Patent Number: 
Section: claims

1. A jet pump inspection apparatus comprising:a body;a probe driver configured to provide axial movement of a probe along a length of the apparatus; anda guide funnel configured to guide the probe into the apparatus to a given depth,wherein the probe driver and the guide funnel are located on the body. 2. The jet pump inspection apparatus of claim 1, wherein the body includes a calibration tube portion, further comprising:a pole attachment connected to the probe driver on the body above the calibration tube portion, the pole attachment configured to connect to at least one handling pole; anda guide latch on the body below the calibration tube portion, the guide latch configured to secure the apparatus to a jet pump. 3. The jet pump inspection apparatus of claim 2, wherein the guide latch and the body are detachably attached by the calibration tube. 4. The jet pump inspection apparatus of claim 1, wherein the probe driver includes a set of wheels configured to contact a cable including a probe head in order to control a location of the probe head within the body. 5. The jet pump inspection apparatus of claim 2, wherein a thickness of a plate of the pole attachment is up to one-half an inch. 6. The jet pump inspection apparatus of claim 2, wherein the body is made of aluminum. 7. The jet pump inspection apparatus of claim 2, wherein the guide latch is an air-actuated clamp configured to secure the apparatus to a jet pump. 8. The jet pump inspection apparatus of claim 7, wherein the guide latch further comprises:one or more engagement members including a gap therebetween; anda latching actuator configured to engage at least one of the engagement members to clamp an object or surface in the gap. 9. The jet pump inspection apparatus of claim 1, wherein the probe driver includes an encoder configured to determine a location of a probe head. 10. The jet pump inspection apparatus of claim 9, wherein the probe driver is configured to control an elevation of the probe head based on the location established by the encoder. 11. A jet pump inspection apparatus comprising:a body having a calibration tube portion;a probe driver on the body above the calibration tube portion, the probe driver configured to provide axial movement of a probe along a length of the apparatus;a pole attachment connected to the probe driver and configured to connect to the at least one handling pole;a guide funnel on the body above the calibration tube portion and below the probe driver, the guide funnel configured to guide the probe into the jet pump inspection apparatus to a given depth; anda guide latch on the body below the calibration tube portion, the guide latch configured to secure the apparatus to a jet pump inlet. 12. The jet pump inspection apparatus of claim 11, wherein the probe driver includes an encoder configured to determine a location of a probe head. 13. The jet pump inspection apparatus of claim 12, wherein the probe driver is configured to control an elevation of the probe head based on the location established by the encoder. 14. The jet pump inspection apparatus of claim 11, wherein the guide latch and the body are detachably attached by the calibration tube. 15. The jet pump inspection apparatus of claim 11, wherein the probe driver includes a set of wheels configured to contact a cable including a probe head in order to control a location of the probe head within the body. 16. The jet pump inspection apparatus of claim 11, wherein a thickness of a plate of the pole attachment is up to one-half an inch. 17. The jet pump inspection apparatus of claim 11, wherein the body is made of aluminum. 18. The jet pump inspection apparatus of claim 11, wherein the guide latch is an air-actuated clamp configured to secure the apparatus to a jet pump. 19. The jet pump inspection apparatus of claim 18, wherein the guide latch further comprises:one or more engagement members including a gap therebetween; anda latching actuator configured to engage at least one of the engagement members to clamp an object or surface in the gap.