mhurhangee/ep-ind-claims huggingface dataset:
A medical imaging apparatus, comprising: a controller including circuitry configured to: control display on a display area of a medical image, wherein the medical image includes a surgical image of a body; control display on the display area of a superimposed image corresponding to the medical image such that the superimposed image is displayed overlapped on the medical image, wherein the superimposed image is a zoomed image corresponding to a region of interest portion of the medical image; characterised in that the circuitry is further configured to: detect a position of an important element within the medical image; and determine a position of the superimposed image within the display area, based on the detected position of the important element, such that the superimposed image does not overlap on the important element within the medical image. a controller including circuitry configured to: control display on a display area of a medical image, wherein the medical image includes a surgical image of a body; control display on the display area of a superimposed image corresponding to the medical image such that the superimposed image is displayed overlapped on the medical image, wherein the superimposed image is a zoomed image corresponding to a region of interest portion of the medical image; control display on a display area of a medical image, wherein the medical image includes a surgical image of a body; control display on the display area of a superimposed image corresponding to the medical image such that the superimposed image is displayed overlapped on the medical image, wherein the superimposed image is a zoomed image corresponding to a region of interest portion of the medical image; characterised in that the circuitry is further configured to: detect a position of an important element within the medical image; and determine a position of the superimposed image within the display area, based on the detected position of the important element, such that the superimposed image does not overlap on the important element within the medical image. detect a position of an important element within the medical image; and determine a position of the superimposed image within the display area, based on the detected position of the important element, such that the superimposed image does not overlap on the important element within the medical image.
A method for accelerating network accessing of a terminal in a wireless communication system, comprising the steps of: (a) a wireless terminal receiving system parameter information, and charaterized by after obtaining a base station identifier, BS ID, and a network access provider identifier, NAP ID, from the system parameter information (101, 201), immediately judging validity of the NAP ID, or validity of both the NAP ID and the BS ID (102, 202); (b) if a result of the judgment is "valid", the terminal proceeding to a subsequent flow of the network discovery and selection according to information stored in the terminal (103, 203); if a result of the judgment is "invalid", the terminal starting a new flow of network discovery and selection, instead of receiving, parsing and processing physical channel parameter messages (105, 204). (a) a wireless terminal receiving system parameter information, and charaterized by after obtaining a base station identifier, BS ID, and a network access provider identifier, NAP ID, from the system parameter information (101, 201), immediately judging validity of the NAP ID, or validity of both the NAP ID and the BS ID (102, 202); (b) if a result of the judgment is "valid", the terminal proceeding to a subsequent flow of the network discovery and selection according to information stored in the terminal (103, 203); if a result of the judgment is "invalid", the terminal starting a new flow of network discovery and selection, instead of receiving, parsing and processing physical channel parameter messages (105, 204).
A cellulose-based abrasive backer, comprising: a saturated nonwoven web defining a first surface and a second surface, wherein the saturated nonwoven web comprises a cured saturant composition and a non woven web of fibers, wherein the fibers consist essentially of 80 wt% to 96 wt% cellulosic fiber and 4 wt % to 20 wt% synthetic polyester fiber, wherein about 80 wt% to about 100 wt% of the cellulosic fibers within the nonwoven web are hardwood fibers wherein the synthetic fibers serve as high tensile strength fibers to increase the tear resistance of the nonwoven web, and wherein the cured saturant composition comprises a curable latex polymeric binder, a film forming resin, and optional additional components; and a top coating comprising a film forming coating, a barrier coating or a semi-porous coating on the first surface of the saturated nonwoven web. a saturated nonwoven web defining a first surface and a second surface, wherein the saturated nonwoven web comprises a cured saturant composition and a non woven web of fibers, wherein the fibers consist essentially of 80 wt% to 96 wt% cellulosic fiber and 4 wt % to 20 wt% synthetic polyester fiber, wherein about 80 wt% to about 100 wt% of the cellulosic fibers within the nonwoven web are hardwood fibers wherein the synthetic fibers serve as high tensile strength fibers to increase the tear resistance of the nonwoven web, and wherein the cured saturant composition comprises a curable latex polymeric binder, a film forming resin, and optional additional components; and a top coating comprising a film forming coating, a barrier coating or a semi-porous coating on the first surface of the saturated nonwoven web.
