Femoral artery paracentesis postoperation hemostasis nursing bed for interventional department

Abstract

The invention relates to the technical field of the interventional department, and discloses a femoral artery paracentesis postoperation hemostasis nursing bed for the interventional department, the hemostasis nursing bed comprises a side plate, a hemostasis adjusting mechanism is arranged in the side plate, the hemostasis adjusting mechanism comprises a moving assembly, the moving assembly is arranged in the side plate, a telescopic compression assembly for compressing the femoral artery puncture position of a patient is arranged outside the moving assembly, a detection alarm assembly for detecting femoral artery bleeding of the patient is arranged in the telescopic compression assembly, and a timing assembly for controlling the compression force of the telescopic compression assembly is arranged in the telescopic compression assembly; and a triggering strip moves to be in contact with a timing button once every three hours, so that the operation of an electric telescopic rod is shortened by one twelfth of the total travel, the effect of assisting medical staff to automatically adjust the wound compression strength according to the compression time can be achieved, and the possibility that the blood circulation of the patient is not smooth due to long-time high-strength pressing is prevented.

Description

technical field [0001] The invention relates to the technical field of interventional departments, in particular to a hemostatic nursing bed for the interventional department after femoral artery puncture. Background technique [0002] The interventional therapy used by the Interventional Department is a minimally invasive treatment using modern high-tech means. Under the guidance of medical imaging equipment, special catheters, guide wires and other precision instruments are introduced into the human body to diagnose and treat diseases in the body. Local treatment, because interventional treatment has the characteristics of no surgery, less trauma, quick recovery and good effect, is the development trend of future medicine. [0003] For example, femoral artery puncture is an interventional surgery. After the femoral artery puncture, the doctor needs to pull out the sheath from the patient's femoral artery. In order to prevent the patient from losing blood, the doctor needs ...

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Problems solved by technology

[0005] Aiming at the deficiencies in the prior art, the present invention provides a hemostatic nursing bed for interventional department after femoral artery puncture, which is equipped to assist medical personnel to perform long-time pressing operation after femoral artery puncture operation, and to press after femoral artery puncture operation. Wound bleeding can be detected during the operation, assisting the medical staff to automatically adjust the strength of the compression wound according to the compression time, which solves the need for the doctor to pull out the sheath from the patient's femoral artery after the femoral artery puncture operation , in order to prevent the patient from losing blood, the doctor needs to perform pressure hemostasis on the patient's wound, and then stop the pressure until the patient's wound no longer loses blood. However, the pressure hemostasis after the femoral artery puncture operation takes at least six hours, and during the pressure process It is necessary to continuously reduce the pressing force according to the length of time, so as to prevent the blood circulation of the patient caused by long-term high-intensity pressing. There is no existing nursing bed that can assist medical staff to complete this operation. The existing pressing methods use bandages Cooperate with the cushion to press the wound for hemostasis operation, and it is impossible to automatically adjust the pressing force according to the time. Relying on the bandage tightly bound outside the patient to press the wound will cause some discomfort to the patient and reduce the comfort of the patient, and the existing pressing The hemostatic device cannot detect whether there is blood flowing out of the wound during the pressing process

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