LOAD DISTRIBUTION CHARACTERISTIC LINKED-OPTIMUM DESIGN BASED-EARTHQUAKE RESISTANT POWER DISTRIBUTION BOARD AND METHOD FOR REINFORCING EARTHQUAKE RESISTING FUNCTION OF LOAD DISTRIBUTION ANALYSIS BASED-EARTHQUAKE RESISTANT POWER DISTRIBUTION BOARD

摘要

The present invention provides a load distribution characteristic linked-optimum design based-earthquake resistant power distribution board and a method for reinforcing an earthquake resisting function of a load distribution analysis based-earthquake resistant power distribution board. According to the present invention, the load distribution characteristic linked-optimum design based-earthquake resistant power distribution board and a method for reinforcing an earthquake resisting function of a load distribution analysis based-earthquake resistant power distribution board calculate a portion vulnerable to vibration by analyzing vibration characteristics/stress change characteristics/deformation rate changing characteristics through earthquake generation effect simulation, to which load distribution information and center of weight-information on the power distribution board is applied, and provide a structure allowing an earthquake resistance reinforcing member, of which an installation position and a characteristic value are set according to the analyzed vibration characteristics/stress changing characteristics/deformation rate changing characteristics, to be installed on the portion vulnerable to vibration, thereby remarkably improving the earthquake resisting function of the power distribution board and maintaining high structural stability while minimizing deformation of the power distribution board or damage to the power distribution board even in a situation where earthquake or vibration occurs due to an external force.;COPYRIGHT KIPO 2017