System for the combined location-, time- and frequency-dependent determination of electrical parameters in a power supply network with the following features: a) The system has an excitation system which is set up to arbitrarily feed at least one electrical excitation signal into the power supply network, b) the system has a measuring system which is set up to determine electrical parameters occurring in the power supply network as a result of the electrical excitation signal as a function of location, time and frequency, c) wherein the measuring system has a sensor system which has a plurality of sensors distributed locally over the power supply network and/or location-variable sensors, by means of which electrical parameters in the power supply network can be determined at different locations and accordingly in a location-dependent manner, the system having an evaluation system which is set up to evaluate the electrical characteristic variables of the power supply network, which are determined as a function of location, time and frequency, and to generate an at least spatially and temporally resolved representation of the electrical characteristic variables or electrical system responses of the power supply network determined therefrom, characterized in that the evaluation system is set up to generate all subsequent representations of the electrical characteristic variables or electrical system responses of the power supply network determined therefrom: d) Representation of location over time and electrical quantities by creating a land map of time and electrical quantities, e) Representation of time via the location and the electrical variables by creating a time map of the location and electrical variables, f) Representation of electrical quantities over time and place by creating an electro-time map of electrical quantities for different times and places. a) The system has an excitation system which is set up to arbitrarily feed at least one electrical excitation signal into the power supply network, b) the system has a measuring system which is set up to determine electrical parameters occurring in the power supply network as a result of the electrical excitation signal as a function of location, time and frequency, c) wherein the measuring system has a sensor system which has a plurality of sensors distributed locally over the power supply network and/or location-variable sensors, by means of which electrical parameters in the power supply network can be determined at different locations and accordingly in a location-dependent manner, d) Representation of location over time and electrical quantities by creating a land map of time and electrical quantities, e) Representation of time via the location and the electrical variables by creating a time map of the location and electrical variables, f) Representation of electrical quantities over time and place by creating an electro-time map of electrical quantities for different times and places.
A method for managing production of hydrocarbons from a subterranean reservoir comprising a number of wellbores in the form of injectors and producers surrounded by a formation, each wellbore having a horizontal section including a heel section and a toe section, the horizontal section being provided with a non-cemented perforated liner, thereby forming a continuous at least substantially annular space between the non-cemented perforated liner and the formation, the liner having an original perforation pattern being optimized for acid stimulation of the wellbore so that the total hole area per length unit of the liner varies over the length of the liner from the heel to the toe, characterised by that, subsequent to acid stimulation of one of the wellbores forming an injector, the following steps are performed: • injecting a hydrocarbon displacement fluid into the perforated liner in said wellbore and measuring parameters relevant for inflow profiling, • on the basis of the measured parameters, determining an actual inflow profile (P a) over the length of the wellbore, • comparing the determined actual inflow profile (P a) with a preferred inflow profile (P p) over the length of the wellbore, • estimating, on the basis of the difference between the actual inflow profile (P a) and the preferred inflow profile (P p), a modified perforation pattern for the liner, • determining how the original perforation pattern of the liner may be adapted to form said modified perforation pattern for the liner, and • adapting the perforation pattern of the liner accordingly. • injecting a hydrocarbon displacement fluid into the perforated liner in said wellbore and measuring parameters relevant for inflow profiling, • on the basis of the measured parameters, determining an actual inflow profile (P a) over the length of the wellbore, • comparing the determined actual inflow profile (P a) with a preferred inflow profile (P p) over the length of the wellbore, • estimating, on the basis of the difference between the actual inflow profile (P a) and the preferred inflow profile (P p), a modified perforation pattern for the liner, • determining how the original perforation pattern of the liner may be adapted to form said modified perforation pattern for the liner, and • adapting the perforation pattern of the liner accordingly.
