Abstract: A digital printing machine comprises a cylindrical drum assembly on the rigid printing framework. A cylindrical drum moves along and rotates about its central cylindrical axis and a stationary printing head with multiple nozzles placed proximately above the circumference of the cylindrical drum. The combined linear and rotational movements of the cylindrical drum enable the printing head to create a smooth helical printing trajectory on the flexible fabrics. The cylindrical drum of the digital printing machine also works as a working drum to hold a piece of flexible textile to be printed. A double-side printing mechanism allows the digital printing machine to automatically carry out the second side printing.

Abstract: A digital printing machine comprises a cylindrical drum assembly on the rigid printing framework. A cylindrical drum moves along and rotates about its central cylindrical axis and a stationary printing head with multiple nozzles placed proximately above the circumference of the cylindrical drum. The combined linear and rotational movements of the cylindrical drum enable the printing head to create a smooth helical printing trajectory on the flexible fabrics. The cylindrical drum of the digital printing machine also works as a working drum to hold a piece of flexible textile to be printed. A double-side printing mechanism allows the digital printing machine to automatically carry out the second side printing.

Abstract: A pet food dispenser comprising a lid and a hopper bin. The lid fits over a loading opening of the hopper bin. A main section includes a base, and the main section includes a base cover having a hopper funnel and a hopper recess. An auger assembly has an intake opening and an output opening, and the auger assembly is removably cradled in the hopper recess. When the auger assembly is operating, an auger blade is formed as a helical screw that drives articles from the intake opening to the output opening. A motor mount has a motor, and the motor is mechanically connected to the auger assembly to drive the auger assembly. The motor mount is connected to the base. A microprocessor controls actuation of the motor.

Abstract: A pet food dispenser comprising a lid and a hopper bin. The lid fits over a loading opening of the hopper bin. A main section includes a base, and the main section includes a base cover having a hopper funnel and a hopper recess. An auger assembly has an intake opening and an output opening, and the auger assembly is removably cradled in the hopper recess. When the auger assembly is operating, an auger blade is formed as a helical screw that drives articles from the intake opening to the output opening. A motor mount has a motor, and the motor is mechanically connected to the auger assembly to drive the auger assembly. The motor mount is connected to the base. A microprocessor controls actuation of the motor.

Abstract: The present invention provides a Christmas tree stand that is self-watering and rotatable. The self-watering system, that rotates with the tree, mainly includes a water reservoir, a hose, a water tank that holds on to the lower end of the tree, and a valve mechanism that automatically keeps the water in the water tank at optimum level. A rotatable tank assembly is driven by an electric drive motor on a stationary support assembly. Electrical power is passed from the stationary support assembly to the rotatable tank assembly through a slipping-ring connector. In the preferred embodiment, a remote control is provided to supply power for rotation of the rotatable tank assembly, including the tree, and the power receptacle on the rotatable tank assembly for suitable electrical loads, e.g., decorative lights, separately.

Abstract: The present invention provides a Christmas tree stand that is self-watering and rotatable. The self-watering system, that rotates with the tree, mainly includes a water reservoir, a hose, a water tank that holds on to the lower end of the tree, and a valve mechanism that automatically keeps the water in the water tank at optimum level. A rotatable tank assembly is driven by an electric drive motor on a stationary support assembly. Electrical power is passed from the stationary support assembly to the rotatable tank assembly through a slipping-ring connector. In the preferred embodiment, a remote control is provided to supply power for rotation of the rotatable tank assembly, including the tree, and the power receptacle on the rotatable tank assembly for suitable electrical loads, e.g., decorative lights, separately.