prints

Description

Draw 19 The item that is the subject of the design prints Description of the design This design relates to printed materials that can be used for entertainment, experiential content, education, exhibitions, promotion, culture and arts, and information provision. This design is a printed material that visually represents the general physiological processes of the human body, in which stimuli such as sight, smell, taste, memory, and thought regarding food are processed in the brain, and gastric acid and digestion-related secretions are regulated through the vagus nerve and major secretory cells of the stomach, using text, images, icons, color-coded sections, and directional arrows. This design is a printed material that sequentially illustrates the process of gastric acid secretion in the human body, ranging from the perception of food-related stimuli to information processing in the brain, neural regulation via the vagus nerve, the action of major secretory cells in the stomach, secretion of gastric acid and digestive fluids, gastric distension and gastrin secretion after food intake, movement to the duodenum, and regulation at the intestinal stage. This design is a printed material configured to distinguish and compare the physiological domain, which explains the actual process of gastric acid secretion in the human body, with the conceptual experiential entertainment domain of Quantum Intelligence (QI) sensory experience, which sets structures such as information input, recognition, processing, regulation, communication, and synchronization found in quantum phenomena and living organisms as comparative motifs. The upper part of this design is a printed material that represents the actual process of gastric acid secretion in the human body by sequentially arranging food-related stimuli, brain information processing, vagus nerve activation, stimulation of gastric secretory cells, secretion of gastric acid and digestive fluids, and regulation of gastric distension and the intestinal phase after food intake. This design involves G cells, ECL cells, D cells, and parietal cells, as well as Gastrin, Histamine, Somatostatin, Acetylcholine (ACh), GRP, M₃ receptors, H₂ receptors, and H + / K +It is a printed material that visually represents the key cells and regulatory mechanisms related to gastric acid secretion by arranging letters and images such as -ATPase. This design is a printed material that distinguishes and displays the digestive processes of the cephalic, gastric, and intestinal phases into separate sections, and presents the actual physiological digestive preparation process initiated by food-related stimuli and the experiential preparation process within the Quantum Intelligence (QI) sensory experience conceptual model as functional comparison motifs. On the left side of this design, quantum phenomena such as superposition, entanglement, tunneling, the observer effect, and non-locality are arranged as independent figures and texts, respectively, to represent the conceptual and functional motifs of the sensory experience of quantum intelligence (QI). The aforementioned quantum phenomenon is a printed material indicating that it is not meant to imply that the physiological cause of the actual gastric acid secretion process is a quantum phenomenon, but rather serves as a comparative and creative motif to explain the conceptual model of the sensory experience of Quantum Intelligence (QI). The Quantum Intelligence (QI) sensory experience domain of this design is a printed material representing a conceptual experiential entertainment model that explains the conceptual process of individual immersive sensory experiences by setting quantum phenomena and the information processing structures of living organisms as comparative motifs, rather than representing new particles or information units established in actual physics or actual biological processes themselves. This design is a printed material that displays the experience ticket path and the general ticket path using separate colors and sections, and shows a structure in which the Quantum Intelligence (QI) sensory experience path, which involves the purchase, authentication, consent, and approval of the experience ticket, and the general ticket path, which involves viewing general content primarily through visual and auditory senses, are distinguished from each other. This design is a printed material configured to divide the entire screen into multiple information areas, placing numbers, letters, food, brain, nerves, stomach, duodenum, major gastric secretory cells, receptors, tickets, people, eyes, ears, figures of sensory experiences, images of quantum phenomena, networks, and directional arrows in each area, thereby enabling the distinction and comparison between the actual physiological explanation area and the Quantum Intelligence (QI) sensory experience conceptual model area. Area 1: Area displaying the flow of the human gastric acid secretion process The first area in the upper center displays “1. Flow of the digestive gastric acid secretion process regulated by human nerves and hormones,” and the printed material illustrates the