Irrigation Container With Oval Base for Infusion-Line Production
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Existing irrigation containers for surgical applications require separate production lines due to their distinct shapes, leading to increased space and maintenance costs, as they cannot be produced on the same line as infusion containers without significant modifications.
Innovation Solution
A container design with an oval-shaped base area and specific transitional parts prevents collapsing during emptying, allowing production on infusion application lines while maintaining usability for irrigation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If irrigation containers are designed with cylindrical shapes to prevent collapsing during hand emptying, then handling stability is improved, but they cannot be produced on infusion production lines which require oval-shaped bases
Solution Approach 1:
The container applies different geometric properties to different parts: the base area is oval-shaped to enable production on infusion lines, while the body maintains cylindrical geometry to prevent collapsing during hand emptying. This local differentiation allows each part to optimize for its specific function.
Solution Approach 2:
The container design segments the geometric requirements into distinct parts: the base area uses oval geometry for manufacturing compatibility, while the body uses cylindrical geometry for structural stability. This segmentation allows independent optimization of each part for its specific purpose.
2Ease of manufacture
If production lines are modified to produce irrigation containers with cylindrical shapes, then production line compatibility is improved, but the ability to produce infusion containers is lost and major modification costs increase
Solution Approach 1:
The production line achieves multi-functionality by producing both irrigation containers (with cylindrical bodies) and infusion containers (with oval bases) using the same equipment. The mold is designed to accommodate both container types without requiring line modification, making the production line universal.
3Productivity
If irrigation containers use collapsible shapes to enable complete emptying, then emptying efficiency is improved, but handling becomes problematic during surgery
Solution Approach 1:
The container optimizes different parts for different functions: the base area uses oval geometry to enable complete emptying through collapsing behavior, while the body maintains cylindrical geometry to provide structural stability for handling during surgical procedures.
Data Source
AI summary
A container for irrigation includes a bottom part, a lower body part, a first transition part, a middle body part, a second transition part, and an upper body part. The bottom part is fluidly connected with the lower body part via a lower bottom area. The first transition part is fluidly connected with the lower body part via a lower top area. The first transition part is fluidly connected with the middle body part via a middle bottom area. The second transition part is fluidly connected with the middle body part via a middle top area. The second transition part is fluidly connected with the upper body part via an upper bottom area. The middle bottom area has a surface area smaller than the surface area of the lower top area. The middle top area has a surface area smaller than the surface area of the upper bottom area.