Micro bleed hole connector for use in intermittent pneumatic compression devices
A micro bleed hole connector for use in intermittent pneumatic compression devices includes a body made of a material that is sturdy, durable and compression resistant. The bleed hole connector resembles industry-standard air tube connectors, and has a micro bleed hose connecting its hollow lumen to the outside, ambient air. In use, the connector is inserted between the air input tube of an intermittent pneumatic compression device and an air supply tube, which is connected to an air pump. The air pump inflates and deflates the intermittent pneumatic compression device, which is placed on a patient's limb. In the event deflation of the compression device is retarded by air pump failure or air supply tube occlusion, the micro bleed hole dissipates air sufficiently to prevent injury to the patient's limb. Air dissipation through the bleed hole during normal operation is minimal and does not impact therapeutic application.
1. A micro bleed hole connector system for use in pneumatic compression devices comprising:
an air pump;
a compression garment having an inflatable bladder;
an air supply tube fluidly connected to the air pump;
an input tube fluidly connected to the bladder of the compression garment;
a first connector having:
a body having an internal lumen; and
an aperture formed in the body in fluid communication with an ambient environment;
a second connector having a body with an internal lumen, the body of the second connector being configured to receive the body of the first connector; and
a seal positioned between the first connector and the second connector, the seal configured to seal the first connector to the second connector when the first connected is received in the second connector,
wherein when the first connector is received in the second connector and the first connector is sealed to the second connector by way of the seal, the aperture remains in fluid communication with the ambient environment to vent air to the ambient environment.
2. The micro bleed hole connector system for use in pneumatic compression devices of claim 1 , wherein the body of the second connector further comprises a first end section including a quick-disconnect connector and a second end section including a hose barb connector.
3. The micro bleed hole connector system for use in pneumatic compression devices of claim 1 , wherein the seal is an O-ring positioned in a groove in the body of the first connector.
4. The micro bleed hole connector system for use in pneumatic compression devices of claim 1 , wherein when the first connector is received in the second connector, the aperture is covered by the body of the second connector but is not occluded thereby.
5. The micro bleed hole connector system for use in pneumatic compression devices of claim 1 , wherein the body of the first connector includes a hose barb connector.
6. The micro bleed hole connector system for use in pneumatic compression devices of claim 1 , wherein the internal lumen of the body of the second connector includes an internal lumen wall that defines the internal lumen, and when the first connector is received in the second connector, the seal engages the internal lumen wall and the body of the first connector so as to seal the first connector to the second connector.
7. The micro bleed hole connector system for use in pneumatic compression devices of claim 1 , wherein the internal lumen of the second connector is configured to receive the body of the first connector.
8. The micro bleed hole connector system for use in pneumatic compression devices of claim 1 , wherein the aperture has a diameter configured to permit inflation of the inflatable bladder of the compression garment and venting of air through the aperture during a deflation failure event.
9. A micro bleed hole connector system for use in pneumatic compression devices comprising:
an air pump;
a compression garment having an inflatable bladder;
an air supply tube fluidly connected to the air pump;
an input tube fluidly connected to the bladder of the compression garment;
a first connector having:
a body having an internal lumen; and
an aperture formed in the body in fluid communication with an ambient environment;
a second connector having a body with an internal lumen, the body of the second connector being configured to receive the body of the first connector; and
a seal positioned between the first connector and the second connector, the seal configured to seal the first connector to the second connector when the first connected is received in the second connector,
wherein when the first connector is received in the second connector and the first connector is sealed to the second connector by way of the seal, the aperture remains in fluid communication with the ambient environment to vent air to the ambient environment, the aperture having a diameter configured to allow the compression garment to fully inflate when pressurized from the air pump and deflate if an air release path of the compression garment is occluded, thereby allowing the compression garment to depressurize to a safe pressure before blood stasis occurs.
10. The micro bleed hole connector system for use in pneumatic compression devices of claim 9 , wherein the seal is an O-ring positioned in a groove in the body of the first connector.
11. The micro bleed hole connector system for use in pneumatic compression devices of claim 9 , wherein when the first connector is received in the second connector, the aperture is covered by the body of the second connector but is not occluded thereby.
12. The micro bleed hole connector system for use in pneumatic compression devices of claim 9 , wherein the body of the first connector includes a hose barb connector.
13. The micro bleed hole connector system for use in pneumatic compression devices of claim 9 , wherein the internal lumen of the body of the second connector includes an internal lumen wall that defines the internal lumen, and when the first connector is received in the second connector, the seal engages the internal lumen wall and the body of the first connector so as to seal the first connector to the second connector.
14. The micro bleed hole connector system for use in pneumatic compression devices of claim 9 , wherein the internal lumen of the second connector is configured to receive the body of the first connector.
15. The micro bleed hole connector system for use in pneumatic compression devices of claim 9 , wherein the body of the second connector further comprises a first end section including a quick-disconnect connector and a second end section including a hose barb connector.