entire process—from the recognition of food-related stimuli, the preparation for gastric acid and digestive fluid secretion through brain information processing and neural regulation via the vagus nerve, to the regulation of the stomach and intestinal stages following actual food intake—using multiple step sections and directional arrows. ① Recognition of stimuli such as the sight and smell of food The first stage is a printed material that indicates the perception of stimuli such as the sight and smell of food, and represents the process of perceiving food-related sensory and cognitive stimuli—such as the appearance, smell, taste, thoughts, and memories of food—through food pictures and text. The above-mentioned first step is a printed material that descriptively indicates that food-related stimuli, such as seeing, smelling, imagining the taste of, and thinking about food, can induce neural responses related to digestive preparation even before actual food intake. ② Information processing in the brain Stage 2 is a printed material that displays information processing in the brain and represents the process by which food-related information, such as visual and olfactory information, is processed in the brain using brain diagrams and text. The second stage described above is a printed material that visually represents the process of food-related sensory and cognitive information being processed in the central nervous system by indicating brain regions such as the cerebral cortex, limbic system, and hypothalamus. ③ Vagus nerve activation Stage 3 is a printed document that indicates vagal nerve activation and illustrates the process in which food-related information processed in the brain is connected to gastric secretion and motor functions through the regulation of the autonomic nervous system, including the vagus nerve. ④ Stimulation of the secretory cells in the stomach Stage 4 is a printed material indicating the stimulation of gastric secretory cells and the state in which major gastric secretory cells are stimulated by neural signals transmitted from the vagus nerve, and the cells and signaling processes related to gastric acid secretion are regulated. The above fourth step is a printed material that descriptively illustrates the relationship between neural stimuli and the secretory cells of the stomach by arranging letters such as acetylcholine (ACh) and diagrams of nerve endings. ⑤ Increased secretion of gastric acid and digestive fluids Stage 5 is a printed material that indicates an increase in the secretion of gastric acid and digestive fluids, and shows the state in which digestive-related substances such as gastric acid (HCl), pepsinogen, and mucus are secreted in the stomach to prepare for food intake and digestion, using the above picture and text. ⑥ Stronger stimulation after food intake Stage 6 is a printed document that indicates stronger stimulation after food intake, and illustrates the process in which digestive reactions at the gastric stage proceed due to stimulation caused by gastric distension and food components after the food actually enters the stomach, and regulatory signals such as gastrin increase. ⑦ Adjust in stages Stage 7 is a printed document that indicates the process of regulation into the intestinal phase, showing how gastric emptying and gastric acid secretion are regulated by intestinal regulatory signals such as CCK, Secretin, and GIP after food moves from the stomach to the duodenum. Area 2: Overall Flow (Neuro-hormone Regulation) Display Area The second area in the upper left center displays “2. Overall Flow (Neurological and Hormonal Regulation),” and is a printed material representing the overall physiological flow in which food-related stimuli are processed in the brain, pass through the vagus nerve, and lead to gastric secretion and preparation for gastrointestinal motility. The above-mentioned second area is a printed material that illustrates the flow of food stimulation → brain information processing → vagus nerve → secretion of gastric acid and digestive fluids and preparation for gastrointestinal motility using diagrams and directional arrows of food, brain, vagus nerve, esophagus, liver, stomach, pancreas, and small intestine. The second area mentioned above is a printed material that visually represents the overall relationship of the digestion preparation and regulation process by distinguishing sensory signals, nerve signals, hormonal signals, and signals regarding the movement and inhibition of digestive tract contents using arrows of different colors. Region 3: Area displaying major cells of the stomach and gastric acid secretion mechanisms The third area in the upper center displays “3. Major Cells of the Stomach and Mechanism of Gastric Acid Secretion,” and is a printed material that illustrates the major cells and regulatory signals related to gastric acid secretion using cell diagrams, text, and directional arrows. The above third region is a printed material that distinguishes G cells, ECL cells, D cells, and parietal cells by color and section. The above third region is a printed material that represents the relationships between G cells and