Physiological monitoring chair

A physiological monitoring chair for monitoring one or more physiological parameters of a subject, the physiological monitoring chair comprising:

• a base portion configured to rest atop a surface and support a weight of the subject;
• a back portion connected to the base portion and configured to at least partially support a back of the subject when the subject is seated in the physiological monitoring chair;
• a leg portion connected to the base portion and configured to be positioned adjacent to legs of the subject when the subject is seated in the physiological monitoring chair;
• at least one vibration motor;
• one or more struts connected to said leg portion and said back portion;
• a strut motor configured to move said one or more struts;
• and
• a controller in communication with said at least one vibration motor and said strut motor, wherein the controller is configured to:
• receive, from at least one physiological measurement device, a plurality of physiological parameters of the subject;
• instruct the at least one vibration motor to cause vibration of at least a portion of the physiological monitoring chair when a first value of a first one of said plurality of physiological parameters exceeds a first threshold;
• instruct the at least one vibration motor to stop vibration of said portion of the physiological monitoring chair when a second value of said first one of said plurality of physiological parameters is less than said first threshold;
• instruct the strut motor to move said one or more struts to cause the physiological monitoring chair to transition from a first configuration to a second configuration when at least one of:
• the first value of the first one of said plurality of physiological parameters exceeds said first threshold;
• and
• a value of a second one of said plurality of physiological parameters exceeds a second threshold;
• wherein, when the physiological monitoring chair is in said first configuration, at least one of said back portion and said leg portion is oriented non-parallel with respect to said surface, and wherein when the physiological monitoring chair is in said second configuration, said back portion and said leg portion are oriented substantially parallel with respect to said surface.

A physiological monitoring chair for monitoring one or more physiological parameters of a subject, the physiological monitoring chair comprising:

• a base portion configured to rest atop a surface and support a weight of the subject;
• a back portion connected to the base portion and configured to at least partially support a back of the subject when the subject is seated in the physiological monitoring chair;
• a leg portion connected to the base portion and configured to be positioned adjacent to legs of the subject when the subject is seated in the physiological monitoring chair;
• at least one vibration motor;
• and
• a controller in communication with the at least one vibration motor, wherein the controller is configured to:
• receive one or more physiological parameters of the subject from at least one physiological measurement device;
• and
• instruct the at least one vibration motor to cause vibration of at least a portion of the physiological monitoring chair based on said one or more physiological parameters of the subject.

A physiological monitoring chair for monitoring one or more physiological parameters of a subject, the physiological monitoring chair comprising:

• a base portion configured to rest atop a surface and support a weight of the subject;
• a back portion connected to the base portion and configured to at least partially support a back of the subject when the subject is seated in the physiological monitoring chair;
• a leg portion connected to the base portion and configured to be positioned adjacent to legs of the subject when the subject is seated in the physiological monitoring chair;
• and
• a controller configured to:
• receive one or more physiological parameters of the subject from at least one physiological measurement device;
• and
• cause the physiological monitoring chair to transition from a first configuration to a second configuration when a first value of said one or more physiological parameters exceeds a first threshold;
• wherein at least one of the back portion and leg portion is oriented at a different angle relative to said surface when the physiological monitoring chair is in said first configuration than when the physiological monitoring chair is in said second configuration.