Abstract: A finger joint reduction simulation training device includes forearm, carpal, metacarpal, proximal phalanx, and middle phalanx portions, and at least one biasing element. The carpal portion is attached to a distal end of the forearm portion. The metacarpal portion is connected to the carpal attachment. The proximal phalanx portion has a proximal end that is connected to the metacarpal portion and a distal end opposite to the proximal end. The distal end includes a dislocation guide surface with a depression formed therein. The middle phalanx portion is positioned adjacent the proximal phalanx portion and includes a proximal end with a terminal surface configured to shift relative to the dislocation guide surface and includes a projection configured to extend into the depression of the dislocation guide surface. The biasing element is configured to bias the terminal surface of the middle phalanx portion against the dislocation guide surface.

Abstract: Methods and systems of displaying flow-volume loops of a patient and variability of the flow-volume loops across measured breaths are disclosed. The methods comprise obtaining a physiological dataset of the patient on a data acquisition device, applying a smoothing and curve fitting algorithm to the physiological dataset on a processing device to obtain real-time volume and flow data at a plurality of time instances, applying a visualization algorithm on the processing device to the volume and flow data to create a series of flow-volume loops based on the volume and flow data, and outputting a plot of the flow-volume loops on a display device to aid evaluation or diagnosis of the patient.

Abstract: Methods and systems of displaying flow-volume loops of a patient and variability of the flow-volume loops across measured breaths are disclosed. The methods comprise obtaining a physiological dataset of the patient on a data acquisition device, applying a smoothing and curve fitting algorithm to the physiological dataset on a processing device to obtain real-time volume and flow data at a plurality of time instances, applying a visualization algorithm on the processing device to the volume and flow data to create a series of flow-volume loops based on the volume and flow data, and outputting a plot of the flow-volume loops on a display device to aid evaluation or diagnosis of the patient.

Abstract: Systems and methods for computerized risk screening are provided. A plurality of facilities are identified for analysis of risk at each facility in the plurality of facilities. For each facility in the plurality of facilities, an answer set to a questionnaire is received. The answer set includes answers to questions for analysis of the risk at the facility. For each facility in the plurality of facilities, a predicted risk level of the risk at the facility is determined based on the answer set. A visual interface is provided. The visual interface includes: (i) a list of at least a portion of the facilities from among the plurality of facilities, (ii) a visual representation of at least one facility from among the plurality of facilities, and (iii) a visual indication of the predicted risk level of the risk for the at least one facility from among the plurality of facilities.

Abstract: A computer processor driven system and method capable of identifying and constructing representations of hazardous areas. The hazardous area classification system has one or more processors, and a computer readable medium containing instructions that, when executed, cause the one or more processors to perform the steps of determining a position of a hazardous area for a predetermined location using a calculation based on a plurality of parameters, and generating a representation of the hazardous area.

Abstract: A fire and gas detector placement system and method comprises one or more computer processors; and a non-transitory computer readable medium. The non-transitory computer readable medium contains instructions that, when executed, cause the one or more processors to perform the steps of identifying a position of at least one fire and gas detector in a premises using a calculation based on a plurality of parameters; and generating a 3-dimensional representation of the premises including the position of the at least one fire and gas detector.

Abstract: A computer processor driven system and method capable of identifying and constructing representations of hazardous areas. The hazardous area classification system has one or more processors, and a computer readable medium containing instructions that, when executed, cause the one or more processors to perform the steps of determining a position of a hazardous area for a predetermined location using a calculation based on a plurality of parameters, and generating a representation of the hazardous area.

Abstract: A seat for use by a person bathing includes a horizontal surface supported by four legs. Each leg is connected to another leg to form a support assembly. Each support assembly is affixed to the underside of the horizontal surface. The seat also includes two guide rails which support a basket mounted on the underside of the horizontal surface. The basket may be slid out from either the front or rear of the horizontal surface. The guide rails are also used to reinforce the seat. In addition, the basket may be affixed to an edge of the horizontal surface to allow access by the user of the seat.

Abstract: A seat for use by a person bathing includes a horizontal surface supported by four legs. Each leg is connected to another leg to form a support assembly. Each support assembly is affixed to the underside of the horizontal surface. The seat also includes two guide rails which support a basket mounted on the underside of the horizontal surface. The basket may be slid out from either the front or rear of the horizontal surface. The guide rails are also used to reinforce the seat. In addition, the basket may be affixed to an edge of the horizontal surface to allow access by the user of the seat.

Abstract: A shower seat for installation within a corner of a shower stall. The shower seat may be constructed from a wide variety of rigid materials and is polygonal in shape. A horizontal corner strip of backboard of shower walls within the shower stall is removed to form a slot. A back portion of the shower seat is inserted into the slot such that the edges are against vertical wall studs supporting the backboard of the shower walls.

Abstract: A shower seat and basket combination. The combination includes a basket which includes a horizontal bottom surface having four vertical sides forming an enclosure to hold shower supplies such as shampoo and soap. The basket also includes two overhanging edges located at a top portion of two opposing sides. The shower seat is a horizontally mounted flat surface mounted to a plurality of walls of the shower stall. On the underside of the shower seat is two railings running from a front portion of the seat to a back portion of the seat. The railings each include a lip to support each overhanging edge. The basket is positioned under the shower seat when not in use. When shower supplies are needed, the basket can be slid outwardly from the shower seat to access the interior of the basket. The basket may also include a plurality of perforations to allow water to drain from the basket. Additionally, a plurality of baskets may be stacked under the shower seat.

Abstract: An apparatus to be used in a shower stall, comprising a single pour cultured marble slab 10 whereby the slab is placed horizontally and is shaped such that four edges 11A, 11B, 12A and 12B will fit into the corner of and will be supported by the walls of the shower stall.