Abstract: A check valve according to some embodiments of the disclosure includes a body forming a cavity and which defines an entrance opening, a wall extending from the body at an end opposite to the entrance opening, and rare-earth magnets attached to the wall. The body and wall are formed of a flexible and resilient material. The wall includes elongated wall portions joined together by end portions and a passageway extending from the cavity to a slit at the end of the wall. Interior surfaces of the wall portions abut against each other in an at rest condition, and the interior surfaces of the wall portions are separated from each other in a flow permitting condition such that the passageway is opened. The attractive force generated by the magnets cause the wall portions to move to the at rest condition.

Abstract: A differential pair connector has a housing floor, an array of differential pairs passing through the housing floor, and a conductive grid integrated into the housing floor for reducing crosstalk between the differential pairs. The conductive grid can have various structures, such as conductive inserts, plated regions and/or a conductive housing floor surrounding non-conductive inserts protecting the differential pins. Although any suitable means can be used to fasten the conductive grid into the housing floor, the grid is preferably press fitted into the top of the housing floor.

Abstract: A differential pair connector has a housing floor, an array of differential pairs passing through the housing floor, and a conductive grid integrated into the housing floor for reducing crosstalk between the differential pairs. The conductive grid can have various structures, such as conductive inserts, plated regions and/or a conductive housing floor surrounding non-conductive inserts protecting the differential pins. Although any suitable means can be used to fasten the conductive grid into the housing floor, the grid is preferably press fitted into the top of the housing floor.

Abstract: A differential pair connector has a housing floor, an array of differential pairs passing through the housing floor, and a conductive grid integrated into the housing floor for reducing crosstalk between the differential pairs. The conductive grid can have various structures, such as conductive inserts, plated regions and/or a conductive housing floor surrounding non-conductive inserts protecting the differential pins. Although any suitable means can be used to fasten the conductive grid into the housing floor, the grid is preferably press fitted into the top of the housing floor.

Abstract: A differential pair connector includes a housing having receptacles for receiving differential pair conductors and electrically conductive shielding tabs extending away from the housing between the receptacles for reducing crosstalk between the differential pairs. The tabs insert into a mated connector when an interconnect is formed. By inserting into the second connector, the shield tabs extend a larger ground plane around each differential pair, thus significantly reducing crosstalk within the connector. The connector can be a high density GbX® style daughter card connector mated to a GbX® style backplane connector.

Abstract: A differential pair connector has a housing floor, an array of differential pairs passing through the housing floor, and a conductive grid integrated into the housing floor for reducing crosstalk between the differential pairs. The conductive grid can have various structures, such as conductive inserts, plated regions and/or a conductive housing floor surrounding non-conductive inserts protecting the differential pins. Although any suitable means can be used to fasten the conductive grid into the housing floor, the grid is preferably press fitted into the top of the housing floor.

Abstract: A differential pair connector has a housing floor, an array of differential pairs passing through the housing floor, and a conductive grid integrated into the housing floor for reducing crosstalk between the differential pairs. The conductive grid can have various structures, such as conductive inserts, plated regions and/or a conductive housing floor surrounding non-conductive inserts protecting the differential pins. Although any suitable means can be used to fasten the conductive grid into the housing floor, the grid is preferably press fitted into the top of the housing floor.

Abstract: A differential pair connector includes a housing having receptacles for receiving differential pair conductors and electrically conductive shielding tabs extending away from the housing between the receptacles for reducing crosstalk between the differential pairs. The tabs insert into a mated connector when an interconnect is formed. By inserting into the second connector, the shield tabs extend a larger ground plane around each differential pair, thus significantly reducing crosstalk within the connector. The connector can be a high density GbX® style daughter card connector mated to a GbX® style backplane connector.

Abstract: A differential pair connector has a housing floor, an array of differential pairs passing through the housing floor, and a conductive grid integrated into the housing floor for reducing crosstalk between the differential pairs. The conductive grid can have various structures, such as conductive inserts, plated regions and/or a conductive housing floor surrounding non-conductive inserts protecting the differential pins. Although any suitable means can be used to fasten the conductive grid into the housing floor, the grid is preferably press fitted into the top of the housing floor.

Abstract: By combining the information acquired from a location system that is tracking equipment and/or personnel within a hospital environment, automatic assignment of the “re-located” patient monitoring equipment can be made in concert with a nurse call system. By utilizing time-based elimination criteria, monitoring equipment that is coupled to generic port can be automatically processed for port priorities, and equipment assignment changes. An event subscription manager with location bridges and nurse call bridges facilitate the automatic association of the patient monitoring equipment to the respective nurse call system and intended information therein. By use of the automatic association paradigms, manual alarm and assignment tasks can be minimized.

