mhurhangee/ep-ind-claims huggingface dataset:
A method for receiver-side determination of a sampling time of a continuous data signal and for detecting a bit value within a bit width of a serial bit data stream, comprising: - receiver-side measuring at least one filter coefficient of the continuous data stream, provided for modulating the continuous data signal to be transmitted by way of a data signal compensation device, wherein at least one filter coefficient before and at least one filter coefficient after a sampling which is carried out are measured, and - determining the sampling time as a function of the at least two measured filter coefficient and a provided sampling time metric, in such a way that an amplitude of the continuous data signal to be transmitted achieves a maximum at this sampling time, wherein the sampling time metric provides that the sampling time is determined as a function of a sum of signal strengths of the measured filter coefficients. - receiver-side measuring at least one filter coefficient of the continuous data stream, provided for modulating the continuous data signal to be transmitted by way of a data signal compensation device, wherein at least one filter coefficient before and at least one filter coefficient after a sampling which is carried out are measured, and - determining the sampling time as a function of the at least two measured filter coefficient and a provided sampling time metric, in such a way that an amplitude of the continuous data signal to be transmitted achieves a maximum at this sampling time, wherein the sampling time metric provides that the sampling time is determined as a function of a sum of signal strengths of the measured filter coefficients.
Container for receiving and operating high-temperature fuel cells, comprising high-temperature fuel cells and several layers (3a, 3b, 3c, 3d) arranged one above the other, whereby an outer layer delimits the container to the outside and further layers (3b, 3c, 3d) are arranged in the interior of the container formed in this way, whereby an inner layer for receiving high-temperature fuel cells is arranged centrally in the interior of the container and completely envelops the high-temperature fuel cells received in the container, a third layer, which is arranged above the inner layer and completely envelops the latter, at least one fourth layer, which is arranged above the third layer and completely envelops the latter, and the outer layer, which is arranged above the at least fourth layer and completely envelops the latter, whereby a fluid-permeable intermediate space (4a, 4b, 4c) is formed respectively between two superimposed layers (3b-3c, 3c-3d, 3d-3a). whereby an inner layer for receiving high-temperature fuel cells is arranged centrally in the interior of the container and completely envelops the high-temperature fuel cells received in the container, a third layer, which is arranged above the inner layer and completely envelops the latter, at least one fourth layer, which is arranged above the third layer and completely envelops the latter, and the outer layer, which is arranged above the at least fourth layer and completely envelops the latter, whereby a fluid-permeable intermediate space (4a, 4b, 4c) is formed respectively between two superimposed layers (3b-3c, 3c-3d, 3d-3a).
A device for welding together cylindrical sections of an electrode casing for a melting furnace, wherein the device comprises - a clamping ring (9, 10; 100) configured to surround and attach to a section of the casing and - a robot provided with a welding gun wherein the robot is movably attached to the clamping ring by cooperating means, characterized in that the robot is provided with six or more joints (27, 30, 31) wherein the pivotal axes (22, 24, 35) of the joints are arranged perpendicular to each other, a camera is arranged on an arm holding the welding gun, wherein the camera, in use, communicates with the robot, such that the device is arranged to adjust the position of the robot according to the image viewed through the camera, in order to position the welding gun correctly for welding. - a clamping ring (9, 10; 100) configured to surround and attach to a section of the casing and - a robot provided with a welding gun wherein the robot is movably attached to the clamping ring by cooperating means, characterized in that the robot is provided with six or more joints (27, 30, 31) wherein the pivotal axes (22, 24, 35) of the joints are arranged perpendicular to each other, a camera is arranged on an arm holding the welding gun, wherein the camera, in use, communicates with the robot, such that the device is arranged to adjust the position of the robot according to the image viewed through the camera, in order to position the welding gun correctly for welding. wherein the robot is movably attached to the clamping ring by cooperating means, characterized in that the robot is provided with six or more joints (27, 30, 31) wherein the pivotal axes (22, 24, 35) of the joints are arranged perpendicular to each other, a camera is arranged on an arm holding the welding gun, wherein the camera, in use, communicates with the robot, such that the device is arranged to adjust the position of the robot according to the image viewed through the camera, in order to position the welding gun correctly for welding.
A formulation for use in the treatment of uterine fibroids, said formulation comprising Clostridium histolyticum collagenase as a uterine fibroid treatment agent in an amount effective to cause shrinkage of uterine fibroids; wherein the formulation is administered to a patient by injection into a uterine fibroid at a dosage of up to 1mg of collagenase per 1cm 3 of uterine fibroid tissue.
An occlusion device for implantation into a body lumen or aneurysm comprising, a continuous compressible mesh structure comprising axial mesh carriages configured end to end, wherein each end of each carriage is a pinch point in the continuous mesh structure, wherein at least one axial carriage comprises an inner coaxial mesh carriage or inner coaxial mesh carriages and at least one outer axial carriage wherein the inner coaxial mesh carriage or the inner coaxial mesh carriages is of dissimilar mesh density to its outer axial carriage.
