Review of a Real-Time Infectious Waste Management System Using QR Code
Commenced in January 2007
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Review of a Real-Time Infectious Waste Management System Using QR Code

Authors: Hiraku Nunomiya, Takuo Ichiju, Yoshiyuki Higuchi

Abstract:

In the management of industrial waste, conversion from the use of paper invoices to electronic forms is currently under way in developed countries. Difficulties in such computerization include the lack of synchronization between the actual goods and the corresponding data managed by the server. Consequently, a system which utilizes the incorporation of a QR code in connection with the waste material has been developed. The code is read at each stage, from discharge until disposal, and progress at each stage can be easily reported. This system can be linked with Japanese public digital authentication service of waste, taking advantage of its good points, and can be used to submit reports to the regulatory authorities. Its usefulness was confirmed by a verification test, and put into actual practice.

Keywords: Infectious Waste, Electronic Manifest, Real Time Management, QR code.

Digital Object Identifier (DOI): doi.org/10.5281/zenodo.1330047

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References:


[1] National Federation of Industrial Waste Management Associations, "Manifest System Guidebook" published by National Federation of Industrial Waste Management Associations (Japan), 2006.
[2] Yasuyuki Hata, Administration and promotion of the electronic manifest," Japan Industrial Waste Technology Center (JW), 2006-1, pp. 10-15, 2006.
[3] Tokyo Environmental Public Service Corporation, Project report (2006), issued by Tokyo Environmental Public Service Corporation, 2006.
[4] Takuo Ichiju, Yoshiyuki Higuchi, Kazunori Shinagawa, "Real-Time Security System using Quick Response Code for Infective Waste Material, " Japan Society of Mechanical Engineers, Department of Transportation and Distribution, collection of conference lectures and theses 2007.
[5] Yoshiyuki Higuchi, Takuo Ichiju, Kazunori Shinagawa, Real-Time Security System using Quick Response Code for Infective Waste Material, Development and the Verification Test, Japan Association for Management Systems, 42nd collection of thesis of Japan research presentation conference, pp.150-153, 2009.