View source for 20240053379. PROBE BLOCKAGE DETECTION AND REMOVAL simplified abstract (Rosemount Aerospace Inc.)

=PROBE BLOCKAGE DETECTION AND REMOVAL=


==Organization Name==

[[:Category:Rosemount Aerospace Inc.|Rosemount Aerospace Inc.]]


[[Category:Rosemount Aerospace Inc.]]

==Inventor(s)==

[[:Category:Andrew E. Sherman of Bradenton FL (US)|Andrew E. Sherman of Bradenton FL (US)]][[Category:Andrew E. Sherman of Bradenton FL (US)]]

[[:Category:Brian B. Naslund of Chanhassen MN (US)|Brian B. Naslund of Chanhassen MN (US)]][[Category:Brian B. Naslund of Chanhassen MN (US)]]

[[:Category:William G. Kunik of Lakeville MN (US)|William G. Kunik of Lakeville MN (US)]][[Category:William G. Kunik of Lakeville MN (US)]]

==PROBE BLOCKAGE DETECTION AND REMOVAL - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240053379 titled 'PROBE BLOCKAGE DETECTION AND REMOVAL

==Simplified Explanation==

The system described in the patent application includes a body with a cavity, a sensor for measuring fluid pressure within the cavity, a pressurized fluid source, and a blockage detection module.

* The body has a cavity that is open to the ambient environment at a port.
* The sensor communicates with the cavity to produce a signal representing the fluid pressure within it.
* The blockage detection module consists of a pressure regulator and a valve along a conduit connecting the pressurized fluid source to the cavity.
* The blockage detection module also includes a processor and memory with instructions for a blockage detection method.

Potential Applications:
* Industrial fluid systems
* Medical devices
* Automotive systems

Problems Solved:
* Detecting blockages in fluid systems
* Preventing damage or malfunction due to blockages

Benefits:
* Early detection of blockages
* Improved system reliability
* Reduced maintenance costs


==Original Abstract Submitted==

a system includes a body, a sensor, a pressurized fluid source, and a blockage detection module. the body defines a cavity open to an ambient environment at a port. the sensor communicates with the cavity to produce a signal representative of a fluid pressure within the cavity. the blockage detection module includes a pressure regulator and a valve disposed along a conduit fluidly connecting the pressurized fluid source to the cavity. the blockage detection module includes a processor and memory encoded with instructions of a blockage detection method.



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