BODY MECHANICS CALCULATING METHOD, BODY MECHANICS MODEL, ITS MODEL DATA, AND BODY MODEL PRODUCING METHOD

• 1. 基于实例根据人体测量尺寸数据生成个性化人体模型的方法 [P] . 中国专利： CN107154071A . 2017-09-12
• 2. 一种在3D人体模型上监控人体生理数据的方法和系统 [P] . 中国专利： CN102411675A . 2012-04-11
• 3. BODY MECHANICS CALCULATING METHOD, BODY MECHANICS MODEL, ITS MODEL DATA, AND BODY MODEL PRODUCING METHOD [P] . 欧洲知识产权局专利： EP1550401A4 . 2008-03-19

  机译： 人体力学计算方法，人体力学模型及其模型数据和人体模型生产方法

• 4. BODY MECHANICS CALCULATING METHOD, BODY MECHANICS MODEL, ITS MODEL DATA, AND BODY MODEL PRODUCING METHOD [P] . 世界知识产权组织专利： WO03099119A1 . 2003-12-04

  机译： 人体力学计算方法，人体力学模型及其模型数据和人体模型生产方法

• 5. Body mechnics calculating method, body mechanics model, its model data, and body model producing method [P] . 美国专利： US2006100818A1 . 2006-05-11

  机译： 人体力学计算方法，人体力学模型，其模型数据以及人体模型产生方法

• 1. Modeling of Adhesive Particles Using a Combination of the Two-Body Interaction and Phase-Field Methods [J] . Takuya Uehara 建模与仿真（英文） . 2020,第002期
• 2. Wall-modeling for large-eddy simulation of flows around an axisymmetric body using the diffuse-interface immersed boundary method [J] . Beiji SHI, Xiaolei YANG, Guodong JIN, 应用数学和力学（英文版） . 2019,第003期
• 3. Comparative study on multibody vehicle dynamics models based on subsystem synthesis method using Cartesian and joint coordinates [J] . Sung Soo Kim, Wan Hee Jeong, Myung Ho Kim, 力学快报(英文版) . 2012,第006期
• 4. Research on 3D Distribution of Meandering River Sand Body Using Sedimentary Facies Method and 3D Geological Modeling [J] . WU Jian, CAO Dai-yong 矿业科学技术（英文版） . 2006,第003期
• 5. New quaternion models of spaceflight regular mechanics and their applications in the problems of motion prediction for cosmic bodies and in inertial navigation in space [C] . Yu.N. Chelnokov, M. Yu. Loginov Saint Petersburg International Conference on Integrated Navigation Systems . 2021
• 6. Improved methods for the modeling of water and ice: I. Development and assessment of density functional methods. II. Development and application of the electrostatically embedded many-body expansion. [D] . Dahlke, Erin Elizabeth. 2007
• 7. The mechanics of development: models and methods for tissue morphogenesis [O] . Nikolce Gjorevski, Celeste M. Nelson -1
• 8. ABSTRACT Various body parts or organs can be analysed to identify the different diseases in the human body. Fingernail analysis is one of the ways to identify disease in the human body. Nails are the body part which are farthest from the heart and therefore receive oxygen at last. As a result the nails are the first who show the symptoms of a disease in the human body. Fingernails can be easily captured for diagnosis and there are no heavy equipment or no specific conditions required to use nail image for disease diagnosis, like in other tests and scanning processes. Human nails deliver beneficial information about complaints or any nutritive imbalances in the human body depending upon their shape, texture and colour. In human beings, numerous systemic and skin diseases can be easily analyzed through careful examination of nails of both the limbs. A lot of nail illnesses have been found to be primary signs of numerous underlying systemic illnesses. The colour, texture or shape changes in nails are signs of many diseases mainly affecting nails. Considering all these properties of nails a system is proposed that uses digital image processing (DIP) methods for identifying such changes in the human nail to get more precise results and predict numerous diseases effortlessly. With the emerging Internet of Things (IOT) concept the generated report is made available remotely, this will help users to reduce transportation efforts. As the system has to deal with large and private data, the security of data must be ensured. To keep the data confidential, the Blockchain concept which is one of the most emerging concepts in the field of data management is used. The paper contains the implementation of the digital image processing for feature extraction of nail images, usage of IOT (ThingSpeak cloud) for data storage and implementation of Blockchain to keep the system secured and theft free. KEY WORDS: Int ernet of thin gs (IOT), Image proc essin g, Thin gSpeak, RG B vavalues, Mean pi xel vavalues, Bloc kchain , Hash key. Disease Diagnostic System: Abnormalities in Human Nail [O] . Pranav S. Wazarkar 2020
• 9. Theoretical Methods in the Non-Equilibrium Quantum Mechanics of Many Bodies [R] . Robertson, A. B. 2011

• 1. Modeling Method of Automotive Body CAN/LIN Nets Application Protocol Based on Object-oriented Colored Petri Net [J] . FANG Hua ,HAN Jianghong ,LIU Xiaoping . 中国机械工程学报 . 2011,第006期
• 2. 医用加速器及人体模型相关技术发展展望——人体模型的多样化、系列化、智能化 [C] . 林大全 ,范丁友 ,郑信勇 . 第八届全国医用加速器会议 . 2009
• 3. 基于扫描数据的个性化动态数字人体模型生成方法研究 [A] . 何柳 . 2014