2 results about "Vascular clamp" patented technology

A vascular clamp assembly includes a first arm assembly that is pivotably coupled to a second arm assembly. The first arm assembly includes a first pulley disposed in a first recess, and the second arm assembly includes a second pulley disposed in a second recess. A coupling member extends from a portion of the first arm assembly, the coupling member including a cylindrical portion having a first channel and a second channel extending along a portion of the cylindrical portion, and each of the first and second channels is configured to receive a portion of an engagement rod of a delivery device to secure the coupling member within a securement portion of the delivery device in one of at least two possible orientations. A portion of suture contacts each of the first and second pulley to displace the vascular clamp assembly from an opened position to a closed position.

This utility model relates to a hemostatic device for surgery, belonging to the field of medical device technology. It solves the problem in existing technologies where metal vascular clamps cannot be bent, obstructing the surgical field of vision and affecting surgical procedures. This utility model includes a tourniquet and a binding structure. The tourniquet can be connected to the binding structure. The tourniquet can be infinitely adjusted and tightened around the blood vessel. The binding structure is used to lock the tourniquet. The binding structure includes a first connecting seat and a cable tie. The cable tie can pass through the first connecting seat and wrap around the tourniquet. The tourniquet of this utility model can be infinitely adjusted and tightened around the blood vessel. Pulling the free end of the cable tie body tightens the cable tie sleeve, connecting the cable tie body to the tourniquet and locking the tourniquet. The locking teeth connect with the connecting groove, preventing the inner diameter of the cable tie sleeve from increasing, thereby preventing changes in the inner diameter of the occlusion loop and maintaining vascular occlusion.