Wireless laryngoscope simulator with onboard event recording adapted for laryngoscopy training
A laryngoscope has a first and second handle portion defining an internal cavity and forming a handle assembly. The laryngoscope includes a first and second blade portion defining an internal cavity and forming a blade assembly. A light and camera source within the internal cavity of the blade assembly illuminates at least a portion of the blade assembly and obtains images of the operation of the laryngoscope. A microprocessor coupled to the camera is mounted within one internal cavity and can record images from the camera. The microprocessor provides on-board recording capable of capturing video and audio and event data, such as from a simulator. A keypad is configured to provide for on-Board event flagging of the recorded data recorded by the microprocessor. The microprocessor may wirelessly transmit data from the laryngoscope.
1. A laryngoscope simulator for training events comprising:
a first handle portion;
a second handle portion coupled to the first handle portion, together defining a handle internal cavity, wherein the first handle and the second handle portions combine to form a handle assembly at a proximal end of the laryngoscope;
a first blade portion, wherein the first blade portion is formed integral with the first handle portion;
a second blade portion coupled to the first blade portion, together defining a blade internal cavity in at least a portion thereof, wherein the first blade portion and the second blade portion combine to form a blade assembly at a distal end of the laryngoscope, wherein the second blade portion is formed integral with the second handle portion;
an integrated camera and light source within the internal cavity of the blade assembly for illuminating at least a portion of the blade assembly and for obtaining images of the operation of the laryngoscope;
a microprocessor coupled to the camera, said microprocessor mounted within one of the handle internal cavity and the blade internal cavity, wherein the microprocessor can record images from the camera and further receive and store event data, the event data comprising simulator data, external audio inputs, and external video inputs; and
a keypad to provide on-board event flagging via the keypad of the recorded data recorded by the microprocessor.
2. The laryngoscope simulator for training events of claim 1 further comprising a transceiver to send and receive event flags remotely.
3. The laryngoscope simulator for training events of claim 2 wherein the blade assembly is one of a Miller blade and a Macintosh blade.
4. The laryngoscope simulator for training events of claim 1 wherein the microprocessor provides on-board recording capable of capturing video and audio.
5. The laryngoscope simulator for training events of claim 4 wherein the microprocessor includes a transmitter configured for selectively transmitting data from the laryngoscope.
6. The laryngoscope simulator for training events of claim 1 wherein the light source has lighting intensity adjustability that is adjustable by the operator.
7. The laryngoscope simulator for training events of claim 1 wherein the wherein the first blade portion is formed integral with the first handle portion as a molded component and the second blade portion is formed integral with the second handle portion as a molded component.
8. The laryngoscope simulator for training events of claim 5 wherein the event flagging further comprises remote event flagging.
9. A laryngoscope simulator for training events comprising:
a first handle portion;
a second handle portion coupled to the first handle portion, together defining a handle internal cavity, wherein the first handle and the second handle portions combine to form a handle assembly at a proximal end of the laryngoscope;
a first blade portion, wherein the first blade portion is formed integral with the first handle portion;
a second blade portion coupled to the first blade portion, together defining a blade internal cavity in at least a portion thereof, wherein the first blade portion and the second blade portion combine to form a conventional blade assembly at a distal end of the laryngoscope, wherein the second blade portion is formed integral with the second handle portion;
an integrated camera and light source within the internal cavity of the blade assembly for illuminating at least a portion of the blade assembly and for obtaining images of the operation of the laryngoscope;
a microprocessor coupled to the camera, said microprocessor mounted within one of the handle internal cavity and the blade internal cavity, wherein the microprocessor can record images from the camera and further receive and store event data, the event data comprising simulator data, external audio inputs, and external video inputs, wherein the microprocessor includes a transmitter configured for selectively transmitting data from the laryngoscope; and
a keypad to provide on-board event flagging via the keypad of the recorded data recorded by the microprocessor.
10. The laryngoscope simulator for training events of claim 9 further comprising a transceiver to send and receive event flags remotely.
11. The laryngoscope simulator for training events of claim 10 wherein the blade assembly is one of a Miller blade and a Macintosh blade.
12. The laryngoscope simulator for training events of claim 9 wherein the microprocessor provides on-board recording capable of capturing video and audio.
13. The laryngoscope simulator for training events of claim 12 wherein the blade assembly is one of a Miller blade and a Macintosh blade.
14. The laryngoscope simulator for training events of claim 9 wherein the light source has lighting intensity adjustability that is adjustable by the operator.
15. The laryngoscope simulator for training events of claim 9 wherein the wherein the first blade portion is formed integral with the first handle portion as a molded component and the second blade portion is formed integral with the second handle portion as a molded component.
16. The laryngoscope simulator for training events of claim 9 , wherein the event flagging further comprises remote event flagging.