prints

Description

Draw 19 The item that is the subject of the design prints Description of the design This design is for entertainment, experiential content, education, exhibitions, promotion, and culture and arts. It relates to printed materials used in the field of intellectual property description. This design covers everything from the basic particles that constitute life in the microscopic world to humans. This is a printed material designed to compare and explain the size and structure of living organisms step-by-step, and based on this, to visually explain the information processing systems of living organisms and the concept of quantum intelligence. This design is a printed material that expresses the size comparison of living organisms, their hierarchical structure, biological information processing, the comparison of the micro and macro worlds, and the concept of quantum intelligence as a single continuous flow of information. This design is a printed material composed of a full screen divided into an upper area for comparing the size of living organisms, a middle area explaining the structure of living organisms, a lower area explaining bioinformatics processing and quantum intelligence, an area explaining basic principles, and a guide area. External domain: Domain representing quantum phenomena The upper left and right outer regions are areas that symbolically represent quantum phenomena, 1. Quantum Interference 2. Quantum Jump 3. Entanglement 4. Superposition 5. Uncertainty It is a printed material that visually represents [it]. The above section is a printed material designed to explain the background of the concepts of bioinformatics and quantum intelligence based on quantum phenomena. Area 1: Explanation Area for Comparing the Sizes of Life The upper region is a region for comparing the sizes of objects constituting a living organism, 1. Electronics 2. Proton 3. Neutron 4. Atom 5. Dopamine 6. Amino Acids 7. ATP 8. Insulin 9. DNA 10. Ribosome 11. Viruses 12. mRNA 13. Mitochondria 14. Bacteria 15. Beneficial Bacteria 16. Nuclear 17. Chloroplasts 18. Animal Cells 19. Plant cell 20 people It is a printed document that compares and expresses them in order of size. Section 2: Structure and Mass Description Section The upper region is a region that explains the structure and physical characteristics of the objects constituting a living organism. 1. Electric charge 2. Mass 3. Structure It is a printed material that visually represents the back. The above area is a printed material configured to compare and explain the basic physical characteristics of each object. Area 3: Classification Description Area The upper region is a region that explains the classification of objects constituting a living organism, 1. Fundamental particles 2. Composite particles 3. Atom 4. Biomolecules 5. Cell organelles 6. Cell 7. Organisms It is a printed material that visualizes and expresses [it] step by step. The above area is configured to explain the classification system of objects constituting living organisms. It is a printed document. Area 4: Representative Size Description Area The upper area is an area that describes the representative size of each object, 1. Femtometer (fm) 2. Picometer (pm) 3. Nanometer (nm) 4. Micrometer (μm) 5. Millimeter (mm) 6. Meter (m) It is a printed material configured to compare the size of objects using [it]. The above area is a printed material configured to explain the relative sizes of objects constituting a living organism. Area 5: Area explaining the number of occurrences per representative cell The upper area is an area that explains the number of components based on the representative object, 1. Electronics 2. Atom 3. Molecule 4. Biomolecules 5. Cell It is a printed material that expresses the typical number of items in stages. The above area is a printed material configured to compare the representative number constituting the object. Area 6: Human Cell Reference Explanation Area The upper region is a region that explains each object based on human cells, 1. Human cell 2. Intracellular components 3. Relative number by subject It is a printed material that visually represents [it]. The above area is a printed document configured to compare the compositional scale of each subject based on human cells. Area 7: Size Comparison Explanation Area The upper region is an area for comparing the size of each object based on human cells, 1. Human cell 2. Relative size by subject 3. Size ratio It is a printed material that expresses [it] in stages. The above area is a printed material configured to compare the relative size differences between objects. Area 8: Comparison Example Explanation Area The upper area is an area that explains comparison examples to help easily understand the size of each object, 1. Based on human cells 2. Examples of relative size 3. Examples of comparisons in daily life It is a printed material that visually represents [it]. The above area is a printed material configured to make it easy to understand the size of the object. Area 9: Representative Function Description Area The upper area is an area that explains the representative functions of each object, 1. Electrical characteristics 2. Composition of matter 3. Life activities 4. Energy Generation 5. Storage of genetic information It is a printed material that depicts the back in stages. The above area is a printed material designed to compare and explain the representative functions of each object. Area 10: Representative Atomic Number Explanation Area The upper right region is a region that explains the number of representative atoms constituting each object, 1. Number of atoms per subject 2. Number of representative constituent atoms 3. Comparison of relative atomic numbers It is a printed material that visually represents [it]. The above area is a printed material configured to compare and explain the number of representative atoms constituting each object. Area 11: Ratio-based explanation area The central left region is a region that explains the relative size ratios of the objects constituting the living organism, 1. Size comparison based on cells 2. Relative size of atoms and molecules 3. Size ratios of biomolecules and organelles 4. Relative size to a person It is a printed material that visually represents [it]. The above area is a printed material designed to help understand the relative size ratios of the objects that constitute a living organism. Area 12: Area Explaining the Structural Hierarchy of Life The central region is a region that explains the structural hierarchy of living organisms, 1. Electrons, Protons, and Neutrons 2. Atom 3. Molecule 4. Biomolecules 5. Cell organelles 6. Cell 7. People It is a printed material that visualizes and expresses it step by step. The above area is a printed document designed to explain the structural hierarchy of living organisms step by step. Area 13: Representative Size Comparison Example Explanation Area The central right area is an area that explains the representative size of each object as a