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클립 혈관결찰기의 체결력과 체결부의 구조적 특성들에 관한 연구

A Study on the Grip Force and Structural Characteristics of Jaw Parts for Clip Blood Vessel Ligator

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초록

Laparoscopy instrument requires blood vessel ligator to prevent blood leakage. Clip ligation device is widely used to prevent blood loss and secure surgical vision by using blood vessel ligator. However, in order to properly install the clip to the vessel ligator and ligate the blood vessel by the ligation machine, the device is properly operated and the parts constituting the jaw areas should be ensuring sufficient strength and rigidity during the operating. Therefore, the clip binding forces were calculated through a dynamic model of the blood vessel ligator. As a result, the force satisfies the target value of 8.5 N or more regardless of the grip force positions. And structural analysis was carried out to find out the maximum resistance force at the tip of the inner shaft. The maximum load was about 45.6 N, which sufficiently satisfies the development target of 40.0 N or higher.

Abstract

Laparoscopy instrument requires blood vessel ligator to prevent blood leakage. Clip ligation device is widely used to prevent blood loss and secure surgical vision by using blood vessel ligator. However, in order to properly install the clip to the vessel ligator and ligate the blood vessel by the ligation machine, the device is properly operated and the parts constituting the jaw areas should be ensuring sufficient strength and rigidity during the operating. Therefore, the clip binding forces were calculated through a dynamic model of the blood vessel ligator. As a result, the force satisfies the target value of 8.5 N or more regardless of the grip force positions. And structural analysis was carried out to find out the maximum resistance force at the tip of the inner shaft. The maximum load was about 45.6 N, which sufficiently satisfies the development target of 40.0 N or higher.

참고문헌 (6)

  1. J. L. Hsu, "Design of vessel ligation simulator for deliberate practice", The Journal of Surgical Research, 197(2), pp.231~235 (2015)
  2. 강보람, "혈관결찰기의 성능평가방법으로서 혈관파열압력시험의 유용성 연구", 의공학회지, 41(5), pp.210~218 (2020), 대한의용생체공학회
  3. K. L. Harold, "Comparison of ultrasonic energy, bipolar thermal energy, and vascular clips for the hemostasis of small-, medium-, and large-sized arteries", 17(8), pp.1228~1230 (2003)
  4. "DAFUL 2021", ~
  5. Altair Engineering, Inc, "Altair Hyperworks 2021", ~ (2021)
  6. ABAQUS, Inc, "ABAQUS Analysis User's Manual", ~ (2022)

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