Medical boom filter system and method
A surgical boom having a surgical head with an electrical connection, a plurality of inlet ports, a compressed gas outlet, and a water outlet, one of the inlet ports having a cover, a hollow surgical arm mounted to a ceiling in a room and having a plurality of joints, a shaft passing through said ceiling, and a shaft collar attached to the ceiling, an outlet port, a filter media arranged between said outlet port and one of the inlet ports, the filter media comprising an ULPA media and an adsorbent layer, a control panel, a suction unit configured and arranged in a position below the ceiling to cause a fluid to be drawn from the inlet port through the filter media and out through said outlet port while minimizing noise in the proximity of the inlet port, wherein the fluid drawn from said inlet port comprises an exhaust path through the hollow arm.
1. A surgical boom comprising:
a surgical head having an electrical connection, a plurality of inlet ports, a compressed gas outlet, and a water outlet,
one of said inlet ports having a cover,
a hollow surgical arm mounted to a ceiling in a room and having a plurality of joints, a shaft passing through said ceiling, and a shaft collar attached to said ceiling,
an outlet port, the outlet port extending through said ceiling,
a filter media arranged between said outlet port and one of said inlet ports, said filter media comprising an ULPA media and an adsorbant layer,
a control panel,
a suction unit configured and arranged in a position below said ceiling to cause a fluid to be drawn from said inlet port through said filter media and out through said outlet port while minimizing noise in the proximity of said inlet port, wherein the suction unit is arranged within the hollow surgical arm,
a valve configured to control fluid flow through the filter media, wherein the valve is a solenoid valve,
an automatic activation controller operable to respond to at least one of sound, radio energy, a current sensor, and an electrosurgical device outlet,
wherein said fluid drawn from said inlet port comprises an exhaust path through said hollow arm.
2. The surgical boom as set forth in claim 1 , wherein said suction unit is arranged within a horizontal linkage portion of said arm.
3. The surgical boom as set forth in claim 2 , wherein said suction unit is arranged within a proximal portion of said horizontal linkage.
4. The surgical boom as set forth in claim 2 , wherein said suction unit is arranged within a distal portion of said horizontal linkage.
5. The surgical boom as set forth in claim 2 , wherein said suction unit is arranged within a central portion of said horizontal linkage.
6. The surgical boom as set forth in claim 1 , wherein said suction unit is arranged within a within a cylindrical joint section of said arm.
7. The surgical boom as set forth in claim 1 , wherein said suction unit is arranged within a within an angled descent region of said arm.
8. The surgical boom as set forth in claim 1 , wherein said suction unit comprises a vacuum motor.
9. The surgical boom as set forth in claim 1 , wherein said suction unit comprises an impeller.
10. The surgical boom as set forth in claim 1 , wherein said suction unit comprises a fan.
11. The surgical boom as set forth in claim 1 , wherein said suction unit comprises a pump.
12. The surgical boom as set forth in claim 1 , and further comprising vibration absorbing means.
13. The surgical boom as set forth in claim 1 , and further comprising vibration absorbing material.
14. The surgical boom as set forth in claim 1 , and further comprising vibration absorbing mount.
15. The surgical boom as set forth in claim 1 , and further comprising a liquid trap.
16. The surgical boom as set forth in claim 1 , and further comprising a liquid exit port.
17. The surgical boom as set forth in claim 1 , and further comprising an RFID reader and RFID tag.
18. The surgical boom as set forth in claim 1 , and further comprising an automatic activation unit.
19. A surgical boom comprising:
a surgical head having an electrical connection, a plurality of inlet ports, a compressed gas outlet, and a water outlet,
one of said inlet ports having a cover,
a hollow surgical arm mounted to a ceiling in a room and having a plurality of joints, a shaft passing through said ceiling, and a shaft collar attached to said ceiling,
an outlet port,
a filter media arranged between said outlet port and one of said inlet ports, said filter media comprising an ULPA media and an adsorbant layer,
a control panel,
an automatic activation controller operable to respond to at least one of sound, radio energy, a current sensor, and an electrosurgical device outlet,
a suction unit configured and arranged in a position mounted to said shaft above said ceiling to cause a fluid to be drawn from said inlet port through said filter media and out through said outlet port while minimizing noise in the proximity of said inlet port, wherein said suction unit is arranged within the shaft.