Video laryngoscopy apparatus
View Patent ↗A video laryngoscopy apparatus which facilitates selective depression of the epiglottis in the airway of a patient to facilitate unobstructed viewing of the vocal cords as well as ease in placement of an endotracheal tube in the patient's larynx during a video laryngoscopy procedure. The apparatus includes a head portion configured for attachment to a video laryngoscopy system. The apparatus includes a grip portion that extends from the head portion and an elongated, curved blade support segment that extends from the grip portion. A camera delimits the end of the blade support segment. The camera may functionally interface with the head portion to facilitate connection between the video cable and the camera system. The blade housing may extend from the blade support segment and include the blade that is coupled to a blade actuator that operably engages the blade to facilitate selective deployment of the blade.
1 . A video laryngoscopy apparatus which facilitates selective depression of the epiglottis in the airway of a patient to facilitate unobstructed viewing of the vocal cords and ease in placement of an endotracheal tube in the patient's larynx, comprising:
a head portion configured for attachment to a video cable connected to a video monitor of a video laryngoscopy system;
a grip portion extending from the head portion;
an elongated, curved blade support segment extending from the grip portion;
a camera terminating the blade support segment, the camera functionally interfacing with the head portion to facilitate connection between the video cable and the camera;
a substantially straight blade housing extending from the blade support segment;
a substantially straight blade positional in a stowed blade position in the blade housing and in a first extended blade position and a second extended blade position from the blade housing; and
a mechanical or electrical blade actuator proximal to the substantially straight blade housing operably engaging the substantially straight blade, the blade actuator operable to facilitate selective deployment of the blade in the stowed blade position, the first extended blade position and the second extended blade position,
wherein the substantially straight blade is configured to depress the epiglottis against the substantially straight blade housing.
2 . The video laryngoscopy apparatus of claim 1 , wherein the head portion includes a head portion base, the grip portion extending from the head portion base, a head portion body extending from the head portion base opposite the grip portion, and a user interface being provided on the head portion body.
3 . The video laryngoscopy apparatus of claim 2 , wherein a cable port is provided in the head portion body of the head portion.
4 . The video laryngoscopy apparatus of claim 3 , wherein a cable port socket is provided on the head portion body of the head portion, and further wherein the cable port is provided in the cable port socket.
5 . The video laryngoscopy apparatus of claim 4 , wherein the head portion body of the head portion includes a pair of spaced-apart side head portion surfaces, a rear head portion surface and a top head portion surface, and further wherein the user interface is provided on one or both side head portion surfaces and the cable port socket is provided on the top head portion surface.
6 . The video laryngoscopy apparatus of claim 2 , wherein the user interface includes at least one manually manipulatable wheel, ball, knob, switch or handle which facilitates selective deployment of the blade in the stowed blade position, the first extended blade position, and the second extended blade position.
7 . The video laryngoscopy apparatus of claim 2 , wherein the blade actuator includes a pulley mechanism and/or electric circuit suitable for facilitating actuation of the blade in the various blade positions responsive to manipulation or actuation of the user interface.
8 . The video laryngoscopy apparatus of claim 2 , wherein the grip portion includes an elongated main grip portion segment having a proximal grip portion end at the head portion base of the head portion and a distal grip portion end opposite the proximal grip portion end.
9 . The video laryngoscopy apparatus of claim 8 , wherein the grip portion has a frustoconical shape and gradually narrows or tapers from the proximal grip portion end to the distal grip portion end.
10 . The video laryngoscopy apparatus of claim 8 , wherein the grip portion includes a front grip surface and a rear grip surface which extend from the proximal grip portion end to the distal grip portion end.
11 . The video laryngoscopy apparatus of claim 8 , wherein the blade support segment has a proximal blade support segment end at the distal grip portion end of the grip portion and a distal blade support segment end opposite the proximal blade support segment end.
12 . The video laryngoscopy apparatus of claim 10 , wherein the blade support segment has a front blade support segment surface and a rear blade support segment surface extending from the front grip surface and the rear grip surface, respectively, of the grip portion.
13 . The video laryngoscopy apparatus of claim 12 , wherein the blade support segment is flexible to match or conform to the curvature of the patient's airway, and further wherein at least one blade actuator opening is provided in a distal blade support segment end of the blade support segment, the blade actuator extending through the blade actuator opening and attaching to the blade to facilitate actuation of the blade in the stowed blade position, the first extended blade position and the second extended blade position.
