Injection Vial Chipset Blockchain Traceability
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Solution Overview
Problem
Current systems lack the ability to trace the source, storage, and transportation history of injection vials, fail to prevent temperature control issues during transport, and do not effectively address the responsibility attribution in case of adverse drug reactions, leading to potential medication safety risks.
Innovation Solution
An injection vial with a chipset containing a blockchain module and RFID/NFC label that records and traces manufacturing, logistics, and patient information, including temperature control records and positioning data, connected to a blockchain network for secure and tamper-proof tracking.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If traditional injection vial management is used, then the system is simple and cost-effective, but the ability to trace manufacturing, storage, and transportation history is lost
Solution Approach 1:
The patent embeds a chipset containing RFID/NFC label and blockchain module within the injection vial itself. The identification label is nested inside the vial structure, creating a hierarchical system where the vial contains the tracking components, which in turn contain the blockchain technology. This nested approach enables comprehensive traceability while integrating the complexity within a compact, manageable form factor.
Solution Approach 2:
The blockchain network serves as an intermediary layer between the physical injection vial and the digital tracking system. The chipset acts as another intermediary, bridging the physical vial and the blockchain network. These intermediary elements enable traceability by mediating between the physical object and the digital record-keeping system, allowing information to be captured and verified without requiring direct complex integration between all system components.
2Reliability
If no temperature monitoring system is implemented, then the system remains simple, but temperature control during transportation cannot be ensured
Solution Approach 1:
The temperature monitoring function is integrated into the chipset that already exists within the injection vial. The sensor, blockchain module, and identification label work together as a self-contained system that automatically monitors and records temperature data without requiring external monitoring equipment. This self-service approach enables reliable temperature control while minimizing additional system complexity, as the monitoring capability is embedded within the existing vial structure rather than requiring separate external systems.
3Reliability
If comprehensive patient and manufacturing data is collected, then responsibility attribution in adverse reactions is clarified, but data management complexity increases
Solution Approach 1:
The blockchain network provides a feedback mechanism that automatically records and verifies manufacturing, circulation, and patient data in an immutable ledger. When adverse reactions occur, the system can trace back through the recorded feedback loop from patient injection through circulation history to manufacturing details. This automated feedback system clarifies responsibility attribution by providing verifiable data trails without requiring complex manual data management, as the blockchain structure inherently organizes and protects the data integrity.
Data Source
AI summary
An injection vial and injection vial management system is disclosed, wherein the injection vial is filled with a liquid medicine and signally connected with a blockchain network. The injection vial includes a bottle body and a chipset disposed within the bottle body. The chipset includes an identification label and a blockchain module. The identification label records a manufacturing process, a logistic process and a use process. The blockchain module signal connects to the blockchain network in order to record the manufacturing process, logistic process and use process in the blockchain network.