Abstract: A manual leveling control system and method for construction equipment is provided.

Abstract: A system and method for controlling automatic leveling heavy equipment is provided.

Abstract: A system and method for controlling an automatic leveling of heavy equipment is provided.

Abstract: An image display system for controlling automatic leveling of heavy equipment is provided. The image display system includes the leveling means for adjusting horizontal levels of a lower frame provided with a traveling means and an upper frame having a cab and installed on an upper part of the lower frame, a sensor unit for sensing posture information of the heavy equipment, a leveler electronic control unit for generating an image signal from the posture information, and an image display unit for displaying the image signal on a display screen. The posture information includes inclination angles of the upper frame and the lower frame sensed on the basis of a horizontal surface against a direction of gravity, an azimuth angle of the heavy equipment sensed against a forward direction of the upper frame, and a swing angle of the upper frame sensed on the basis of a front direction of the lower frame.

Abstract: A PC-based digital video recorder (DVR) system for security and surveillance includes a plurality of USB cameras connected to at least one USB port of a computer by fiber-optic extension cables and USB hubs. The cameras may be cascaded to operate up to 50 meters from the computer. The system processes the digital image data of multiple-channels broadcast from the plurality of cascaded USB cameras.

Abstract: A rotary compressor assembly is provided which effectively reduces the vibration and noise occurring during the operation of the rotary compressor of the assembly. The compressor is fixedly mounted on a supporting plate. Vibration dampening members are received in corresponding supporting holes in the plate and serve to support the plate in spaced relation to an installation surface. The geometric center of the supporting holes is disposed so as to coincide with the center of gravity of the rotary compressor including an associated accumulator. As a result, the load is uniformly applied to each dampening member, and the rotary compressor is supported in a stable manner, thereby effectively reducing the vibration and noise associated with compressor operation.