comparison example, 1. Proton 2. Atom 3. DNA 4. Viruses 5. Mitochondria 6. Bacteria 7. Cell 8. People It is a printed material that visually represents the comparison of representative sizes. The above area is a printed material designed to make it easy to understand the size of the objects constituting a living organism. Section 14: Section on Comparative Explanation of Beneficial and Harmful Bacteria The lower left area is an area for comparing beneficial and harmful bacteria, 1. Beneficial bacteria 2. Harmful bacteria It is a printed material that visually represents the representative functions and roles within the body. The above area is a printed material designed to compare and explain the differences between beneficial and harmful bacteria. Area 15: Area explaining the characteristics of beneficial bacteria The lower left area is an area that explains the characteristics of beneficial bacteria, 1. Digestive function 2. Immune function 3. Nutritional Synthesis 4. Maintaining Gut Health It is a printed material that visually represents [it]. The above area is a printed document designed to explain the representative functions and characteristics of beneficial bacteria. Area 16: Area explaining the characteristics of harmful bacteria The lower left area is an area that explains the characteristics of harmful bacteria, 1. Toxin production 2. Causes infection 3. Inflammatory response 4. Occurrence of disease It is a printed material that visually represents [it]. The above area is a printed material designed to explain the representative characteristics of harmful bacteria. Area 17: Area explaining bacterial size comparison The lower central left region is an area that explains the size of the bacteria, 1. Beneficial bacteria 2. Harmful bacteria Representative size Size comparison between bacteria and viruses It is a printed material that visually represents [it]. The above area is a printed material configured to explain by comparing the size of bacteria. Area 18: Comparative Explanation of Quantum Intelligence Area The lower central region is a region that explains the concept of quantum intelligence, 1. Quantum phenomena 2. Microscopic Bioinformatics Processing 3. Concept of Quantum Intelligence 4. Comparison of Bioinformatics Processing It is a printed material that visually represents [it]. The above area is designed to compare and explain the concept of quantum intelligence based on quantum phenomena. It is a composed printed material. Area 19: Area describing the characteristics of red blood cells, white blood cells, and platelets The sub-region is a region that describes the characteristics of the major components of blood, 1. Blood volume 2. Red blood cells 3. White blood cells 4. Platelets It is a printed material that visually represents the size and quantity of. The above area is a printed material designed to explain the major components and representative characteristics of blood. Domain 20: Microscopic Bioinformatics Processing and Environmental Response Description Domain The lower central region is a region that explains the information processing and environmental responses of microscopic life forms, 1. Detect environmental changes 2. Bioinformatics Processing 3. Survival Response 4. Adaptation Process It is a printed material that visually represents [it]. The above area is configured to explain the information processing and environmental responses of microscopic organisms. It is a printed document. Area 21: Area for Comparative Explanation of Functions in the Micro and Macro Worlds The lower right region is an area for comparing the functions of the micro and macro worlds, 1. Microscopic life forms 2. Macro-world Human 3. Information processing function 4. Environmental Response 5. Functional Differences It is a printed material that visually represents [it]. The above section is a printed material designed to explain the functions of the micro and macro worlds by comparing them. Section 22: Summary of the Hierarchical Structure of Living Organisms The sub-region is a region that summarizes and explains the hierarchical structure of living organisms, 1. Electronics 2. Atom 3. Molecule 4. Biomolecules 5. Cell 6. Extracellular matrix 7. Organization 8. Organization 9. Individual (human body) It is a printed material that visually represents [it] in stages. The above area is a printed material designed to explain the hierarchical structure of living organisms and the continuity of life activities. Area 23: Comparison Example Explanation Area The bottom left area is an area that explains the core concepts of life, 1. Example 2. Comparative Concept Map 3. Varies depending on the type and conditions It is a printed material that visually represents [it]. The above area is a printed document designed to emphasize and explain the core concepts of the comparison and example explanation areas. Section 24: Units and Symbols Explanation Section The bottom right area is an area explaining the units and symbols used to compare the sizes of living organisms, 1. Femtometer (fm) 2. Picometer (pm) 3. Nanometer (nm) 4. Micrometer (μm) 5. Millimeter (mm) 6. Meter (m) Size comparison criteria It is a printed material that visually represents [it]. The above area is a printed document designed to explain the units and symbols that serve as standards for comparing the sizes of living organisms. This printed material is designed to inform readers that it is an explanatory resource intended to aid in education, exhibition, promotion, and understanding. This is a printed document designed to inform readers that, unless intended for medical diagnosis, prevention, or treatment, it is explanatory material for futuristic experiential entertainment content intended to explain a conceptual model of quantum intelligence based on quantum phenomena of quantum mechanics, and that it is not a technology utilizing physical quantum communication, quantum computers, medical devices, or bio-diagnostic devices. This is a printed document designed to compare and explain the individual quantum intelligence of experiential entertainment content based on quantum mechanical concepts. This design is used for guidance, explanation, promotion, and exhibition purposes as printed material displayed on the following media. 1. Printed materials for explaining experiential entertainment content 2. Printed guide materials for educational content 3. Printed posters for exhibitions and promotions 4. Printed materials for performance and cultural content information 5. Printed materials for brochures and leaflets 6. Printed materials for promoting technology and intellectual property 7. Printed materials for fairs and exhibitions 8. Printed materials for content service information [Material of the printed material] Paper, synthetic resin, film, fiber, etc. [Brief explanation of the drawing] Drawing 1 is a drawing showing the plan of the present design. The uncolored parts are white. The reverse side is omitted as it is radish-shaped.

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