mhurhangee/ep-ind-claims huggingface dataset:
Glyceryl tri-[4-phenylbutyrate] (HPN-100) for use in a method of treating an overt hepatic encephalopathy episode in an adult or pediatric human subject suspected to be currently experiencing an HE episode, wherein the glyceryl tri-[4-phenylbutyrate] (HPN-100) is administered to the subject if the subject is classified as experiencing an overt HE episode; wherein the subject is classified as experiencing an overt HE episode if the subject meets only one of the criteria set forth in (a), (b), or (c): (a) determining whether the subject has been disoriented as to time, place, or person for at least one hour; (b) determining whether the subject has been lethargic for at least one hour and is exhibiting asterixis; or (c) determining that the subject is incapable of being assessed due to disorientation as to time, place, and person, somnolence, or coma, wherein the glyceryl tri-[4-phenylbutyrate] (HPN-100) is administered at a dosage sufficient to maintain the subject's fasting blood ammonia level at or below a specified threshold of 1.5 times the upper limit of normal. (a) determining whether the subject has been disoriented as to time, place, or person for at least one hour; (b) determining whether the subject has been lethargic for at least one hour and is exhibiting asterixis; or (c) determining that the subject is incapable of being assessed due to disorientation as to time, place, and person, somnolence, or coma,
Holding cam, in particular for a quick-release system, with a hollow cylindrical base body, which has an external thread for anchoring in a bore of a component and an internal contour (9, 10, 11, 12; 21) for connecting to a locking pin, and with a support flange projecting radially from the base body, wherein the base body comprises at least two lateral flat portions offset from one another around the circumference, characterized in that the external thread is a self-tapping, three-turn external thread, the starting points of which are offset by 120° and located outside the lateral flat portions.
A system for mapping the electrical activity of the heart, the system comprising: a processor, the processor configured to: sense a plurality of signals with a plurality of electrodes positioned within the heart; generate, based at least in part on the sensed plurality of signals, a plurality of alternate signals for the plurality of signals, each alternate signal of the plurality of alternate signals corresponding to one of the plurality of signals, and wherein generating the corresponding alternate signal for each one of the plurality of signals includes determining a dominant frequency for the plurality of signals; determine a fiducial point on each alternate signal; align each alternate signal to its corresponding one of the plurality of signals by assigning each alternate signal a phase value, wherein a phase value assigned to an alternate signal is derived from the alternate signal's corresponding one of the plurality of signals; and determine, based at least in part on each determined fiducial point and alignment of each alternate signal to its corresponding one of the plurality of signals, an activation time in each corresponding one of the plurality of signals. a processor, the processor configured to: sense a plurality of signals with a plurality of electrodes positioned within the heart; generate, based at least in part on the sensed plurality of signals, a plurality of alternate signals for the plurality of signals, each alternate signal of the plurality of alternate signals corresponding to one of the plurality of signals, and wherein generating the corresponding alternate signal for each one of the plurality of signals includes determining a dominant frequency for the plurality of signals; sense a plurality of signals with a plurality of electrodes positioned within the heart; generate, based at least in part on the sensed plurality of signals, a plurality of alternate signals for the plurality of signals, each alternate signal of the plurality of alternate signals corresponding to one of the plurality of signals, and wherein generating the corresponding alternate signal for each one of the plurality of signals includes determining a dominant frequency for the plurality of signals; determine a fiducial point on each alternate signal; align each alternate signal to its corresponding one of the plurality of signals by assigning each alternate signal a phase value, wherein a phase value assigned to an alternate signal is derived from the alternate signal's corresponding one of the plurality of signals; and determine, based at least in part on each determined fiducial point and alignment of each alternate signal to its corresponding one of the plurality of signals, an activation time in each corresponding one of the plurality of signals.
