In order to improve the requirement of rapid and accurate garment pattern making, the error and non-repeatability of manual drawingneeds to be solved, the revision of block structure should also be implemented digital...
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In order to improve the requirement of rapid and accurate garment pattern making, the error and non-repeatability of manual drawingneeds to be solved, the revision of block structure should also be implemented digitally. The structure figure is composed of a sequence of connected straight lines and curves. In this paper, the curves obtained by the auto-searching method are more suitable for actual needs. According to the formulas of the Japanese new prototype for women in 8th generation, nape to waist(NW) is set as L, the bust girth as B, and the waist girth as *** curve in a front and back bodice was simulated by an optimal Bezier curve. The relationship between Bezier curves and coincidence sites were evaluated by the minimal distance. The control sites in a certain range were searched automatically and determined. The percentage of the similarity goes up to 97.6%and it is closely coincident to compare the auto-generated garment pattern with the prototype drawn by Computer Aided Design(CAD).
The purpose of this study is to solve the design process of men's underwear by using the present 3D technology. And to test the theoretical feasibility of the new patterns of men's underwear according to the &...
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The purpose of this study is to solve the design process of men's underwear by using the present 3D technology. And to test the theoretical feasibility of the new patterns of men's underwear according to the "body-underwear" system. Based on the simulation effects to do the preliminary modification and adjust patterns. In order to achieve our desired goal, after getting feasible and good results, we can go directly to the next step of production inspection in the factory, to reduce repeated human body try on and manufacture.
The aim of this exploration is to research on the simulation of virtual wetsuit wearing effect with 3D software technology based on 2D pattern block. We make wetsuits try-on test of different sizes according to the fe...
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The aim of this exploration is to research on the simulation of virtual wetsuit wearing effect with 3D software technology based on 2D pattern block. We make wetsuits try-on test of different sizes according to the female human body models we built, then check the pattern design and the clothing comfort in accordance with the "human body-wetsuit" system, and finally modify and adjust the pattern constantly to achieve our desired goal. It will help designers to omit the repeated actual manufacture modifying works for the optimized pattern block design of wetsuit.
In this paper,an internal model-based tuning scheme of oscillation caused by underdamping characteristic of deflection mechanism in electromagnetic MEMS *** this scheme,an approximated resonant compensator for suppres...
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In this paper,an internal model-based tuning scheme of oscillation caused by underdamping characteristic of deflection mechanism in electromagnetic MEMS *** this scheme,an approximated resonant compensator for suppressing the oscillation of micro-mirror is ***,an internal model-based tuning scheme with robust design is implemented to the angular tuning of electromagnetic *** experiments on an electromagnetically actuated micro-mirror are implemented for evaluation of the proposed tuning approach.
In this paper, an internal model-based tuning scheme of oscillation caused by underdamping characteristic of deflection mechanism in electromagnetic MEMS micro-mirrors. In this scheme, an approximated resonant compens...
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In this paper, an internal model-based tuning scheme of oscillation caused by underdamping characteristic of deflection mechanism in electromagnetic MEMS micro-mirrors. In this scheme, an approximated resonant compensator for suppressing the oscillation of micro-mirror is introduced. Then, an internal model-based tuning scheme with robust design is implemented to the angular tuning of electromagnetic micro-mirror. The experiments on an electromagnetically actuated micro-mirror are implemented for evaluation of the proposed tuning approach.
The aim of this exploration is to research on how the body measurements change under deformation during diving. We measured 31 body measurements of 57 females in six postures including four postures on the land and tw...
The aim of this exploration is to research on how the body measurements change under deformation during diving. We measured 31 body measurements of 57 females in six postures including four postures on the land and two postures under the water. We compared the body measurements, especially focused on the differences between standing and laying prone postures, and check the pattern and pressure with virtual method. It will help designers to find the reasonable dynamic ease and apply it to the pattern block design of wetsuit.
Based on 3D body scanning technology, KES properties of real knitted materials, new body measurements for digital twin generating, we developed the virtual method of men's underwear try-on. The results show that b...
Based on 3D body scanning technology, KES properties of real knitted materials, new body measurements for digital twin generating, we developed the virtual method of men's underwear try-on. The results show that by means of virtual software 3D CLO we can simulate well the body characteristic, the underwear structure, the knitted material elongation, and the compression pressure distribution. New underwear design can have a good presentation in customization and mass production.
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