A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Kit of parts comprising nut manually moved or driven along longitudinally extending external thread
The kit of parts comprises: an outer column and an inner column with an external thread, the outer and inner columns being rotatably locked and extendable relative to each other; a nut configured to be driven along the external thread to selectively fix the inner column relative to the outer column in a driving mode; and a driver including a driving housing accommodating the driving motor and a connector configured to connect the driving housing with the nut so as to connect the driving motor with the transmission; wherein the nut comprises: a housing; a rotatable member rotatably disposed in the housing, where the rotatable member includes an internal thread configured to form a mating engagement with the external thread; a transmission member disposed in the housing and including an input shaft connectable to the driver, where the transmission member is configured to selectively: rotate the rotatable member relative to the housing in a driving mode; and forming a coupling between the housing and the rotatable member in a manual mode, where the nut is further configured to be manually moved along the external thread, the coupling causing the rotatable member and the housing to co-rotate relative to the external thread, thereby moving the nut in a longitudinal direction along the external thread.
成套部件包括：外柱和带有外螺纹的内柱，外柱和内柱可旋转地锁定并且相对于彼此可延伸；螺母，构造为沿外螺纹被驱动，以在驱动模式下相对于外柱选择性地固定内柱；以及驱动器，包括容纳驱动马达的驱动壳体和连接器，连接器构造为将驱动壳体与螺母连接，从而将驱动马达与传动件连接；其中螺母包括：壳体；可旋转构件，可旋转地布置在壳体中，其中所述可旋转构件包括内螺纹，内螺纹构造为与外螺纹形成配合接合；传动件，布置在壳体中且包括可连接到驱动器的输入轴，其中所述传动件构造为选择性地：在驱动模式下相对于壳体旋转可旋转构件；以及在手动模式下在壳体和可旋转构件之间形成联接，其中螺母还构造为沿外螺纹被手动移动，联接导致可旋转构件和壳体相对于外螺纹共同旋转，从而沿外螺纹在纵向方向上移动螺母。
Kit of parts comprising nut manually moved or driven along longitudinally extending external thread
The kit of parts comprises: an outer column and an inner column with an external thread, the outer and inner columns being rotatably locked and extendable relative to each other; a nut configured to be driven along the external thread to selectively fix the inner column relative to the outer column in a driving mode; and a driver including a driving housing accommodating the driving motor and a connector configured to connect the driving housing with the nut so as to connect the driving motor with the transmission; wherein the nut comprises: a housing; a rotatable member rotatably disposed in the housing, where the rotatable member includes an internal thread configured to form a mating engagement with the external thread; a transmission member disposed in the housing and including an input shaft connectable to the driver, where the transmission member is configured to selectively: rotate the rotatable member relative to the housing in a driving mode; and forming a coupling between the housing and the rotatable member in a manual mode, where the nut is further configured to be manually moved along the external thread, the coupling causing the rotatable member and the housing to co-rotate relative to the external thread, thereby moving the nut in a longitudinal direction along the external thread.
成套部件包括：外柱和带有外螺纹的内柱，外柱和内柱可旋转地锁定并且相对于彼此可延伸；螺母，构造为沿外螺纹被驱动，以在驱动模式下相对于外柱选择性地固定内柱；以及驱动器，包括容纳驱动马达的驱动壳体和连接器，连接器构造为将驱动壳体与螺母连接，从而将驱动马达与传动件连接；其中螺母包括：壳体；可旋转构件，可旋转地布置在壳体中，其中所述可旋转构件包括内螺纹，内螺纹构造为与外螺纹形成配合接合；传动件，布置在壳体中且包括可连接到驱动器的输入轴，其中所述传动件构造为选择性地：在驱动模式下相对于壳体旋转可旋转构件；以及在手动模式下在壳体和可旋转构件之间形成联接，其中螺母还构造为沿外螺纹被手动移动，联接导致可旋转构件和壳体相对于外螺纹共同旋转，从而沿外螺纹在纵向方向上移动螺母。
Kit of parts comprising nut manually moved or driven along longitudinally extending external thread
包括沿纵向延伸的外螺纹被手动移动或被驱动的螺母的成套部件
BRULS ANTONIUS JOHANNES HENRICUS (author) / VAN EIJNHOVEN RENE WILHELMUS JOHANNES (author) / SCHIPPER ROELOF RICHARD (author) / VERCOEGEN CORNELIS ANTONIUS MARIA (author) / DE KROO STEFAN ANDREAS JOHANNES ADRIANUS (author)
2024-03-15
Patent
Electronic Resource
Chinese
| European Patent Office | 2024
| European Patent Office | 2023