Systems and methods are described for controlling a plurality of electric lighting devices and in some embodiments preventing the theft of those devices. A microprocessor can be used to analyze information about the devices and send one or more commands to the devices. A user interface allows a user to send a command to at least one of the electric lighting devices, which may alter at least one of a brightness of light emitted, a color of light emitted or other effects of the devices.

A lighting device includes a baffle extending about an optical axis to surround a light source, and a reflector module connected to the baffle. The reflector module includes a main reflector having a light exit opening from which a light output of the lighting device is projected towards a target area, the optical axis passing through the opening, and reflective surfaces adjacent to the opening for reflecting light incident thereon away from the opening. The reflector module further includes auxiliary reflectors for adjusting the shape of the light output of the lighting device. Each auxiliary reflector has a reflective surface, and is moveable relative to the main reflector between a stowed position and a deployed position in which at least part of the reflective surface of the auxiliary reflector is exposed, by the opening of the main reflector, to reflect light incident thereon away from the target area.

The present invention relates to a light effect system for forming a light beam. The light effect system comprises a first light forming means adapted to form at least a part of the light beam where at least a first actuator is adapted to rotate the first light forming means around a first rotational point and around an first axis substantially parallel to the central axis of the light beam. At least a second actuator is adapted to move the first light forming means in relation to the light beam, such that first rotational point is moved in an area outside the light beam and radially in relation to the central axis of the light beam.

The present invention relates to a light effect system for forming a light beam. The light effect system comprises a first light forming means adapted to form at least a part of the light beam where at least a first actuator is adapted to rotate the first light forming means around a first rotational point and around an first axis substantially parallel to the central axis of the light beam. At least a second actuator is adapted to move the first light forming means in relation to the light beam, such that first rotational point is moved in an area outside the light beam and radially in relation to the central axis of the light beam.

A lamp comprising: a light source, a cover configured to block the transmission of light from the light source, a cover interface portion configured to interface with the cover such that the cover is disposed for upward and downward movement with respect to the light source between a first position which is configured to fully block the transmission of light from the light source and at least one second position configured to allow light from the light source to illuminate an area around the lamp, the lamp comprising a track system operatively associated with the cover. The tracking system comprises at least one track and at least one tracking element, the track system configured for retaining the at least one tracking element for sliding movement along the at least one track to enable to be held at various heights.

A plant growing apparatus including a chamber for growing plants. The chamber includes a base for receiving the plants, a lid movably mounted in relation to the base having an outer face and an opposite inner face, and a collapsible screen having an inner surface and being mounted between the base and the lid for closing the chamber. The collapsible screen is operable between an extended configuration and a collapsed configuration. The collapsible screen is configured to collapse upon approaching the lid towards the base and to extend, upon distancing the lid away from the base. The plant growing apparatus also includes a horticultural lamp mounted on the inner face of the lid.

Various embodiments of electric lighting devices, and especially electric candles, are described. The devices include a projection screen onto which light can be emitted. Advantageously, the projection screen can move with respect to the device's housing to thereby create a flickering flame effect. The device can include one or more magnets disposed outside of the housing that can interact with an electromagnetic field generated by the device to thereby move the projection screen.

Various embodiments of electric lighting devices, and especially electric candles, are described. The devices include a projection screen onto which light can be emitted. Advantageously, the projection screen can move with respect to the device's housing to thereby create a flickering flame effect. The device can include one or more magnets disposed outside of the housing that can interact with an electromagnetic field generated by the device to thereby move the projection screen.

An illuminated pedicure chair device is provided. The device is comprised of a pedicure chair body with at least one light preferably positioned on a surface of an armrest of the body. The light may be fixed or repositionable such that the light illuminates the foot area of the body while a user is receiving a pedicure. The light may be comprised of a glare shield that prevents a user sitting in the chair body from receiving glare from the light.

Systems and methods are described for controlling a plurality of electric lighting devices and in some embodiments preventing the theft of those devices. A microprocessor can be used to analyze information about the devices and send one or more commands to the devices. A user interface allows a user to send a command to at least one of the electric lighting devices, which may alter at least one of a brightness of light emitted, a color of light emitted or other effects of the devices.