A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a novel damper for a sliding door and window, which has the following technical effects that a guide groove does not need to be formed in a damper shell, and other high-strength and high-performance materials except sheet metal parts can be adopted as shell materials, so that the upgrading of the structure and materials of the shell is realized; the overall structural strength is high, the stability is good, and the phenomenon of structural deformation of the shell under the condition of long-time use is avoided; the shell does not need to be divided into two halves to be machined, the shell can be directly integrally machined and formed in the production process, the precision of the whole structure is easier to control, meanwhile, the assembling technology of the damper is greatly simplified, and the phenomenon of scrapping is not prone to occurring in the assembling process; by arranging the first limiting piece and the second limiting piece in the shell, the shifting block is prevented from moving back under the acting force of the extension spring, a vertical corner section of the guide groove does not need to be arranged, and therefore the technical problem that the shifting block is difficult to shift towards the inner side again due to the fact that the corner section is too close to be vertical is solved.
本发明公开了一种推拉门窗用的新型阻尼器，该推拉门窗用的新型阻尼器具有以下技术效果：无需在阻尼器壳体上开设导向槽，可采用钣金件以外的其他高强度、高性能材料作为壳体材料，实现壳体的结构和用材的升级，整体结构强度高、稳定性好，避免在长时间使用的情况下导致壳体发生结构变形现象；无需将壳体分开两半加工，可直接在生产过程中一体加工形成，更容易控制整体结构的精度，同时极大地简化了阻尼器的组装工艺，不易在装配过程中出现报废现象；通过在壳体的内部设置第一限位件和第二限位件避免拨动块在拉伸弹簧的作用力下回移，无需设置导向槽的垂直拐角段，从而避免由于拐角段过于接近垂直而导致难以将拨动块重新向内侧拨动等技术问题。
The invention discloses a novel damper for a sliding door and window, which has the following technical effects that a guide groove does not need to be formed in a damper shell, and other high-strength and high-performance materials except sheet metal parts can be adopted as shell materials, so that the upgrading of the structure and materials of the shell is realized; the overall structural strength is high, the stability is good, and the phenomenon of structural deformation of the shell under the condition of long-time use is avoided; the shell does not need to be divided into two halves to be machined, the shell can be directly integrally machined and formed in the production process, the precision of the whole structure is easier to control, meanwhile, the assembling technology of the damper is greatly simplified, and the phenomenon of scrapping is not prone to occurring in the assembling process; by arranging the first limiting piece and the second limiting piece in the shell, the shifting block is prevented from moving back under the acting force of the extension spring, a vertical corner section of the guide groove does not need to be arranged, and therefore the technical problem that the shifting block is difficult to shift towards the inner side again due to the fact that the corner section is too close to be vertical is solved.
本发明公开了一种推拉门窗用的新型阻尼器，该推拉门窗用的新型阻尼器具有以下技术效果：无需在阻尼器壳体上开设导向槽，可采用钣金件以外的其他高强度、高性能材料作为壳体材料，实现壳体的结构和用材的升级，整体结构强度高、稳定性好，避免在长时间使用的情况下导致壳体发生结构变形现象；无需将壳体分开两半加工，可直接在生产过程中一体加工形成，更容易控制整体结构的精度，同时极大地简化了阻尼器的组装工艺，不易在装配过程中出现报废现象；通过在壳体的内部设置第一限位件和第二限位件避免拨动块在拉伸弹簧的作用力下回移，无需设置导向槽的垂直拐角段，从而避免由于拐角段过于接近垂直而导致难以将拨动块重新向内侧拨动等技术问题。
Novel damper for sliding door and window
一种推拉门窗用的新型阻尼器
XU JIANGDE (author)
2022-09-23
Patent
Electronic Resource
Chinese