front face and a first imaginary line orthogonal to the first plane. A light assembly is rotatably secured about the front face to the base. The light assembly includes a bezel having a rear surface defining a second imaginary plane along the rear surface and a second imaginary line orthogonal to the second plane so that the intersection of the first line and the second line defines a rotation angle that varies with the rotation of the light assembly relative to the base, thereby changing the attitude of the headlamp light assembly.

Abstract: Lighted reading glasses are provided to enable clear reading of normal sized text to occur when the reading material is held at usual distances from the reader in dimly lit or dark locations. The lighted glasses have high intensity lights, such as in the form of LEDs that generate narrow light beam cones and which are oriented via light mounts as by inward canting of the light beam cones to meet and overlap so high brightness light is generated in a conical overlap area of light which is maximized in size in the range of normal reading distances. The light mounts include housings that are very compactly sized via the use of small coin cell batteries for powering the LEDs they hold. The housings are tapered from their maximum width sized to be slightly larger than the diameter of the disc-shaped cell batteries to either end thereof along their length, and have a depth sized to accommodate two of the stacked very thin, e.g., one-eighth of an inch each, coin cell batteries.

Abstract: A light apparatus attachable to the head of a person to emit light generally along the line of sight of the person. The light apparatus including a housing cavity in which are contained a light bulb and a pair of batteries on opposite sides thereof and connected thereto. At least a portion of the housing is composed of elastomeric material having a rear concave surface shaped for conforming to a person's forehead to allow elastomeric conformity of the rear surface to the person's forehead. The light bulb and a lens are disposed for directing light forwardly of the housing and generally along the line of sight of the person. A plurality of legs on at least one side of the housing provide support for setting the light apparatus down.

Abstract: A combination cap and shoe set is provided wherein each of the cap and shoe include illuminated regions. For example, the brim of the hat may be illuminated in its entirety in a particular color and the sole of the shoe may be illuminated in a complementary color such that a person wearing the cap and shoe of the invention in low light situations may be readily visible. The sole of the shoe may also be substantially uniformly illuminated and the illumination may be controlled independent of any walking motion by the wearer by a manual push-button switch.

Abstract: A head-mounted illuminator, particularly suited to surgical, medical and dental applications, includes a housing with a hollow interior having a light-receiving end and a light-projecting end. An optical fiber or fiber bundle is used to carry light from the source of light into the interior of the housing through the light-receiving end, and a Fresnel lens, mounted in the light-projecting end of the housing, receives light from the optical fiber and projects the light into a field of view. The Fresnel lens is constructed from acrylic material, enabling the design to focus and concentrate visible light. In the preferred “grooves in” embodiment, the light-projecting end and the light-receiving end of the housing are connected with a threaded coupling, enabling the light-projecting end to be moved forward and backward relative to the light-receiving end to adjust the light projected into the field of view.

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 light apparatus attachable to the head of a person to emit light generally along the line of sight of the person. The light apparatus includes a housing cavity in which are contained a light bulb and a pair of batteries on opposite sides thereof and connected thereto. At least a portion of the housing is composed of elastomeric material having a rear concave surface shaped for conforming to a person's forehead to allow elastomeric conformity of the rear surface to the person's forehead. The light bulb and a lens are disposed for directing light forwardly of the housing and generally along the line of sight of the person. A plurality of legs on at least one side of the housing provide support for setting the light apparatus down.

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 intelligent sports and safety helmet designed for bicyclists, skateboarders, snowboarders, skiers, other sports enthusiast as well as industrial, military and security services that utilizes a helmets or head protection while performing an activity or duty. The helmet consists of a sports or safety helmet with a Microprocessor, a set of sensors and a software program residing within the microprocessor. In operation electronic sensors automatically detect if the user is wearing helmet and if environmental conditions warrant self-illumination. The microprocessor manages the state of the illuminating elements.