An imaging device which is arranged to photoelectrically read fluorescence or chemiluminescence emitted from an object to image the object, the imaging device comprising: a control unit which is arranged to receive first control information for controlling a first function and second control information for controlling a second function, the first and second functions being related to the imaging of the object, from a plurality of external terminals (2, 3, 4) and is arranged to perform control based on the received first and second control information; and a terminal recognition unit which is arranged to recognize the plurality of external terminals (2, 3, 4), wherein the control unit is further configured to recognize the execution states of the first function and the second function by each external terminal (2, 3, 4) based on the first and second control information output from each external terminal (2, 3, 4), configured to restrict simultaneous processing of the first function by the plurality of external terminals (2, 3, 4), and is arranged to perform parallel processing of the first function and the second function by the plurality of external terminals (2, 3, 4), characterized in that the control unit is arranged to receive execution reservation information of the first function for external terminals (2, 3, 4) other than an external terminal, by which the first function is executed, and is arranged to execute the first function in the order of reception of the execution reservation information. a control unit which is arranged to receive first control information for controlling a first function and second control information for controlling a second function, the first and second functions being related to the imaging of the object, from a plurality of external terminals (2, 3, 4) and is arranged to perform control based on the received first and second control information; and a terminal recognition unit which is arranged to recognize the plurality of external terminals (2, 3, 4), wherein the control unit is further configured to recognize the execution states of the first function and the second function by each external terminal (2, 3, 4) based on the first and second control information output from each external terminal (2, 3, 4), configured to restrict simultaneous processing of the first function by the plurality of external terminals (2, 3, 4), and is arranged to perform parallel processing of the first function and the second function by the plurality of external terminals (2, 3, 4), characterized in that the control unit is arranged to receive execution reservation information of the first function for external terminals (2, 3, 4) other than an external terminal, by which the first function is executed, and is arranged to execute the first function in the order of reception of the execution reservation information.
Device for setting cross-country ski trails, comprising a plurality of track-drawing bodies for setting a cross-country ski track, a plurality of tearing-open devices for tearing open an underlying surface, and a milling device, wherein each track-drawing body is assigned a tearing-open device which tears open only a region corresponding to the width of the track-drawing body, wherein the ratio of the external dimension of the respective tearing-open devices transversely with respect to the cross-country ski track to the external dimension of the respective track-drawing body does not exceed 2:1, characterized in that precisely one milling device is arranged in a direction of travel of the device upstream of the track-drawing bodies and downstream of the tearing-open devices, and the milling device is assigned to a plurality of track-drawing bodies and has an external dimension transversely with respect to the cross-country ski track that exceeds a common dimension of the track-drawing bodies transversely with respect to the cross-country ski track.
A method, implemented within a multiuser multiple antenna system (MU-MAS) comprising a plurality of users and a plurality of antennas of base transceiver stations (BTSs), wherein the plurality of antennas are distributed and for transmitting, the method comprising: measuring the link quality between a target user of the plurality of users and the plurality of antennas; comprising: defining a user cluster using the measured link quality, wherein the user cluster is a subset of antennas, from the plurality of antennas, whose signal can be reliably detected by the target user; measuring channel state information between each user of the plurality of users and each antenna of the subset of antennas within the defined user cluster; and precoding data to be transmitted cooperatively, from the subset of antennas within the defined user cluster, to the users reachable by the subset of antennas within the defined user cluster based on the measured CSI. antenna within a defined user cluster; and defining a user cluster using the measured link quality, wherein the user cluster is a subset of antennas, from the plurality of antennas, whose signal can be reliably detected by the target user; measuring channel state information between each user of the plurality of users and each antenna of the subset of antennas within the defined user cluster; and precoding data to be transmitted cooperatively, from the subset of antennas within the defined user cluster, to the users reachable by the subset of antennas within the defined user cluster based on the measured CSI. antenna within a defined user cluster; and
A server providing a unified application framework for call control and media control for building application components to execute on a Java virtual machine on the server, the server comprising: means for providing a call control API for providing a standardized Java interface for call control, said call control API defining a set of class object primitives for call control; means for providing a media control API for providing a standardized Java interface for media server control, said media control API defining a set of class object primitives for media control; means for constructing a unified call control and media control API defining a set of unified class objects constructed from the class object primitives of the call control API and the media control API, wherein said unified class objects include: a unified event source object for generating unified events from both call control events and media control events; an observer object specifying a type of event and a state of the application; and said unified event source object only dispatching a unified event having an event type to said observer object when the event type and the state of the application match those specified by said observer object; means for deploying an application having components built from the unified class objects; and means for executing the application on a Java virtual machine on the server. means for providing a call control API for providing a standardized Java interface for call control, said call control API defining a set of class object primitives for call control; means for providing a media control API for providing a standardized Java interface for media server control, said media control API defining a set of class object primitives for media control; means for constructing a unified call control and media control API defining a set of unified class objects constructed from the class object primitives of the call control API and the media control API, wherein said unified class objects include: a unified event source object for generating unified events from both call control events and media control events; an observer object specifying a type of event and a state of the application; and said unified event source object only dispatching a unified event having an event type to said observer object when the event type and the state of the application match those specified by said observer object; a unified event source object for generating unified events from both call control events and media control events; an observer object specifying a type of event and a state of the application; and said unified event source object only dispatching a unified event having an event type to said observer object when the event type and the state of the application match those specified by said observer object; means for deploying an application having components built from the unified class objects; and means for executing the application on a Java virtual machine on the server.
