Arm Style Blood Pressure Monitor

 

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arm style blood pressure monitor

arm style blood pressure monitor

 

The screen clearly displays the current blood pressure value and indicates the unit (usually millimeters of mercury, mmHg).

The size of the value is displayed in an easy-to-read way to ensure that users can quickly understand their blood pressure level.

In addition to the blood pressure value, the screen also displays the time and date of the measurement. This allows users to know when the last measurement was taken, which helps track blood pressure trends.

 

The electronic blood pressure monitor can set the upper and lower limits of the blood pressure range, and issue an alarm when it exceeds or falls below the range. The screen should display these alarm messages in a timely manner so that users can take appropriate measures.

Voice function

 

The two sides of the blood pressure monitor are the speaker and the armband socket. The armband adopts a lazy design, which can be used by simply tightening it. The back is the battery compartment. The USB cable is of Type C type. If you can't find the USB cable, you can also use the mobile phone cable instead.

 

armband socket

 

 

Recommended cuff size:

Thin adults or teenagers---extra small (size 12 cm * 18 cm)
Upper arm circumference 22 cm ~ 26 cm---adult small (size 12 cm * 22 cm)
Upper arm circumference 27 cm ~ 34 cm--adult standard (size 16 cm * 30 cm)
Upper arm circumference 35 cm ~ 44 cm--adult large (size 16 cm * 36 cm)
Upper arm circumference 45 cm ~ 52 cm--adult extra large or thigh cuff (size 16 cm * 42 cm)

 

How to tie the blood pressure cuff:
1. First check if the cuff is damaged and exhaust the air in the cuff.
2. Put the cuff on your arm, move it to 1-2cm above the elbow, and then tighten the cuff.
3. Check the tightness of the cuff and put 1-2 fingers in the tied cuff.
4. How to tie a wrist blood pressure monitor: Put the wristband on the wrist at 1 horizontal finger, and adjust the tightness to fit 1-2 fingers.

 

arm style blood pressure monitor

1. For obese people with thick upper arms, if there is no suitable cuff, the cuff can be placed on the upper part of the forearm, and the radial artery pulse can be auscultated to measure the blood pressure. At this time, special attention should be paid to the position of the forearm at the same height as the heart.
If both upper arms are not suitable for blood pressure measurement, the lower limbs can be considered. Tie the cuff to the lower end of the calf and monitor the dorsalis pedis artery blood pressure. 95% of patients can measure the ankle blood pressure.
3. For patients with severe bradycardia (ventricular rate < 40 beats/min), the deflation speed when measuring blood pressure should be slower than that of normal heart rate. Usually, the deflation speed should be no more than 2 mmHg of mercury column drop per heartbeat.
4. For patients with irregular heart rhythm, especially atrial fibrillation, repeated measurements are required to take the average value to reduce errors.

 

It is generally believed that the right brachial artery of the human body comes from the branch of the brachiocephalic trunk, and the left brachial artery comes from the left subclavian artery. The brachiocephalic trunk and the left subclavian artery both come from the aorta, and the brachiocephalic trunk is a larger branch of the aorta, and the left subclavian artery is a smaller branch. Therefore, the blood pressure of the right arm is usually about 5~10 mmHg higher than that of the left hand. Therefore, in general, we mainly measure the blood pressure of the right upper arm. Only when we visit the doctor for the first time, we measure the left and right arms at the same time and record them.

But at the same time, there are studies showing that the branches of the aortic arch from right to left are the brachiocephalic trunk, the left common carotid artery and the left subclavian artery. The branches of the left subclavian artery include the left axillary artery, and the left brachial artery is a branch of the left axillary artery; the branches of the brachiocephalic trunk include the right subclavian artery, and its branches include the right axillary artery, and the right brachial artery is a branch of the right axillary artery. It can be seen from this that the left brachial artery is closer to the center, so theoretically the left brachial artery pressure should be higher than the right side.