Networked Welder Help Requests for Continuous Production
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Solution Overview
Problem
Conventional welding systems require users to stop production to request help, leading to delays and disruptions in manufacturing processes, especially when upgrading, maintaining, or servicing is necessary.
Innovation Solution
A welder equipped with functionality to transmit help requests to appropriate entities via a network interface, user interface, data store, and communication logic, allowing users to select the type of help needed and the communication mode, enabling seamless communication with maintenance, quality, or engineering departments without halting production.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If conventional welding systems are used without automated help request functionality, then device complexity is reduced, but productivity decreases due to production stoppages when help is needed
Solution Approach 1:
The patent introduces an intermediary communication system that includes a help request interface, communication logic, and network interface. This intermediary layer mediates between the welder operator and the service entities (maintenance, quality, engineering departments), enabling automated help requests without requiring the operator to leave the welding position. The communication logic automatically formats and transmits help requests through the network interface, resolving the contradiction by adding controlled complexity only where needed for communication while maintaining welding operation continuity.
Solution Approach 2:
The welder system implements self-service capabilities by enabling operators to independently initiate help requests through the integrated communication interface. The system automatically manages the help request transmission process, including selecting appropriate communication modes and routing to relevant entities, without requiring external intervention or system reconfiguration. This self-service approach maintains productivity by allowing operators to seek assistance without disrupting the welding process.
2Loss of information
If users stop production to request help manually, then communication accuracy is improved by direct contact, but loss of time increases due to production delays
Solution Approach 1:
The system performs preliminary actions by pre-configuring multiple communication modes (email, text message, voice message) and pre-identifying relevant entities (maintenance, quality, engineering departments) before help is needed. When a help request is initiated, the communication logic immediately selects and executes the appropriate pre-configured communication channel, eliminating the time required for manual contact setup while ensuring accurate information transmission to the correct entity.
Solution Approach 2:
The patent replaces the mechanical system of manual help request processes (physically leaving the welding position, manually dialing phones, writing notes) with an automated electronic communication system. The communication logic automatically formats, selects recipients, and transmits help requests through digital channels, substituting manual mechanical actions with automated electronic processes that maintain communication accuracy while eliminating production downtime.
3Ease of operation
If multiple communication modes are provided for help requests, then ease of operation is improved, but device complexity increases due to additional communication interfaces
Solution Approach 1:
The communication system implements universality by designing a single multi-functional communication interface that can execute multiple communication modes (email, text message, voice message) through unified communication logic. Rather than providing separate dedicated interfaces for each communication mode, the system uses one universal interface that automatically selects and executes the appropriate communication method based on pre-configured settings, improving ease of operation while avoiding the complexity of multiple separate interfaces.
Data Source
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Figure 3
Figure 3a
AI summary
A welder (110, 510) includes a network interface configured to connect to a network. The welder includes a user interface (330, 530) that indicates to a user entities (120, 220) to whom help requests may be sent and receives from the user a selection of an entity to whom to send a help request. A data store (340, 540) stores welder data (344) and entity data (342). The welder data includes welder identification and location information, and the entity data correlates entities to respective communication modes. The welder includes a communication logic (350, 550) that receives signals from the user inter" face indicating the selection and receives from the data store the welder data and the entity data. The communication logic also generates the help request in at least one format corresponding and directed to a communication mode correlated to the selected entity. The welder further includes a processor (360, 560) that causes the network interface to transmit the help request in the network.