Centrifugal Device Temperature Management via Compartment Nesting
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Solution Overview
Problem
Centrifuges lack the capability to manage temperature effectively during the processing of materials, which is essential for optimizing the conditions of materials with increasing functionality.
Innovation Solution
A spinning and revolving type centrifuge is designed with a rotating body, container holder, compartment body, projection bodies, and a temperature adjustor to apply centrifugal force while allowing for temperature adjustment of the compartment body, enhancing the efficiency of temperature management during material processing.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Temperature
If a conventional centrifuge is used to process materials, then centrifugal force can be applied to the material, but the temperature of the material cannot be effectively managed
Solution Approach 1:
The container holder is nested within the compartment body, creating a hierarchical structure where the compartment body serves as the outer housing and the container holder as the inner component. This nesting allows the compartment body to function as both a structural enclosure and a temperature-controlled environment, enabling temperature management without adding external complex systems.
Solution Approach 2:
The compartment body acts as an intermediary between the temperature adjustor and the material. Instead of directly heating or cooling the material, the temperature adjustor modifies the temperature of the compartment body, which then serves as a thermal medium to regulate the material temperature. This intermediary approach enables indirect temperature control while maintaining device simplicity.
2Productivity
If projection bodies are added to enhance convection currents for temperature management, then temperature adjustment efficiency is improved, but device complexity increases
Solution Approach 1:
The projection bodies are strategically positioned on the inner surface of the compartment body at specific locations where convection enhancement is most needed. Rather than uniformly distributing complex temperature control mechanisms throughout the entire compartment, the projection bodies provide localized convection enhancement at critical areas, improving temperature adjustment efficiency while minimizing the number of components.
Solution Approach 2:
The projection bodies feature curved or rounded surfaces that facilitate smoother air flow patterns and enhance convective currents compared to sharp-edged structures. The curved geometry promotes more effective circulation of air within the compartment body, improving heat distribution and temperature uniformity without requiring additional complex mechanical components.
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
The centrifuge effectively applies centrifugal force while efficiently adjusting the temperature of the material, improving processing conditions by enhancing temperature management and convection currents within the compartment body.
Implementation Method 1
a centrifuge that applies centrifugal force on a material by spinning a container containing the material while revolving the container
Implementation Method 2
a temperature adjustor that adjusts the temperature of the compartment body
Implementation Method 3
the rotating body may have a compressing section that compresses air within the space towards the rotating direction of the rotating body
Data Source
AI summary
A centrifugal device capable of adjusting a temperature of a material. The centrifugal device applies centrifugal force on a contained material contained within a container by spinning the container while rotating the container. The centrifugal device includes: a rotating body rotating around a predetermined rotation axis line; a container holder that holds the container and is attached in a rotatable manner to the rotating body in a position that is a predetermined distance away from the rotation axis line of the rotating body; a compartment body that compartmentalizes a space including an area in which the rotating body rotates; one or a plurality of projection bodies that project from an inner surface of the compartment body towards the area in which the rotating body rotates; and a temperature adjustor that adjusts the temperature of the compartment body.