mhurhangee/ep-ind-claims huggingface dataset:
A user terminal (102a, 102b, 102n) comprising: a display unit configured to display at least one program; a collector unit configured to collect program viewing information from second terminals; and an information unit configured to generate program monitoring information based on the collected program viewing information; and a monitoring information manager unit configured to display program monitoring information through the display unit, characterized in that the program monitoring information includes information on a channel-changing circumstance when one or more of other terminals different from the user terminal move from the program of a first channel to a program of a second channel while the user terminal and the other terminals display the program of the first channel simultaneously. a display unit configured to display at least one program; a collector unit configured to collect program viewing information from second terminals; and an information unit configured to generate program monitoring information based on the collected program viewing information; and a monitoring information manager unit configured to display program monitoring information through the display unit, characterized in that the program monitoring information includes information on a channel-changing circumstance when one or more of other terminals different from the user terminal move from the program of a first channel to a program of a second channel while the user terminal and the other terminals display the program of the first channel simultaneously.
An ultrasonic diagnostic imaging system for producing spatially compounded images, comprising: an array transducer arranged to acquire component frames at a plurality of different look directions; a transmitter adapted to control the array transducer to steer scanlines in a trapezoidal scan format for each of a plurality of component frames, wherein the scanlines of each component frame are steered over a plurality of different scan angles with respect to a face of the array transducer; a compound image memory adapted to store component frames which have been acquired from different look directions; and a compound image processor adapted to combine the acquired component frames to form a spatially compounded image, wherein each scanline of each component frame is steered at a different scan angle with respect to a face of the array transducer relative to a respective scanline of each of the other component frames, and the scan angles of the scanlines of a component frame having a same angular increment relative to the scan angles of respective scanlines of another component frame, characterized in that the respective scanlines of each component frame emanate from the same points on the face of the array transducer. transducer arranged to acquire component frames at a plurality of different look directions; a transmitter adapted to control the array transducer to steer scanlines in a trapezoidal scan format for each of a plurality of component frames, wherein the scanlines of each component frame are steered over a plurality of different scan angles with respect to a face of the array transducer; a compound image memory adapted to store component frames which have been acquired from different look directions; and a compound image processor adapted to combine the acquired component frames to form a spatially compounded image, wherein each scanline of each component frame is steered at a different scan angle with respect to a face of the array transducer relative to a respective scanline of each of the other component frames, and the scan angles of the scanlines of a component frame having a same angular increment relative to the scan angles of respective scanlines of another component frame, characterized in that the respective scanlines of each component frame emanate from the same points on the face of the array transducer.
A computer-implemented method, comprising: receiving source code expressed in a multi-threaded programming language, wherein the source code comprises a construct that maps to a circuit implementation, the construct comprising a reorder block for ensuring that threads leave the reorder block in the threads' entry order that wraps code that does not maintain thread execution order; compiling the source code to generate a circuit description, wherein the circuit description comprises hardware description language code or a lower-level representation of a synchronous digital circuit; and generating, based on the circuit description, the synchronous digital circuit comprising the circuit implementation, wherein the circuit implementation comprises: a reorder buffer (536, 542) that wraps the circuit description of the code that does not maintain thread execution order and registers thread identifiers in an order in which a plurality of threads are received, thus creating a record of thread execution order; a circuit that executes for an unknown number of clock cycles for each of the plurality of threads; wherein the reorder buffer (536, 542) blocks a thread from resuming until all threads having a lower execution order are resumed. receiving source code expressed in a multi-threaded programming language, wherein the source code comprises a construct that maps to a circuit implementation, the construct comprising a reorder block for ensuring that threads leave the reorder block in the threads' entry order that wraps code that does not maintain thread execution order; compiling the source code to generate a circuit description, wherein the circuit description comprises hardware description language code or a lower-level representation of a synchronous digital circuit; and generating, based on the circuit description, the synchronous digital circuit comprising the circuit implementation, wherein the circuit implementation comprises: a reorder buffer (536, 542) that wraps the circuit description of the code that does not maintain thread execution order and registers thread identifiers in an order in which a plurality of threads are received, thus creating a record of thread execution order; a circuit that executes for an unknown number of clock cycles for each of the plurality of threads; wherein the reorder buffer (536, 542) blocks a thread from resuming until all threads having a lower execution order are resumed. a reorder buffer (536, 542) that wraps the circuit description of the code that does not maintain thread execution order and registers thread identifiers in an order in which a plurality of threads are received, thus creating a record of thread execution order; a circuit that executes for an unknown number of clock cycles for each of the plurality of threads; wherein the reorder buffer (536, 542) blocks a thread from resuming until all threads having a lower execution order are resumed.
