Abstract: A lighting device provides with a mechanism which rotates, oscillates or rolls a lighting unit, and includes a power source (1), a trigger (2), a lighting unit (3) and a motor (4), wherein the power source (1) supplies power to the lighting unit (3) and the motor (4) via the trigger (2). The lighting device further includes a control unit which is connected in parallel to the lighting device. By changing internal circuits of the control unit, a pins which connects to an energy storage element is set, therefore the lighting unit flashes in a predetermined sequence after interruption of power is resumed, and the lighting unit moves in a certain track, occurring a path in which position of light spots changed.

Abstract: A lighting device provides with a mechanism which rotates, oscillates or rolls a lighting unit, and includes a power source (1), a trigger (2), a lighting unit (3) and a motor (4), wherein the power source (1) supplies power to the lighting unit (3) and the motor (4) via the trigger (2). The lighting device further includes a control unit which is connected in parallel to the lighting device. By changing internal circuits of the control unit, a pins which connects to an energy storage element is set, therefore the lighting unit flashes in a predetermined sequence after interruption of power is resumed, and the lighting unit moves in a certain track, occurring a path in which position of light spots changed.

Abstract: Inertia switches in insulating housings are used to make or break electrical contact. The switches may be small in size, and may be used with flashing light systems in footwear or other articles. One embodiment is a directional switch sensitive to the orientation of the switch and the motion of the switch due to outside forces. Footwear with flashing light systems that use these inertia switches may make the wearer or user more visible at night, adding a measure of safety as well as fun. Flashing light systems using these inertia switches may also be used to illuminate personal accessories and articles of clothing.

Abstract: A flashing device includes a wearable band having a motion switch for sensing movement of the band and generating a trigger signal in response to the movement, a circuit responsive to the trigger signal to generate an illumination signal, and at least one light which is illuminated in response to the illumination signal.

Abstract: A method and apparatus for illuminating lighting elements in one or more predetermined patterns. A preferred frequency controlled lighting system implementing this method includes a motion switch, a controller, and lighting elements. The motion switch creates an activation signal in response to movement of the motions switch, the activation signal indicating at least one of duration of electrical engagement or frequency of electrical engagement within the motion switch. The controller detects the activation signal generation and uses a signal analysis system to analyze the activation signal.

Abstract: An illuminating device with flashing lights may is adjustably affixable to ice skates or in-line skates. The illuminating device may include a number of lamps or light emitting diodes (LEDs) and is controlled by a motion switch or other switch. The lamps or LEDs are visible from the inside of a transparent box which is installed in the hollow between the shoe portion of the skate and the blade or wheels of the skate. The illuminating device is necessarily compact in nature, consisting primarily of flashing lights and a power-and-control circuit that controls and enables the flashing of the lights. The lights may be flashed sequentially, in-phase, randomly, or in other desirable patterns.

Abstract: A method and apparatus for illuminating lighting elements in one or more predetermined patterns. A preferred frequency controlled lighting system implementing this method includes a motion switch, a controller, a sound generator, and lighting elements. The motion switch creates an activation signal in response to movement of the motion switch, which is detected by the controller. In response to the properties of the activation signal, the controller illuminates the lighting elements in one or more predetermined patterns, or the controller actuates the sound generator to generate sound. Preferably, the lighting system utilizes at least two integrated circuits where a first integrated circuit functions as the controller and a second integrated circuit, having a higher cutoff operating voltage than the first integrated circuit, functions as the sound generator.

Abstract: Flashing lights may be added to footwear or other objects worn by persons. Flashing light systems are necessarily compact, consisting primarily of flashing lights and a power-and-control circuit that controls and enables the flashing of the lights. The lights may be illuminated by differing voltage levels, so that lights will flash brighter or dimmer depending on whether the light receives a higher voltage or a lower voltage. The voltages may be achieved by using batteries in series. A unique flashing effect is achieved by the use of differing voltages in sequence on the same lamps or LEDs. A battery charger may also be included to restore battery life.

Abstract: Illuminating devices may be added to footwear or other objects worn by persons. The illuminating devices are necessarily compact in nature, consisting primarily of flashing lights and a power-and-control circuit that controls and enables the flashing of the lights. The lights may be illuminated by differing voltage levels, so that lights will flash brighter or dimmer, in sequence, depending on whether the light receives a higher voltage or a lower voltage. The voltages may be achieved by using batteries in series. A unique flashing effect is achieved by the use of differing voltages in sequence on the same lamps or LEDs. A battery charger may also be included to restore battery life.

Abstract: Illuminating devices may be added to clothing and accessories worn by persons. Articles to which the illuminating devices may be added include footwear, hair-control articles, belts, suspenders, backpacks, purses, book-bags, vests and the like. The illuminating devices are necessarily compact in nature, consisting primarily of flashing lights and a power-and-control circuit that controls and enables the flashing of the lights. The lights may be flashed sequentially, in-phase, randomly, or in other desirable patterns, and the lights may also fade-on or fade-off. Controls may include an inertial switch, a push-button or touch-switch, and an on-off toggle switch.

