Method and apparatus for cooling a contacting surface of an ultrasound probe
First Claim
1. A cooling system for an ultrasonic imaging system having a probe for transmitting and receiving acoustic signals to and from biological tissue contacting the probe, the cooling system comprising:
- a removable pocket defining a cavity therein and removably mounted to a distal end of the probe, the removable pocket having a tip for transmitting and receiving the acoustic signals therethrough to and from the biological tissue contacting the tip at an outer surface of the tip, the removable pocket further having a first opening and a second opening;
a conduit for circulating cooling medium therein, said conduit including a cooling medium inlet and cooling medium outlet respectively communicating with an inlet cooling line and outlet cooling line of said conduit for flowing the cooling medium to and from the cavity at the distal end of the probe via the first and second openings, respectively;
a cooling medium seal within the probe and in proximity to the cooling medium inlet for reducing or stopping flow of the cooling medium to the cavity via the first opening; and
a heat exchanger located externally from the probe and in fluid communication with the circulating cooling medium via a cable housing a portion of the conduit, said heat exchanger having means for removing heat from the circulating cooling medium, wherein at least another portion of the conduit is in proximity to an external surface of the probe tip.
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Accused Products
Abstract
A cooling system for an ultrasonic imaging system is provided, the ultrasonic imaging system having a probe for transmitting and receiving acoustic signals through a tip of the probe to and from biological tissue contacting the tip at an outer surface of the tip. The cooling system includes a conduit for circulating cooling medium therein, and a heat exchanger in fluid communication with the circulating cooling medium and having means for removing heat from the circulating cooling medium, wherein at least a portion the conduit is in proximity to or contacts the outer surface of the probe tip. In a first embodiment the conduit includes an inlet fluid line extending from the heat exchanger to the tip of the probe for providing the circulating cooling medium from the heat exchanger to the probe tip, and an outlet cooling line extending from the tip of the probe to the heat exchanger for providing circulating cooling medium from the probe tip to the heat exchanger. In a second embodiment the heat exchanger is housed in the probe. In a third embodiment, the probe is housed within a housing, wherein a portion of the conduit extends from the tip of the probe along an external surface of the housing.
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Citations
18 Claims
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1. A cooling system for an ultrasonic imaging system having a probe for transmitting and receiving acoustic signals to and from biological tissue contacting the probe, the cooling system comprising:
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a removable pocket defining a cavity therein and removably mounted to a distal end of the probe, the removable pocket having a tip for transmitting and receiving the acoustic signals therethrough to and from the biological tissue contacting the tip at an outer surface of the tip, the removable pocket further having a first opening and a second opening; a conduit for circulating cooling medium therein, said conduit including a cooling medium inlet and cooling medium outlet respectively communicating with an inlet cooling line and outlet cooling line of said conduit for flowing the cooling medium to and from the cavity at the distal end of the probe via the first and second openings, respectively; a cooling medium seal within the probe and in proximity to the cooling medium inlet for reducing or stopping flow of the cooling medium to the cavity via the first opening; and a heat exchanger located externally from the probe and in fluid communication with the circulating cooling medium via a cable housing a portion of the conduit, said heat exchanger having means for removing heat from the circulating cooling medium, wherein at least another portion of the conduit is in proximity to an external surface of the probe tip. - View Dependent Claims (2, 3, 4, 5, 6, 7)
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8. An ultrasound imaging system comprising:
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a probe for transmitting and receiving acoustic signals to and from biological tissue contacting the probe; a housing for housing the probe; and a cooling system, the cooling system comprising; an inlet and an outlet line; a sealed pocket defining a cavity therein and removably mounted to a distal end of the probe, the sealed pocket having a tip for transmitting and receiving the acoustic signals therethrough to and from the biological tissue contacting the tip at an outer surface of the tip, the sealed pocket further having a first opening and a second opening for respectively receiving and dispensing a cooling medium from the inlet and outlet lines; and a heat exchanger in fluid communication with the inlet and outlet lines and having means for removing heat from the cooling medium. - View Dependent Claims (9, 10, 11, 12, 13, 14)
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15. An ultrasound imaging system comprising:
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a probe for transmitting and receiving acoustic signals through a tip of the probe to and from biological tissue contacting the probe tip at an outer surface of the probe tip; and a removable pocket defining a cavity therein and removably mounted to a distal end of the probe, the removable pocket having the tip for transmitting and receiving the acoustic signals therethrough to and from the biological tissue contacting the probe tip at the outer surface of the probe tip, the removable pocket further having a first opening and a second opening; and a cooling system, the cooling system comprising; a conduit for circulating cooling medium therein, said conduit including a cooling medium inlet and cooling medium outlet respectively communicating with an inlet cooling line and outlet cooling line of said conduit for flowing the cooling medium to and from the cavity at the distal end of the probe via the first and second openings, respectively; a cooling medium seal within the probe and in proximity to the cooling medium inlet for reducing or stopping flow of the cooling medium to the cavity via the first opening; and a heat exchanger located externally from the probe and in fluid communication with the circulating cooling medium via a cable housing a portion of the conduit, said heat exchanger having means for removing heat from the circulating cooling medium, wherein at least another portion of the conduit is in proximity to an external surface of the probe tip. - View Dependent Claims (16, 17, 18)
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Specification