Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eccentric hidden three-dimensional adjustable hinge
The invention relates to the technical field of three-dimensional adjustable hinges, and discloses an eccentric hidden three-dimensional adjustable hinge which comprises a door leaf fixing seat and a door frame fixing seat, first cover plates are installed at the two ends of the door leaf fixing seat respectively, second cover plates are installed at the two ends of the door frame fixing seat respectively, and a first fixing groove is formed in the door leaf fixing seat; a second fixing groove is formed in the door frame fixing base, a front-back adjusting base is installed in the second fixing groove in a left-right sliding mode, front-back adjusting holes are formed in the upper end and the lower end of the front-back adjusting base, a front-back adjusting screw is arranged in each front-back adjusting hole, and each front-back adjusting screw is connected with the door frame fixing base through threads. The two torsion springs are used for providing resistance when the first left-right adjusting screw is adjusted, when the other left-right adjusting screw is adjusted, the elasticity of the two torsion springs assists the left-right adjusting screw to rotate, and the situation that one left-right adjusting screw is excessively adjusted is prevented by sensing the resistance and the auxiliary force generated by the two torsion springs in the adjusting process through the hands of an adjuster.
本发明涉及三维可调合页技术领域，公开了一种偏心暗藏三维可调合页，包括门扇固定座与门框固定座，门扇固定座两端分别安装有第一盖板，门框固定座两端分别安装有第二盖板，门扇固定座内设置有第一固定槽，门框固定座内设置有第二固定槽，第二固定槽内左右滑动安装有前后调节座，前后调节座的上下两端均设置有前后调节孔，每个前后调节孔内设置有前后调节螺丝，每个前后调节螺丝均与门框固定座通过螺纹连接，此三维可调合页，利用两个扭簧在调节第一个左右调节螺丝时提供阻力，在调节另一个左右调节螺丝时，两个扭簧的弹力辅助其进行转动，通过调节者手部感知两个扭簧在调节时产生的阻力与辅助力，防止其中一个左右调节螺丝出现调节过度的情况。
Eccentric hidden three-dimensional adjustable hinge
The invention relates to the technical field of three-dimensional adjustable hinges, and discloses an eccentric hidden three-dimensional adjustable hinge which comprises a door leaf fixing seat and a door frame fixing seat, first cover plates are installed at the two ends of the door leaf fixing seat respectively, second cover plates are installed at the two ends of the door frame fixing seat respectively, and a first fixing groove is formed in the door leaf fixing seat; a second fixing groove is formed in the door frame fixing base, a front-back adjusting base is installed in the second fixing groove in a left-right sliding mode, front-back adjusting holes are formed in the upper end and the lower end of the front-back adjusting base, a front-back adjusting screw is arranged in each front-back adjusting hole, and each front-back adjusting screw is connected with the door frame fixing base through threads. The two torsion springs are used for providing resistance when the first left-right adjusting screw is adjusted, when the other left-right adjusting screw is adjusted, the elasticity of the two torsion springs assists the left-right adjusting screw to rotate, and the situation that one left-right adjusting screw is excessively adjusted is prevented by sensing the resistance and the auxiliary force generated by the two torsion springs in the adjusting process through the hands of an adjuster.
本发明涉及三维可调合页技术领域，公开了一种偏心暗藏三维可调合页，包括门扇固定座与门框固定座，门扇固定座两端分别安装有第一盖板，门框固定座两端分别安装有第二盖板，门扇固定座内设置有第一固定槽，门框固定座内设置有第二固定槽，第二固定槽内左右滑动安装有前后调节座，前后调节座的上下两端均设置有前后调节孔，每个前后调节孔内设置有前后调节螺丝，每个前后调节螺丝均与门框固定座通过螺纹连接，此三维可调合页，利用两个扭簧在调节第一个左右调节螺丝时提供阻力，在调节另一个左右调节螺丝时，两个扭簧的弹力辅助其进行转动，通过调节者手部感知两个扭簧在调节时产生的阻力与辅助力，防止其中一个左右调节螺丝出现调节过度的情况。
Eccentric hidden three-dimensional adjustable hinge
一种偏心暗藏三维可调合页
LUO GUOTIAN (Autor:in) / LYU SAI (Autor:in)
09.07.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E05D
Scharniere oder andere Aufhängevorrichtungen für Türen, Fenster oder Flügel
,
HINGES OR OTHER SUSPENSION DEVICES FOR DOORS, WINDOWS, OR WINGS
Single-shaft hidden type three-dimensional adjustable hinge
| Europäisches Patentamt | 2021