Communications Server Application for Remote Device Management
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Solution Overview
Problem
Existing systems for remotely controlling and managing devices lack centralized management capabilities, are dependent on available communication networks, require IT expertise for programming, and cannot be reprogrammed remotely, especially when equipped with communication buses rather than Ethernet or Wi-Fi interfaces.
Innovation Solution
A device and process that associate an electronic module with a programmable controller, featuring a communications server application for automatic communication with both the device and a remote server, allowing for automatic decision-making on communication channels and data transmission, including GSM/GPRS wireless networks, to enable centralized management and remote reprogramming.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If traditional communication buses (Serial, RS485) are used in devices, then the device can communicate with close elements, but it cannot communicate with remote elements (Ethernet or Wi-Fi)
Solution Approach 1:
An electronic module with a communications server application is introduced as an intermediary between the device and the remote server. This module handles all remote communications via Ethernet or Wi-Fi, while the device itself continues to use its existing communication buses. The intermediary translates and manages communication protocols, enabling remote connectivity without modifying the device's original interface architecture.
2Reliability
If monitoring operators make regular maintenance visits to detect faults, then fault detection can be performed, but it takes significant time and depends on the operator's quality
Solution Approach 1:
The device is equipped with a communications server application that automatically monitors its own status and communicates with a remote server. The system performs self-diagnosis and automatically transmits status information, eliminating the need for manual monitoring by operators. This enables continuous, real-time fault detection without time loss and ensures consistent reliability regardless of human factors.
Solution Approach 2:
A feedback loop is established between the device's communications server application and the remote server. The application continuously monitors device status, compares it against predefined thresholds, and automatically triggers alarms or notifications when anomalies are detected. This closed-loop feedback system ensures rapid and reliable fault detection without manual intervention.
3Ease of operation
If alarm systems send SMS to maintenance managers, then remote notification is possible, but they do not allow centralized management of device groups and require IT staff intervention
Solution Approach 1:
The communications server application implements multiple functions within a single system: it handles SMS alerts, manages centralized communication with remote servers, supports multiple device connections, and provides configuration capabilities. This multi-functional approach enables centralized management of device groups while maintaining ease of operation through automatic communication protocols that do not require specialized IT knowledge for programming or maintenance.
4Extent of automation
If devices are equipped with remote communications modules, then automated monitoring is possible, but they cannot be reprogrammed remotely
Solution Approach 1:
The communications server application maintains continuous communication capabilities throughout the device's operational life. It not only performs automated monitoring but also accepts remote programming commands and configuration updates. This continuous communication channel enables both automated operation and remote adaptability, allowing the device to be reprogrammed or reconfigured at any time without physical intervention.
Data Source
AI summary
A device for communicating between an electronic module (110) equipped with a programmable controller and a remote server (140), includes:an element for associating the electronic module with a device (100) in such a way that the module receives signals representative of statuses or operational parameters of the device via at least one connector (103),a communications server application on the electronic module, the communications server application being designed to communicate automatically with the device and also with the remote server via a communications element (120, 125) anda communications server application on the remote server for adapting it to communicate automatically with the electronic module via at least one communications channel via at least one communications element (155, 160).