Lexington Medical, Inc.

Other

David Thomas Moy, Jr

Andrew Marecki

Leon Amariglio

Manuel Reyes

Richard Moyer

Braden William Thomas Leonard

Max Fan

Springs for lockout assemblies, such as for single-use lockout assemblies implemented in reloadable cartridge assemblies of surgical staplers, and associated systems, devices, and methods are disclosed herein. In one embodiment, a spring includes (a) a hook portion at a first end portion of the spring opposite the second end of the spring, and (b) a loop portion. In an absence of external force applied to the spring, the loop portion can be generally positioned at a first side of the hook portion opposite the second end portion of the spring such that the hook portion is positioned generally along a plane positioned between the loop portion and the second end portion. In some embodiments, the spring is a leaf spring, includes a cutout extending at least partway between the hook portion and the second end portion, and/or includes a notch at the second end portion.

Springs for lockout assemblies, and associated systems, devices, and methods

The present disclosure includes apparatuses for a motorized surgical handle assembly. An example apparatus includes a non-movable handle, a movable handle configured to be moved away from and into proximity with the non-movable handle, wherein the movable handle comprises a locking protrusion, a selector lever configured to rotate between a locked position and an unlocked position, and a selector cam coupled to the selector lever, wherein the selector cam comprises a surface with a concave locking opening, and wherein the selector cam is configured to rotate in response to the selector lever rotating, wherein, when the movable handle is in proximity with the non-movable handle and the selector lever is in the unlocked position, the surface with the concave locking opening is positioned adjacent to the locking protrusion to lock the movable handle in place.

Motorized surgical handle assembly

The present disclosure is directed to a multidirectional apparatus that can be attached to a stapler reload apparatus. The multidirectional apparatus can include at least two articulation elements each comprising a cylindrical proximal end, a hemispherical distal end, a central lumen, a wall surrounding the central lumen, and a first pull wire lumen within the wall surrounding the central lumen, wherein the hemispherical distal end of a first articulation element of the at least two articulation elements is nested in the cylindrical proximal end of a second articulation element of the at least two articulation elements and a first pull wire positioned within the first pull wire lumen, and wherein tension applied to the first pull wire causes the second articulation element to move away from a longitudinal axis of the at least two articulation elements in a direction of the first pull wire which is experiencing the tension.

Multidirectional apparatus

A prosthetic system and terminal device for gripping and maneuvering handlebars. The prosthetic hand engages a handlebar throughout the necessary range of motion required for balance, steering and pulling, while allowing release in an atypical motion, allowing the wearer to disengage from the handlebar, particularly in the event of a fall.

Growing community of inventors

Wellesley, MA, United States of America

David Thomas Moy, Jr