Endoscope restraint
An endoscope restraining system for restraining motion of an endoscope tube includes an attachment portion configured to attach the endoscope restraining system to a surface, a flexible tube coupled to the attachment portion at a proximal end of the flexible tube, a base plate coupled to a distal end of the flexible tube, and an endoscope restraint removably connected to the base plate. The endoscope restraint includes a plurality of supports configured to receive the endoscope tube to prevent changes in a torque position, degree of insertion, and lateral movement of the endoscope tube.
1. An endoscope restraining system for restraining motion of an endoscope tube, the endoscope restraining system comprising:
an attachment portion configured to attach the endoscope restraining system to a surface;
a flexible tube coupled to the attachment portion at a proximal end of the flexible tube;
a base plate coupled to a distal end of the flexible tube; and
an endoscope restraint removably connected to the base plate, the endoscope restraint comprising a housing having an upper half and a lower half that are hinged to each other to allow the upper half to rotate with respect to the lower half, the housing configured to receive the endoscope tube between the upper half and the lower half, the housing further including a plurality of supports that includes at least two supports disposed within the housing, each of the at least two supports having an upper portion fixed to the upper half and having an upper portion semicircular groove and a lower portion fixed to the lower half and having a lower portion semicircular groove, the plurality of supports configured to receive the endoscope tube within the upper portion semicircular groove and the lower portion semicircular groove to prevent changes in a torque position, degree of insertion, and lateral movement of the endoscope tube.
2. The endoscope restraining system of claim 1 , wherein the housing of the endoscope restraint is configured between an open position in which the torque position, degree of insertion, and lateral movement of the endoscope tube is adjustable, and a closed position in which the torque position, degree of insertion, and lateral movement of the endoscope tube is locked and further wherein the upper portion semicircular groove and lower portion semicircular groove form a circular passage when the housing is in the closed position.
3. The endoscope restraining system of claim 2 , further comprising a rotation locking mechanism configured to secure the upper half to the lower half when the endoscope restraint is in the closed position.
4. The endoscope restraining system of claim 3 , wherein the rotation locking mechanism comprises at least one latch.
5. The endoscope restraining system of claim 1 , wherein each of the supports is lined with a layer configured to grip the endoscope tube without causing severe stress concentration at a gripping location.
6. The endoscope restraining system of claim 5 , wherein the layer is comprised of silicone.
7. The endoscope restraining system of claim 1 , wherein the endoscope restraint is formed of plastic and is configured to be disposed after a single use.
8. The endoscope restraining system of claim 1 , wherein the endoscope restraint is formed of metal and is configured to be reused after sterilization.
9. An endoscope restraint for an endoscope tube, the endoscope restraint comprising:
a housing including an endoscope tube retention portion and a base plate retention portion,
wherein the endoscope tube retention portion is divided into an upper half and a lower half that are hinged to each other to allow the upper half to rotate with respect to the lower half, the endoscope tube retention portion configured to receive the endoscope tube between the upper half and the lower half, the endoscope tube retention portion further includes a plurality of supports that include at least two supports disposed within the housing, each of the at least two supports having an upper portion fixed to the upper half and having an upper portion semicircular groove and a lower portion fixed to the lower half and having a lower portion semicircular groove, the plurality of supports configured to receive an endoscope tube to prevent changes in a torque position, degree of insertion, and lateral movement of the endoscope tube.
10. The endoscope restraint of claim 9 , wherein the endoscope tube retention portion is configured between an open position in which the torque position, degree of insertion, and lateral movement of the endoscope tube is adjustable, and a closed position in which the torque position, degree of insertion, and lateral movement of the endoscope tube is locked.
11. The endoscope restraint of claim 10 , wherein the endoscope tube retention portion further comprises a rotation locking mechanism configured to secure the upper half to the lower half when the endoscope restraint is in the closed position.
12. The endoscope restraint of claim 11 , wherein the rotation locking mechanism comprises at least one latch.
13. The endoscope restraint of claim 9 , wherein each of the supports is lined with a layer configured to grip the endoscope tube without causing severe stress concentration at a gripping location.
14. The endoscope restraint of claim 9 , wherein the endoscope restraint is formed of plastic and is configured to be disposed after a single use.
15. The endoscope restraint of claim 9 , wherein the endoscope restraint is formed of metal and is configured to be reused after sterilization.
16. The endoscope restraint of claim 9 , wherein the base plate retention portion includes a slot configured to secure to a base plate to hold the endoscope restraint in position.
17. A method of restraining motion of an endoscope tube during a surgical procedure, the method comprising:
attaching an endoscope restraining system to a surface, the endoscope restraining system including a base plate coupled to a distal end of a flexible tube
connecting an endoscope restraint to the base plate, the endoscope restraint having an upper half and a lower half that are hinged to each other to allow the upper half to rotate with respect to the lower half; and
securing the endoscope tube within the upper half and the lower half of the endoscope restraint via a plurality of supports that include at least two supports disposed within the housing, each of the at least two supports having an upper portion fixed to the upper half and having an upper portion semicircular groove and a lower portion fixed to the lower half and having a lower portion semicircular groove, the plurality of supports configured to receive the endoscope tube and prevent changes in a torque position, degree of insertion, and lateral movement of the endoscope tube.