Email Data Processing Device Background Transfer Mechanism
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing electronic mail data processing systems require users to wait until e-mail data transfer is complete before they can browse the e-mail list, leading to delayed access and reduced user operability.
Innovation Solution
An electronic mail data processing device and method that utilize near-field wireless communications to connect an e-mail data transfer protocol, allowing for simultaneous e-mail data retrieval and storage, and immediate indication of the e-mail list upon user browsing operation, even when the transfer is ongoing.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If the system waits for e-mail data transfer to complete before indicating the e-mail list, then data completeness is improved, but user access time is worsened
Solution Approach 1:
The system performs preliminary e-mail data transfer in the background before the user actually needs to access the e-mail list. When the e-mail data transfer protocol connects between the communication unit and external device, the control unit automatically initiates data transfer without waiting for user input, so that when the user subsequently browses for e-mail, the data is already available or nearly available, significantly reducing access time while ensuring data completeness
Solution Approach 2:
The system implements continuous background data transfer that operates independently of user browsing actions. The control unit maintains ongoing data transfer from the external device through the communication unit, ensuring that data transmission continues uninterrupted even when the user is not actively accessing e-mail, thus eliminating waiting time while maintaining complete data availability
2Manufacturing precision
If the system transfers all e-mail data before allowing browsing, then data accuracy is improved, but operational efficiency is worsened
Solution Approach 1:
The system segments the e-mail data transfer process into multiple smaller transfer units rather than transferring all data as a single batch. The control unit divides the e-mail data from the external device into manageable segments that can be transferred incrementally through the communication unit, allowing the system to provide accurate data for current browsing needs while continuing to transfer remaining segments in the background, thus improving operational efficiency without sacrificing data accuracy
Solution Approach 2:
The system transfers slightly more data than immediately needed by implementing continuous background transfer. The control unit initiates data transfer that extends beyond the current browsing requirements, ensuring that all currently accessible e-mail data is complete and accurate while anticipating future browsing needs, thereby maintaining data accuracy while improving operational efficiency through proactive data availability
Data Source
AI summary
A communication unit connects an e-mail data transfer protocol to transfer e-mail data item via near-field wireless communications with an external device. A retrieval unit retrieves the e-mail data item transferred from the external device when the protocol is connected. A storage unit stores the retrieved e-mail data item. A control unit causes the external device to transfer the e-mail data item in each indication unit of the indication device thereby to cause the storage unit to store the retrieved e-mail data item, when the protocol is connected, and even when a user does not implement a browsing operation of an e-mail list. The control unit further causes an indication device to indicate the e-mail list of the stored e-mail data item when the user implements the browsing operation.