An assembly of a roll of toilet paper or a roll of absorbent sheet material and a holder for a roll of toilet paper or a roll of absorbent sheet material, the roll having a hollow cylindrical core, the holder being constructed to have one side mountable directly to a surface of a wall, the holder comprising a patch having an adhesive surface covered by a release sheet on said side and cordage (12;) being inserted through the roll core and directly secured to the adhesive surface of the patch, the assembly of the patch and cordage supporting the roll suspended by the cordage by adhesion of the patch directly to said wall surface, the patch consisting of paper, cloth or thin plastic sheet, wherein the cordage comprises a single cord with two legs (16, 18) for extending from the supported roll, each leg (16, 18) being secured at its end (22, 24) to the patch.
A composition comprising a therapeutically effective amount of dexpramipexole or a pharmaceutically acceptable salt thereof for use in the treatment of a condition characterized by elevated levels of eosinophils; wherein the condition characterized by elevated levels of eosinophils is characterized by eosinophil numbers above about 300 cells per microliter in the peripheral blood.
Soluble needle for hair transplantation, wherein the soluble needle comprises a fixing plate and a plurality of micro-needles made of water-soluble polymers arranged on the fixing plate, wherein each of said micro-needles comprises a needle wall for penetrating scalps and a needle cavity confined by the needle wall and configured for accommodating a hair follicle, wherein each of the micro-needle has a conical structure characterized in that each needle cavity has a conical structure.
An implant, comprising electrode lead connections for connecting intracardiac and/or epicardial electrode leads, wherein the electrode lead connections together comprise at least three electrical contacts, of which at least one is assigned to a right-ventricular electrode and another is assigned to a left-ventricular electrode, and an impedance determination unit comprising a current or voltage source and a measuring device for a corresponding voltage or current measurement, which are connected to the electrical contacts and possibly to a housing electrode of the implant so as to result in a tripolar or quadrupolar impedance measuring system, which includes exclusively ventricular electrodes and in addition possibly the housing electrode, wherein the impedance measuring system supplies impedance measurement values and is connected to an evaluation unit (EVAL), and the evaluation unit (EVAL) is designed to ascertain a minimum of the impedance measurement values within a first time window as the end-diastolic impedance and a maximum of the impedance measurement values within a second time window as the end-systolic impedance, or to form an end-diastolic conductivity as the reciprocal of the end-diastolic impedance and an end-systolic conductivity as the reciprocal of the end-systolic impedance, wherein the first and the second time windows are shorter than a respective cardiac cycle interval and oriented relative to a ventricular event in a cardiac cycle, and the evaluation unit is additionally designed to determine an impedance signal resulting from a progression of the impedance measurement values over time and to ascertain a contractility variable representing a contractility of a heart from the first or second derivative of the impedance signal, wherein the first time window begins at a first starting point in time prior to the respective ventricular event and ends at a first ending point in time after this ventricular event, while the second time interval begins at a second starting point in time after this ventricular event and ends at a second ending point in time after the ventricular event.
A method of monitoring a mirror comprising a first stack comprising a first layer, a second reflective layer having first and second opposite surfaces, the first surface reflecting light and the first layer covering the second surface, and a third layer transparent to solar radiation formed on the first surface, the method comprising the steps of: measuring the color of the first layer; and analyzing (34, 36, 38) the variation of said measurement to characterize the degradation of the second layer. measuring the color of the first layer; and analyzing (34, 36, 38) the variation of said measurement to characterize the degradation of the second layer.
A hybrid inkjet ink comprising, in percent by weight based on the weight of the hybrid inkjet ink: 3-49% of a water miscible organic solvent; 3-80% by weight of a UV radiation-curable material and a photoinitiator, the UV radiation-curable material comprising: a monofunctional UV radiation-curable monomer; and a trifunctional UV radiation-curable monomer; a resin; and 1-30% by weight of an epoxide. 3-49% of a water miscible organic solvent; 3-80% by weight of a UV radiation-curable material and a photoinitiator, the UV radiation-curable material comprising: a monofunctional UV radiation-curable monomer; and a trifunctional UV radiation-curable monomer; a monofunctional UV radiation-curable monomer; and a trifunctional UV radiation-curable monomer; a resin; and 1-30% by weight of an epoxide.
