Abstract: A wire clip includes a longitudinal hole and a longitudinal through-channel having a generally U-shaped cross section wherein a first end of the longitudinal through-channel is in communication with a lateral opening and a second end of the longitudinal through-channel is closed.

Abstract: A wire clip includes a longitudinal hole and a longitudinal through-channel having a generally U-shaped cross section wherein a first end of the longitudinal through-channel is in communication with a lateral opening and a second end of the longitudinal through-channel is closed.

Abstract: An implanted system includes at least two optical sensors implanted proximate to an artery of a patient such that one optical sensor is upstream of another optical sensor. Arterial pulses of the patient may be detected based on electrical signals from at least one of the optical sensors. In addition, electrical signals from the optical sensors may be used to minimize the effects of motion artifacts on the detection of arterial pulses. For example, a detected pulse may be determined to be a spurious pulse if the optical sensors indicate the occurrence of the pulse within a predetermined range of time. As another example, a first optical sensor signal may be shifted in time relative to a second optical sensor signal, and the signals may be correlated. An arterial pulse may be detected at a time at which a peak or trough amplitude value of the correlated signal is observed.

Abstract: A system installed in an aircraft automatically retrieves and displays approach minimum data to the pilot, thereby relieving him or her of the burden of searching for the desired information. The display of the data may take the form of a complete or partial image of a published approach chart. In a variation, the system may both automatically retrieve and automatically enter the desired data into the flight plan, thereby relieving the pilot of both the searching and data-entry tasks. The system may include a database, a screen, a control, and a controller.

Abstract: An implanted system includes at least two optical sensors implanted proximate to an artery of a patient such that one optical sensor is upstream of another optical sensor. Arterial pulses of the patient may be detected based on electrical signals from at least one of the optical sensors. In addition, electrical signals from the optical sensors may be used to minimize the effects of motion artifacts on the detection of arterial pulses. For example, a detected pulse may be determined to be a spurious pulse if the optical sensors indicate the occurrence of the pulse within a predetermined range of time. As another example, a first optical sensor signal may be shifted in time relative to a second optical sensor signal, and the signals may be correlated. An arterial pulse may be detected at a time at which a peak or trough amplitude value of the correlated signal is observed.

Abstract: An implantable medical device includes an optical hemodynamic sensor comprising at least one optical emitter and at least one detector. In some examples, the at least one optical emitter may be optically coupled to at least one light transmission member that extends from a housing of the medical device. In addition, in some examples, the at least one detector may be optically coupled to at least one light transmission member that extends from the housing of the medical device. In other examples, an optical emitter and/or detector of a hemodynamic sensor may be carried by an elongated member that extends from a housing of the IMD. The elongated member may electrically couple the optical emitter and/or detector to a controller or other components within the IMD housing.

Abstract: Heart-monitoring systems, apparatus, and methods adapted to detect CS, CI and/or MI. In one embodiment, a system comprising at least two first-tier sensors capable of measuring and converting into signals at least two aspects related to cardiac function, at least one second-tier sensor that is also a first-tier sensor, at least one signal processor capable of transmitting a first-tier and second-tier trigger signal when coronary syndrome, cardiac ischemia or myocardial infarction has been detected, at least one communication device capable of communicating, at least one control element adapted to produce a first-tier and second-tier trigger signal when at least one first-tier sensor exceeds its threshold signal level, to exclude the signal from the first-tier sensor that exceeded its threshold and lower at least one threshold of the at least one first-tier sensor is provided.

Abstract: An implantable medical device (IMD) includes an optical hemodynamic sensor comprising at least one optical emitter and at least one detector. In some examples, the at least one optical emitter may be optically coupled to at least one light transmission member that extends from a housing of the IMD. In addition, in some examples, the at least one detector may be optically coupled to at least one light transmission member that extends from the housing of the IMD. In other examples, an optical emitter and/or detector of a hemodynamic sensor may be carried by an extension member that extends from a housing of the IMD. The elongated member may electrically couple the optical emitter and/or detector to a controller or other components within the IMD housing.

Abstract: A method and apparatus for determining vulnerable plaque in a cardiovascular lumen is disclosed. In one embodiment, a guide member comprising a temperature sensor and a distance sensor are inserted into the cardiovascular lumen. The temperature of the cardiovascular wall is measured with the temperature sensor, and the distance from the temperature sensor to the cardiovascular wall is determined. The cardiovascular wall temperature is adjusted based on the distance determination, and the vulnerable plaque is determined based on the adjusted wall temperature measurement.

Abstract: A decorative article is provided for an automotive glazing. The decorative article includes an interior layer and an exterior layer in side by side relationship with the interior layer. A vinyl layer is disposed between the interior layer and the exterior layer. A decorative pattern is disposed on a surface of one of the interior layer, the exterior layer, or the vinyl layer. A ceramic pattern layer is disposed inward with respect to the decorative pattern layer. An albedo of the ceramic pattern layer is greater than an albedo of the decorative pattern for providing an enhanced illuminated background of the decorative pattern.

Abstract: A method and apparatus for determining vulnerable plaque in a cardiovascular lumen is disclosed. In one embodiment, a guide member comprising a temperature sensor and a distance sensor are inserted into the cardiovascular lumen. The temperature of the cardiovascular wall is measured with the temperature sensor, and the distance from the temperature sensor to the cardiovascular wall is determined. The cardiovascular wall temperature is adjusted based on the distance determination, and the vulnerable plaque is determined based on the adjusted wall temperature measurement.

Abstract: Disclosed are a method, system and computer software tool for capturing innovation. The software tool comprises means for entering an innovation into a database, and a system for evaluating said innovation. The software tool further comprises means for completing a business plan for implementing said innovation, and means for mapping said innovation to specific customer pain points. The preferred embodiment of the invention allows for a highly efficient tracking and management of innovation ideas. It does this by using a number of features. including workflow functionality to efficiently process, manage, and evaluate innovation ideas. The preferred embodiment also allows for innovation ideas to be managed in a lifecycle model, with different requirements by lifecycle stage.

Abstract: The present invention features a decorative article for an automotive glazing. An interior layer, an exterior layer in side by side relation with the interior layer, and a vinyl layer with a decorative pattern are arranged so that the vinyl layer is disposed between the interior and exterior layers. A ceramic pattern layer is disposed on the interior layer opposite the vinyl layer. The ceramic pattern layer has light reflecting background for enhanced illumination of the decorative pattern of the vinyl layer.

Abstract: A method and system for determining vulnerable plaque in a cardiovascular lumen is disclosed. A guide member is inserted into the cardiovascular lumen. Temperature is sensed from a first position and a second position along the inserted guide member. Vulnerable plaque is determined based on the sensed temperature from the first position and the second position.

Abstract: A set of binders includes round ring binders and binders with flattened rings, having the same exterior appearance, but with the flattened ring binders, accommodating wider sheets, such as index sheets. Individual flattened ring binders include reliable over-center ring operating action with elongated plates to which the rings are secured, and an overlying elongated spring cover to apply inward pressure on the plates. Using flattened rings, the covers of the binders may be reduced in extent.