Pneumatic Wine Opener Using Nitrogen Pressure
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Conventional wine bottle openers often deform or break corks when applying excessive force, leading to chips falling into the bottle, and the corks cannot be reused to reseal the bottle.
Innovation Solution
A pneumatically operated opener device using a high-pressure nitrogen bottle to gently push the cork out of the bottle, preventing deformation and chip formation, and featuring a design that isolates wine from oxygen to extend its storage life.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Ease of operation
If conventional opener applies manual pulling force to remove cork, then cork can be removed from bottle, but cork is deformed or broken due to excessive force
Solution Approach 1:
The patent employs a pneumatic system where a nitrogen bottle stores compressed gas that is released to push the cork upward. The pneumatic pressure provides controlled, gradual force instead of sudden manual pulling, preventing cork deformation while maintaining removal effectiveness
Solution Approach 2:
The invention changes the force application parameter from high-impact manual pulling to controlled pneumatic pressure. The nitrogen gas pressure is regulated to provide sufficient upward force for cork removal while maintaining low enough pressure to prevent cork damage, thus optimizing the force parameter
2Productivity
If conventional opener applies large force to pull cork, then cork can be removed, but chips are produced and fall into wine bottle
Solution Approach 1:
The pneumatic mechanism delivers controlled, distributed pressure through the gas stream that moves cork material smoothly without sudden impacts. This prevents chip formation while maintaining efficient cork removal, eliminating the harmful effect of cork debris in the wine
Solution Approach 2:
The system prepares cushioning by using the gradual expansion of nitrogen gas to support the cork during removal. The pneumatic pressure acts as a缓冲 (buffer) that prevents sudden force spikes which would generate chips, thus protecting the wine from contamination
3Ease of operation
If conventional opener breaks cork, then cork cannot be reused, but breaking cork prevents resealing of wine bottle
Solution Approach 1:
The gentle pneumatic force preserves the cork's structural integrity, allowing it to remain intact after removal. This enables the cork to be reused for resealing the wine bottle, adding versatility to the system while maintaining simple operation
4Ease of operation
If air is exposed to wine bottle opening process, then oxygen can enter bottle, but oxygen exposure reduces wine storage life
Solution Approach 1:
The system uses nitrogen gas, an inert atmosphere, to displace oxygen during the bottle opening process. The nitrogen flows into the bottle and pushes the cork out, creating an oxygen-free environment that preserves wine quality and extends storage life while maintaining easy operation
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 device efficiently removes corks without breaking or chipping them, and the nitrogen atmosphere helps preserve the wine by preventing oxygen exposure.
Implementation Method 1
a high pressure nitrogen bottle mounted in the hollow grip
Implementation Method 2
the cork is pushed upward by the thrust force of the nitrogen from the high pressure nitrogen bottle
Implementation Method 3
the nitrogen isolates and prevents the liquid in the wine bottle from touching oxygen in the air so as to enhance the storage life of the wine
Data Source
AI summary
A pneumatically operated opener device includes a holding unit, an air valve unit, an air injection unit, and a mounting member. The holding unit includes a hollow grip and a high pressure nitrogen bottle. The air valve unit includes a valve seat and a compressed nozzle module. The air injection unit includes a hollow air duct, a hollow push rod, and an air injecting needle. The mounting member has a through hole and a hollow slot, and the hollow push rod of the air injection unit is extended through the through hole of the mounting member. Thus, the cork is pushed upward by the thrust force of nitrogen from the high pressure nitrogen bottle and is detached from the wine bottle smoothly so that the cork will not be broken and will not produce chips during the opening process.