Clip for medical tubing

A clip for medical tubing, comprising:

• an elongated flexible member having opposed first and second ends;
• and
• a first clamp extending from the first end of the elongated flexible member, the first clamp having a unitary body comprising:
• a yoke having first and second laterally opposed resilient arms;
• at least two first resilient parallel fingers extending from the first arm of the yoke;
• and
• at least one second resilient finger extending from the second arm of the yoke, the first fingers and the second finger being compressible towards each other so that the second finger extends between the parallel first fingers, wherein, in an uncompressed condition, the two first resilient parallel fingers extend entirely on a first side of a plane and the at least one second resilient finger extends entirely on an opposing side of the plane, and wherein, in a compressed condition the at least two first resilient parallel fingers extend at least partially on the second side of the plane and the at least one second resilient finger extends on the first side of the plane such that, when the medical tubing is placed between the at least two first resilient parallel fingers and the at least one second resilient finger in the compressed condition, the at least two first resilient parallel fingers and the at least one second resilient finger releasably grip the medical tubing.

A clip for medical tubing, comprising:

• an elongated flexible member having opposed first and second ends;
• and
• first and second clamps extending from the first and second ends of the elongated flexible member, respectively, each of the clamps having:
• a yoke having first and second laterally opposed resilient arms;
• at least one first resilient finger extending from the first arm of the yoke on a first side of the elongated flexible member;
• and
• at least one second resilient finger extending from the second arm of the yoke on a second side of the elongated flexible member, wherein, in an unbiased condition, the first resilient finger extends entirely on a first side of a plane and the second resilient finger extends entirely on an opposing side of the plane, and wherein, in a biased condition, the first resilient finger and the second finger are compressible towards and past each other so that a portion of the first finger extends on the opposing side of the plane and a portion of the second finger extends on the first side of the plane.