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Development of a Safe Syringe Disposal System Moving towards Automated Syringe Data Collection

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Objectives: An automatic needle destroyer (ANDY) was developed to prevent needlestick injuries, and usability tests were conducted in several hospitals. The addition of extra features to the ANDY is in progress, such as data collection and automatic identification of used syringes. Thus, this report describes how the ANDY can be used to track the data of used syringes. Methods: The motor torque required for barrel separation differs according to syringe diameters. By monitoring the electric current which is consumed for the motor torque, the type of syringe can be identified. Twelve prototypes were produced, and five usability tests were conducted in hospitals. Results: After use, a syringe is inserted into the proposed device, and the needle portion is then cut and separated from the syringe body (barrel) and discarded. The needles are collected in a sharps container for hygienic disposal, and the barrel is dropped into a general medical waste container. Conclusions: The ANDY can be used to track the syringe used for each patient. The barcode can be read while the syringe rotates in the main body of the ANDY with a built-in omnidirectional scanner. Collection of information during syringe disposal can facilitate stock management. This system could also be extended to other types of consumable medical devices, although it would still be a challenge to differentiate each medical device.

Abstract

Objectives: An automatic needle destroyer (ANDY) was developed to prevent needlestick injuries, and usability tests were conducted in several hospitals. The addition of extra features to the ANDY is in progress, such as data collection and automatic identification of used syringes. Thus, this report describes how the ANDY can be used to track the data of used syringes. Methods: The motor torque required for barrel separation differs according to syringe diameters. By monitoring the electric current which is consumed for the motor torque, the type of syringe can be identified. Twelve prototypes were produced, and five usability tests were conducted in hospitals. Results: After use, a syringe is inserted into the proposed device, and the needle portion is then cut and separated from the syringe body (barrel) and discarded. The needles are collected in a sharps container for hygienic disposal, and the barrel is dropped into a general medical waste container. Conclusions: The ANDY can be used to track the syringe used for each patient. The barcode can be read while the syringe rotates in the main body of the ANDY with a built-in omnidirectional scanner. Collection of information during syringe disposal can facilitate stock management. This system could also be extended to other types of consumable medical devices, although it would still be a challenge to differentiate each medical device.

참고문헌 (7)

  1. Centers for Disease Control and Prevention, "Transmission of hepatitis B and C viruses in outpatient settings: New York, Oklahoma, and Nebraska, 2000-2002", MMWR Morb Mortal Wkly Rep, 52(38), pp.901~906 (2003)
  2. "Interim results of hepatitis Coutbreaks in Dongjak-gu, Seoul" (2016)[URL]
  3. "Unique Device Identification system (UDI system) Application Guide" (2018)[URL]
  4. "Development and administration of needlestick injury surveillance system for healthcare personnel" (2012)[URL]
  5. Griswold S, "Investigation of a safety-engineered device to prevent needlestick injury : why has not StatLock stuck", BMJ Open, 3(4), pp.e002327~ (2013)
  6. Mitchell AH, "Comparing non-safety with safety device sharps injury incidence data from two different occupational surveillance systems", J Hosp Infect, 96(2), pp.195~198 (2017)
  7. "EPINet report for needlestick and sharp object injuries 2016" (2017)[URL]

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