Abstract: The present invention, in one embodiment to eyeglasses coupled with a light source, a screwdriver, or a writing instrument. The eyeglasses have a front frame portion and arms extending therefrom and a light source, screwdriver, or writing instrument positioned on or in the arm or arms.

Abstract: A brake and signal light system for use with a vehicle, such as a motorcycle and a helmet worn by a rider of the motorcycle. The system includes a transmitter mounted to the vehicle and electrically connected to the signaling circuitry of the vehicle for broadcasting a coded radio signal in response to a current passing through the signaling circuitry of the vehicle. A flexible housing is mounted the helmet and contains a receiver and at least one light source. The receiver receives the radio signal and at least one light source is illuminated indicating the state of the vehicle's signaling circuitry. The housing assembly includes a central portion, at least one left segmented housing, and at least one right segmented housing. A flexible back member flexibly connects the left and right segmented housing to the central portion.

Abstract: A headband comprises a magnifying lens and a detachable assembly comprising a battery compartment received in a well and including a top recessed member, a ridge in the recessed member, a bottom magnet magnetically connected to the well, and a bottom cover; illumination means including a cavity inside a bottom recess; and connection means including a hollow T-shaped post including a top pivot member, a bottom pivot member having a peripheral groove, and two rounded projections at both sides of the top pivot member for pivotably coupling to the cavity; and a hollow, parallelepiped base including an interior peripheral protrusion matingly coupled to the groove, two opposite side pins pivotably coupled to the recessed member, and a bottom toothed member matingly, pivotably coupled to the ridge. The assembly can be detached by inserting a pointed object into a through hole on the well to disengage the magnet from the well.

Abstract: The present invention relates to a clip type light emitter, and in particular to a clip type light emitter capable of enhancing a visual field at night by detachably engaging a clip type light emitter to a leisure cap (including hat) generally used for a mountain climbing or fishing or travel or various sports. The clip type light emitter comprises a casing forming a body; a plurality of lamps provided at a front side of the casing at regular intervals; a switch part provided in one side of the casing; a battery provided in the interior of the casing; and a clip provided in an upper side of the casing and having one side end integrally engaged with the casing and having a certain elastic force, wherein the clip type light emitter is detachably engaged to a leisure cap (including hat) used for a mounting climbing, a fishing or various outdoor leisure and sports.

Abstract: The invention relates to a headlamp/camera unit, especially for medical uses, comprising at least one lamp, an especially electronic camera, a support device that supports the at least one lamp and the camera on the head of a person, and an optical sighting mechanism that projects at least one aiming mark into the image field of the camera illuminated by the lamp.

Abstract: A headlight for use on a head gear, or the like, is provided. A LED serves as a light source mounted on a clamp for attachment to the head gear in any one of the three orientation planes. A universal mount of the light source on the clamp allows the light beam to be directed by up and down, as well as by side-to-side, manual adjustment. The beam covers substantially all frontal objects without changing the position of the clamp. A pair of pivot connections, or a ball and socket mechanism, exhibit sufficient frictional engagement to hold the light source in position. The pivot connection may be used to support the ball on the light source in the second embodiment. The socket is split along its curvature lines and an O-ring extends around the split socket to assure frictional engagement to hold the light source in position.

Abstract: A head lamp includes a lamp head for the reception of a light source which has two lugs which are arranged at opposite sides, are connected to the lamp head and to which an elastic headband of the head lamp can be fastened for the fastening of the head lamp to the head of a person and which are so flexible that their shape is adaptable to the shape of the head by the tension of the headband on being secured to the head.

Abstract: Headgear for increasing the visibility of a wearer of the headgear to other especially in low light or no light conditions. The headgear includes a shell for being worn on the head of the user. The headgear may also include a rear light transmitter on the rear of the shell, a forward light transmitter on the front of the shell, a top light transmitter on the top of the shell, and side light transmitters on each of the sides of the shell. The headgear may also include a message indicator mounted on the shell for displaying alphanumeric characters, and the display of the message indicator maybe oriented in a direction extending rearwardly from the shell for permitting a person behind the wearer to view the display.

