Microcirculation temperature-controlled instrument used for postoperative recovery of hand and foot injury

Abstract

The invention provides a microcirculation temperature-controlled instrument used for postoperative recovery of hand and foot injuries. The instrument can provide accurate target microcirculation temperature-controlled therapy on local affected limbs. The instrument is accurate in condition control in local environment, and is beneficial for rapid recovery of patients. The instrument is simple in operation, and is safe and reliable, and medical manpower input is low. The instrument comprises a cabinet. The cabinet is internally provided with a supporting plate in an inclined manner along the length direction of the cabinet. The side of the cabinet, where the supporting plate is relatively high, is internally provided with an infrared cold light source modulator tube. The side of the cabinet, where the supporting plate is relatively low, is provided with a front panel which can be open and closed. The lower end of the front panel is provided with an opening. The instrument also comprises a heat insulation device in the cabinet.

Description

technical field [0001] The invention relates to a medical device, in particular to a device for recovery after hand and foot trauma. Background technique [0002] In order to promote blood circulation and improve the success rate of surgery, in order to promote blood circulation and improve the success rate of surgery, patients with hand and foot trauma need to raise their limbs to about 45° after surgery, and keep the temperature at a certain temperature. 20-25°C, relative humidity controlled at 40-60%; infrared light therapy can be received according to the doctor's order to promote wound healing. Now the following methods are commonly used clinically: use pillows and other objects to raise the affected limb, place it at an angle of approximately 45°, and then directly irradiate it with a standing lamp (scientific name is a gooseneck lamp) to keep warm, but this traditional method has many disadvantages. It is mainly reflected in: the inclination angle of the affected lim...

AI Technical Summary

Problems solved by technology

Now the following methods are commonly used clinically: use pillows and other objects to raise the affected limb, place it at an angle of approximately 45°, and then directly illuminate it with a standing lamp (scientific name is a gooseneck lamp) to keep warm. However, this traditional method has many disadvantages. It is mainly reflected in: the inclination angle of the affected limb is completely determined by subjective observation, and it will change due to the deformation of pillows and other cushions during the irradiation process, which cannot guarantee continuous elevation of the limb to promote blood circulation; the temperature control of the standing lamp to keep warm is not accurate , it is easy to cause insufficient or over-irradiation; humidity control is impossible to achieve, and can only rely on weather changes; and the standing lamp will generate scattered light, which will affect the patient's rest, and the standing lamp will stand beside the bed, affecting medical operations and family care. Poor stability, large investment in medical staff

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