Radiation Detector as Relay Maintenance Hub
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Solution Overview
Problem
Current radiation imaging systems with multiple relay apparatuses require manual IP address specification for maintenance, increasing man-hours and compromising communication security.
Innovation Solution
A radiation imaging system design where a radiation detector connects to multiple relay apparatuses, allowing the control apparatus to perform maintenance securely and simultaneously through the radiation detector, using protocols like TCP/IP for communication, thereby reducing man-hours and enhancing security.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If manual IP address specification is used to connect to relay apparatuses for maintenance, then communication security is maintained through direct connection, but maintenance man-hours increase significantly
Solution Approach 1:
The radiation detector serves as an intermediary device that the control apparatus connects to for maintenance purposes. Through this intermediary connection, the control apparatus can access and maintain multiple relay apparatuses without directly connecting to each one, thereby reducing maintenance time while maintaining security through the controlled intermediary access point
Solution Approach 2:
The radiation detector is赋予 (endowed) with multiple functions: it not only performs its primary radiation detection function but also serves as a communication hub for maintenance operations. By making the radiation detector multi-functional, the system allows a single connection point to provide access to multiple relay apparatuses, reducing the need for multiple direct connections
2Ease of operation
If direct connection to multiple relay apparatuses is made for maintenance, then comprehensive maintenance can be performed, but communication security is compromised
Solution Approach 1:
The radiation detector acts as a secure intermediary that mediates between the control apparatus and multiple relay apparatuses. This intermediary structure allows comprehensive maintenance access to multiple devices while maintaining security by controlling all communications through a single authenticated connection point rather than allowing direct access to each relay apparatus
3Reliability
If sequential maintenance of relay apparatuses is performed, then each apparatus can be maintained individually, but total maintenance time increases
Solution Approach 1:
The radiation detector is made multi-functional to serve as a universal access point for maintaining multiple relay apparatuses. Through this single universal connection, the control apparatus can sequentially or simultaneously maintain multiple relay apparatuses, maintaining individual maintenance quality while significantly improving overall maintenance efficiency by eliminating the need for separate physical connections to each device
Data Source
AI summary
A radiation imaging system includes a radiation detector configured to capture a radiation image based on emitted radiation, a control apparatus configured to control the radiation detector, a radiation generation apparatus configured to emit the radiation, and a plurality of relay apparatuses configured to connect these apparatuses. In the radiation imaging system, the control apparatus performs maintenance of the relay apparatuses via the radiation detector.