Abstract: The present invention pertains to devices and applications for lighting device assemblies to provide a user versatile lighting options. More specifically, the invention pertains to a device or devices that utilize a removable sleeve mounted around a versatile lighting device base housing, and a housing with a 90 degree pivoting electrical cord attachment, which provide the user multiple design and mounting options. The sleeve may be comprised of one or more cutouts to allow access to different functionality. The sleeve may be cylindrical or any other geometric or abstract structure. In another embodiment of the invention, the lighting device assembly comprises a versatile base which may be placed on a flat surface, mounted to a wall, mounted to a ceiling, or hung by an electrical cord. An electrical cord attachment with a 90 degree pivot provides the user the ability to hang vertically.

Abstract: The present invention discloses tethered remote timer devices and applications for the control of residential lighting. More specifically, the invention pertains to a tethered remote timer comprising a pushbutton within the remote housing that allows the control of the state of connected lighting via an integrated timer and the brightness level of the lighting via a remotely accessible control. The remotely accessible control can also be used to override the timing device thereby changing the state of the connected lighting. The pushbutton provides the user the ability to increase or decrease light intensity within a programmable lighting schedule. In some embodiments, the tethered remote comprises: at least one preset countdown button which corresponds to a different preset or user set program, controls more than one load, communicates wirelessly, and turns on USB or USB-C output to control DC powered lighting.

Abstract: The present invention pertains to devices and applications for lighting device assemblies to provide a user versatile lighting options. More specifically, the invention pertains to a device or devices that utilize a removable sleeve mounted around a versatile lighting device base, and a base with a 90 degree pivoting electrical cord attachment, which provide the user multiple design and mounting options. The sleeve may be comprised of one or more cutouts to allow access to different functionality. The sleeve may be cylindrical or any other geometric or abstract structure. In another embodiment of the invention, the lighting device assembly comprises a versatile base, which may be placed on a flat surface, mounted to a wall, mounted to a ceiling, or hung by an electrical cord. An electrical cord attachment with a 90-degree pivot provides the user the ability to hang vertically.

Abstract: The present invention discloses tethered remote timer devices and applications for the control of residential lighting. More specifically, the invention pertains to a tethered remote timer comprising a pushbutton within the remote housing that allows the control of the state of connected lighting via an integrated timer and the brightness level of the lighting via a remotely accessible control. The remotely accessible control can also be used to override the timing device thereby changing the state of the connected lighting. The pushbutton provides the user the ability to increase or decrease light intensity within a programmable lighting schedule. In some embodiments, the tethered remote comprises: at least one preset countdown button which corresponds to a different preset or user set program, controls more than one load, communicates wirelessly, and turns on USB or USB-C output to control DC powered lighting.

Abstract: A universal dimming apparatus with an integrated timer to adjust brightness levels according to a preset schedule consists of a power source, a microcontroller, a dimmer user interface, an integrated timer, an internal storage device, and a phase-cut dimmer unit. The power source provides the necessary electric power. The dimmer user interface allows the user to enter a preferred schedule for a lighting system with a preferred brightness level. The user entered data is stored in the internal storage device. The integrated timer and the phase-cut dimmer unit draws the stored information via the microcontroller. An indicator light is used to notify the user regarding the reduced brightness levels.