Modular medical device platform
A modular medical device platform can include a chassis forming a plurality of rack bays each including a pair of drawer slides, a plurality of controller modules each including a drawer enclosure including flanges couplable to the pair of drawer slides with the rack bay of the plurality of rack bays, and a plurality of module locks affixed to the chassis and aligned with each rack bay of the plurality of rack bays. Each module lock of the plurality of module locks can include an electrical connector and a locking mechanism adapted to automatically lock a controller module of the plurality of controller modules as the controller module is slid into the rack bay on the pair of drawer slides.
1 . A modular medical device platform comprising:
a chassis including a plurality of rack bays, each rack bay of the plurality of rack bays including a pair of drawer slides mounted on opposing sides of the rack bay, the chassis configured to support a medical robot device;
a plurality of controller modules, each controller module of the plurality of controller modules including a drawer enclosure including flanges couplable to the pair of drawer slides; and
a plurality of module locks affixed to an internal frame of the chassis and aligned with each rack bay of the plurality of rack bays, each module lock of the plurality of module locks including a first electrical connector and a locking mechanism, the locking mechanism including a cam lock adapted to automatically lock a controller module of the plurality of controller modules as the controller module is slid into a rack bay of the plurality of rack on the pair of drawer slides,
wherein each controller module of the plurality of controller modules includes a module connector adapted to interface with a corresponding module lock of the plurality of module locks, wherein the module connector includes a lock channel adapted to receive the cam lock within the locking mechanism, wherein the lock channel includes a flared opening and an angled section to guide the cam lock into the lock channel, and wherein the lock channel includes a vertical lock section coupled to the angled section, the vertical lock section adapted to prevent horizontal movement of the controller module when the cam lock is seated within the vertical lock section.
2 . The platform of claim 1 , wherein the cam lock includes a bearing rotationally affixed to a lock handle assembly of the locking mechanism, the bearing adapted to be received within the lock channel.
3 . The platform of claim 2 , wherein the lock handle assembly includes a pair of opposing lock plates coupled together by a cross bar.
4 . The platform of claim 3 , wherein the lock handle assembly includes a handle portion extending from the cross bar toward an access door of the chassis.
5 . The platform of claim 4 , wherein each lock plate of the pair of opposing lock plates includes a bearing rotationally affixed along an outer corner opposite a pivot point coupled to a vertical support member of the internal frame of the chassis.
6 . The platform of claim 5 , wherein the module connector includes a pair of lock channels on opposite outer side faces of the module connector to receive the bearing on each lock plate of the pair of opposing lock plates.
7 . The platform of claim 1 , wherein the chassis includes a locking access door to provide access to the plurality of module locks.
8 . A modular medical device platform comprising:
a chassis to support the modular medical device platform, the chassis including an internal support structure comprising a plurality of rack bays;
a controller module including a drawer enclosure mountable on drawer slides affixed within a rack bay of the plurality of rack bays, the controller module further including a module connector extending from a back surface of the drawer enclosure; and
a module lock affixed on a back portion of the rack bay of the plurality of rack bays, the module lock including a first electrical connector and a cam lock that interfaces with the module connector to electrically couple the controller module to a wiring harness within the chassis and to lock the controller module into the rack bay,
wherein the module connector is adapted to interface with the module lock and the module connector includes a lock channel adapted to receive the cam lock, wherein the lock channel includes a flared opening and an angled section to guide the cam lock into the lock channel, and wherein the lock channel includes a vertical lock section coupled to the angled section, the vertical lock section adapted to prevent horizontal movement of the controller module when the cam lock is seated within the vertical lock section.
9 . The platform of claim 8 , wherein the module lock includes a first electrical connector including a plurality of first mating connectors, wherein each of the plurality of first mating connectors provides power or communication connectivity for the controller module.
10 . The platform of claim 9 , wherein the module connector of the controller module includes a second electrical connector, the second electrical connector including a plurality of second mating connectors adapted to interface with the plurality of first mating connectors of the first electrical connector.
11 . The platform of claim 8 , wherein the chassis includes a wiring harness communicatively connecting the first electrical connector within the module lock to a robotic arm.