An inlet arrangement for a grinding machine, preferably a roller mill, comprising: - a storage container with at least one milling material inlet and at least one milling material outlet, - at least one metering device arranged in the storage container for metering milling material into a milling gap of the grinding machine, preferably roller mill, through the milling material outlet, - a main sensor, preferably a force sensor, provided at the storage container at a level for determining a weight force exerted by the milling material, - an additional sensor, preferably a level sensor, provided at the storage container for determining a milling material level in the storage container, - a control unit which is connected or connectable to the main sensor and the additional sensor, wherein - the control unit is configured to generate, from the values determined by the main sensor and the additional sensor and from a setpoint value, an output signal to control the flow of the milling material out of the storage container, characterized in that the additional sensor extends into the storage container to a level that corresponds to the level where the main sensor is provided. - a storage container with at least one milling material inlet and at least one milling material outlet, - at least one metering device arranged in the storage container for metering milling material into a milling gap of the grinding machine, preferably roller mill, through the milling material outlet, - a main sensor, preferably a force sensor, provided at the storage container at a level for determining a weight force exerted by the milling material, - an additional sensor, preferably a level sensor, provided at the storage container for determining a milling material level in the storage container, - a control unit which is connected or connectable to the main sensor and the additional sensor, wherein - the control unit is configured to generate, from the values determined by the main sensor and the additional sensor and from a setpoint value, an output signal to control the flow of the milling material out of the storage container, characterized in that the additional sensor extends into the storage container to a level that corresponds to the level where the main sensor is provided.
A pharmaceutical composition comprising one or more platelet inhibitors wherein the platelet inhibitor is capable of inhibiting the GPIIb/IIIa receptor and is selected from the group consisting of abciximab and eptifibatide and one or more compounds capable of modulating/preserving the endothelial integrity, wherein the compound capable of modulating/preserving the endothelial integrity is selected from the group consisting of prostacyclin or variants thereof said variants selected from the group consisting of epoprostenol sodium and iloprost, for use in the treatment and prevention of organ failure in a human being, wherein organ failure is due to severe infection or sepsis, and organ failure is defined as altered organ function in an acutely ill patient having thrombocytopenia and requiring medical intervention to achieve homeostasis.
An acoustic transducer for communications within an operational bandwidth, the acoustic transducer comprising: a signal generator for generating a signal at a centre-frequency within the operational bandwidth; a piezoelectric element having a dielectric constant that varies with temperature; a driving electrode at the surface of the piezoelectric element; a matching network, having a natural frequency at a given temperature, and operable to transfer the signal from the signal generator to the piezoelectric element, the matching network being connected to the driving electrode; wherein the matching network comprises a temperature compensating capacitor connected in parallel with the piezoelectric element, the temperature compensating capacitor being for counteracting temperature-induced changes to the dielectric constant of the piezoelectric element such that the electrical natural frequency of the acoustic transducer is constant over a range of temperatures, and a a first shunt inductor connected in parallel with the piezoelectric element; characterised in that the matching network further comprises: a second shunt inductor connected in parallel with the piezoelectric element and a first series inductor operably connected across the first and second shunt inductors(25, 27); and a series capacitor operably connected between the signal generator and the second shunt inductor. a signal generator for generating a signal at a centre-frequency within the operational bandwidth; a piezoelectric element having a dielectric constant that varies with temperature; a driving electrode at the surface of the piezoelectric element; a matching network, having a natural frequency at a given temperature, and operable to transfer the signal from the signal generator to the piezoelectric element, the matching network being connected to the driving electrode; wherein the matching network comprises a temperature compensating capacitor connected in parallel with the piezoelectric element, the temperature compensating capacitor being for counteracting temperature-induced changes to the dielectric constant of the piezoelectric element such that the electrical natural frequency of the acoustic transducer is constant over a range of temperatures, and a a first shunt inductor connected in parallel with the piezoelectric element; characterised in that the matching network further comprises: a second shunt inductor connected in parallel with the piezoelectric element and a first series inductor operably connected across the first and second shunt inductors(25, 27); and a series capacitor operably connected between the signal generator and the second shunt inductor.