Abstract: A hat light includes an elongated body with integral stabilizers extending laterally outwardly and positioned to engage the head of the wearer to substantially reduce rotary movement. The body is positioned within the hat with one end adjacent the hole. A hat engaging member is constructed to extend through the hole in the hat and engage the elongated body so as to fixedly grip the front portion of the hat to hold the elongated body oriented in an upward and backward direction within the hat. A light emitting diode is mounted in the elongated body and positioned to direct light in a forward direction from the front portion of the hat.

Abstract: A light device includes a base having two spaced flaps, a housing disposed between the flaps, and rotatably secured to the base with a retaining ring. A circuit board is received in the housing and has one or more light members, a casing is received in the housing to receive one or more batteries which may energize the light members. The base includes one or more spring blades to engage with the housing, and to retain the housing to the base at selected angular position. A cap is rotatably secured to the casing, and includes one or more latches to detachably engage with the housing.

Abstract: Bicycle Helmet Safety Lights are small lights built into the outer rim of the helmet.

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: A headlamp includes a base having a front face defining a first imaginary plane along the front face and a first imaginary line orthogonal to the first plane. A light assembly is rotatably secured about the front face to the base. The light assembly includes a bezel having a rear surface defining a second imaginary plane along the rear surface and a second imaginary line orthogonal to the second plane so that the intersection of the first line and the second line defines a rotation angle that varies with the rotation of the light assembly relative to the base, thereby changing the attitude of the headlamp light assembly.

Abstract: A lighted hat 10 provides illumination for the user of the hat while substantially maintaining the appearance of a traditional baseball style cap visor. The lighted hat 10 includes a head-engaging portion 20, a brim 30, a headband 40, a low profile light 50, a power source 60, and an activation switch 80. A preferred embodiment lighted hat 10 is configured as a traditional baseball style cap that has a head-engaging portion 20 and a brim 30 attached to the front of the head-engaging portion. Additionally, a headband 40 is also preferably connected to the lower inside rim of the head-engaging portion 20. The low profile light 50 is incorporated into the brim 30 of the hat 10 where it is substantially concealed within the brim. In one embodiment, the power source 60 includes a solar panel 70 that is located on the brim 30 of the hat 10.

Abstract: A protective helmet navigation system includes a helmet shell having a housing constructed of padded material covering a portion of back and side portions of the shell. The housing is positioned to provide enhanced protection of the back of a user's head and defines a control compartment and a plurality of light compartments. A light source is positioned in each light compartment and is electrically connected to a battery within the control compartment. The system includes a transmitter capable of being connected to the brake and turn signal controls of a motorcycle for transmitting a signal corresponding to an operation of an respective control. A receiver is mounted within the control compartment and electrically connected to the battery and light sources for permitting current to energize respective light sources upon reception of a respective signal. A lens covers each light compartment.

Abstract: A helmet having a warning device includes at least one illuminator externally mounted on a helmet body. A solar power supplying device has a solar panel fixedly mounted on a top surface of the helmet body for absorbing solar energy, which can be converted into electrical energy by means of a control circuit board and saved to an accumulator. The accumulator supplies the illuminator with required electricity to generate illumination. The control circuit board can detect if there is any solar energy gathered by the solar panel so as to automatically control the illuminator to generate illumination or not. A switch, when the illuminator automatically generates illumination, can be activated again to forcibly control the illuminator to continually generate illumination or not.

Abstract: A coupling system for securing an illuminating light to a cap visor includes one coupling piece with at least one magnetic article inlaid in the cap visor and one coupling block with at least one magnetic article therein so as for the coupling block convenient to be securely coupled to the cap visor by the mutual magnetic attractive force of the at least one magnetic article inlaid in the coupling piece and the at least one magnetic article in the coupling block. In the bottom of the coupling block is pivotally connected with a pivotal connector, and in the bottom of the pivotal connector is provided with a hollow for receiving a jointing ball on the top of an illuminating light which can be adjusted to proper degrees for illumination.

