Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
LOCK ASSEMBLY FOR A MOTOR VEHICLE COVER
A lock assembly (10) comprising a latch member (16) cooperating with a lock crosshead (100), a locking mechanism (20) comprising a locking pawl (22) arranged to cooperate with the latch member (16) between an initial configuration and an intermediate configuration with successive at least one action of pawl (22) movement control by a drive device (110), the push-out piece (50) is arranged to drive the latch piece (16) to pivot and lift the machine cover when the push-out piece (50) is jacked up, and the latch piece (16) and the push-out piece (50) form a push-out mechanism (90) of the lock transverse head (100). According to the invention, when the pawl (22) is moved from the initial configuration to the final configuration, the locking mechanism (20) is arranged to pivot the ejection mechanism (90) in the ejection direction in order to counteract a torque generated by the weight of the cover exerted on the ejection element (50) via the lock crosshead (100), so that the cover can be raised.
一种锁组件(10)，包括闩锁件(16)、锁定机构(20)以及推出件(50)，闩锁件(16)与锁横头(100)配合，锁定机构(20)包括锁定棘爪(22)，锁定棘爪设置成随着驱动装置(110)连续进行棘爪(22)运动控制的至少一个动作而在初始构造和中间构造之间与闩锁件(16)配合，推出件(50)设置成在其顶起的同时带动闩锁件(16)枢转并抬起机盖，闩锁件(16)和推出件(50)形成锁横头(100)的推出机构(90)。根据本发明，当棘爪(22)从初始构造移动到最终构造时，锁定机构(20)设置成沿推出方向枢转推出机构(90)，以对抗经由锁横头(100)施加在推出件(50)上的机盖重量所产生的力矩，使得机盖能够抬起。
LOCK ASSEMBLY FOR A MOTOR VEHICLE COVER
A lock assembly (10) comprising a latch member (16) cooperating with a lock crosshead (100), a locking mechanism (20) comprising a locking pawl (22) arranged to cooperate with the latch member (16) between an initial configuration and an intermediate configuration with successive at least one action of pawl (22) movement control by a drive device (110), the push-out piece (50) is arranged to drive the latch piece (16) to pivot and lift the machine cover when the push-out piece (50) is jacked up, and the latch piece (16) and the push-out piece (50) form a push-out mechanism (90) of the lock transverse head (100). According to the invention, when the pawl (22) is moved from the initial configuration to the final configuration, the locking mechanism (20) is arranged to pivot the ejection mechanism (90) in the ejection direction in order to counteract a torque generated by the weight of the cover exerted on the ejection element (50) via the lock crosshead (100), so that the cover can be raised.
一种锁组件(10)，包括闩锁件(16)、锁定机构(20)以及推出件(50)，闩锁件(16)与锁横头(100)配合，锁定机构(20)包括锁定棘爪(22)，锁定棘爪设置成随着驱动装置(110)连续进行棘爪(22)运动控制的至少一个动作而在初始构造和中间构造之间与闩锁件(16)配合，推出件(50)设置成在其顶起的同时带动闩锁件(16)枢转并抬起机盖，闩锁件(16)和推出件(50)形成锁横头(100)的推出机构(90)。根据本发明，当棘爪(22)从初始构造移动到最终构造时，锁定机构(20)设置成沿推出方向枢转推出机构(90)，以对抗经由锁横头(100)施加在推出件(50)上的机盖重量所产生的力矩，使得机盖能够抬起。
LOCK ASSEMBLY FOR A MOTOR VEHICLE COVER
用于机动车机盖的锁组件
BLANCO AGUSTIN REGUEIRO (Autor:in) / GONZALEZ NOVO JAVIER (Autor:in) / COUTO MAQUIERA JAVIER (Autor:in) / VAZQUEZ CARBALLO OSCAR (Autor:in) / DAVID MARTINEZ NOVAS (Autor:in)
14.11.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E05B
LOCKS
,
Schlösser