15: Seasoning Pouring Plate with Raised Design for Fluid Control | Patent Drawing

Overview of the Patent Drawing

This patent drawing illustrates a uniquely designed seasoning pouring plate, featuring raised elements in the shape of the word “LOVE” and two hearts. The raised portions (2a, 2h) serve a functional purpose, likely controlling the flow of liquid seasoning across the plate. The cross-sectional views (b and c) provide detailed insights into the depth and height of these raised sections, which create channels to direct the seasoning. The outer plate structure (1) and layers (3, 4, 5) support the overall design, ensuring both aesthetic appeal and practical use.

Patent Insight 1: Raised Elements for Controlled Seasoning Flow

The raised design elements (2a for “LOVE” and 2h for the hearts) not only add a decorative touch but also guide the flow of liquid seasoning, such as soy sauce or vinegar. As liquid is poured onto the plate, it flows around these raised sections, creating a visually appealing pattern while preventing overflow. This design adds a playful element to mealtime while ensuring practical fluid control.

Patent Insight 2: Functional Layering for Durability and Fluid Control

The cross-sectional diagrams (b and c) show multiple layers (3, 4, 5) of the plate, contributing to the plate’s structural durability. These layers ensure that the raised portions remain stable and that the plate can hold liquid without spillage. The design also likely aids in directing excess liquid into certain areas, preventing the seasoning from overwhelming delicate foods, like sushi or sashimi.

Patent Insight 3: Aesthetic Appeal Combined with Practical Use

The heart shapes and “LOVE” text are not only aesthetically pleasing but also functional in dividing and guiding different types of seasonings. This feature allows users to pour multiple sauces or seasonings onto the plate without them mixing together immediately. The overall design is ideal for special occasions or themed dinners, making the dining experience both elegant and interactive.

Thoughts on the Patent Drawing

The patent for the “Seasoning Pouring Plate with Raised Design for Fluid Control” is a clever idea that adds convenience to the dining experience. The patent drawing shows a raised design on the surface of the plate, designed to help control the flow of seasonings and liquids for smoother pouring. This feature enhances the ability to pour the right amount without spills, making it particularly useful when using soy sauce or other sauces at the table. It brings back memories of family meals and the occasional spills during dinner. A plate like this would have made those moments neater and more enjoyable. I hope innovations like this continue to improve the comfort and functionality of dining and cooking experiences.

Keywords

seasoning plate, raised design, fluid control, LOVE, heart shapes, liquid flow, aesthetic functionality

Application of the Technology: Future Energy Generation System Using Fluid Control

Purpose

To utilize the raised design technology for precise fluid control to develop an innovative energy generation system. This system aims to harness fluid motion, such as water or air flow, for sustainable energy production.

System Components

• Fluid Channels with Raised Designs: Specialized channels designed to manage fluid flow efficiently.
• Mini Turbine Modules: Small turbines installed in each channel to extract energy from fluid movement.
• Fluid Adjustment System: A system to regulate flow speed and volume in real-time for optimal energy conversion.
• Energy Collection Unit: Stores generated energy for use as electricity or thermal energy.
• Environmental Monitoring Sensors: Monitors external conditions (wind speed, water flow, temperature) to optimize system performance.

Operational Flow

1. Channel Installation: Install fluid channels integrated with raised designs to create efficient flow paths.
2. Fluid Energy Harvesting: As fluid passes through the channels, mini turbines generate power.
3. Energy Conversion: Transform the collected power into electricity or thermal energy and store it in the energy collection unit.
4. System Optimization: Sensors monitor environmental conditions to adjust flow rates and turbine speeds in real-time.
5. Energy Distribution: Distribute stored energy to homes or industrial facilities.

This technology capitalizes on untapped small-scale fluid dynamics, contributing to a decentralized and sustainable energy future.