14 . The video laryngoscopy apparatus of claim 8 , wherein the blade housing has a proximal housing end at a distal blade support segment end of the blade support segment and a distal housing end opposite the proximal housing end, and further wherein the blade housing is elongated and in the stowed blade position, the blade is disposed parallel to a longitudinal axis of the blade housing and in the first and second extended blade positions, the blade is disposed at an angle to the longitudinal axis of the blade housing.
15 . The video laryngoscopy apparatus of claim 1 , wherein the blade housing has a blade groove and in the stowed blade position, the blade is disposed inside the blade groove and in the first and second extended blade positions, the blade extends from the blade groove.
16 . The video laryngoscopy apparatus of claim 15 , wherein the blade housing includes a main housing segment, a side housing segment extending from and along the main housing segment, and further wherein the blade groove is formed by and between the main housing segment and the side housing segment.
17 . The video laryngoscopy apparatus of claim 1 , wherein the blade has a proximal blade end and a distal blade end opposite the proximal blade end, the blade actuator operably engaging the proximal blade end to facilitate selective deployment of the blade in the stowed blade position and in the first and second extended blade positions.
18 . A video laryngoscopy apparatus which facilitates selective depression of the epiglottis in the airway of a patient to facilitate unobstructed viewing of the vocal cords and ease in placement of an endotracheal tube in the patient's larynx, comprising:
a head portion configured for attachment to a video cable connected to a video monitor of a video laryngoscopy system;
a grip portion extending from the head portion for gripping by an operator of the apparatus;
an elongated, curved blade support segment extending from the grip portion;
a camera terminating the blade support segment, the camera functionally interfacing with the head portion to facilitate connection between the video cable and the camera;
a substantially straight blade housing extending from the blade support segment;
a substantially straight blade positional in a stowed blade position in the substantially straight blade housing and in a first extended blade position and a second extended blade position from the substantially straight blade housing; and
a mechanical or electrical blade actuator proximal to the substantially straight blade housing operably engaging the substantially straight blade, the mechanical or electrical blade actuator operable to facilitate selective deployment of the substantially straight blade in the stowed blade position, the first extended blade position and the second extended blade position,
wherein the head portion includes a head portion base, the grip portion extending from the head portion base, a head portion body extending from the head portion base opposite the grip portion, and a user interface being provided on the head portion body,
wherein the substantially straight blade is configured to depress the epiglottis against a surface of the substantially straight blade housing, and
wherein the mechanical or electrical actuator maintains the substantially straight blade in the stowed blade position until the substantially straight blade reaches the epiglottis.
19 . A video laryngoscopy apparatus which facilitates selective depression of the epiglottis in the airway of a patient to facilitate unobstructed viewing of the vocal cords and ease in placement of an endotracheal tube in the patient's larynx, comprising:
a head portion configured for attachment to a video cable connected to a video monitor of a video laryngoscopy system;
a grip portion extending from the head portion for gripping by an operator of the apparatus, the head portion including a head portion base, the grip portion extending from the head portion base, a head portion body extending from the head portion base opposite the grip portion, and a user interface being provided on the head portion body;
an elongated, curved blade support segment extending from the grip portion;
a camera terminating the blade support segment, the camera functionally interfacing with the head portion to facilitate connection between the video cable and the camera;
a blade housing extending from the blade support segment and having a proximal housing end at a distal blade support segment end of the blade support segment and a distal housing end opposite the proximal housing end;
a blade positional in a stowed blade position in the blade housing and in a first extended blade position and a second extended blade position from the blade housing, wherein the blade housing is elongated and in the stowed blade position, the blade is disposed parallel to the longitudinal axis of the blade housing and in the first and second extended blade positions, the blade is disposed at an angle to the longitudinal axis of the blade housing; and
a mechanical or electrical blade actuator proximal to the substantially straight blade housing operably engaging the blade, the blade actuator operable to facilitate selective deployment of the blade in the stowed blade position, the first extended blade position and the second extended blade position,
wherein the user interface includes at least one manually manipulatable wheel, ball, knob, switch or handle which facilitates selective deployment of the blade in the stowed blade position, the first extended blade position, and the second extended blade position, and
wherein the substantially straight blade is configured to depress the epiglottis against a surface of the substantially straight blade housing.