Abstract: The present invention discloses an apparatus and method for enhancing the appearance of a subject. The apparatus used for illuminating and drawing attention to the surface of an individual comprises a blocking element, a light source, an energy source, and a mounting element, wherein the blocking element directs light emitted from the light source towards the surface of the subject wearing the apparatus. The method of illuminating and enhancing the appearance of a subject has a surface illuminator, illuminating the light source, reflecting light, attaching the surface illuminator to a surface of the subject, and illuminating the surface of the subject with light reflected from the blocking element. The method also includes the steps of turning the light source off and varying the intensity of the light source.

Abstract: Lighted headgear is provided to enable clear vision in poorly lit locations. The lighted headgear has lights, such as LEDs that generate narrow light beam cones. The headgear is preferably a baseball-type hat with the LEDs secured in small notches in the forward edge of the brim, or in light modules attached toward the brim forward edge. The lights can be similarly provided with a variety of other headgear types including rigid safety hats and rigid fire fighters helmets to name a few. In one form, the lights are positioned so that their respective light beam cones overlap to provide high brightness light in a conical overlap area that can be in the range of normal reading distances or at other distances depending on the intended use of the hat.

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 reading light comprises a frame for supporting the reading light adjacent to a user's face and a first light source mounting member a first end of which is coupled to the frame, wherein a second end of the first light source mounting member is moveable with respect to the frame in combination with a first light emitting diode coupled to the second end of the first light source mounting member so that movement of the second end of the first light source mounting member relative to the frame redirects light emitted by the first light emitting diode.

Abstract: A portable reading light device utilizing an LEDs as the source of light mounted in a housing having a single lens through which light from the LEDs is projected, the power to the LEDs being controlled by Pulse Width Modulation.

Abstract: A device 10 for securing a lighting apparatus 11 to a paintball mask to promote night paintball includes a base member 12, a light support member 14 extending forward from an upper portion of the base member 12, a light positioning member 16 extending forward from a lower portion of the base member 12, the light support and light positioning members 14 and 16 cooperating to secure and position the lighting apparatus 11 with the base member 12 to focus light in a predetermined direction, a stabilizing clip 18 extending rearward from a lower portion of the base member 12, and a pair of apertures 20 disposed through opposing upper portions of the base member 12, the apertures 20 ultimately receiving therethough a support belt 72 that cooperates with the stabilizing clip 18 to maintain the position of the device 10 relative to the paintball mask during play of a night paintball game.

Abstract: A strip light emitter comprises an LED (light-emitting diode) light-emitting strip composed of a plurality of LEDs connected continuously in parallel between two conductors that make up negative and positive electrodes and are disposed roughly parallel to each other, and strip-shaped synthetic resin that is wider than the LED light-emitting strip and covers the LED light-emitting strip. The LED light-emitting strip can be configured to emit light from both sides, be covered by a synthetic resin made from strip-shaped transparent vinyl with half-turn twists, be configured to be flexible by bringing the conductors close together, be provided with reflective sheets, be configured as a triangular marker, and/or be configured a buoyant marker for sea rescue having air pockets.

Abstract: A flashlight holder for use with a conventional hart hat to releasably receive a flashlight of the type defining a faceted barrel and a head which is rotatable relative to the barrel for operation of the flashlight. The flashlight holder is designed such that a flashlight is operable with one hand when retained in the flashlight holder. The flashlight holder defines a barrel support secured to a base. The barrel support defines an interior surface and a slot configured to cooperate to closely receive and retain the flashlight barrel in a non-rotatable manner. The base of the flashlight holder defines a tab configured to be releasably engaged within a slotted receptacle defined by the hard hat. A locking projection extends from the tab for engaging a lower edge of the hard hat.

