Claims
- 1. A fluid management system for irrigation of a body cavity comprising:
- a reservoir of fluid suspended a height "h" above the body cavity, said reservoir containing a fluid discharge conduit leading from said reservoir to the body cavity, with said reservoir providing fluid under pressure to said body cavity in accordance to the height "h" in gravitational head;
- means for raising and lowering said reservoir of fluid to vary said gravitational head of pressurized fluid to said body cavity;
- control means to control said means for raising and lowering said reservoir of fluid;
- wherein said control means are processor based and further comprising means to sense pressure inside said body cavity, said control means controlling said means for raising and lowering said reservoir of fluid to vary the height "h" in response to said means to sense pressure.
- 2. A fluid management system for irrigation of a body cavity comprising:
- a reservoir of fluid suspended a height "h" above the body cavity, said reservoir containing a fluid discharge conduit leading from said reservoir to the body cavity, with said reservoir providing fluid under pressure to said body cavity in accordance to the height "h" in gravitational head;
- means for raising and lowering said reservoir of fluid to vary said gravitational head of pressurized fluid to said body cavity, wherein said means for raising and lowering said reservoir of fluid comprises a winch attached to a cable, a pulley, and an arm holding said pulley, said cable attached to said reservoir of fluid and disposed about said pulley, and a motor controlling the winding and unwinding of said winch.
- 3. The invention according to claim 2, wherein said means to control said means for raising and lowering control the powering on and off of said motor.
- 4. A portable fluid management system for irrigation of a body cavity comprising:
- a cart having wheels and at least one vertically extending arm;
- a pulley mounted on said arm, said pulley guiding a cable;
- a reservoir of fluid attached to said cable, said reservoir having a fluid discharge conduit leading from said reservoir to withdraw fluid from said reservoir to a body cavity;
- a winch driven by a motor for reeling in said cable, wherein the length of the cable determines the height said reservoir is raised above ground and the amount of gravitational head pressure supplied by said reservoir;
- means to control said winch; and
- means to sense the pressure in said body cavity, wherein said control means in response to said pressure sensing means may drive said winch to adjust the height of said reservoir.
- 5. The invention according to claim 4, wherein said arm is telescoping, said control means comprises a processor that is voice activated, and further comprising fastening means on said cable to disconnect said cable from attachment to said winch.
- 6. The invention according to claim 4, wherein pulley is supported by two arms, said arms being telescoping, and wherein said control means, said winch and said motor are housed inside said cart.
- 7. In an improved fluid management system for irrigation of a body cavity comprising:
- a supply of irrigation fluid;
- an accumulator, mounted on a post, for receiving said irrigation fluid;
- means for sensing the amount of fluid in said accumulator, said sensing means mounted on said post;
- means for pumping said irrigation fluid from said irrigation fluid supply to said accumulator;
- a supply conduit connecting said accumulator to a body cavity for irrigation of said body cavity;
- control means for sensing said means for sensing the amount of fluid in said accumulator to control the pumping of said pumping means;
- wherein said accumulator is kept full by said control means to provide a reservoir of fluid, wherein:
- said control means further comprises a count-down timer set to count down time from a predetermined time, and actuated to start counting down when said pumping means are powered on to pump irrigation fluid to said accumulator in response to said sensing means;
- said count-down timer reset to said predetermined time when said pumping means are powered off to stop pumping irrigation fluid in response to said sensing means;
- means for producing an alarm in response to said count-down timer, wherein said count-down timer produces a signal to activate said alarm means when said count-down timer reaches zero.
- 8. The invention according to claim 7, further comprising:
- a unit housing said alarm means and said post, said unit having a clamp for attachment to an I.V. pole;
- said pumping means is a peristaltic pump;
- said sensing means is a sensor to sense the weight of fluid in said reservoir, said reservoir hanging from a cantilevered arm attached to said post.
CROSS-REFERENCE TO RELATED APPLICATION
This application is a continuation-in-part application based on patent application Ser. No. 08/683,745, filed Jul. 17, 1996.
US Referenced Citations (32)
Continuation in Parts (1)
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Number |
Date |
Country |
Parent |
683745 |
Jul 1996 |
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