3 results about "Rooming-in" patented technology

The temperature control room comprises a temperature control room body, the temperature control room body is directly arranged on the ground, efficient ventilation mechanisms are symmetrically arranged on the left side and the right side of the interior of the temperature control room body, and the efficient ventilation mechanisms are arranged on the left side and the right side of the interior of the temperature control room body. The efficient ventilation mechanism comprises a ventilation opening, a dustproof net, an exhaust fan, a first belt pulley, a connecting belt, a second belt pulley, a third belt pulley, a fourth belt pulley and the like. According to the temperature control room for breeding the black-bone chicks, by arranging the efficient ventilation mechanism, the temperature in the temperature control room can be effectively adjusted, air circulation and oxygen supply are guaranteed, normal breeding and growth of the chicks are achieved, meanwhile, by arranging the uniform heating mechanism, the chick eggs can be placed in the temperature control room in a stepped mode, and the chick breeding efficiency is improved. And in addition, a disinfection mechanism is arranged, bacteria in the temperature control room can be disinfected and killed at regular intervals, and therefore the survival rate of chicks during breeding is greatly increased.

The present application relates to the technical field of data analysis, in particular to a new-born baby monitoring room environment early warning monitoring system and method, comprising: a data acquisition module acquires environment information in a new-born baby monitoring room; a data processing module pre-processes the environment information; a data judgment module judges whether the pre-processed environment information belongs to a preset safety range, if not, generates early warning information; a data analysis module analyzes the environment information using a neural network model, identifies the cleaning state information of each medical staff's hand in the new-born baby monitoring room, judges whether the medical staff's hand is in a hand hygiene completion state, if not, generates hand cleaning prompt information; a central control early warning module receives the early warning information, and according to the early warning information, carries out early warning, receives the hand cleaning prompt information, and displays and pre-alerts. The present application can analyze the collected environment information in the new-born baby monitoring room in multiple directions, improve data utilization, and ensure the accuracy and comprehensiveness of monitoring.

The present application relates to the technical field of intelligent medical health monitoring, in particular to a new-born low blood sugar early warning method in mother-infant room based on multi-parameter fusion, comprising the following steps: analyzing the heat production process and oxygen consumption quantitative basal metabolic equivalent, evaluating the cold exposure and high-frequency movement energy consumption stress increment data, tracking the swallowing reflex to evaluate sugar intake combined with increment calculation energy gap to generate deficiency index, monitoring microcirculation compensation and muscle tremor amplitude to generate early warning intervention instruction set. In the present application, the bottom glycolysis dynamic evaluation mechanism is constructed to significantly strengthen the implicit energy consumption quantitative tracking accuracy, the whole physiological energy deficiency index is solved to effectively avoid the physiological model distortion problem, the cross-coupling mapping analysis is carried out combined with the microcirculation compensation state and the peripheral neuropathological tremor characteristics, the purity of the early warning signal extraction in the decompensation period is comprehensively improved, the false alarm probability is greatly reduced, the intervention instruction triggering sensitivity is effectively enhanced, and the safety of the new-born is ensured.