Abstract: A wheel incorporating a flashing light feature includes a power source, a plurality of lighting elements and a flashing circuit to selectively provide lighting signals to the plurality of lighting elements. The wheel incorporating a flashing light feature further includes at least two motion switches to activate the flashing circuit. The at least two motion switches include a spring having a fixed end and a free end and a metal cap positioned proximate the free end of the spring for electrical engagement by the free end of the spring. Examples of articles with a wheel incorporating a flashing light feature include scooters, roller skates, in line skates, roller shoes and other types of wheeled footwear.

Abstract: Illuminating devices may be added to footwear or other objects worn by persons. The illuminating devices are necessarily compact in nature, consisting primarily of flashing lights and a power-and-control circuit that controls and enables the flashing of the lights. The lights may be illuminated by differing voltage levels, so that lights will flash brighter or dimmer, in sequence, depending on whether the light receives a higher voltage or a lower voltage. The voltages may be achieved by using batteries in series. A unique flashing effect is achieved by the use of differing voltages in sequence on the same lamps or LEDs. A battery charger may also be included to restore battery life.

Abstract: A wheel incorporating a flashing light feature includes a power source, a plurality of lighting elements and a flashing circuit to selectively provide lighting signals to the plurality of lighting elements. The wheel incorporating a flashing light feature further includes at least two motion switches to activate the flashing circuit. The at least two motion switches include a spring having a fixed end and a free end and a metal cap positioned proximate the free end of the spring for electrical engagement by the free end of the spring. Examples of articles with a wheel incorporating a flashing light feature include scooters, roller skates, in line skates, roller shoes and other types of wheeled footwear.

Abstract: An illuminating device with flashing lights may is adjustably affixable to ice skates or in-line skates. The illuminating device may include a number of lamps or light emitting diodes (LEDs) and is controlled by a motion switch or other switch. The lamps or LEDs are visible from the inside of a transparent box which is installed in the hollow between the shoe portion of the skate and the blade or wheels of the skate. The illuminating device is necessarily compact in nature, consisting primarily of flashing lights and a power-and-control circuit that controls and enables the flashing of the lights. The lights may be flashed sequentially, in-phase, randomly, or in other desirable patterns.

Abstract: Illuminating devices may be added to clothing and accessories worn by persons. Articles to which the illuminating devices may be added include footwear, hair-control articles, belts, suspenders, backpacks, purses, book-bags, vests and the like. The illuminating devices are necessarily compact in nature, consisting primarily of flashing lights and a power-and-control circuit that controls and enables the flashing of the lights. The lights may be flashed sequentially, in-phase, randomly, or in other desirable patterns, and the lights may also fade-on or fade-off. Controls may include an inertial switch, a push-button or touch-switch, and an on-off toggle switch.

Abstract: A novelty device includes a power source, lighting elements and a flashing circuit to selectively provide lighting signals to the lighting elements. The novelty device further includes a spring switch to activate the flashing circuit. The spring switch includes a spring having a fixed end and a free end and a metal cap positioned proximate the free end of the spring for electrical engagement by the free end of the spring. Examples of the novelty device include a pen, a key chain, a hair clip and a cosmetics case.

Abstract: A novelty device includes a power source, lighting elements and a flashing circuit to selectively provide lighting signals to the lighting elements. The novelty device further includes a spring switch to activate the flashing circuit. The spring switch includes a spring having a fixed end and a free end and a metal cap positioned proximate the free end of the spring for electrical engagement by the free end of the spring. Examples of the novelty device include a pen, a key chain, a hair clip and a cosmetics case.

Abstract: A flashing device (20) comprising a wearable band (22, 27) having a motion switch (14) for sensing movement of the band and generating a trigger signal in response to the movement, a circuit (25) responsive to the trigger signal to generate an illumination signal, and at least one light (6, 7) which is illuminated in response to the illumination signal.

Abstract: A light-flashing system for flashing lights on and off and for generating a pattern of illumination for a plurality of lights in response to intermittent switch closures. The system includes a battery, a plurality of light-emitting elements, a plurality of transistors which enable the illumination of the light-emitting elements, a switch, a capacitor, and a pattern-generation circuit. The battery powers the light-emitting elements and the pattern-generation circuit. The switch intermittently clocks the pattern-generation circuit and enables the flow of current in certain of the transistors, allowing illumination of certain of the light-emitting elements in response to changes in inertial forces caused by movement of the flashing light system. The capacitor is connected in parallel to the battery such that the capacitor stores electrical charge when the switch is closed and continues to enable the flow of current through certain of the transistors after the switch is opened.

Abstract: A light flashing system for flashing lights on and off and for generating a pattern of illumination for a plurality of lights in response to intermittent switch closures. The system includes a battery, a plurality of light emitting elements, a plurality of transistors which enable the illumination of the light emitting elements, a switch, a capacitor, and a pattern generation circuit. The battery powers the light emitting elements and the pattern generation circuit. The switch intermittently clocks the pattern generation circuit and enables the flow of current in certain of the transistors, allowing illumination of certain of the light emitting elements in response to changes in inertial forces caused by movement of the flashing light system. The capacitor is connected in parallel to the battery such that the capacitor stores electrical charge when the switch is closed and continues to enable the flow of current through certain of the transistors after the switch is opened.