Devices, systems, and methods for patient support include arrangement of a patient support top for rotation and a rotation lockout assembly for selectively blocking against rotation of the patient support top.

Devices, systems, and methods for patient support include arrangement of a patient support top for rotation and a rotation lockout assembly for selectively blocking against rotation of the patient support top.

Support assemblies for supporting the head of a patient during rotation are described. A head support can be tilted so as to orient a patient for intubation. For example, the head support may include a tilt frame that is configured to position a patient's airway automatically and efficiently to an orientation suitable for patient airway intubation. In some embodiments, a tilt frame may allow for automatic positioning of a patient's airway to a predetermined orientation generally deemed suitable for patient airway intubation and allow for easy adjustment of the angle of the tilt frame so as to particularly orient an individual patient's airway as needed for a medical procedure.

Support assemblies for supporting the head of a patient during rotation are described. A head support can be tilted so as to orient a patient for intubation. For example, the head support may include a tilt frame that is configured to position a patient's airway automatically and efficiently to an orientation suitable for patient airway intubation. In some embodiments, a tilt frame may allow for automatic positioning of a patient's airway to a predetermined orientation generally deemed suitable for patient airway intubation and allow for easy adjustment of the angle of the tilt frame so as to particularly orient an individual patient's airway as needed for a medical procedure.

A surgery table includes a patient support structure coupled to a connection assembly and a base structure coupled to the connection assembly. The connection assembly includes an arm and a locking member that engages the arm. The arm includes spaced apart first and second apertures. The locking member includes spaced apart first and second bores. A first key member and a second key member are included.

A surgery table includes a patient support structure coupled to a connection assembly and a base structure coupled to the connection assembly. The connection assembly includes an arm and a locking member that engages the arm. The arm includes spaced apart first and second apertures. The locking member includes spaced apart first and second bores. A first key member and a second key member are included.

The invention is an asymmetrical bedframe. The bedframe is divided off-center, forming a first platform, or back support section and a second platform, or leg support section. Preferably, the platforms are split to separate the area of the bed frame into a first platform that occupies one-third of the area of the bedframe, and a second platform that occupies two-thirds of the area of the bedframe. The first platform—the smaller area—is intended to support the back of the user or sleeper, specifically by providing a rotational force to keep the user on their side. The second platform—the larger area—is intended to support the body of the user, including head, arms, torso, legs, and feet.

A surgical table having a rack and pinion mechanism that includes: a pair of opposed first and second curved racks mounted on opposite sides of the pivot axis, the racks facing inwardly towards the pivot axis and being oriented upwardly, a pair of first and second rotatable pinions, each first and second pinion arranged to engage a respective first and second curved rack, and a drive system, including a drive motor, connected to the pinions for rotating the first and second pinions in a common rotational direction, the drive system being configured so that the first and second pinions move in opposite respective upward or downward directions along the respective first and second curved racks to rotate the movable framework about the pivot axis.

A surgical table having a rack and pinion mechanism that includes: a pair of opposed first and second curved racks mounted on opposite sides of the pivot axis, the racks facing inwardly towards the pivot axis and being oriented upwardly, a pair of first and second rotatable pinions, each first and second pinion arranged to engage a respective first and second curved rack, and a drive system, including a drive motor, connected to the pinions for rotating the first and second pinions in a common rotational direction, the drive system being configured so that the first and second pinions move in opposite respective upward or downward directions along the respective first and second curved racks to rotate the movable framework about the pivot axis.

A surgical table having an actuator mechanism that includes first and second actuators, wherein the first actuator has an upper first end connected to a first portion of the movable framework and a lower second end coupled to the column and the second actuator has an upper first end connected to a second portion of the movable framework and a lower second end coupled to the column, the first and second portions being mutually spaced and located on opposite sides of the trend axis, wherein the first and second actuators are each inclined at a respective acute angle in opposite directions from a plane including a longitudinal axis of the column and the trend axis so that the upper first end of each of the first and second actuators is oriented further from the plane than the respective lower second end.