A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Structural member, manufacturing method of structural member and electronic equipment
The invention relates to a structural member, a manufacturing method of the structural member and electronic equipment. The manufacturing method of the structural member comprises the steps: S110, a base material which is a high-transmittance base material is manufactured; S120, a membrane is manufactured, and a coating is obtained on the membrane through ink-jet printing; S130, the base materialand the membrane with the coating are placed in a mold, and the coating faces the inner surface of the base material; and S140, the mold is assembled and vacuumized, so that the coating located on themembrane is transferred to one side of the inner surface of the base material. Due to the fact that the coating is located on one side of the inner surface of the base material, the coating can be protected by the base material, under the condition that the attractiveness of a battery cover is improved, the coating cannot be abraded, the falling risk does not exist, and the service life is prolonged. The outer surface of the base material is exposed, and the base material has good hand feeling and high wear resistance. The coating is printed on the structural member in an ink-jet printing andtransfer printing mode, the appearance effect and designability are better than those of direct spraying, the decoration effect of the structural member is enriched, and the yield is increased.
本申请涉及一种结构件、结构件的制作方法和电子设备，结构件的制作方法包括：步骤S110，制作基材，基材为高透基材；步骤S120，制作膜片，并在膜片上通过喷墨打印制得涂层；步骤S130，将基材和带有涂层的膜片置于模具内，涂层朝向基材的内表面；步骤S140，将模具合模并抽真空，使得位于膜片的涂层转印至基材内表面的一侧。由于涂层位于基材的内表面的一侧，从而涂层能够受基材保护，在提升电池盖的美观度的情况下，涂层不会被磨损，也不存在脱落的风险，使用寿命延长。基材的外表面裸露，具有较好的手感，耐磨性较高。涂层通过喷墨打印和转印的方式印制在结构件上，比直接喷涂具有更好的外观效果和可设计性，丰富了结构件的装饰效果，提高良品率。
Structural member, manufacturing method of structural member and electronic equipment
The invention relates to a structural member, a manufacturing method of the structural member and electronic equipment. The manufacturing method of the structural member comprises the steps: S110, a base material which is a high-transmittance base material is manufactured; S120, a membrane is manufactured, and a coating is obtained on the membrane through ink-jet printing; S130, the base materialand the membrane with the coating are placed in a mold, and the coating faces the inner surface of the base material; and S140, the mold is assembled and vacuumized, so that the coating located on themembrane is transferred to one side of the inner surface of the base material. Due to the fact that the coating is located on one side of the inner surface of the base material, the coating can be protected by the base material, under the condition that the attractiveness of a battery cover is improved, the coating cannot be abraded, the falling risk does not exist, and the service life is prolonged. The outer surface of the base material is exposed, and the base material has good hand feeling and high wear resistance. The coating is printed on the structural member in an ink-jet printing andtransfer printing mode, the appearance effect and designability are better than those of direct spraying, the decoration effect of the structural member is enriched, and the yield is increased.
本申请涉及一种结构件、结构件的制作方法和电子设备，结构件的制作方法包括：步骤S110，制作基材，基材为高透基材；步骤S120，制作膜片，并在膜片上通过喷墨打印制得涂层；步骤S130，将基材和带有涂层的膜片置于模具内，涂层朝向基材的内表面；步骤S140，将模具合模并抽真空，使得位于膜片的涂层转印至基材内表面的一侧。由于涂层位于基材的内表面的一侧，从而涂层能够受基材保护，在提升电池盖的美观度的情况下，涂层不会被磨损，也不存在脱落的风险，使用寿命延长。基材的外表面裸露，具有较好的手感，耐磨性较高。涂层通过喷墨打印和转印的方式印制在结构件上，比直接喷涂具有更好的外观效果和可设计性，丰富了结构件的装饰效果，提高良品率。
Structural member, manufacturing method of structural member and electronic equipment
结构件、结构件的制作方法和电子设备
ZHAO YANFENG (author)
2021-01-05
Patent
Electronic Resource
Chinese
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