Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Deformation control construction process for multi-curved-surface special-shaped aluminum veneer
The invention discloses a multi-curved-surface special-shaped aluminum veneer deformation control construction process which comprises the following steps: ensuring that the machining precision of an aluminum plate meets the requirement through first-time pre-assembly, controlling the deformation and angular deviation of spliced aluminum plate units through second-time pre-assembly, and ensuring that the connection among a plurality of aluminum plate units is qualified through third-time pre-assembly; the three pre-assembly procedures can ensure the machining precision of the aluminum plate and ensure the ex-factory qualified rate of the aluminum plate. The setting plate can be used as a scale for controlling the size of an interface, deformation of the aluminum plate unit can be found in time, deformation of the aluminum plate in subsequent procedures can be reduced under the fixing effect of the setting plate, deformation of the aluminum plate due to self weight is avoided when the aluminum plate is hung on one side in the spraying process, and the service life of the aluminum plate unit is prolonged. Under the conditions of spraying and grilling, the deformation amount of the aluminum plate can be greatly reduced, and under the combined action of the three pre-assembling procedures and the shaping plate, it can be guaranteed that the final aluminum plate finished product can achieve the preset shape effect.
本发明公开了一种多曲面异形铝单板变形控制施工工艺，通过第一次预拼装确保铝板加工精度符合要求，通过第二次预拼装控制拼合的铝板单元的形变和角度偏差，通过第三次预拼装保证多个铝板单元之间的连接合格；三道预拼装工序，可以确保铝板的加工精度，保证铝板出厂合格率。通过设置定型板可以作为控制界面尺寸的标尺，铝板单元出现变形时能及时被发现，同时在定型板的固定作用下，也能减少铝板进行后续工序时的变形，在喷涂工艺中对铝板进行单边吊挂时，铝板也不会出现因自重导致变形的情况，喷涂炙烤的情况下，铝板变形量也会极大程度的减少，在三道预拼装工序以及定型板的共同作用下，可以保证铝板最终成品能够达到预设的形状效果。
Deformation control construction process for multi-curved-surface special-shaped aluminum veneer
The invention discloses a multi-curved-surface special-shaped aluminum veneer deformation control construction process which comprises the following steps: ensuring that the machining precision of an aluminum plate meets the requirement through first-time pre-assembly, controlling the deformation and angular deviation of spliced aluminum plate units through second-time pre-assembly, and ensuring that the connection among a plurality of aluminum plate units is qualified through third-time pre-assembly; the three pre-assembly procedures can ensure the machining precision of the aluminum plate and ensure the ex-factory qualified rate of the aluminum plate. The setting plate can be used as a scale for controlling the size of an interface, deformation of the aluminum plate unit can be found in time, deformation of the aluminum plate in subsequent procedures can be reduced under the fixing effect of the setting plate, deformation of the aluminum plate due to self weight is avoided when the aluminum plate is hung on one side in the spraying process, and the service life of the aluminum plate unit is prolonged. Under the conditions of spraying and grilling, the deformation amount of the aluminum plate can be greatly reduced, and under the combined action of the three pre-assembling procedures and the shaping plate, it can be guaranteed that the final aluminum plate finished product can achieve the preset shape effect.
本发明公开了一种多曲面异形铝单板变形控制施工工艺，通过第一次预拼装确保铝板加工精度符合要求，通过第二次预拼装控制拼合的铝板单元的形变和角度偏差，通过第三次预拼装保证多个铝板单元之间的连接合格；三道预拼装工序，可以确保铝板的加工精度，保证铝板出厂合格率。通过设置定型板可以作为控制界面尺寸的标尺，铝板单元出现变形时能及时被发现，同时在定型板的固定作用下，也能减少铝板进行后续工序时的变形，在喷涂工艺中对铝板进行单边吊挂时，铝板也不会出现因自重导致变形的情况，喷涂炙烤的情况下，铝板变形量也会极大程度的减少，在三道预拼装工序以及定型板的共同作用下，可以保证铝板最终成品能够达到预设的形状效果。
Deformation control construction process for multi-curved-surface special-shaped aluminum veneer
一种多曲面异形铝单板变形控制施工工艺
PAN BANGJIAN (Autor:in) / WU ZHANGHUI (Autor:in) / LI TAO (Autor:in) / ZHU KEAN (Autor:in) / ZHANG SHOUGUI (Autor:in) / LIU XI (Autor:in) / DENG ZHENG (Autor:in)
22.03.2024
Patent
Elektronische Ressource
Chinesisch
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