3results about How to "Safe and reliable locking" patented technology

The utility model provides a narrowing spring locking excitation mechanism for an automatic injection pen, which comprises a push rod, a retraction sleeve, a narrowing spring base, a narrowing spring and the like, and is arranged around the narrowing spring, so that the locking can be ensured to be safe and cannot be easily triggered and unlocked; unlocking excitation can be achieved only when the push rod pushes medicine to complete injection, pushing force is automatically provided by the needle retracting spring in the unlocking excitation process, dependence on the elastic force of the tail section of the injection spring can be eliminated, and the unlocking excitation process is convenient and rapid.

The application discloses a house car lock clutch assembly, which comprises a latch pull plate, a shaft core shift fork, a clutch block pull plate, a clutch block, a spring and a shift plate. The clutch block pull plate is provided with a clutch block groove body, the spring and the clutch block are installed in the clutch block groove body, and the spring, the clutch block and the shaft core shift fork are sequentially contacted. The latch pull plate is connected with the shaft core shift fork in linkage, the clutch block pull plate is provided with a clamping position, the latch pull plate is dynamically matched with the clamping position, and the clutch block is dynamically contacted with the shift plate. The house car lock clutch assembly has the function of cutting off or transmitting the external force of an inner handle or an outer handle to a lock catch linkage assembly.

This invention belongs to the field of smart wearable device technology and discloses an orientation adjustment mechanism, including a support base, a movable base, a locking component, and an adjusting base. The movable base is rotatably mounted on the support base and has a supporting protrusion. The locking component is located between the support base and the movable base and includes two rollers and two elastic elements. In the circumferential direction of the movable base, the supporting protrusion is located between the two rollers, and an elastic element is sandwiched between each roller and the supporting protrusion. When the rollers abut against the support base and the movable base under the support of the elastic elements, they are in a locked state. The adjusting base is rotatably mounted on the support base and has an adjusting protrusion. When the adjusting base rotates relative to the support base, the adjusting protrusion can push the roller on one side of the supporting protrusion to move towards the supporting protrusion. In this invention, the two rollers and two elastic elements in the locking component cooperate with each other, enabling orientation adjustment and automatic locking when the adjusting base rotates relative to the support base clockwise and counterclockwise.