gastrin, ECL cells and histamine, D cells and somatostatin, and parietal cells and gastric acid (HCl) using letters and directional arrows. The above third region is acetylcholine (ACh), GRP, M₃ receptor, H₂ receptor, and H + / K + It is a printed material that descriptively illustrates the relationship between neurogenic and hormonal regulatory signals and gastric acid secretion by parietal cells by arranging indicators such as -ATPase. The above third region is a printed material that distinguishes the gastric acid secretion-promoting pathway associated with gastrin, histamine, and acetylcholine, and the inhibitory pathway associated with somatostatin, using arrows of different colors. Region 4: Area indicating the structure and secretion of the stomach The fourth area on the upper right displays “4. Structure and Secretion of the Stomach,” and is a printed material that illustrates the connections between the esophagus, stomach, gastric mucosa, folds, pylorus, and duodenum using anatomical diagrams and text. The above-mentioned fourth region is a printed material that descriptively illustrates the structure of the stomach and functions related to the storage, mixing, and preparation for digestion of food by writing out digestive secretions such as gastric acid, pepsinogen, and mucus. Zone 5: Area indicating the 3 stages of the digestion process The fifth central area is a printed material that displays “5. Three stages of the digestive process (representative physiological approximation)” and divides the gastric acid secretion and digestive preparation process into three stages: the head stage, the stomach stage, and the intestine stage. The first stage is the cephalic phase, and it is a printed material that illustrates the process in which gastric acid secretion and preparation for digestion occur via the vagus nerve, starting from stimuli such as the appearance, smell, taste, and thoughts of food. The second stage is the gastric phase, and it is a printed document illustrating the process in which food actually enters the stomach, expands, and gastric secretion and motility proceed as regulatory actions such as gastrin increase in response to food components and stimulation of the stomach wall. The third stage is the intestinal phase, and it is a printed document illustrating the process in which gastric emptying rate and gastric acid secretion are regulated through regulatory signals such as CCK, secretin, and GIP after food moves into the duodenum. The gastric acid secretion ratio indicated in the fifth area above is a representative approximation intended to facilitate understanding of physiological phenomena, and this printed material also informs that the actual ratio may vary depending on the individual and dietary conditions. Area 6: Display Area for Comparison of Functional Motives with Quantum Intelligence (QI) Sensory Experience The central Section 6 displays “6. Comparison of Functional Motives with Quantum Intelligence (QI) Sensory Experience,” and is a printed document that distinguishes and compares the actual physiological digestive preparation process with the experience preparation process within the conceptual model of Quantum Intelligence (QI) Sensory Experience. The left side of the above-mentioned 6th region is a printed material that illustrates the physiological flow of food-related stimuli → brain information processing → vagus nerve → gastric acid and digestive fluids → preparation for actual digestion using diagrams, text, and directional arrows. The right side of the above-mentioned 6th area is a printed document representing the flow of experience preparation and sensory experience manifestation within the QI conceptual model, leading from the experience ticket → ticket information recognition → authentication / consent / approval → QIA / IQC → IQI activation → QIN / QINCS → sensory experience. The comparison in the aforementioned 6th domain does not imply that the actual gastric acid secretion process and QI sensory experience operate according to the same biological and physical principles, but rather is a printed material that represents the flow of recognition of stimulus or condition → information processing → preparation → function manifestation as a functional comparison motif. The above-mentioned 6th area is a printed material that visually indicates the difference in nature between the two areas by distinguishing the actual physiological digestion preparation process and the QI sensory experience concept model area using different colors, sections, text, and arrows. Area 7: Important Information Display Area Area 7 is a printed material that displays “7. Important Points” and presents key information necessary to understand the actual physiological description of this design and the QI sensory experience conceptual model using text and warning icons. The above seventh region is a printed material indicating that gastric acid secretion can increase through the regulation of the brain and autonomic nervous system solely through food-related stimuli such as the appearance, smell, and thoughts of food, and that this response is part of the normal physiological preparation