Abstract: A high speed connector includes a plurality of wafer-style components in which two columns of conductive terminals are supported in an insulative support body, the body including an internal cavity disposed between the two columns of conductive terminals. The terminals are arranged in horizontal pairs, and the internal cavity defines an air channel between each horizontal pair of terminals arranged in the two columns of terminals. The terminals are further aligned with each other in each row so that horizontal faces of the terminals in the two rows face each other to thereby promote broadside coupling between horizontal pairs of terminals.

Abstract: A system for automatically integrating various patient monitoring equipment into a nurse call system is implemented by incorporating a software system agent that translates communications in the patient monitoring equipment communication channel to a software system readable format. By translating the patient monitoring system's communications, a software system or computer can interpret the communications and act accordingly by signaling staff members, doctors, etc., in a manner that was not feasible by the hardware of the patient monitoring system. By interpreting the communications and having a nurse call system translation feature in the software system agent, nurse call systems can be “coupled” to the patient monitoring system to enable a synergy between systems that were here thereto incompatible or had limited functional capabilities.

Abstract: A high speed connector includes a plurality of wafer-style components in which two columns of conductive terminals are supported in an insulative support body, the body including an internal cavity disposed between the two columns of conductive terminals. The terminals are arranged in horizontal pairs, and the internal cavity defines an air channel between each horizontal pair of terminals arranged in the two columns of terminals. The terminals are further aligned with each other in each row so that horizontal faces of the terminals in the two rows face each other to thereby promote broadside coupling between horizontal pairs of terminals.

Abstract: By combining the information acquired from a location system that is tracking equipment and/or personnel within a hospital environment, automatic assignment of the “re-located” patient monitoring equipment can be made in concert with a nurse call system. By utilizing time-based elimination criteria, monitoring equipment that is coupled to generic port can be automatically processed for port priorities, and equipment assignment changes. An event subscription manager with location bridges and nurse call bridges facilitate the automatic association of the patient monitoring equipment to the respective nurse call system and intended information therein. By use of the automatic association paradigms, manual alarm and assignment tasks can be minimized.

Abstract: A system for automatically integrating various patient monitoring equipment into a nurse call system is implemented by incorporating a software system agent that translates communications in the patient monitoring equipment communication channel to a software system readable format. By translating the patient monitoring system's communications, a software system or computer can interpret the communications and act accordingly by signaling staff members, doctors, etc., in a manner that was not feasible by the hardware of the patient monitoring system. By interpreting the communications and having a nurse call system translation feature in the software system agent, nurse call systems can be “coupled” to the patient monitoring system to enable a synergy between systems that were here thereto incompatible or had limited functional capabilities.

Abstract: An apparatus and method for receiving data, organizing the data, and constructing hospital staff assignments based on the data. Where hospital staff assignments are instructions that designate which hospital staff members are responsible for which hospital beds. An embodiment in accordance with the present invention provides a data source, a managing device, a messaging device, and a network linking the aforementioned devices. In operation, the data source updates the managing device when data is newly added or modified, and the managing device organizes and provides relevant data to an assignment device. Based on the relevant data, the assignment device constructs efficient staff assignments.

Abstract: Techniques for locating an array of melded colors onto a software application's component window in order to create three-dimensional and multicolor graphics within the component window. The techniques include decoding a first and second color into their respective individual color components, performing a transition operation on the foregoing color components to determine transition colors, dividing a portion of the component window into subcomponents, and locating the transition colors into the subcomponents and, thereby, create three-dimensional and multicolor graphics within the component window.

Abstract: An apparatus and method for receiving relevant data, presenting the relevant data to users, and enabling users to construct and route an outgoing message. Using this apparatus and method, hospitals can provide efficient and personalized service by viewing up-to-date information about each admitted patient and, if necessary, routing relevant portions of the information, via a text message, to those responsible for patient care.

Abstract: Techniques for superimposing highlights and shadows onto a background in order to simulate a brush texture graphical style within a software application's component window. The techniques include decoding a user-selected base-color into its individual color components, performing a contrast operation on the individual color components to determine highlight and shadow colors, and superimposing the highlight and shadow colors onto the user selected background.

Abstract: Dynamic Highlight Prompting provides graphical interface screens that have moderate complexity, and that selectively highlight the most likely selections at each step in multistep processes. Dynamic Highlight Prompting allows a novice or occasional user to follow an understandable sequence, while allowing a proficient user to choose valid, non-highlighted selections to bypass inefficient operations.