AI-based vibration reduction monitoring device with microvibration triggers and easy cable entry of horizontal maintaining structure

摘要

The present invention relates to an AI-based vibration reduction monitoring device having a structure that is easy to insert a cable with a micro-vibration trigger and a horizontal maintenance structure, and more specifically, an AI designed to buffer the transmission of vibration or shock due to an earthquake to an object. A vibration reduction monitoring device based, comprising: a base; A support part provided on the upper side of the base part and on which the object is disposed on the upper surface; It provides an AI-based vibration reduction monitoring device, characterized in that it comprises a transfer guide provided between the base portion and the transfer portion, wherein the support portion is further formed with an extension inlet so that the cable connected to the object is introduced. According to the present invention, an extension inlet is provided to secure the cable inlet space to improve workability, and a trigger is provided to prevent shaking during micro-vibration in the base part and the support part to counter micro-vibration, and to vibrate the state of micro-vibration. It is possible to determine whether to drive or stop the upper structure by checking it in real time through a sensor, and by providing a leveling means to maintain the level of the base part, it is configured to withstand horizontal and vertical loads caused by earthquakes, so installation time and construction cost There is an effect that can be reduced. In addition, there is an effect of facilitating maintenance of the AI-based vibration reduction monitoring device by preventing unnecessary driving in the event of an initial light shock or weak earthquake. Specifically, in the AI-based vibration reduction monitoring device according to the present invention, the vertical vibration is reduced by the first buffer spring, the left and right horizontal vibration is maintained so that the ball button is reduced, and the horizontal movement is supported so that the wheel roller is reduced. As a result, it operates only in seismic movements that have been confirmed to be above a certain scale according to the setting to maintain a stable system state. In addition, the vibration detection sensor is installed on the base and the holding part, so that the vibration is transmitted to the vibration detection unit by the vibration detection sensor, and the transmitted vibration is transmitted to the terminal through the wired/wireless transmission unit by wired/wireless and the set vibration range is programmed. The function of the comprehensive vibration reduction device to support the upper support object by the entire system is organically operated by the transmitted data and the vibration, noise and displacement information of the upper plate detected from the vibration reduction device. Analysis to predict the state or life of the vibration reduction device, so the operator can easily maintain, repair, and manage the vibration reduction state through the predicted state or life of the vibration reduction device, so it can perform a comprehensive function as a vibration reduction monitoring device. I can.