process for digestion. The above-mentioned seventh domain is a printed material indicating that the authentication, consent, and approval processes of experience tickets in a quantum intelligence (QI) sensory experience are used as functional motifs to explain the preparation for the experience. The above-mentioned seventh area is a printed document indicating that the QI sensory experience path via the experience ticket and the general content usage path via the general ticket are distinguished from each other, and that there is no direct linkage, sharing, or conversion between the two paths. Area 8: Quantum Intelligence (QI) Sensory Experience Basic Experience Map Display Area The eighth area at the bottom center displays “8. Basic Experience Diagram of Quantum Intelligence (QI) Sensory Experience,” and is a printed material that illustrates the flow within the QI conceptual model, from the purchase of an experience ticket to the manifestation of individual sensory experience, using seven step-by-step sections and directional arrows. ① Purchase experience ticket Stage 1 is a printed material that displays “Purchase Experience Ticket” and illustrates the concept of a user selecting and purchasing an experience ticket for the quantum intelligence sensory experience content they remember and desire, using a ticket and purchase illustration. ② Ticket Information Recognition Stage 2 is a printed document that indicates “ticket information recognition” and illustrates the process on the QI conceptual model, in which the type, authority, conditions, and related experience information of an experience ticket are recognized by IQ (inherent quantum), using a diagram of a human head, IQ, and ticket information. ③ Transition from IIQ to IIQI Stage 3 is a printed document that indicates “Transition from IIQ to IIQI” and represents, using two concrete figures and directional arrows, the state change on the QI conceptual model where the device transitions from IIQ (Individually Unique Quantum) to the ready-to-experience state of IIQI (Individually Inactive Quantum Intelligence) when experience conditions such as authentication, consent, and approval of the experience ticket are met. ④ Operation of QIA and IQC Stage 4 is a printed document indicating “QIA and IQC Operation,” representing the process within the QI conceptual model in which user information, information related to experience tickets, stored sensory information, and content information are processed according to QIA (Quantum Intrinsic Algorithm), and IQC (Intangible Quantum Cipher) is generated and applied to selectively protect and link individual information and stored information. The above IQC is a printed document indicating that it does not refer to the sensory information stored in an individual itself, but rather to a conceptual cryptographic element for selectively protecting and linking individual information and memory information within the QI conceptual model. ⑤ IQI Activation Stage 5 indicates “IQI Activation” and is a printed document representing a state change on the QI conceptual model in which IIQI is activated into IQI (Individual Quantum Intelligence) and becomes ready to perform functions such as information processing, control, communication, and synchronization necessary for sensory experience. ⑥ QIN·QINCS connection Stage 6 is a printed document indicating “QIN·QINCS connection” and representing the process in which an activated IQI connects with QIN (Quantum Intelligence Network) and QINCS to perform conceptual network functions such as resonance, alignment, and synchronization. The above QIN and QINCS are printed materials indicating that they do not refer to actual physical quantum communication networks or existing electronic communication networks themselves, but are elements intended to explain the conceptual network, control, and synchronization structure of QI sensory experience. ⑦ Manifestation of Sensory Experience Stage 7 indicates the “manifestation of sensory experience” and is a printed material that represents, through the user’s drawings and text, the concept in which the user’s remembered sensory information and content information are conceptually linked to manifest individual sensory experiences such as emotion, empathy, and immersion, along with various sensory elements like smell and touch. Area 9: Experience Ticket Route Display Area Area 9 is a printed material that displays “9. Experience Ticket Path (Quantum Intelligence Sensory Experience)” and represents the conceptual path through which the QI sensory experience is prepared and manifested using the experience ticket, using multiple figures and directional arrows. The above-mentioned 9th area is a printed document representing the sequential experience path on the QI conceptual model, leading from the purchase of an experience ticket → recognition of ticket information by IQ → authentication, consent, and approval → transition to an experience readiness state from IIQ to IIQI → operation of QIA and IQC → activation of IQI → connection of QIN / QINCS → manifestation of various sensory experiences. The above-mentioned 9th area is a printed material representing