- Overview of the Patent Drawing
- Patent Insight 1: Multi-Layered Composition for Flavor Balance
- Patent Insight 2: Integration of Texture Enhancers
- Patent Insight 3: Traditional Garnishes with Potential for Customization
- Thoughts on the Patent Drawing
- Keywords
- Application of the Technology: Building Insulation Materials Sector
Overview of the Patent Drawing
This patent drawing illustrates a cross-sectional view of 押し寿司 (pressed sushi), showcasing its layered composition with distinct ingredients. The sushi is compressed into a block, with various elements such as sushi rice, pork, and garnishes like mountain pepper leaves carefully arranged. Each ingredient is labeled, providing insight into the arrangement and preparation process.
Patent Insight 1: Multi-Layered Composition for Flavor Balance
The drawing emphasizes the sushi’s multi-layered structure. Starting from the bottom, the foundation is 寿司飯 (sushi rice) labeled as 1. Two layers of 煮豚 (braised pork) marked as 2 surround a middle layer of 生姜 (ginger), indicated as 3. This layering creates a complex flavor profile, with each ingredient contributing a distinct taste and texture. Future iterations could explore alternative meats or plant-based proteins to cater to evolving dietary preferences.
Patent Insight 2: Integration of Texture Enhancers
白ごま (white sesame seeds), identified as 4, are sprinkled between layers. These seeds add not only flavor but also a crunchy texture, contrasting with the softness of the rice and pork. Such use of small yet impactful ingredients to adjust texture could be expanded in future sushi designs by incorporating seeds, nuts, or other small edible elements for more diverse sensory experiences.
Patent Insight 3: Traditional Garnishes with Potential for Customization
山椒の葉 (mountain pepper leaves), marked as 7, are placed on top as a decorative and flavorful garnish. These traditional garnishes offer an aesthetic and aromatic finishing touch. In the future, these elements could be adapted to regional preferences or personalized with edible flowers or herb blends, adding a layer of customization to the sushi experience.
Thoughts on the Patent Drawing
The patent for the “Pressed Sushi Structure with Layered Ingredients” is a fascinating invention that combines visual appeal and balanced flavor. The patent drawing clearly illustrates a structure where ingredients are stacked in layers, suggesting that the harmonious blend of colors and textures enhances the dining experience. Pressed sushi is a traditional Japanese dish, but incorporating this new structure could add an extra touch of elegance to special occasions or parties. It brings back memories of enjoying sushi with my family during celebrations, and I am excited to see how this innovation could bring new charm to modern dining. It’s delightful to imagine pressed sushi evolving to offer both aesthetic and taste enhancements.
Keywords
Pressed sushi, sushi rice, braised pork, ginger, sesame seeds
Application of the Technology: Building Insulation Materials Sector
Purpose
To enhance the energy efficiency of buildings by providing insulation materials with improved thermal performance through a layered structure.
System Components
- Insulation Layer: Layers of materials with different thermal insulation properties to minimize heat transfer.
- Moisture Barrier Layer: A layer to prevent moisture and protect materials from degradation.
- Fire-Resistant Layer: A layer with fire-resistant properties to improve safety during a fire.
- Reinforcement Layer: A layer to enhance the overall structural strength of the material.
Operational Flow
- Material Selection: Select materials suitable for desired insulation performance and durability.
- Layer Formation: Sequentially stack the selected materials, adjusting the thickness and order of each layer.
- Binding: Use adhesives or thermal bonding to stabilize the overall structure.
- Processing: Cut the material into required sizes and shapes for practical use in construction.
- Installation: Attach the insulation material to walls or ceilings to improve the energy efficiency of the building.
This system is applicable to a wide range of structures, from residential homes to commercial buildings, to enhance both insulation performance and durability.