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Optimized opening and closing structure of embedded hinge
The invention relates to an optimized opening and closing structure of an embedded hinge. The optimized opening and closing structure comprises a hinge cup, a support and a connecting arm assembly; the connecting arm assembly comprises an outer connecting arm and an inner connecting arm; the outer connecting arm and the inner connecting arm are hinged to the hinge cup and the support correspondingly; and auxiliary hinge parts are arranged between the outer connecting arm and the hinge cup and/or the support and/or between the inner connecting arm and the hinge cup and/or the support, and the auxiliary hinge parts are hinged and matched so that hinge opening and closing between the hinge cup and the support can be achieved. In other words, the auxiliary hinge parts can partially bear acting force acting on the outer connecting arm and/or the inner connecting arm during work, and therefore the problems of bending deformation and breakage of the outer connecting arm and/or the inner connecting arm in the using process due to large stress are effectively solved, hinge of the outer connecting arm and/or the inner connecting arm is more stable and smoother, collision and noise are avoided, and accordingly the service life of products is prolonged, and the overall bearing force of the products is improved; and meanwhile, the assembling gap between components and the overall assembling size can be reduced, and the assembling compactness, texture and structural stability are improved.
本发明涉及一种埋入式铰链的优化开闭结构，包括铰杯、支架和连接臂组件，连接臂组件包括外连接臂和内连接臂，外连接臂、内连接臂分别与铰杯、支架铰接；外连接臂与铰杯和/或支架之间、和/或内连接臂与铰杯和/或支架之间设置有铰接辅助件，并通过铰接辅助件相互铰接配合，以实现铰杯与支架之间的铰接开闭。即铰接辅助件在工作时能部分承受作用在外连接臂和/或内连接臂上的作用力，从而有效地避免了外连接臂和/或内连接臂因受力大，在使用过程中出现弯曲变形、断裂的问题，使其铰接更加平稳、顺畅、无碰撞、无噪音，从而提高产品的使用寿命和整体承载力，同时能减少各构件间的装配间隙和整体装配体积，提高装配紧凑性、质感和结构稳定性。
Optimized opening and closing structure of embedded hinge
The invention relates to an optimized opening and closing structure of an embedded hinge. The optimized opening and closing structure comprises a hinge cup, a support and a connecting arm assembly; the connecting arm assembly comprises an outer connecting arm and an inner connecting arm; the outer connecting arm and the inner connecting arm are hinged to the hinge cup and the support correspondingly; and auxiliary hinge parts are arranged between the outer connecting arm and the hinge cup and/or the support and/or between the inner connecting arm and the hinge cup and/or the support, and the auxiliary hinge parts are hinged and matched so that hinge opening and closing between the hinge cup and the support can be achieved. In other words, the auxiliary hinge parts can partially bear acting force acting on the outer connecting arm and/or the inner connecting arm during work, and therefore the problems of bending deformation and breakage of the outer connecting arm and/or the inner connecting arm in the using process due to large stress are effectively solved, hinge of the outer connecting arm and/or the inner connecting arm is more stable and smoother, collision and noise are avoided, and accordingly the service life of products is prolonged, and the overall bearing force of the products is improved; and meanwhile, the assembling gap between components and the overall assembling size can be reduced, and the assembling compactness, texture and structural stability are improved.
本发明涉及一种埋入式铰链的优化开闭结构，包括铰杯、支架和连接臂组件，连接臂组件包括外连接臂和内连接臂，外连接臂、内连接臂分别与铰杯、支架铰接；外连接臂与铰杯和/或支架之间、和/或内连接臂与铰杯和/或支架之间设置有铰接辅助件，并通过铰接辅助件相互铰接配合，以实现铰杯与支架之间的铰接开闭。即铰接辅助件在工作时能部分承受作用在外连接臂和/或内连接臂上的作用力，从而有效地避免了外连接臂和/或内连接臂因受力大，在使用过程中出现弯曲变形、断裂的问题，使其铰接更加平稳、顺畅、无碰撞、无噪音，从而提高产品的使用寿命和整体承载力，同时能减少各构件间的装配间隙和整体装配体积，提高装配紧凑性、质感和结构稳定性。
Optimized opening and closing structure of embedded hinge
一种埋入式铰链的优化开闭结构
WU ZHIYONG (author)
2021-06-04
Patent
Electronic Resource
Chinese
IPC:
E05D
Scharniere oder andere Aufhängevorrichtungen für Türen, Fenster oder Flügel
,
HINGES OR OTHER SUSPENSION DEVICES FOR DOORS, WINDOWS, OR WINGS
| European Patent Office | 2015
| European Patent Office | 2021