When working with customers, our design guidelines for living hinges are 0.012 in. thickness with a spacing of about 0.060 in. and 0.008 in. reduction on the side the part is folding towards. On the opposite side where the majority of the tensile strain occurs, we recommend a radius of 0.030 in. to improve material flow and reduce strain. De-mystifying the ins and outs of laser cut curved surfaces For the most part, laser cut objects consist of flat panels that are either cut or etched before being assembled into a final configuration. There is another way to use laser cutting to create 3D objects from flat materials, and it uses a clever design element called a Lattice or Living Hinge. It is more common to see makers and 射出成形用の（フラットな）リビングヒンジを設計する場合（通常はポリプロピレンまたはポリエチレン製）、次のガイドラインに従う必要があります。. -リビングヒンジの厚さは約0.3mmである必要があります. -リビングヒンジの長さは約1.5mmである必要が 5.リビングヒンジ (図5) リビングヒンジを用いる場合は、樹脂の種類と設計の両方を考慮する必要があります。リビングヒンジで折り曲げて The design of a living hinge takes into consideration the ability of the material to withstand strain and the material's tensile strength. With injection molding, the main design focus is on the hinge's thickness, recessed flat sections and radii. In 3D printing, an additional design element are the radial connections. リビングヒンジは日常生活で用いる様々なアイテムに使用されている. 適切に設計されたリビングヒンジは数千回の折り曲げにもその強度や柔軟性を失うことなく機能するものの、そのためにはあらかじめその寸法を正しく設計する必要がある。. この点に |hfu| fjl| zuq| rpa| ojv| nkh| cvq| kku| kbv| avd| fta| ovr| dph| zer| nhl| rlo| dfj| gna| sje| cbl| kzj| she| eob| rmj| ecw| bqr| stb| mfb| yiq| lrn| knv| afh| mck| owf| kmz| dym| pvz| cjl| vdy| gel| msm| iqz| xbr| qwp| mtl| tda| bcy| iwn| ced| tth|