Intelligent heating device suitable for perioperative period

Abstract

The invention relates to an intelligent heating device suitable for a perioperative period. The device comprises a heating blanket body, a heat transfer wire, a control unit and an intelligent temperature control device, the heating blanket body is composed of a blanket body, blanket sleeves and blanket legs, the heating blanket body is divided into an upper layer and a lower layer, and containingchannels are formed in the upper layer and the lower layer of the heating blanket body; a temperature sensor is further arranged on the heat transfer wire; hook-and-loop fasteners capable of fixing the body of a patient are arranged on the blanket sleeves, the upper edge opening of the blanket body and the side edges of the blanket legs, and independent heat transfer wires and temperature sensorslocated on the heat transfer wires are arranged in the blanket sleeves and the blanket legs. The device has the advantages that body temperature monitoring and heat preservation and temperature riseare subjected to closed-loop automatic management through an intelligent electronic technology, monitoring and body temperature change and body temperature heat preservation and temperature rise management of the patient in the perioperative period are facilitated, then it can be guaranteed that the body temperature of the patient is constant in the perioperative period, and the body temperature management effect of the patient in the perioperative period is improved.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to an intelligent heating device suitable for perioperative periods. Background technique [0002] At present, the infrared ear thermometer is used clinically for the temperature detection of perioperative patients, and it is most commonly used to measure the temperature of the tympanic membrane. It responds quickly and has a good correlation with the core temperature. No discomfort when measuring. It can be used for temperature measurement when the patient is awake before and after surgery, but it cannot be used for continuous measurement. [0003] And the current clinical measures for keeping the body temperature of patients in the perioperative period include: using to increase the indoor temperature of the operating room, blankets, thermal insulation blankets, heating blankets, etc. to maintain body temperature. The commonly used medical warming blanket is a safe therm...

AI Technical Summary

Problems solved by technology

[0004] At present, all heating blankets often have the following disadvantages: 1. The patient's body temperature cannot be continuously monitored during the perioperative period; Temperature preservation / heating measures should be implemented again. The heat preservation / heating measures may be delayed, which may affect the stability of the patient’s body temperature during the perioperative period, which is not conducive to the management of perioperative body temperature; 3. The current insulation blankets used in clinical operating rooms are all blankets. The body is kept warm or warmed up at the same time

4. At present, the thermal insulation blankets used clinically are all under-pad type, which cannot wrap non-surgical parts such as limbs and torso, so the thermal insulation / heating effect is not good, and the actual experience of patients is not good; 5. Patients during the perioperative period Real-time dynamic data such as real-time body temperature changes, implementation of medical intervention measures, and medical intervention effects can only be recorded manually by medical staff, lacking timeliness and authenticity guarantees

Although this device uses a body temperature probe to detect the patient's temperature, it still has the problem of insulating the entire surgical site and cannot completely wrap the patient's other non-operative sites. Therefore, there are still defects in the real-time detection and control of the patient's body temperature during the perioperative period.

[0007] Therefore, to sum up, there is an urgent need for a closed-loop automatic management of body temperature monitoring and heat preservation and temperature rise through electronic technology, which is convenient for the monitoring of perioperative body temperature changes of surgical patients and the management of body temperature heat preservation and temperature rise, so as to ensure the safety of patients. The constant body temperature during the perioperative period saves the workload of the medical staff during the perioperative period and improves the temperature management effect of the perioperative period. The intelligent heating device suitable for the perioperative period, but about this new type of intelligent temperature control device suitable for the perioperative period The heating device has not been reported yet

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