Medical intelligent temperature regulation electric-heating bedpad

Abstract

The invention relates to a medical intelligent temperature regulation electric-heating bedpad, which comprises a lining layer, an intermediate layer and an outer layer from inside to outside; the lining layer is provided with a carbon fiber infrared heating assembly without electromagnetic radiation; the intermediate layer is a high-intensity specific fiber layer; the outer layer is a composite fiber membrane layer; the carbon fiber infrared heating assembly without electromagnetic radiation is arranged in the lining layer; the high-intensity composite fiber membrane assembly having functions of preventing electromagnetic radiation, preventing the puncture of a sharp instrument, resisting high temperature, resisting acid and alkali and insulating is arranged in the intermediate layer; the external specific fiber membrane protection layer assembly which is waterproof, breathable and anti-stain is arranged in the outer layer; and the three layers form a bedpad structure. By the bedpad, the risk of bedpad electricity leakage and the influence of electromagnetic radiation on monitoring equipment is low, and a conformable and reliable treatment environment can be provided for a patient.

Description

technical field [0001] The invention relates to medical equipment, in particular to an electric heating mattress used for patients to lie down in operating rooms and intensive care rooms. Background technique [0002] In hospitals, especially in operating rooms and intensive care units, patients will be monitored with electrocardiogram, blood pressure, pulse oximetry, and electroencephalogram. Also equipped with a pacemaker and so on. During the operation and treatment, a large amount of liquid or frozen blood is often required, and the patient is under anesthesia or serious illness, so the patient's body temperature often drops significantly, which affects the maintenance of the patient's vital signs, the metabolism of the body, and the recovery from anesthesia. It may also cause danger when it is serious; at the same time, due to the reasons of operation and treatment, the patient's body is often in a state of soaking in blood and water, and timely heating and heat preser...

AI Technical Summary

Problems solved by technology

During the operation and treatment, a large amount of liquid or frozen blood is often required, and the patient is under anesthesia or serious illness, so the patient's body temperature often drops significantly, which affects the maintenance of the patient's vital signs, the metabolism of the body, and the recovery from anesthesia. In severe cases, it may cause danger; at the same time, due to the operation and treatment, the patient's body is often soaked in blood and water, and timely heating and heat preservation are required.

At present, there are also ordinary electric blankets. Because ordinary electric blankets use resistance elements as heating devices, there are risks of leakage and electromagnetic radiation affecting various monitoring equipment.

However, the existing air heating pads and water heating pads have disadvantages such as high noise or overheating, untimely heat preservation, and great impact on surrounding personnel, so their use in the hospital environment is limited.

If the room temperature is increased to heat and keep warm for the patient, it will be difficult for the medical staff to endure for a long time and affect the work efficiency and the effect is not good.

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