Abstract: Provided is an interactive digital signage system comprising a pedestal comprising a base and a mast. An interactive touchscreen digital display is attached to the mast and an upper assembly is attached to the mast, wherein the upper assembly has attached thereto an accessory. A controller for the interactive touchscreen digital display is interfaced with the interactive touchscreen digital display, wherein the controller comprises a series 6000A+ computer. At least one battery is for providing power to the interactive digital signage system. Input/output ports are capable of interfacing the controller to external devices.

Abstract: Provided is an interactive digital signage system comprising a pedestal comprising a base and a mast and an interactive touchscreen digital display rotationally attached to the mast. A controller for said interactive touchscreen digital display is provided wherein the controller comprises a series 6000A+ computer. At least one battery provides power to the interactive digital signage system. Input/output ports interface the controller to external devices.

Abstract: The present invention generally relates to automatic charging systems and methods for mobile devices that require more power than is possible with inductive chargers. A mobile device charging cabinet is provided, wherein each mobile device inserted for charging contains a charging receiver that is attached to a cover, such as a laptop cover. The cabinet further comprises a multiplicity of base stations, each of which provides a grid of conductive alternating polarity connection plates, spaced to accept two prongs similarly spaced on the bottom of the charging receiver. Power flows from the base station automatically through the charging receiver to the mobile device when it is placed on a surface containing a base station within the cabinet.

Abstract: The present invention generally relates to automatic charging systems and methods for mobile devices that require more power than is possible with inductive chargers. A mobile device charging station is provided, wherein each mobile device inserted for charging contains a charging receiver that is attached to a cover, such as a laptop cover. The cabinet further comprises a multiplicity of base stations, each of which provides a grid of conductive alternating polarity connection plates, spaced to accept two prongs similarly spaced on the bottom of the charging receiver. Power flows from the base station automatically through the charging receiver to the mobile device when it is placed on a surface containing a base station within the cabinet.

Abstract: The present invention generally relates to automatic charging systems and methods for mobile devices that require more power than is possible with inductive chargers. A mobile device charging station is provided, wherein each mobile device inserted for charging contains a charging receiver that is attached to a cover, such as a laptop cover. The cabinet further comprises a multiplicity of base stations, each of which provides a grid of conductive alternating polarity connection plates, spaced to accept two prongs similarly spaced on the bottom of the charging receiver. Power flows from the base station automatically through the charging receiver to the mobile device when it is placed on a surface containing a base station within the cabinet.

Abstract: The present invention generally relates to automatic charging systems and methods for mobile devices that require more power than is possible with inductive chargers. A mobile device charging station is provided, wherein each mobile device inserted for charging contains a charging receiver that is attached to a cover, such as a laptop cover. The cabinet further comprises a multiplicity of base stations, each of which provides a grid of conductive alternating polarity connection plates, spaced to accept two prongs similarly spaced on the bottom of the charging receiver. Power flows from the base station automatically through the charging receiver to the mobile device when it is placed on a surface containing a base station within the cabinet.

Abstract: The present invention generally relates to automatic charging systems and methods for mobile devices that require more power than is possible with inductive chargers. A mobile device charging station is provided, wherein each mobile device inserted for charging contains a charging receiver that is attached to a cover, such as a laptop cover. The cabinet further comprises a multiplicity of base stations, each of which provides a grid of conductive alternating polarity connection plates, spaced to accept two prongs similarly spaced on the bottom of the charging receiver. Power flows from the base station automatically through the charging receiver to the mobile device when it is placed on a surface containing a base station within the cabinet.

Abstract: A smart lectern system is provided. The smart lectern system comprises a smart lectern comprising a base, a mast extending from the base and a touchscreen panel attached to the mast wherein the touchscreen panel generates a touch communication. A hub is provided wherein the hub receives the touch communication and transmits a touch command to an output driver.

Abstract: Provided is an interactive digital signage system comprising a pedestal comprising a base and a mast and an interactive touchscreen digital display rotationally attached to the mast. A controller for said interactive touchscreen digital display is provided wherein the controller comprises a series 6000A+ computer. At least one battery provides power to the interactive digital signage system. Input/output ports interface the controller to external devices.

