Abstract: A system for remotely playing an arcade game, such as a “claw game”, in an “Internet of Things” (IOT) enabled arcade gaming system. One or more players interacts with the system using web enabled smart electronic devices. The system also manages one or more remote players as they interact remotely with a single physical arcade game.

Abstract: A system for remotely playing an arcade game, such as a “claw game”, in an “Internet of Things” (IOT) enabled arcade gaming system. One or more players interacts with the system using web enabled smart electronic devices. The system also manages one or more remote players as they interact remotely with a single physical arcade game.

Abstract: A system for remotely playing an arcade game incorporating a player input device like a portable computer or smart phone with display, a computer application software, a internet with cloud capability, a game manager which controls access to arcade games and an application software, each adapted for remote play via cloud network and each capable of providing audio-visual feedback to a player remotely via video cameras at the game station.

Abstract: There is provided a transportation device with outer and inner frames coupled to a receptacle so as to allow the receptacle to move vertically in response to loading and unloading of the device.

Abstract: There is provided a transportation device with outer and inner frames coupled to a receptacle so as to allow the receptacle to move vertically in response to loading and unloading of the device.

Abstract: A method and system for protecting and controlling personal computers (“PCs”), components installed in or attached to PCs, and other electronic, mechanical, and electromechanical devices and systems. An exemplary embodiment of the system includes a server running on a remote computer and hardware-implemented agents embedded within the circuitry that controls the various devices within a PC. The agents intercept all communications to and from the devices into which they are embedded, passing the communications when authorized to do so, and blocking communications when not authorized, effectively disabling the devices. Embedded agents are continuously authorized from the remote server computer by handshake operations implemented as communications messages.

Abstract: A motor assisted mover is provide for lifting and moving a device having wheels contacting a floor surface. The mover includes a tiltable mainframe including a plurality of free spinning wheels and at least one drive wheel, the tiltable mainframe being tiltable to selectively lift one of at least one of said plurality of free spinning wheels and the at least one drive wheel out of contact with a floor surface. The mover also includes a lifting frame including a lever arm and lifting attachments for removably attaching to a first end of the device. The mainframe and lifting frame are pivotably connected along a common horizontal axis. The lifting frame is structured and arranged to lift at least a first end of the device. The lifting frame and the tiltable mainframe are arranged such that, when the lifting frame is positioned so that the at least one end is lifted, the tiltable mainframe is arranged such that the at least one drive wheel contacts the floor.

Abstract: A method and system for protecting and controlling personal computers (“PCs”), components installed in or attached to PCs, and other electronic, mechanical, and electromechanical devices and systems. An exemplary embodiment of the system includes a server running on a remote computer and hardware-implemented agents embedded within the circuitry that controls the various devices within a PC. The agents intercept all communications to and from the devices into which they are embedded, passing the communications when authorized to do so, and blocking communications when not authorized, effectively disabling the devices. Embedded agents are continuously authorized from the remote server computer by handshake operations implemented as communications messages.

Abstract: A method and system for protecting and controlling personal computers (“PCs”), components installed in or attached to PCs, and other electronic, mechanical, and electromechanical devices and systems. An exemplary embodiment of the system includes a server running on a remote computer and hardware-implemented agents embedded within the circuitry that controls the various devices within a PC. The agents intercept all communications to and from the devices into which they are embedded, passing the communications when authorized to do so, and blocking communications when not authorized, effectively disabling the devices. Embedded agents are continuously authorized from the remote server computer by handshake operations implemented as communications messages.

Abstract: A method and system for protecting and controlling personal computers (“PCs”) and components installed in or attached to PCs. The method and system may be used to protect PCs from use after being stolen. An exemplary embodiment of the system includes a server running on a remote computer and hardware-implemented agents embedded within the circuitry that controls the various devices within a PC. The agents intercept all communications to and from the devices into which they are embedded, passing the communications when authorized to do so, and blocking communications when not authorized, effectively disabling the devices. Embedded agents are continuously authorized from the remote server computer by handshake operations implemented as communications messages.