Multi-parameter combined multifunctional cardiovascular detection device

Abstract

The invention discloses a multi-parameter combined multifunctional cardiovascular detection device. The multi-parameter combined multifunctional cardiovascular detection device comprises a box body for containing a cardiovascular detection machine body and an arm band for fixing a pulse sensor on an arm, wherein a movable plate is arranged in the box body, and a convenient device for conveniently taking the machine body out of the box body is arranged on the movable plate. According to the multi-parameter combined multifunctional cardiovascular detection device, through the convenient device, when the cardiovascular detection device is used outdoors, the detection machine body can be rapidly taken out from the box, and the situation that the box body and the machine body are pulled up together due to the fact that the box body and the machine body make tight contact in the taking-out process is avoided; through a supporting device, a plane for supporting the arm can be provided for the arm of a to-be-detected person during detection; and through a stabilizing device, the supporting angle of a supporting plate to the arm can be accurately adjusted according to different placement angle requirements of the arm of a detected person, and the arm is stably supported, so that cardiovascular detection can be conveniently performed under different outdoor conditions.

Description

technical field [0001] The invention relates to the technical field of cardiovascular detection devices, in particular to a multi-functional cardiovascular detection device combining multiple parameters. Background technique [0002] The cardiovascular and cerebrovascular detector is also called the cardiovascular and cerebrovascular diagnostic instrument. It is a medical device that reflects the heart function, blood vessel condition, blood state and microcirculation function. It is made according to the principle of pulse pressure method and consists of the body and pulse sensor. [0003] The existing body shell is generally stored in a storage box. When testing is required, the body shell needs to be taken out first, and then the circuit is plugged into the body shell, so that the arm of the person to be tested is placed on a nearby table , place the pulse sensor connected to the body shell at the pulse point and fix it with another fixing belt, and start the detection. ...

AI Technical Summary

Problems solved by technology

[0003] The existing body shell is generally stored in a storage box. When testing is required, the body shell needs to be taken out first, and then the circuit is plugged into the body shell, so that the arm of the person to be tested is placed on a nearby table , place the pulse sensor connected to the body shell at the pulse point and fix it with another fixing belt, and start the detection. Usually it fits tightly with the body shell, which may drive the box upwards when the body is taken out, and the body shell is generally a triangular shape, so it is inconvenient to take out the body shell that is completely placed in the storage box, and The arm of the subject to be tested needs to be placed on the table stably. When there is an accident such as a car accident or a cardiovascular test in a remote place, there may be no table due to outdoor testing, or the subject is not easy to move, and the arm cannot be placed stably. It is not easy to detect when it is on the desktop

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