Limb surface temperature monitoring and adjusting system and using method thereof

Abstract

The invention provides a limb surface temperature monitoring and adjusting system and a using method thereof. The system comprise a skin surface electromyography sensor, a worm motor and a support seat, wherein a liftable infrared lamp is arranged on an upper surface of the support seat, the liftable infrared lamp is provided with the worm motor used for driving the liftable infrared lamp to lift,an output end of the worm motor is provided with a worm wheel, and the worm wheel is meshed with the liftable infrared lamp; U-shaped limiting blocks are arranged at a left end and a right end of a front surface of the worm motor, a support is arranged at a lower end of the front surface of the worm motor, a detection box is arranged on the support, and the detection box is embedded in the U-shaped limiting blocks. The system can monitor a temperature of a limb part of a patient after operation and compare the temperature with a normal limb temperature; prompts an alarm when the limb of the patient reaches a set temperature after the operation, and at the same time automatically adjusts a height of irradiation of the liftable infrared lamp to avoid cumbersome operation and reduce temperature adjustment errors.

Description

technical field [0001] The invention relates to the technical field of limb surface temperature detection, in particular to a limb surface temperature monitoring and adjusting system and a method for using the same. Background technique [0002] Body temperature is one of the important vital signs. A large number of research data at home and abroad show that the incidence of hypothermia in surgical patients is as high as 60%-90%. Perioperative hypothermia has many adverse effects on patients, such as increasing cardiovascular system complications, prolonging the Blood clotting time, increase the probability of surgical incision infection, etc., small temperature fluctuations in the perioperative period will have a very important impact on patients, among which the triple death: hypothermia, acidosis, coagulation disorders, the easiest to control is "hypothermia" . Therefore, clinical medical staff must pay close attention to the dynamic changes of body temperature and the a...

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Problems solved by technology

At the same time, in traumatic hand surgery, there are few tools for continuous skin temperature monitoring of limb extremities, and most hospitals use intermittent temperature monitoring, which is recorded after each monitoring. Not only is the operation cumbersome, the workload is heavy, and the measurement is intermittent monitoring. Within a short period of time, the medical staff cannot know the temperature of the patient's postoperative limbs in time, nor can they compare it with the normal temperature of the limbs, and cannot detect the hypothermia of the affected limbs in time, and the low body temperature of the affected limbs will lead to poor circulation and easy wound infection , A series of problems such as affecting wound healing

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