Tubing adjustable retention to bed clothing
Apparatus for yieldably positioning bed-clothing relative to flexible fluid flow tubing, includes a holder for adjustable clipping to bed-clothing; a folding support for positioning tubing on bed-clothing; a rotatably adjustable connector between the holder and the folding support, the connector having surfaces that rub together during the adjustment to resist the rubbing, and provide limits to the rubbing and tubing displacement; and the folding support having a curved end facing the connector to resist the rotatable adjustment.
1. An apparatus operable with bed-clothing and with flexible flow tubing for yieldably positioning said bed-clothing relative to flexible fluid flow tubing, comprising
a) a holder ( 16 ) adjustably clipped to bed-clothing ( 17 ),
b) an elongated pad ( 10 ) connected to a folding support connector ( 12 ), wherein the elongated pad ( 10 ) is adhesively attached to the tubing ( 25 ),
c) a rotatably adjustable connector ( 14 ) between the holder ( 16 ) and the folding support connector ( 12 ), said holder ( 16 ) and support connector ( 12 ) having surfaces ( 100 , 15 a ) that rotatably engage (rub together) during said clipping to bed clothing ( 17 ),
d) said folding support connector ( 12 ) having a curved end ( 10 b , 10 c ) to resist interference with the bed clothing ( 17 ),
e) said support connector ( 12 ) having a U-shape defined by a fold ( 12 a ) between parallel legs ( 12 b , 12 c ), wherein the fold ( 12 a ) in said support connector ( 12 ) extends through an opening ( 11 ) in said elongated pad ( 10 ), said rotatably engaging surfaces ( 100 , 15 a ) being between one of said legs ( 12 b ) proximate the end of said one leg and said holder ( 16 ), there being a rivet ( 13 ) interconnecting said legs ( 12 b , 12 c ) at a location spaced from said rotatably adjustable connector ( 14 ),
f) said apparatus being elongated and overall substantially flat at the side of the holder ( 16 ) and including everywhere along the U-shaped support connector ( 12 ).
2. The apparatus of claim 1 including plastic material on said surface ( 100 ) in forcible contact with the surface ( 15 a ) on said holder ( 16 ) during said rotatable engagement.
3. The apparatus of claim 2 wherein the holder ( 16 ) is metallic and exerting deforming pressure on said surfaces ( 100 , 15 a ) at a zone of relative rotation.
4. The apparatus of claim 3 wherein said plastic material is in the form of a sheet folded to provide said legs, one of which has a free end and is in surface contact with the holder at said zone to yieldably resist said rotation.
5. The apparatus of claim 4 wherein said holder defines an axis of rotation, and one of said plastic legs extends adjacent said metallic holder, and intersects said axis.
6. A hospital tubing ( 25 ) positioned relative to clothing ( 17 ), and including
a) a holder ( 16 ) connected to said tubing ( 25 ) and to clothing ( 17 ),
b) a rotatable sheet form connector ( 12 ) connected to said holder ( 16 ), and said connector ( 12 ) has a U-shape defined by a fold ( 12 a ) between two parallel legs ( 12 b , 12 c ), wherein the fold ( 12 a ) in said connector ( 12 ) extends through an opening ( 11 ) in an elongated pad ( 10 ) that is configured for adhesive attachment of the hospital tubing ( 25 ), the holder ( 16 ) and one leg ( 12 b ) having a rotatable rubbing surface engagement ( 100 ) providing resistance to said rotation and allowing the holder ( 16 ) forcible rotation relative to the connector ( 12 ) extent proximate said clothing ( 17 ) and means for limiting rotation of said surface ( 100 ) relative to said tubing ( 25 ),
c) said connector ( 12 ) being elongated and substantially flat at the side of the holder ( 16 ) and including everywhere along said one leg ( 12 b ) of said U-shaped connector ( 12 ).
7. The hospital tubing of claim 6 wherein said connector provides angular limits to said rotation.
8. The hospital tubing of claim 7 wherein said angular limits are between 70 degrees and 90 degrees.
9. The apparatus of claim 6 including plastic material on said surface ( 100 ) in forcible contact with the surface ( 15 a ) on said holder ( 16 ) during said rotatable engagement.
10. The apparatus of claim 9 wherein the holder ( 16 ) is metallic and exerting deforming pressure on said surfaces ( 100 , 15 a ) at a zone of relative rotation.
11. The apparatus of claim 10 wherein said plastic material is in the form of a sheet folded to provide said legs, one of which has a free end and is in surface contact with the holder at said zone to yieldably resist said rotation.
12. The apparatus of claim 11 wherein said holder defines an axis of rotation, and one of said plastic legs extends adjacent said metallic holder, and intersects said axis.