An electron detector assembly configured for detecting electrons emitted from a sample irradiated by an electron beam, comprising: a scintillator comprising a scintillator layer, the scintillator layer having a surface and emitting light signals corresponding to impingement of electrons thereupon; a light guide plate formed as an annular disk and coupled to the scintillator layer and comprising a peripheral surface; and a single or plurality of silicon photomultiplier devices, the silicon photomultiplier device being configured to yield an electrical signal from an electron impinging upon the scintillator layer, wherein the single or plurality of silicon photomultiplier devices are positioned upon the peripheral surface and arranged perpendicularly or obliquely relative to the surface of the scintillating layer. a scintillator comprising a scintillator layer, the scintillator layer having a surface and emitting light signals corresponding to impingement of electrons thereupon; a light guide plate formed as an annular disk and coupled to the scintillator layer and comprising a peripheral surface; and a single or plurality of silicon photomultiplier devices, the silicon photomultiplier device being configured to yield an electrical signal from an electron impinging upon the scintillator layer, wherein the single or plurality of silicon photomultiplier devices are positioned upon the peripheral surface and arranged perpendicularly or obliquely relative to the surface of the scintillating layer.
A magnetic field sensor, comprising: a circular vertical Hall sensing element comprising a plurality of individual vertical Hall elements (12a, 12b) and configured to produce an analog signal (202; 316) representing an external magnetic field, the analog signal made up of outputs from the individual vertical Hall elements taken sequentially; an analog-to-digital converter coupled to receive the analog signal and produce a digital signal; a quadrature modulator circuit (320, 322) coupled to the digital signal and operable to generate from the digital signal a plurality of quadrature modulated signals (324, 326); and a processor stage coupled to receive signals (332, 334) representative of the plurality of quadrature modulated signals and operable to perform an arctangent calculation using the received signals to compute an estimated angle of the external magnetic field. a circular vertical Hall sensing element comprising a plurality of individual vertical Hall elements (12a, 12b) and configured to produce an analog signal (202; 316) representing an external magnetic field, the analog signal made up of outputs from the individual vertical Hall elements taken sequentially; an analog-to-digital converter coupled to receive the analog signal and produce a digital signal; a quadrature modulator circuit (320, 322) coupled to the digital signal and operable to generate from the digital signal a plurality of quadrature modulated signals (324, 326); and a processor stage coupled to receive signals (332, 334) representative of the plurality of quadrature modulated signals and operable to perform an arctangent calculation using the received signals to compute an estimated angle of the external magnetic field.
A cooling arrangement for an electrical connector for a superconductor comprising at least one superconductor arranged in a container, the container being arranged in a vacuum chamber, a cryocooler thermally connected to the container to cool the container and the contents of the container, an electrical connector extending through the vacuum chamber and the container to the at least one superconductor, the electrical connector having a thermally conducting and electrically insulating arrangement, the thermally conducting and electrically insulating arrangement comprising an electrically insulating member contacting the electrical connector, a thermally conducting member contacting the electrically insulating member and the thermally conducting member being thermally connected to the cryocooler to cool the electrical connector, characterised in that the thermally conducting and electrically insulating arrangement comprises a hollow electrically insulating member surrounding the electrical connector, a thermally conducting member surrounding the hollow electrically insulating member, the thermally conducting member being thermally connected to the cryocooler (18,20) to cool the electrical connector.
An inner rotor brushless motor where a rotor is disposed in a space surrounded by a ring-shaped stator, wherein the rotor and the stator are enclosed inside a sealed case assembled by covering an attachment base with a cup-shaped bracket, and a motor substrate on which a motor driving circuit is formed is provided in a gap formed in an axial direction between (i) the rotor and the stator and (ii) a base portion inside a bracket opening of the bracket; characterized in that: the rotor includes a cup-shaped rotor yoke and magnets that are provided on an outer circumferential surface of the rotor yoke, and is coupled to a motor shaft at a center of an opening of the rotor yoke, the motor shaft is supported on a bearing portion provided in a center of the bracket opening, the rotor is rotatably assembled on the bracket with the opening of the rotor yoke facing the base portion inside the bracket opening, discrete components that are comparatively high are disposed on a surface of a motor substrate that faces the rotor yoke and located in an empty space inside the rotor yoke, and discrete components that generate a lot of heat are disposed on a surface of the motor substrate that faces the bracket. the rotor includes a cup-shaped rotor yoke and magnets that are provided on an outer circumferential surface of the rotor yoke, and is coupled to a motor shaft at a center of an opening of the rotor yoke, the motor shaft is supported on a bearing portion provided in a center of the bracket opening, the rotor is rotatably assembled on the bracket with the opening of the rotor yoke facing the base portion inside the bracket opening, discrete components that are comparatively high are disposed on a surface of a motor substrate that faces the rotor yoke and located in an empty space inside the rotor yoke, and discrete components that generate a lot of heat are disposed on a surface of the motor substrate that faces the bracket.