Device for delivering liquid medicament having a cover (12, 16), a plunger, a plunger rod, a medicament container and a drive mechanism equipped with a main spring and a planetary gear, wherein the planetary gear consist of an input sun gear, a ring gear which is locked to the cover of the device and a planet carrier equipped with a number of shafts placed a distance from a rotation centre on which planet gears are assembled, wherein the planet gears run between the sun gear and the locked ring gear which results in a geared down rotation at the output shaft, wherein the planetary gear gears down the rotation created by the mainspring propelled drive mechanism, and thus decreases the forward movement of the plunger rod and simultaneously increases the driving force on the plunger rod which pushes the plunger in front of itself inside of the medicament container and expels medicament out of the medicament container into the patient's body through a hollow injection needle, wherein the planet carrier constitutes the output shaft of the planetary gear and has a threaded hub hole which screws the plunger rod ahead through a locked non-cylindrical hole which corresponds to corresponding non-circular longitudinally protruding tracks in the plunger rod, wherein the mantle surface of the plunger rod is threaded and equipped with cut outs in the material for these non-circular torque transferring tracks along its longitudinal direction such that the plunger rod moves ahead with a linear forward directed movement, wherein the mainspring is a regular compression spring which in its state of rest is contained in a compartment restricted by a moving front stop position which is composed of a front wall of a dose drum and at the rear by a dose knob which is only free to rotate but neither can move ahead nor backwards, wherein the rotation is accomplished by an external thread on the outer surface of the dose drum, wherein the external thread is guided by an internally positioned threaded track in the cover of the device, wherein when a new dose is set by turning the dose knob which is attached to a drive shaft, the dose drum is forced to rotate backwards along the threaded tracks within the rear cover which results in that the compression of the mainspring further increases, wherein this increase of the spring force constitutes the drive power which at a later stage is used to propel the plunger rod ahead, wherein when the dose is delivered by activating the trigger button and releasing a dose stop the dose drum rotates and returns to its front stop position, simultaneously as the spring force, through the drive shaft and the clutch mechanism is transmitted to the dose stop which constitutes the input shaft to the planetary gear which in its turn propels the plunger rod ahead.
A device for characterising particles moving in a vacuum in a particle jet, comprising: - a chamber and means for pumping the fluid present into the chamber to create a vacuum in the chamber; - a system arranged to generate in the chamber a particle jet under vacuum wherein the particles are focused, or highly collimated within a carrier gas or arranged to generate a supersonic jet of a carrier gas entraining the particles; - a laser arranged to emit a laser beam in the form of pulses, a control means for controlling the characteristics of the laser, an optical device for focusing said beam in the chamber, perpendicularly to the direction of propagation of the particle jet, at least one detection device (61, 62) arranged to detect the particles emitted by the plasma and with which is associated a means of acquiring and processing the data resulting from the detection of said particles emitted by the plasma, characterised in that the optical device is arranged to focus said laser beam on the particle jet to form a focal volume reduced sufficiently so that, statistically, no more than one particle is inside the focal volume during a laser pulse, so that a particle inside the focal volume forms a plasma by interaction with the laser beam, said plasma emitting other particles, characteristics of the interaction between the laser and this particle of the jet. - a chamber and means for pumping the fluid present into the chamber to create a vacuum in the chamber; - a system arranged to generate in the chamber a particle jet under vacuum wherein the particles are focused, or highly collimated within a carrier gas or arranged to generate a supersonic jet of a carrier gas entraining the particles; - a laser arranged to emit a laser beam in the form of pulses, a control means for controlling the characteristics of the laser, an optical device for focusing said beam in the chamber, perpendicularly to the direction of propagation of the particle jet, at least one detection device (61, 62) arranged to detect the particles emitted by the plasma and with which is associated a means of acquiring and processing the data resulting from the detection of said particles emitted by the plasma, characterised in that
