Design and Implementation of Shaking and Weight of Blood Bag

Authors

  • Ahmed Sameer Hachim Manhal Department of Medical Devices of Technology Engineering, Al-Frahidi University, College of Medical Technology, Iraq.
  • Mohammed Jabbar Jasim Swgit Department of Medical Devices of Technology Engineering, Al-Frahidi University, College of Medical Technology, Iraq.
  • Haider Majed Abd Aladel Mahmod Department of Medical Devices of Technology Engineering, Al-Frahidi University, College of Medical Technology, Iraq.
  • Alialakbar Jasim Mohsin Aliwi Department of Medical Devices of Technology Engineering, Al-Frahidi University, College of Medical Technology, Iraq.
  • Tiba Laiq Neama Abdulrazzaq Department of Medical Devices of Technology Engineering, Al-Frahidi University, College of Medical Technology, Iraq.

Keywords:

Blood bag shaking, Blood bag weight measurement, Blood component separation, Medical device design

Abstract

The blood bag shaking machine plays a crucial role in the blood donation process. Typically, blood begins to clot once it exits the body, necessitating the incorporation of an anti-clot solution through agitation in the blood bag. The shaking machines utilized in this process are often imported and come at a high cost. This paper outlines the design of a shaking machine specifically for blood bags, which also estimates volume without the use of sensors. The volume of blood within the bag correlates with the load torque exerted on the DC motor. As blood is collected, the volume in the bag increases, resulting in a corresponding rise in current. By applying the principles of a closed-loop speed control system, along with an observer and adaptive compensator, both the volume of the blood bag and the blood flow rate can be estimated through the current and load torque measurements.

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Published

2025-03-02

How to Cite

Ahmed Sameer Hachim Manhal, Mohammed Jabbar Jasim Swgit, Haider Majed Abd Aladel Mahmod, Alialakbar Jasim Mohsin Aliwi, & Tiba Laiq Neama Abdulrazzaq. (2025). Design and Implementation of Shaking and Weight of Blood Bag. Novateur Publications, (24), 1–40. Retrieved from https://novateurpublication.org/index.php/np/article/view/336

Issue

No. 24 (2025): Monographs

Section

Monograph

License

Creative Commons License

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.