Laryngoscope, laryngoscope arm and laryngoscope system
A laryngoscope and system are provided, the laryngoscope comprising a handle, an arm, a camera harness comprising a deployable camera, and a light. The arm comprises a first canal adapted to receive the camera upon deployment and a second canal adapted to transmit light from the handle into an oral cavity. The handle comprises a remote ejection element. The laryngoscope system comprises a handle capable of direct wireless communication with a display unit.
1. A laryngoscope comprising a handle, the handle comprising, an interior portion, and an exterior portion;
the handle further comprising a camera harness comprising a camera;
the camera being moveable between first and second positions;
the camera being retained within said interior portion when in the first position;
the camera being exterior to the handle when in said second position; and
at least a portion of the camera harness being retained within the handle when the camera is in said first and second positions.
2. The laryngoscope of claim 1 , further comprising a motor adapted to move the camera between said first and second positions.
3. The laryngoscope of claim 1 , further comprising an arm, said arm comprising a canal adapted to receive said camera when the camera is in the second position.
4. The laryngoscope of claim 1 , the handle further comprising a light adapted to illuminate an area exterior to the handle.
5. The laryngoscope of claim 4 , further comprising an arm, said arm comprising a light pipe adapted to accept illumination projected from the light and transmit such illumination beyond a distal end of said arm.
6. The laryngoscope of claim 5 , said arm further comprising a canal adapted to receive said camera when the camera is in the second position.
7. The laryngoscope of claim 3 , the camera moving from the first position to the second position upon coupling of the arm to the handle.
8. The laryngoscope of claim 7 , the camera moving from the second position to the first position upon decoupling of the arm from the handle.
9. The laryngoscope of claim 8 , the handle comprising an ejection element adapted to decouple the arm from the handle.
10. The laryngoscope of claim 3 , the camera comprising a light source adapted to project light into an oral cavity.
11. A laryngoscope system, the system comprising a laryngoscope handle and a display unit:
the handle and display unit each being adapted for wireless communication between the handle and the display unit;
said wireless communication comprising first and second direct communication links between the handle and the display unit;
said first direct communication link being through near field communication protocol; and
said first direct communication link establishing and securing the second direct communication link.
12. The laryngoscope system of claim 11 further comprising an arm removably coupled to the handle.
13. The laryngoscope system of claim 12 , the handle being adapted to power on upon coupling with the arm and to power off upon decoupling of the arm.
14. The laryngoscope system of claim 13 , the display unit being adapted to power on upon coupling the handle with the arm and to power off upon decoupling of the arm from the handle.
15. An arm adapted to be removeably coupled to a laryngoscope handle, the arm comprising a canal adapted to receive a camera portion extending from the handle.
16. The arm of claim 15 , the arm comprising a light pipe adapted to accept illumination projected from a light and transmit such illumination beyond a distal end of said arm.
17. The arm of claim 15 , the arm further comprising a bougie canal adapted to receive a bougie.
18. The arm of claim 16 , the arm being adapted for a single use such that the arm is disposable.