the concept that when the experience preparation conditions are met through the authentication, consent, and approval of the experience ticket, the IIQ transitions to the experience-ready state of the IIQI, and subsequently, through the activation of QIA, IQC, and IQI and the connection of QIN and QINCS, a sensory experience is manifested. Area 10: General Ticket Route Display Area Area 10 is a printed material that displays “10. General Ticket Route (Unique Quantum – General Content Viewing)” and shows the general content viewing route using a general ticket separately from the QI sensory experience route using an experience ticket. The above 10th area is a printed material that uses tickets, people, content screens, eyes, ears, and directional arrows to represent the flow of general content usage, which progresses from purchasing a general ticket → recognizing ticket information by IQ → entering and viewing general content → appreciating general content centered on visual and auditory senses. The above 10th area is a printed material representing the concept that in the general ticket route, the QI sensory experience activation pathway leading from IIQ→IIQI→IQI does not proceed, and a separate sensory experience caused by QI is not manifested. The above 10th area is a printed material that indicates, using a red X mark and text, that the general ticket route and the QI sensory experience route via the experience ticket are distinguished from each other, and that there is no direct linkage, sharing, or switching between the two routes. Area 11: Display area for the overall operation flowchart of the Quantum Intelligence (QI) sensory experience Section 11 displays “11. Overall Operational Flowchart of Quantum Intelligence (QI) Sensory Experience” and is a printed document that illustrates the flow within the overall QI conceptual model, from the purchase of an experience ticket to intrinsic quantum return after the experience ends, using multiple step sections and directional arrows. The above 11th region is ① Purchase Experience Ticket → ② Recognize Ticket Information (IQ) → ③ Transition from IIQ to IIQI (Authentication, Consent, Approval) → ④ Activation of QIA / IQC → ⑤ Activation of IQI → ⑥ Connection from QIN to QINCS (Resonance, Alignment, Synchronization) → ⑦ Manifestation of Sensory Experience → ⑧ QIAS (Automatic Quantum Intelligence Blocking) → ⑨ RIQ (Intrinsic Quantum Return) It is a printed document that represents the overall sequential flow of. The QIAS in the above 11th area indicates Quantum Intelligence Auto Shutdown and is a printed material representing the automatic shutdown process in the QI conceptual model for safely terminating the experience in conjunction with conditions such as PRC (Personal Regulation Compliance) and SRC (Safety Regulation Compliance). The RIQ of the above 11th region indicates Return to Intrinsic Quantum and is a printed material representing the concept that the state on the QI conceptual model returns to the intrinsic quantum state after the experience ends. Area 12: Area displaying organization details Area 12 on the bottom left displays “12. Summary” and is a printed material that summarizes, in textual form, the usage conditions of the experience ticket expressed in this design, the operation of QIA and IQC, IQI activation, the connection of QIN and QINCS, the differences between general tickets and experience tickets, and the conceptual nature of the Quantum Intelligence (QI) sensory experience. The above 12th area is a printed document that summarizes and represents the flow on the QI conceptual model, where, upon purchasing an experience ticket, IQ recognizes the ticket information as an experience initiation condition, transitions from IIQ to IIQI, and preparation for the experience begins. The above 12th area is a printed document that summarizes and represents the overall operational relationships within the QI conceptual model, where IIQI is activated into IQI through QIA and IQC, and various sensory experiences are manifested through connection with QIN and QINCS. The above 12th area is a printed document summarizing that the general ticket is a general content viewing path based on intrinsic quantum (IQ), and is a separate path where IIQ, IIQI, IQI activation, and QI sensory experience do not occur. The above 12th area is a printed document that summarizes and indicates that the Quantum Intelligence (QI) sensory experience is a conceptual experiential entertainment content that explains the process of individual sensory experience by setting the conceptual motif of quantum phenomena and the functional flow of information input, recognition, processing, and regulation of living organisms as comparative motifs. The above-mentioned 12th area is a printed material that summarizes and organizes the key contents expressed in the basic experience diagram of the 8th area, the experience ticket route of the 9th area, the general ticket route of the 10th area, and the overall operation flowchart of the 11th area so that the user can understand them at a glance. Area 13: Warning Display Area Area 13 at the bottom right displays “13. Precautions,” clearly