Post-operative warming observation device for extremity microsurgery for field combat and its application

Abstract

The invention discloses a heat preservation and observation device for the microsurgery postoperative arms and legs for field operations and the application thereof. The device comprises a base, wherein a water white U-shaped cover inversely covers the base, one end of the U-shaped cover is a sealed end, the other end of the U-shaped cover is an open end, and the open end is hidden by a curtain which is at least connected with the top side of the open end; two connecting trips are arranged on the base on the same side as the open end; two flexible supporting legs with adjustable height are arranged on the base on the same side as the sealed end; a nanometer electrothermal film is paved on the surface of the base at the region covered by the U-shaped cover; two LED (light-emitting diode) cold light lamps are arranged on two side walls at the top in the U-shaped cover; the device further comprises a power box which is arranged on the base; a power source is arranged in the power box, and is electrically connected with the nanometer electrothermal film and the LED cold light lamps respectively. The device can conveniently enable a patient subjected to a microsurgery operation to keep the temperature of an affected part at any time, a doctor can observe the affected part of the patient at any time, and the treatment after the operation of the patient is benefited according to the adjustment of the position of the patient.

Description

Technical field [0001] The invention relates to the technical field of medical equipment, in particular to a field-use postoperative thermal observation device for limb microsurgery and its application. Background technique [0002] After microsurgery, the anastomosed microvessels need to be repaired in a constant temperature environment of 22-25°C. At the same time, medical staff need to continuously observe the blood circulation of the replanted or reconstructed tissue for 24 hours, and the observation requires lighting devices to provide light. In order to meet the above two requirements at the same time, in the hospital wards, a built-in 40-60W incandescent lamp and a gooseneck-shaped side-illuminated grill lamp are usually used. [0003] In addition, after microsurgery, the affected limb needs to be elevated to a height of 20-25° with the root of the affected limb. The elevation of the affected limb is conducive to venous and lymphatic drainage and reduces local swelling. At ...

AI Technical Summary

Problems solved by technology

However, the above tools will not be equipped with equipment to maintain the temperature of the affected limb, and it is not suitable to place a pillow on the affected limb during transportation to raise the angle between the affected limb and the root of the affected limb

Therefore, patients after microsurgery cannot be observed at any time during transportation, and the temperature of the affected area cannot be maintained, which is not conducive to the postoperative treatment and recovery of patients.

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