Laser Guided Radiation Wound Probe
Pinpoint the source of radioactive shrapnel Minimize the amount of tissue debridement or amputation otherwise necessary; Detect a radiation source from a distance Minimize medical staff radiation exposure Quickly locate and remove radiation sources Reduce victim radiation dose
Locate concealed sources of radioactive material This device provides emergency medical staff a means of efficiently pinpointing the location of small, embedded high activity and high specific activity (HASA) radiation sources
A novel laser guided radiation wound probe has been developed by University of California, Davis researchers. In the event of a terrorist dirty bomb attack or accidental explosion of a high activity and high specific activity (HASA) radiation source, this probe allows for precise detection of embedded sources of radiation. This device provides emergency medical staff a means of efficiently pinpointing the location of small, embedded HASA radiation sources. To do so, the wound probe utilizes a small Geiger-Mueller detector inside of a lead pinhole collimator. To pinpoint the location of the radiation source, a diode laser beam is fired through the collimator port as a patient is scanned in the x, y, and z planes.
Patent Number: US7038205B2
Application Number: US2004903192A
Inventor: Bushberg, Jerrold T. | Case, James P.
Priority Date: 13 May 2004
Priority Number: US7038205B2
Application Date: 30 Jul 2004
Publication Date: 2 May 2006
IPC Current: G01T0001169 | G01T0001161
US Class: 2503361 | 2505151 | 600436
Assignee Applicant: The Regents of the University of California
Title: Probe apparatus with laser guiding for locating a source of radioactivity
Usefulness: Probe apparatus with laser guiding for locating a source of radioactivity
Summary: For locating radioactive objects such as radioactive shrapnel in subjects such as victim, emergency responders and medical personnel, in radiological emergency situations and emergency surgical situation.
Novelty: Probe apparatus for locating radio active object in medical personnel, has gamma radiation detector and light source, positioned at pinhole of collimator, to form highly directional probe and light emitter
光學
激光
7038205
Tech ID/UC Case 11325/2004-227-0 Related Cases 2004-227-0
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