Abstract: Provided is a NEXT microphone system for use with a touchscreen display, audio hub, or audio/video hub. The NEXT Microphone comprises a microphone with a wireless transmitter capable of transmitting wireless audio to a touchscreen display or an audio visual hub. The touchscreen display or hub comprises an integral computer with an operating system and digital signal processing module. The digital signal processing module is capable of receiving the microphone audio signal and transmitting through at least one speaker simultaneously with the touchscreen display or hub audio output.

Abstract: An audio visual upgrade device and method of use for upgrading legacy touchscreen digital displays to the latest audio visual and computing capabilities. At least one device I/O jack is in signal communication with an integral computer and at least one display I/O jack is in signal communication with an integral computer. A multitouch module switch is provided capable of being in signal communication with a dedicated touchscreen device through the device I/O and a touchscreen digital display through the display I/O. The operating system is in signal communication with the multitouch module switch wherein the operating system converts the signal communication from the dedicated touchscreen device and from the touchscreen digital display to a touch process command. A touch process switch is provided which is capable of receiving the touch process command and transmitting the touch process command to the dedicated touchscreen device and touchscreen digital display.

Abstract: A novel pluggable computer system for use with a modern touchscreen display using an Intel open pluggable specification (OPS) slot. The invention comprises an adapter and matching OPS computer that allows connection and use of the new OPS computer with existing and prior art touchscreen displays. In this manner, the invention provides an upgrade system and method for older touchscreen devices. The invention further provides security measures that prevent use of a generic OPS computer with the touchscreen, so that manufacturers can ensure that only their product specific OPS computers are used on their touchscreen devices.

Abstract: The present invention generally relates to automatic charging systems and methods for mobile devices that require more power than is possible with inductive chargers. A mobile device charging cabinet is provided, wherein each mobile device inserted for charging contains a charging receiver that is attached to a cover, such as a laptop cover. The cabinet further comprises a multiplicity of base stations, each of which provides a grid of conductive alternating polarity connection plates, spaced to accept two prongs similarly spaced on the bottom of the charging receiver. Power flows from the base station automatically through the charging receiver to the mobile device when it is placed on a surface containing a base station within the cabinet.

Abstract: The present invention generally relates to automatic charging systems and methods for mobile devices that require more power than is possible with inductive chargers. A mobile device charging station is provided, wherein each mobile device inserted for charging contains a charging receiver that is attached to a cover, such as a laptop cover. The cabinet further comprises a multiplicity of base stations, each of which provides a grid of conductive alternating polarity connection plates, spaced to accept two prongs similarly spaced on the bottom of the charging receiver. Power flows from the base station automatically through the charging receiver to the mobile device when it is placed on a surface containing a base station within the cabinet.

Abstract: The present invention generally relates to a C-shaped mobile power supply designed primarily for use with powered mobile display device stands for use in locations without available or reliable electrical power, but the invention may be used in other locations as well. The power supply is specifically C-shaped to adapt to many commonly used mobile display stands. The power supply includes a housing set low to the ground for greater stability wherein all the components are housed, comprising a battery, inverter, charger, power input and power output. The battery may be sized to provide power to the display device, as well as additional peripherals. Computer software is optionally included to control and monitor all functionality of the system.

Abstract: The present invention generally relates to a powered mobile display device stand for use in locations without available or reliable electrical power. A plate designed to hold a display device is attached to an articulating neck. The neck is affixed to a mobile base containing therein a battery, inverter, charger, power input and power output. The plate may articulate to adjust viewing angle of the display device. And the neck may articulate to adjust the viewing height of the display device. The battery may be sized to provide power to the display device, as well as additional peripherals. Computer software is optionally included to control and monitor all functionality of the system using a display device such as a touchscreen monitor.

Abstract: The present invention generally relates to a powered mobile display device stand for use in locations without available or reliable electrical power. A plate designed to hold a display device is attached to an articulating neck. The neck is affixed to a mobile base containing therein a battery, inverter, charger, power input and power output. The plate may articulate to adjust viewing angle of the display device. And the neck may articulate to adjust the viewing height of the display device. The battery may be sized to provide power to the display device, as well as additional peripherals. Computer software is optionally included to control and monitor all functionality of the system using a display device such as a touchscreen monitor.