Abstract: A lighted cap is described, comprising a cap having a crown and a bill, and a light structure rotatably fixed to a point on the bill. Rotation to a forward-facing direction for the light results in contacting a contact point that closes a circuit, thereby supplying power to the lamp in the rotatable light structure. The light is used for nighttime activities, such as fishing, when light is needed and a light-weight hat is desired.

Abstract: Lighted reading glasses are provided to enable clear reading of normal sized text to occur when the reading material is held at usual distances from the reader in dimly lit or dark locations. The lighted glasses have high intensity lights, such as in the form of LEDs that generate narrow light beam cones and which are oriented via light mounts as by inward canting of the light beam cones to meet and overlap so high brightness light is generated in a conical overlap area of light which is maximized in size in the range of normal reading distances. The light mounts include housings that are very compactly sized via the use of small coin cell batteries for powering the LEDs they hold. The housings are tapered from their maximum width sized to be slightly larger than the diameter of the disc-shaped cell batteries to either end thereof along their length, and have a depth sized to accommodate two of the stacked very thin, e.g., one-eighth of an inch each, coin cell batteries.

Abstract: An educational youth fireman helmet includes a scaled replication of a working fireman's helmet and is provided with a pivoting face visor, a pair of headlights controllable by the wearer, and a selectable voice messaging system providing recorded messages relating to fire safety.

Abstract: A device for holding a light emitting source, including flashlights having incandescent bulbs or light emitting diodes (L.E.D.s), to provide a hands-free light source. The device comprises a clip that is configured for attachment to a support and a member that is attached thereto and extends outwardly therefrom. The member has a hole therethrough that is sized and configured to receive a portion of a light source therein. Many light sources are comprised of at least two parts, that are attachable to one another. A portion of one of the parts is receivable through the hole in the member and is attached to the other one of the two parts, thereby attaching the light source to the member. The clip is then attached to a support to provide a hands free light source.

Abstract: A portable reading light device utilizing an LEDs as the source of light mounted in a housing having a single lens through which light from the LEDs is projected, the power to the LEDs being controlled by Pulse Width Modulation.

Abstract: A miniature flashlight device includes a housing having a cavity, a pair of magnets mounted to the housing, and a light generating assembly disposed in the cavity of the housing. The light generating assembly includes a lamp, at least one battery and a spring-loaded switch connected in an electrical circuit with the lamp and battery and activatable to electrically connect and disconnect the battery with the lamp. The magnets are arranged such that when the housing is placed on a ferromagnetic surface the magnets attract the surface with sufficient force to activate the spring-loaded switch and open the circuit, turning the device off. When the magnets are disengaged from the surface, the spring brings the switch into the closed circuit position.

Abstract: The invention relates to a lamp device which is worn on or directly in front of the forehead, respectively, or above or beside the eyes, respectively, and which ensures that the wearer's freedom of movement is neither restricted nor hindered by cables or other connections. The present invention is special in that several non-thermal, light-emitting elements are provided for the generation of light and that the individual light-emitting elements emit the light in a defined direction of radiation and are located in such a way that the light which is generated is directional. The light-emitting elements are located in such a way that each of them forms a particular angle with the visual axis of the wearer so that all light sources have a common intersection point just at the wearer's monitoring or working distance, respectively. Moreover, all individual light-emitting elements have the same distance to that intersection point.

Abstract: A light that is mounted on a clamp. The clamp is configured to be attached to different locations on a user's body, and is sufficiently sturdy so that it can support the light in an illumination direction that is fixed relative to the user's body. The light is connected by a cord to a power supply, such as a battery pack or an AC adapter. If a battery pack is used, the battery pack may also include a mechanism, such as a clip, for attaching the battery pack to the clothing or belt of a user. A headband is provided to which the clamp may be attached. The light is pivotally attached to the clamp so the light may be pivoted to illuminate in a desired direction. In addition, the light is rotatably mounted on the clamp arm, permitting the light to illuminate in a wide variety of different angles.