An underwater central axis power generator blade comprising: a blade root; a blade tip; a leading edge extending from the blade root to the blade tip; a trailing edge extending from the blade root to the blade tip; a blade root chord defined as a straight line between the leading edge and the trailing edge at the blade root; a blade tip chord defined as a straight line between the leading edge and the trailing edge at the blade tip; the blade adapted for rotation about a rotation axis parallel with a central axis of an underwater central axis power generator in response to water flow from a direction parallel with the central axis; characterized in that the blade tip chord is angularly displaced from the blade root chord by a twist angle (β) of between 58° and 76°. a blade root; a blade tip; a leading edge extending from the blade root to the blade tip; a trailing edge extending from the blade root to the blade tip; a blade root chord defined as a straight line between the leading edge and the trailing edge at the blade root; a blade tip chord defined as a straight line between the leading edge and the trailing edge at the blade tip; the blade adapted for rotation about a rotation axis parallel with a central axis of an underwater central axis power generator in response to water flow from a direction parallel with the central axis; characterized in that the blade tip chord is angularly displaced from the blade root chord by a twist angle (β) of between 58° and 76°.
A composition comprising glyceryl monolaurate and glyceryl monomyristate, and at least one hydrophilic solvent, having a liquid crystalline lamellar structure at a temperature of above about 37°C, a solid crystalline lamellar structure below about 30°C and is in transformation of said solid and liquid crystalline lamellar structures at from about 30°C to about 37°C, a humectant, and optionally one or more of a stabilizer, a preservative, an emollient, a buffering agent, a water retaining compound, or an antimicrobial agent, for use in a method for promoting healing in connection with injuries and wounds in mammals, wherein said composition being a cream, and wherein the monoglycerides comprise a mixture of C12 glycerol monolaurate and C14 glyceryl monomyristate at a ratio of 1:4 to 4:1 at a total amount 15 to 30 % by weight, and the solvent is present in an amount adding up to 100% by weight.
An eccentric screw pump for pumping fluid or free-flowing conveying media from a suction side to a pressure side, the eccentric screw pump comprising a rotor and a stator, wherein the stator is designed to be flexible and is secured to the pump housing on one side, in particular on the suction side, wherein the rotor is connected to a drive shaft via a joint, wherein the eccentric screw pump can assume an idle state and an operating state, characterized in that in the idle state of the eccentric screw pump, no sealing contact is formed at least in some regions between the rotor and the stator in sealing regions, wherein in the operating state of the eccentric screw pump, the stator is surrounded at least in some regions and/or essentially completely by the conveying medium, wherein, in the operating state, the rotor and the stator are brought into contact along the sealing regions by means of the conveying medium acting on outer jacket surfaces of the stator from the outside.
Pneumatic tyre for a cycle comprising a tyre casing and two beads placed on the two lateral edges of the tyre casing, the said pneumatic tyre having the shape of an open torus and defining an interior volume; at least one of the two beads having a shoulder projecting towards the outside from the portion of the tyre casing adjacent to it, said shoulder being positioned, in a radial plane, at a first end of the bead, - the said shoulder comprising at its exterior surface a first bearing surface and a lip, the said first bearing surface being positioned between the said lip and the said tyre casing and the said bearing surface being positioned set back from the said lip, - the said bead comprising a prop positioned in a radial plane at a second end of the bead and comprising a second bearing surface positioned on the interior side, characterized - in that the longitudinal modulus of the bead, or the equivalent modulus of the various elements that make up the bead is less than 2000 MPa, - and in that the transverse modulus of the bead or the equivalent modulus of the various elements that make up the bead is greater than 50 Mpa. - the said shoulder comprising at its exterior surface a first bearing surface and a lip, the said first bearing surface being positioned between the said lip and the said tyre casing and the said bearing surface being positioned set back from the said lip, - the said bead comprising a prop positioned in a radial plane at a second end of the bead and comprising a second bearing surface positioned on the interior side, characterized - in that the longitudinal modulus of the bead, or the equivalent modulus of the various elements that make up the bead is less than 2000 MPa, - and in that the transverse modulus of the bead or the equivalent modulus of the various elements that make up the bead is greater than 50 Mpa.