Abstract: A method for controlling an autoexposure function of a camera to a gray level setting, the method including exposing an imaging device of the camera for a first exposure duration and obtaining a first gray level of the imaging device of the camera, exposing the imaging device of the camera for a second exposure duration within the first exposure duration and the maximum exposure duration and obtaining a second gray level of the imaging device of the camera, determining whether the first gray level and the second gray level are upward-trending from the first exposure duration to the second exposure duration and if the first gray level and the second gray level are determined to be upward-trending, interpolating for a target exposure duration based on the gray level setting, the first exposure duration and the first gray level.

Abstract: A LED light driver having a reduced overall thickness so as to facilitate placement within an octagon junction box and canopy. The LED light driver of the present invention includes a printed circuit board wherein the printed circuit board includes a first side and a second side and is planar in manner. The printed circuit board further includes a plurality of recesses formed on the first side and second side thereof so as to facilitate the reduction in the overall Z dimension of the LED light driver. The printed circuit board includes a metal base having an epoxy material utilized for insulation and an exterior case material. The metal base enclosed inside the epoxy further functions as a heat sink. The reduced height of the present invention further provides for less blockage of light and as such the LED light drive can be more proximate the light source.

Abstract: A system comprises premises equipment including premises devices located at a premises. The system includes a partner device located at the premises and configured to use a partner protocol different from a protocol of the premises equipment. The system includes a system server configured to interact with the premises devices. The system server is configured to interact with the partner device via a partner proxy corresponding to the partner device. The system includes automation rules coupled to the system server. The automation rules include actions and triggers for controlling interactions between at least one of the partner device and the premises devices. The system includes a user interface coupled to the system server and configured to interact with the premises devices and the partner device.

Abstract: A LED light that is configured to provide heat dissipation so as to allow the light to accept a higher input current so as to increase the amount of light generation. The LED light includes a body wherein the body has a wall. The wall defines the shape of the body and the body further has an interior volume. The interior volume extends between a first end and second end of the body. A LED filament is centrally disposed within the interior volume of the body and extends between the first end and second end. The interior volume is filled with a fill material wherein the fill material has a thermal conductivity that promotes heat dissipation from the body. The fill material is a transparent material so as to not interfere with the light production of the light.

Abstract: A light and mounting assembly that is configured to be operably coupled to a conventional electrical junction box and further provide an ability to rotationally position the light ensuing installation. The light and mounting assembly includes an outer housing forming an interior volume wherein the interior volume includes a lighting element. The outer housing has mounted to the upper surface thereof a mounting assembly. The mounting assembly includes an inner housing wherein the inner housing has an outer ring mount member surroundably present thereon. The outer ring mount member includes a wall member having an outer surface and an inner surface. At least one groove is formed on the inner surface. A clip assembly is superposed the inner housing wherein the clip assembly includes securing members at opposing ends thereof. The securing members have a leading edge configured to be operably coupled to the at least one groove.

Abstract: A LED light assembly configurable in a plurality of manners to offer various ornamental appearances. The LED light assembly of the present invention includes at least one core mounting member wherein the core mounting member further includes an inner engagement section formed proximate the upper opening thereof. The inner engagement section includes a wall and a bottom formed to mateably receive a shade member. A plurality of connection members are secured above the inner engagement section and are aligned so as to facilitate an electrical connection between pins of a LED light integrally formed with a shade member that is operably coupled to the core mounting member. The present invention further includes a plurality of connection members that are operably coupled to the core mounting member so as to assemble a plurality of core mounting members to create a desired ornamental appearance of the LED light assembly.

Abstract: A stand includes a neck, a base coupled to a first end of the neck, and a receiving interface located at a second end of the neck. The receiving interface is configured to receive a short stand of a desktop phone device.

Abstract: A stand includes a neck, a base coupled to a first end of the neck, and a receiving interface located at a second end of the neck. The receiving interface is configured to receive a short stand of a desktop phone device.

Abstract: A led light that includes a rigid led filament wherein the led filament can be positionally adjusted. The LED light includes a housing having an outer tube and an inner tube with a void therebetween. The inner tube has an interior volume wherein disposed within the interior volume is a filament housing. The filament housing includes an interior volume and is configured to have suspendedly mounted therein a led filament. A pair of filament housing support members are located at each end of the housing in the interior volume thereof and are operably coupled to the filament housing. A conducting wire is movably journaled through the filament housing support members and into the interior volume of the filament housing so as to electrically couple to the led filament. The conducting wire includes at least one integrally formed spring so as to facilitate tension control of the conducting wire.

Abstract: A LED light assembly that utilizes an LED filament wherein the LED filament is suspendedly mounted within the interior volume of the linear lamp tube of the present invention. The LED light assembly includes end caps configured to be operably secured to opposing ends of the lamp tube. A pair of connection members are configured to be operably coupled with the pair of end caps. The connection members are manufactured from electrically conductive material and are operably coupled to electrical supply wires. A pair of mounting members are operably coupled to each connection member are include a coil suspension member that has a first hook and a second hook formed on opposing ends thereof. The LED filament is operably coupled intermediate the pair of mounting members.