Air vent with a device for controlling an air flow, wherein the air vent is formed as a gap vent and has a small height by comparison with its width, comprising a housing surrounding an air channel at least in a section and a displacement body pivotably mounted in the housing, wherein - the housing has an air inlet section, a centre section and an air outlet section and the cross-section of the air channel reduces going from the centre section towards the air outlet section, - the displacement body is pivotable about a pivot axis, which extends parallel to an air outlet opening provided in the air outlet section, and has a lobar form at least in a section in the cross-section of the air vent perpendicular to the pivot axis, - the displacement body is arranged completely within the air channel and - the displacement body extends over the width of the air vent. - the housing has an air inlet section, a centre section and an air outlet section and the cross-section of the air channel reduces going from the centre section towards the air outlet section, - the displacement body is pivotable about a pivot axis, which extends parallel to an air outlet opening provided in the air outlet section, and has a lobar form at least in a section in the cross-section of the air vent perpendicular to the pivot axis, - the displacement body is arranged completely within the air channel and - the displacement body extends over the width of the air vent.
A turn signal cancelling device for a vehicle, the turn signal cancelling device comprising: turn signal cancellation control means for automatically deactivating a turn signal; and vehicle speed detecting means for detecting a vehicle speed; characterised in that, in a case where an operation for giving an instruction to activate an other of a left turn signal and a right turn signal is performed before a first predetermined time has passed or before the vehicle has travelled a first predetermined distance since an operation for giving an instruction to activate one of the left turn signal and the right turn signal was performed when the vehicle speed is equal to or higher than a predetermined speed, the turn signal cancellation control means automatically deactivates the other of the left turn signal and the right turn signal after a second predetermined time has passed or after the vehicle has travelled a second predetermined distance since the operation for giving the instruction to activate the other of the left turn signal and the right turn signal, wherein the first predetermined time is different from the second predetermined time and wherein the first predetermined distance is different from the second predetermined distance. turn signal cancellation control means for automatically deactivating a turn signal; and vehicle speed detecting means for detecting a vehicle speed; characterised in that,
Hydraulic ejection tool for ejecting a rotor shaft for a turbomachine, the turbomachine having a structure which is fastened to the rotor shaft by means of a press fit, and a first tool, which is designed to be arranged on a first side of the structure and has a coupling device (11, 12) designed to couple the first tool to the structure such that they are not movable relative to one another at least in a direction along an axis of the rotor shaft; and at least one induction device, which is designed to heat the structure in the region of the press fit by means of induction; the first tool having a hydraulically actuated actuator, which, in an assembled state in which the first tool is coupled to the structure, is designed to push or pull the rotor shaft out of the structure, counter to the press fit, characterized in that the induction device is integrated in the first tool. and a first tool, which is designed to be arranged on a first side of the structure and has a coupling device (11, 12) designed to couple the first tool to the structure such that they are not movable relative to one another at least in a direction along an axis of the rotor shaft; and at least one induction device, which is designed to heat the structure in the region of the press fit by means of induction; the first tool having a hydraulically actuated actuator, which, in an assembled state in which the first tool is coupled to the structure, is designed to push or pull the rotor shaft out of the structure, counter to the press fit, characterized in that the induction device is integrated in the first tool.
A device for connecting a tail lift of a commercial vehicle or of a motor vehicle trailer to a stop section of a loading area of the commercial vehicle or of the motor vehicle trailer, wherein the tail lift is articulated pivotably and detachably via at least two hinges (3, 4, 4') on the stop section, wherein the hinges (3, 4, 4') have a shared rotation axis and are formed respectively of a pin (5, 6, 6', 6", 6′′′) and of a bush (7, 8) which is able to be mounted onto the pin (5, 6, 6', 6", 6′′′), characterized in that a hinge (4, 4'), arranged along the rotation axis, has a longer pin (6, 6', 6", 6′′′) than a next hinge, and wherein the longer pin (6, 6', 6", 6′′′) has a cylindrical portion (6a, 6a', 6a", 6a''') with a uniform diameter in radial extent to the rotation axis, wherein the cylindrical portion (6a, 6a', 6a", 6a′′′) of the pin (6, 6', 6", 6′′′) has a length corresponding at least to the length of the bush.