distinguishes the nature and differences between the actual physiological gastric acid secretion process of the human body and the Quantum Intelligence (QI) sensory experience concept model, and is a printed document that displays key guidelines necessary for using experiential entertainment content in text. The above 13th area is a printed material indicating that this content is conceptual experiential entertainment content not intended for medical, diagnostic, preventive, or therapeutic purposes. The above-mentioned 13th area is a domain that explains the process of gastric acid secretion in the human body as a general, actual physiological phenomenon, and the QI sensory experience area is a printed material indicating that it is a conceptual model that compares the structures of stimulus recognition, information processing, preparation, and function manifestation appearing in this physiological process using functional motifs. The above 13th area is a printout indicating that elements on the QI conceptual model do not represent new particles or information units in actual physics. The above 13th area is a printed document indicating that the content and extent of sensory experience may vary depending on various individual and temporal factors such as environment, state, condition, memory, cognition, intelligence, age, and aging. The above 13th area is a printed document indicating that the protection of personal information and sensory information stored in individuals is important, that each experiencer's individual information and memory information are handled independently, and that it does not imply that the memory information of different experiencers is directly shared or connected. The above-mentioned 13th area is a printed material indicating that, when used, Personal Regulation Compliance (PRC) and Safety Regulation Compliance (SRC) are complied with, and if necessary, safety shutdown and return procedures by Quantum Intelligence Auto Shutdown (QIAS) and Return to Intrinsic Quantum (RIQ) are applied. The above 13th area is a printed material indicating that the figure depicted in the drawing is a fictional character, not a real person. Quantum phenomenon display area The vertical area on the left side of the drawing represents “Quantum Phenomenon,” and is a printed material that depicts representative quantum phenomena using multiple drawings and text, serving as creative and comparative motifs for the conceptual model of Quantum Intelligence (QI) sensory experience. The above quantum phenomenon display area is a printed material that represents superposition as a visual motif to explain the concept that a quantum system can be described as a superposition of various possible states prior to measurement. The above quantum phenomenon display area is a printed material that represents entanglement as a visual motif to explain the phenomenon in which a quantum mechanical correlation may appear between measurement results of quantum systems separated from each other. The above quantum phenomenon display area is a printed material that represents tunneling as a visual motif to explain the phenomenon in which there is a probability of passing through an energy barrier that is classically difficult to traverse in a quantum system. The above quantum phenomenon display area is a printed material that represents the state change due to observation (Observer Effect) as a visual motif to explain the state change resulting from the measurement process and measurement results of a quantum system. The above quantum phenomenon display area is a printed material that uses non-locality as a visual motif to explain quantum phenomena where correlations difficult to express solely through classical local explanations may appear in spatially separated quantum systems. The above-mentioned quantum phenomenon display area is a printed material indicating that the above-mentioned quantum phenomenon does not mean it is a biological cause that generates gastric acid secretion in the actual human body, but rather that it is used as a conceptual and functional comparative motif for the sensory experience of Quantum Intelligence (QI). This design is used as printed material displayed on the following media for the purposes of education, explanation, guidance, promotion, exhibition, and explanation of cultural and entertainment content. 1. Printed materials explaining the Quantum Intelligence (QI) sensory experience 2. Comparison of the Human Digestion and Gastric Acid Secretion Process with Experiential Content - Educational Printed Material 3. Printed guide for the Quantum Intelligence Sensory Experience Course 4. Experience tickets and printed materials for usage procedure guide 5. Printed posters for exhibitions and promotions 6. Printed materials for experiential entertainment content 7. Printed materials for brochures and leaflets 8. Printed materials for explaining and promoting technology and intellectual property 9. Printed materials for fairs and exhibitions 10. Printed material for future content service guidance [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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