Insulating Covers for Hot Ingot Transport
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Solution Overview
Problem
Current methods for transporting metals either as molten materials, which are hazardous and costly, or as cooled ingots, which require re-heating upon arrival, result in lost time and energy consumption.
Innovation Solution
A transportation system and method involving a base, stacked hot ingots, and a cover system with end covers and intermediate covers, secured by a strapping assembly, to maintain the ingots' high temperature during transport, using temperature-rated materials and insulating components to prevent heat loss.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If metals are transported as cooled ingots, then transportation safety is improved, but energy consumption increases due to cooling and re-heating
Solution Approach 1:
The covers are pre-equipped with insulating materials before the ingots are loaded onto the transportation system. This preliminary preparation ensures that when hot ingots are transported, the insulation is already in place to maintain temperature, eliminating the need for cooling and subsequent re-heating at the destination.
Solution Approach 2:
The invention changes the thermal parameter of the transportation system by introducing insulating covers that prevent heat loss. This allows the system to maintain high temperatures during transport rather than cooling down, thereby avoiding the energy-consuming cooling and re-heating cycle while ensuring safe transportation through controlled thermal conditions.
2Reliability
If metals are transported as cooled ingots, then transportation safety is improved, but processing time increases due to re-heating requirement
Solution Approach 1:
Insulating covers are installed on the transportation system before loading the hot ingots. This preliminary action ensures continuous temperature maintenance during transit, so that when the ingots arrive at the destination, they are already at the required processing temperature, eliminating the time-consuming re-heating step.
3Temperature
If insulating covers are added to the transportation system, then temperature maintenance is improved, but device complexity increases
Solution Approach 1:
The transportation system is segmented into modular components: a base platform for loading ingots, and separate removable covers that can be positioned over the ingots. Each cover can be independently installed and removed, allowing temperature maintenance without requiring a completely complex integrated system. The segmentation enables simple assembly and disassembly while maintaining thermal insulation effectiveness.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Enables the efficient and safe transport of hot ingots, reducing energy consumption and time by maintaining the ingots' temperature from origin to destination, allowing immediate processing upon arrival.
Implementation Method 1
using temperature-rated materials and insulating components to prevent heat loss
Data Source
AI summary
Transportation methods, systems and covers for transporting hot ingots or sows are disclosed. The transportation system includes a base, at least one stack of ingots, and at least one cover positioned over the at least one stack of ingots. The transportation system may also include a securement assembly configured to secure the at least one stack of ingots and at least one cover to the base. A transportation method using the transportation system to deliver hot ingots to a processing facility is also disclosed.