Insulin Pump Control System

What is the main purpose of the insulin pump control system?

• To measure blood pressure

• To simulate the pancreas and regulate insulin delivery

• To replace the heart in diabetic patients

• To monitor hydration levels

What type of system is the insulin pump control system?

• Standalone software application

• Embedded system

• Cloud-based monitoring system

• Web-based application

How does the system determine the correct insulin dosage?

• By analyzing heart rate

• By manually entering blood sugar levels

• By measuring electrical conductivity of the blood

• By detecting temperature variations

What is a long-term effect of high blood sugar levels?

• Temporary memory loss

• Increased muscle growth

• Eye, kidney, and heart damage

• Reduced oxygen intake

What triggers the insulin pump to deliver a dose of insulin?

• A manual button press

• An alarm system

• A signal from the pump controller

• A daily schedule set by the patient

What is the main function of the sensor in the insulin pump system?

• To inject insulin into the bloodstream

• To measure a blood parameter proportional to sugar level

• To store insulin for future use

• To send medication reminders

How does the controller determine how much insulin to deliver?

• It estimates based on the user’s diet plan

• It computes insulin needs based on the blood sugar level

• It uses a random insulin schedule

• It follows the last insulin dosage pattern

How does the system deliver insulin?

• Through an automatic needle injection

• By diffusing insulin through the skin

• By sending pulses to a miniaturized pump

• Through a syringe manually controlled by the user

What could happen if the system fails to deliver insulin when needed?

• The patient may gain weight

• The patient’s blood sugar may rise to dangerous levels

• The system will automatically restart

• The patient will need to replace the insulin pump immediately

How does the pump controller interact with the pump?

• By adjusting the temperature of the insulin

• By sending pulses that correspond to insulin units

• By vibrating when insulin is needed

• By setting a predefined daily schedule