Micro-system design of enhanced energizing module for targeted targets

Aiming at the irregular distribution of kidney stones inside the body, traditional clinical surgery can not achieve complete resection of the lesion, the targeted drug damage to the affected body is too large, can not effectively identify the target information of the lesion, and the probability of recurrence is high, In this paper, an enhanced energizing module microsystem with lesion target recognition and cutting is developed. The system mainly includes: a neural network signal extraction module for target recognition, a logic control target chip for lesion resection, and a targeted drug with jet ability. The overall structure of the micro-system is micro/mesoscopic size, and the sensitive structure is an execution probe of “small grain size”. After the enhanced energizing module enters the patient from the vein, it begins to extract the cell growth and reproduction information of the surrounding environment and the echo information of the stone lesions. enhanced energizing module set treatment mode selection, each of the enhanced energizing module has two or more targeted drug heads, which can be set according to the characteristics of the lesions. The targeted drug head with jet function bombards the surface of the affected area, which can produce a local high temperature of 1500 °C, which can reliably destroy the lesions of the affected area.