Abstract: A three-dimensional display device is provided. The device includes a plurality of surfaces. At least one surface of the plurality of surfaces is configured to display data. The device also includes a receiver configured to receive data along with a circuit configured to determine a change in orientation of the display device. The device further includes a processor configured to receive a first market data, display the first market data on the at least one surface, and illuminate the plurality of surfaces in a first color when the first market data is above a first threshold. The processor is further configured to illuminate the plurality of surfaces in a second color when the first market data is below the first threshold and change an intensity of the first color or the second color based on a degree of change of the first data.

Abstract: A three-dimensional display device is provided. The device includes a plurality of surfaces. At least one surface of the plurality of surfaces is configured to display data. The device also includes a receiver configured to receive data along with a circuit configured to determine a change in orientation of the display device. The device further includes a processor configured to receive a first market data, display the first market data on the at least one surface, and illuminate the plurality of surfaces in a first color when the first market data is above a first threshold. The processor is further configured to illuminate the plurality of surfaces in a second color when the first market data is below the first threshold and change an intensity of the first color or the second color based on a degree of change of the first data.

Abstract: A chafing dish assembly includes a frame and a chafing dish that is insertable into the frame. The chafing dish comprises a sealed chamber of oil. A heat source is placed below the chafing dish to heat the oil. The oil transfers the heat to food within the chafing dish.

Abstract: An exercise machine includes a longitudinal rail for slidably supporting a carriage assembly together with the weight of a user. The longitudinal rail is supported at an elevation above a support surface by a fore support structure positioned at the fore end of the rail and by an aft support structure positioned at the aft end of the rail. A carriage assembly slidably engages the rail structure and supports the weight of a user on the rail structure. The carriage assembly includes roller wheels for rolling engagement with the rail. A lever is pivotally connected to the rail and enables a user to operate the exercise machine. The lever has a hand grip assembly at one end and a foot grip assembly at the other end. A resistance structure is connected to and positioned between the fore end of the rail and the carriage assembly and provides resistance to translational movement of the carriage assembly and pivotal movement of the lever.

Abstract: An exercise machine includes a longitudinal rail for slidably supporting a carriage assembly together with the weight of a user. The longitudinal rail is supported at an elevation above a support surface by a fore support structure positioned at the fore end of the rail and by an aft support structure positioned at the aft end of the rail. A carriage assembly slidably engages the rail structure and supports the weight of a user on the rail structure. The carriage assembly includes roller wheels for rolling engagement with the rail. A lever is pivotally connected to the rail and enables a user to operate the exercise machine. The lever has a hand grip assembly at one end and a foot grip assembly at the other end. A resistance structure is connected to and positioned between the fore end of the rail and the carriage assembly and provides resistance to translational movement of the carriage assembly and pivotal movement of the lever.

Abstract: A skeletal frame is pivotally mounted on a support frame to enable a user in a supine position to conduct an abdominal exercise. The skeletal frame includes a padded rest in which the user may rest his/her head. A pair of elastic members are secured to and between these skeletal frame and the support in one mode of operation to assist the user in conducting the abdominal exercise. In another mode of operation, the elastic members dynamically resist the exercise routine. The exercise device may be employed to conduct a “push-up” exercise routine.