Abstract: A fluid handling system includes a pressure exchanger (PX) configured to receive a first fluid at a first pressure and a second fluid at a second pressure and exchange pressure between the first fluid and the second fluid. The system further includes a condenser configured to provide corresponding thermal energy from the first fluid to a corresponding environment. The system further includes a receiver to receive the first fluid output by the PX. The receiver forms a chamber to separate the first fluid into a first gas and a first liquid. The system further includes a first booster to increase pressure of a portion of the first gas to form the second fluid at the second pressure and provide the second fluid at the second pressure to the PX.

Abstract: A clarifier can comprise a floor, inner and outer walls that each extends upwardly from the floor such that a tank is at least partially defined by the inner wall and a launder channel is at least partially defined between the inner and outer walls and is disposed along at least a majority of a periphery of the tank. A launder cover comprising one or more flexible sheets can be disposed over at least a majority of the launder channel. Each of the sheet(s) can have opposing inner and outer edges, the inner edge coupled to the inner wall and the outer edge coupled to the outer wall, and can be configured such that, when a single one of the inner and outer edges is decoupled from the inner and outer walls, the sheet is deformable to at least partially uncover the launder channel.

Abstract: An intravascular blood flow sensing system is provided. The system includes an intravascular catheter or guidewire with a flow sensor that obtains flow data of blood flow within a blood vessel. The system includes a processor circuit that communicates with the intravascular catheter or guidewire. The processor circuit receives the flow data from the intravascular catheter or guidewire, determine a plurality of values based on the flow data, and outputs a plot of the plurality of values to a display. The plot includes peak associated with coronary reactivity testing (CRT). The processor circuit can also automatically change between a louder volume and a softer volume for audio output of the flow data. The processor circuit can additional communicate with a device other than the flow sensor (e.g., ECG, pressure sensor, etc.), and graphical representations of the flow data and the data received from the other device can be independent scaled.

Abstract: A clarifier can comprise a floor, inner and outer walls that each extends upwardly from the floor such that a tank is at least partially defined by the inner wall and a launder channel is at least partially defined between the inner and outer walls and is disposed along at least a majority of a periphery of the tank. A launder cover comprising one or more flexible sheets can be disposed over at least a majority of the launder channel. Each of the sheet(s) can have opposing inner and outer edges, the inner edge coupled to the inner wall and the outer edge coupled to the outer wall, and can be configured such that, when a single one of the inner and outer edges is decoupled from the inner and outer walls, the sheet is deformable to at least partially uncover the launder channel.

Abstract: A clarifier can comprise a floor, inner and outer walls that each extends upwardly from the floor such that a tank is at least partially defined by the inner wall and a launder channel is at least partially defined between the inner and outer walls and is disposed along at least a majority of a periphery of the tank. A launder cover comprising one or more flexible sheets can be disposed over at least a majority of the launder channel. Each of the sheet(s) can have opposing inner and outer edges, the inner edge coupled to the inner wall and the outer edge coupled to the outer wall, and can be configured such that, when a single one of the inner and outer edges is decoupled from the inner and outer walls, the sheet is deformable to at least partially uncover the launder channel.

Abstract: An animal dispersing system includes a laser diode light source to produce a resultant beam of light within a wavelength region of 400-700 nanometers, and a rotatable reflective member and lens configured in the housing. The rotatable reflective member is rotatingly coupled to an actuator, wherein the at least one laser diode light source is mounted coaxially to an axis of the rotatable reflective member. The animal dispersion system also includes a controller to cyclically turn the actuator on and off for adjusting a speed and direction of the beam of light, and cyclically turn on the at least one laser diode light source for adjusting a pattern generated by the beam of light, such that the speed, direction, and the pattern is generated to disperse animals from a physical area.

Abstract: A clarifier can comprise a floor, inner and outer walls that each extends upwardly from the floor such that a tank is at least partially defined by the inner wall and a launder channel is at least partially defined between the inner and outer walls and is disposed along at least a majority of a periphery of the tank. A launder cover comprising one or more flexible sheets can be disposed over at least a majority of the launder channel. Each of the sheet(s) can have opposing inner and outer edges, the inner edge coupled to the inner wall and the outer edge coupled to the outer wall, and can be configured such that, when a single one of the inner and outer edges is decoupled from the inner and outer walls, the sheet is deformable to at least partially uncover the launder channel.

Abstract: An animal dispersing system includes a laser diode light source to produce a resultant beam of light within a wavelength region of 400-700 nanometers, and a rotatable reflective member and lens configured in the housing. The rotatable reflective member is rotatingly coupled to an actuator, wherein the at least one laser diode light source is mounted coaxially to an axis of the rotatable reflective member. The animal dispersion system also includes a controller to cyclically turn the actuator on and off for adjusting a speed and direction of the beam of light, and cyclically turn on the at least one laser diode light source for adjusting a pattern generated by the beam of light, such that the speed, direction, and the pattern is generated to disperse animals from a physical area.

Abstract: A system and method for providing interface compatibility between two hierarchical collections of integrated circuit (IC) design objects. Upon establishing an associative correspondence between a design object from a first hierarchical collection and a design object from a second hierarchical collection, a port compatibility map is generated based on determination that a particular associative correspondence includes a pair of design objects, one from each hierarchical collection, that are port-compatible. Thereafter, the port compatibility map is reduced to determine a set of design object pairs that allow interface-compatible replaceability between the first and second hierarchical collections.