A method for producing an optical module, comprising the following steps: a) providing a chip having an optical element integrated therein, wherein the optical element includes a first electrode and a second electrode, the chip has a first connecting contact for the first electrode and a second connecting contact for the second electrode, so that an operating voltage for the optical element can be applied between the first and second connecting contacts, and the chip has an optically active side designed to emit and/or receive radiation; b) joining the chip to a film, so that the film covers the entire surface area of the optically active side of the chip, wherein the film is a film made of acrylate, polyarylate or polyurethane, and the film is transparent to radiation, which can be emitted or received by the optical element when operating voltage is applied, at least in the region located above the optically active side; and c) contacting the first connecting contact of the chip by a conductor track arranged on the film, and contacting the second connecting contact by a further conductor track, wherein joining the chip to the film takes place by pressing the chip into the film so that the film covers the entire surface area of the top side of the chip and the edges of the chip. a) providing a chip having an optical element integrated therein, wherein the optical element includes a first electrode and a second electrode, the chip has a first connecting contact for the first electrode and a second connecting contact for the second electrode, so that an operating voltage for the optical element can be applied between the first and second connecting contacts, and the chip has an optically active side designed to emit and/or receive radiation; b) joining the chip to a film, so that the film covers the entire surface area of the optically active side of the chip, wherein the film is a film made of acrylate, polyarylate or polyurethane, and the film is transparent to radiation, which can be emitted or received by the optical element when operating voltage is applied, at least in the region located above the optically active side; and c) contacting the first connecting contact of the chip by a conductor track arranged on the film, and contacting the second connecting contact by a further conductor track,
In vitro method for predicting a treatment response to a V 1B receptor antagonist in a patient with depressive symptoms and/or anxiety disorder, wherein the copeptin concentration in a blood sample of said patient is determined, and wherein an elevated copeptin concentration compared to copeptin concentrations in healthy individuals is indicative for a patient responding to a treatment with a V 1B receptor antagonist.
A hydrogen generation apparatus (1,1') for generating hydrogen-containing gas from a raw material containing hydrocarbon and an odorizing component, comprising: a raw material supply unit for controlling a flow rate of the raw material to be supplied from an external element; an odorizing component removing section containing an adsorbing agent for adsorbing the odorizing component contained in the raw material; a combustor for combusting combustion gas; a reformer for generating hydrogen-containing gas from the raw material which has passed the odorizing component removing section by a reforming reaction using combustion heat supplied from the combustor; characterized in that a controller is configured to control the raw material supply unit to, during driving after the adsorbing agent or the odorizing component removing section is exchanged or after the adsorbing agent is regenerated, make the flow rate of the raw material to be supplied from the external element higher than the flow rate during the driving immediately before the exchange or regeneration. a raw material supply unit for controlling a flow rate of the raw material to be supplied from an external element; an odorizing component removing section containing an adsorbing agent for adsorbing the odorizing component contained in the raw material; a combustor for combusting combustion gas; a reformer for generating hydrogen-containing gas from the raw material which has passed the odorizing component removing section by a reforming reaction using combustion heat supplied from the combustor; characterized in that a controller is configured to control the raw material supply unit to, during driving after the adsorbing agent or the odorizing component removing section is exchanged or after the adsorbing agent is regenerated, make the flow rate of the raw material to be supplied from the external element higher than the flow rate during the driving immediately before the exchange or regeneration.
An adsorption bed for a rapid cycle pressure swing adsorption (RSPSA) device comprising a guard layer at a feed end of the bed and a primary adsorbent layer, the guard layer comprising a laminate sheet comprising a desiccant, wherein the channel fraction of the guard layer is between 50% and 75%, the channel fraction being defined as 1 minus the absorbent sheet fraction, the adsorbent sheet fraction being defined as the volume of the laminate sheet divided by the volume of the guard layer; wherein the surface of the laminate sheet is textured thereby introducing surface voids to the laminate sheet, the surface voids being defined as the volume defined by the peak-to-peak thickness T A of the laminate sheet minus the volume of the envelope of the laminate sheet, and wherein the surface void fraction of the laminate sheet is between 20 and 50%, the surface void fraction being defined as the volume of the surface voids divided by the sum of the volume of the laminate sheet plus the volume of the surface voids.