Abstract: The body-viewing camera system comprises an image capture unit and an image display unit. The image capture unit may be an imaging unit adapted to be held by a user and may be aimed at a body part by the user. The body-viewing camera system may present a still image or a video on the image display unit showing the body part selected by the user. A gooseneck tubing located on the image capture unit may extend the reach of the user and may retain an orientation of a camera within the image capture unit be established by the user such that the image capture unit may image a hidden body part to determine the presence and extent of one or more blemishes.

Abstract: Disclosed is a Test Point Monitor (TPM) remotely coupled to a Test Point Interrogator (TPI) for the purpose of measuring and communicating cathodic protection voltage values from an object of interest, generally an underground pipeline. The TPM automatically measures cathodic voltage records them in its memory. A technician is guided towards the TPM by a handheld TPI. The TPI includes a GPS function, and when the technician is in range of the TPM, the TPI will call for the stored TPM data. The TPM is adapted for storing in its memory past voltage readings, and transmitting current and past voltage readings to the TPI. The TPI will store data from several thousand such TPM units for download into a main database via direct connection to the database, via wireless transmission, or via the internet.

Abstract: The system of the present invention includes a Test Point Monitor (TPM) remotely coupled to a Test Point Interrogator (TPI) for the purpose of measuring and communicating cathodic protection voltage values from an object of interest, generally an underground pipeline. The TPM automatically measures cathodic voltage records them in its memory. A technician is guided towards the TPM by a handheld TPI. The TPI includes a GPS function, and when the technician is in range of the TPM, the TPI will call for the stored TPM data. The TPM is adapted for storing in its memory past voltage readings, and transmitting current and past voltage readings to the TPI. The TPI will store data from several thousand such TPM units for download into a main database via direct connection to the database, via wireless transmission, or via the internet.