Diagnosis and treatment bed for bronchoscopy under respiratory infectious disease protection

Abstract

The invention provides a diagnosis and treatment bed for bronchoscopy under respiratory infectious disease protection, and relates to the technical field of diagnosis and treatment beds. The diagnosis and treatment bed comprises a bed body, a protective face screen, a helmet and a monitoring device. The protective face screen is mounted on the helmet; the protective face screen is arranged at the first end of the bed body, and a bronchoscope hole, a replaceable mask and a breather valve used for oxygen supply are arranged at the positions, corresponding to the mouth and the nose of a patient, of the protective face screen. The bed body comprises a bed frame and a mattress mounted on the bed frame, and a head support is arranged at the first end of the mattress; a reclining driving device is at least mounted below the bed frame; the monitoring device comprises a control display, an electrocardiogram monitoring assembly, a blood oxygen monitoring assembly, a blood pressure monitoring assembly and a body temperature monitoring assembly; the electrocardiogram monitoring assembly, the blood oxygen monitoring assembly and the blood pressure monitoring assembly are respectively connected with the control display; the first end of the bed frame is provided with a recess matched with the lower part of the helmet. According to the device, droplets splashed to the surrounding by a patient can be actively blocked, respiratory infectious diseases can be effectively prevented from infecting medical staff, and active protection is achieved.

Description

technical field [0001] The invention relates to the technical field of diagnosis and treatment beds, in particular to a diagnosis and treatment bed for bronchoscopy under the protection of respiratory infectious diseases. Background technique [0002] Bronchoscopy is to send a slender bronchoscope into the upper respiratory tract of the patient through the nose or mouth, and then reach the glottis through the throat. When the patient inhales, the glottis opens and passes through the glottis to reach the lower respiratory tract. Bronchial lesions, and bronchoscopic alveolar lavage, biopsy and other diagnosis and treatment operations, in the process, often induce the patient to cough, at this time, the secretions, droplets or blood in the lungs and bronchus can be sprayed into the surrounding air with the cough During the process, it even splashed on the face and body parts of medical staff. The current protective measures for medical staff are to wear protective masks and pro...

AI Technical Summary

Problems solved by technology

[0002] Bronchoscopy is to send a slender bronchoscope into the upper respiratory tract of the patient through the nose or mouth, and then reach the glottis through the throat. When the patient inhales, the glottis opens and passes through the glottis to reach the lower respiratory tract. Bronchial lesions, and bronchoscopic alveolar lavage, biopsy and other diagnosis and treatment operations, in the process, often induce the patient to cough, at this time, the secretions, droplets or blood in the lungs and bronchus can be sprayed into the surrounding air with the cough During the process, it even splashed on the face and body parts of medical staff. The current protective measures for medical staff are to wear protective masks and protective clothing. The current protective masks are composed of head fixing straps and PVC face shields. The masks can completely cover The face and neck of the medical staff, the sides of the mask can be protected to the back of the ears, which plays a protective role, but this method is a passive prevention of the medical staff, and wearing protective masks and protective clothing will cause certain interference to the operation of the medical staff

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