BACKGROUND

The embodiments herein relate generally to medical devices.

Prior to embodiments of the disclosed invention, it was difficult to conduct a lung scope in a remote area. Embodiments of the disclosed invention solve this problem.

SUMMARY

A lung endoscopy system is configured to provide portable data to a health care provider. The lung endoscopy system has a handle housing, attached to a primary screen, a second screen, a third screen, and a fourth screen. An inflatable ball is joined to the housing and electrically coupled to a ball valve inflate switch, a ball valve deflate switch, and a pump. A power connection is electrically coupled to a power connector and an external power source on a wheel cart. A camera switch is electrically coupled to a left middle camera, a right middle camera, a 180-degree camera, and a front entry camera arranged on the handle housing. The left middle camera, the right middle camera, the 180-degree camera, and the front entry camera are electrically coupled to at least one monitor on the wheel cart, and a second screen with a camera extension line.

In some embodiments, a Wi-Fi television connection can be communicatively coupled to the handle housing and configured to transmit to visual data to an external television screen. A burn switch can be arranged on the handle housing, joined to a knife with a burn line attached to the wheel cart. A vacuum switch can be arranged on the handle housing, and joined coupled to the wheel cart with a vacuum line at a vacuum source. A freeze switch can be arranged on the handle housing, and joined to the wheel cart with a freeze line. A camera light switch can be arranged on the handle housing and electrically coupled to a first LED on the left middle camera, a second LED on the right middle camera, a third LED on the 180-degree camera, and a fourth LED on the front entry camera.