Abstract: A portable reading light device utilizing an LEDs as the source of light mounted in a housing having a single lens through which light from the LEDs is projected, the power to the LEDs being controlled by Pulse Width Modulation.

Abstract: The present invention comprises a plurality of new high intensity LED's activatable by the user or by logic means to provide long life and adequate small battery-powered area lighting for a user, preferably hand held or mountable on the head of the user to permit hands-free directable illumination.

Abstract: A light that is mounted on a clamp. The clamp is configured to be attached to different locations on a user's body, and is sufficiently sturdy so that it can support the light in an illumination direction that is fixed relative to the user's body. The light is connected by a cord to a power supply, such as a battery pack or an AC adapter. If a battery pack is used, the battery pack may also include a mechanism, such as a clip, for attaching the battery pack to the clothing or belt of a user. A headband is provided to which the clamp may be attached. The light is pivotally attached to the clamp so the light may be pivoted to illuminate in a desired direction. In addition, the light is rotatably mounted on the clamp arm, permitting the light to illuminate in a wide variety of different angles.

Abstract: An animated head gear assembly that features an object that simulates an animal, fowl, caricature, inanimate object, and the like, to be worn on the head of a user. The object offers motion, such as the moving parts of a bird's beak, and a light to simulate the eyes or other item of the object. The animation may be activated by a remote source, such as a remote control, or by a motion sensor that frees the hands of the wearer.

Abstract: An illuminated protective headgear is described that includes a safety helmet with a molded shell adapted to fit over a user's head, the shell having a rear section; a battery-powered light mounting bracket on the rear section of the shell; and a battery-powered light including an attachment clip adapted for releasable attachment to the light mounting bracket. The light mounting bracket may be an attachable bracket that can be secured to the rear section of an existing safety helmet, or a mounting bracket that is integrally molded as a part of the rear section of the helmet shell.

Abstract: A helmet with safety light for enhancing the visibility of a helmet. The helmet with safety light includes a helmet. The helmet is adapted for placement upon the head of user. The helmet generally comprises a peripheral wall. The peripheral wall has an inside surface and an outer surface. The outer surface has a channel therein. The peripheral wall has a bore therein, which is generally positioned in a front portion of the helmet. A light means for emitting a light is mounted to the helmet and positioned in the channel. A power supply is operationally coupled to the light means. The power supply is positioned in the bore in the peripheral wall. An actuating means for turning the light means on and off is operationally coupled to the light means.

Abstract: A curved surface, such as a helmet, including a light source and light conductive paths. Light emitting diodes (LEDs) provide the light source and fiber optic conductors provide the light conductive paths. The fiber optic conductors have polished ends to create lenses. A microprocessor or other logic, powered by a battery, can control the LEDs, possibly of different colors, to generate various colors or patterns for display. The components, including the microprocessor, battery, and light source, can be contained with a breakaway compartment in the helmet. The battery can include light rechargeable batteries positioned in the top of the helmet shell. The fiber optic conductors can be attached to or molded into the helmet shell so that the light traveling through them is visible and creates particular light patterns for display or is fully focused to the ends.

Abstract: An adaptor for a hand-held flashlight is disclosed, the flashlight being of the type having an elongate handle defying a battery compartment. The adaptor comprises a fitting in the form of a cylindrical handle-receiving aperture for mounting the flashlight handle detachably in a friction fit A multi-directional connector joins the flashlight fitting to one of a number of interchangeable bases, which may be coupled detachably to a mounting plate. The mounting plate may be formed with strap mounting formations for carrying a headstrap or the like. Both the base-plate and the interchangeable bases may be formed with suction caps, plugs, keyed apertures or magnets for mounting them detachably to various fixtures. As a result, the hand-held flashlight may be readily adapted for hands-free use.