An aircraft propeller drive system for an aircraft, having an intermittent combustion internal combustion engine via the propeller drive system, the propeller drive system comprising: a first non-circular gear adapted to be operatively connected to and driven by the engine, the first non-circular gear having a plurality of lobes and a plurality of depressions; a second non-circular gear driven by the first non-circular gear, the second non-circular gear having a plurality of lobes and a plurality of depressions, the first and second non-circular gears (120, 132) having a variable gear ratio; a flexible coupling assembly driven by the second non-circular gear; and an output shaft driven by the flexible coupling assembly, the output shaft being adapted for being connected to the propeller; characterized in that: the second non-circular gear has: a number of lobes corresponding to a number of power strokes of the engine per rotation of a crankshaft of the engine multiplied by a mean gear ratio of the first and second non-circular gears (120, 132); and a number of depressions corresponding to the number of power strokes of the engine per rotation of the crankshaft multiplied by the mean gear ratio. a first non-circular gear adapted to be operatively connected to and driven by the engine, the first non-circular gear having a plurality of lobes and a plurality of depressions; a second non-circular gear driven by the first non-circular gear, the second non-circular gear having a plurality of lobes and a plurality of depressions, the first and second non-circular gears (120, 132) having a variable gear ratio; a flexible coupling assembly driven by the second non-circular gear; and an output shaft driven by the flexible coupling assembly, the output shaft being adapted for being connected to the propeller; a number of lobes corresponding to a number of power strokes of the engine per rotation of a crankshaft of the engine multiplied by a mean gear ratio of the first and second non-circular gears (120, 132); and a number of depressions corresponding to the number of power strokes of the engine per rotation of the crankshaft multiplied by the mean gear ratio.
An autonomous driving device configured to execute autonomous driving of a host vehicle, and switch a driving state from autonomous driving to manual driving when a value indicative of a degree to which a steering operation is carried out by a driver of the host vehicle during the autonomous driving is equal to or greater than a threshold value (Tth) for switching to manual driving, the device comprising: an acquisition unit configured to acquire the value indicative of a degree to which the steering operation is carried out during the autonomous driving; a recognition unit configured to recognize an obstacle around the host vehicle; a calculation unit configured to calculate the threshold value for switching to manual driving; and a control unit configured to execute the autonomous driving and switch the driving state from autonomous driving to manual driving when the value indicative of a degree to which the steering operation is carried out by the driver is equal to or greater than the threshold value for switching to manual driving, characterized in that the calculation unit is configured to calculate a threshold value for switching to manual driving as being greater when the direction of the steering operation is predicted to be a direction close to an obstacle recognized by the recognition unit than a threshold value when the direction of the steering operation is predicted to be a direction away from an obstacle recognized by the recognition unit or a threshold value when no obstacle is recognized by the recognition unit. an acquisition unit configured to acquire the value indicative of a degree to which the steering operation is carried out during the autonomous driving; a recognition unit configured to recognize an obstacle around the host vehicle; a calculation unit configured to calculate the threshold value for switching to manual driving; and a control unit configured to execute the autonomous driving and switch the driving state from autonomous driving to manual driving when the value indicative of a degree to which the steering operation is carried out by the driver is equal to or greater than the threshold value for switching to manual driving, characterized in that the calculation unit is configured to calculate a threshold value for switching to manual driving as being greater when the direction of the steering operation is predicted to be a direction close to an obstacle recognized by the recognition unit than a threshold value when the direction of the steering operation is predicted to be a direction away from an obstacle recognized by the recognition unit or a threshold value when no obstacle is recognized by the recognition unit.
Exhaust system for an internal combustion engine, having an exhaust-gas path which has two parallel exhaust lines (34, 36), specifically a main line and a secondary line, which issue into a common exhaust line, wherein an adsorber for the reversible sorption of unburned hydrocarbons and/or of nitrogen oxides (NO x) is arranged in the secondary line; having a control means for selectively conducting an exhaust-gas stream into the main line and/or into the secondary line, and having a main catalyst arranged in the common exhaust line downstream of the parallel exhaust lines (34, 36), characterized in that, upstream of the adsorber, there is arranged an exhaust gas flow-conducting, gas-permeable element of tubular form, the downstream end of which element connects to an inlet opening of the inner one of the parallel exhaust lines (34, 36) without an inner tube which bears the adsorber and which separates the parallel exhaust lines (34, 36), and which element has a multiplicity of passage openings for the exhaust-gas flow, and which element separates the upstream end of the secondary line from the other exhaust gas flow-conducting regions.
A method for scheduling and transmitting a Multimedia Broadcast Multicast Service, MBMS, comprising: for each multicast radio interface channel, a lower layer network element scheduling a MBMS born by the multicast radio interface channel according to a scheduling period of the multicast radio interface channel, wherein data of the MBMS are scheduled and scheduling information is generated in a Multicast/Broadcast over Single Frequency Network, MBSFN, subframe resource occupied by the multicast radio interface channel in a resource allocation period corresponding to the scheduling period; and said lower layer network element sending to a user equipment a signaling indicating resource allocation information and scheduling period information of each multicast radio interface channel, and sending the data of the MBMS and said scheduling information to the user equipment, wherein one scheduling period of the multicast radio interface channel corresponds to one or more said resource allocation periods in a same time period, the location information of the data of each MBMS in said scheduling information is represented by a number of a first or a last MBSFN subframe occupied by the data of the MBMS in the scheduling period, or by a number of occupied MBSFN subframes in the scheduling period, and numbers of said MBSFN subframes are obtained by uniformly numbering all the MBSFN subframes occupied by the multicast radio interface channel in each scheduling period independently. for each multicast radio interface channel, a lower layer network element scheduling a MBMS born by the multicast radio interface channel according to a scheduling period of the multicast radio interface channel, wherein data of the MBMS are scheduled and scheduling information is generated in a Multicast/Broadcast over Single Frequency Network, MBSFN, subframe resource occupied by the multicast radio interface channel in a resource allocation period corresponding to the scheduling period; and said lower layer network element sending to a user equipment a signaling indicating resource allocation information and scheduling period information of each multicast radio interface channel, and sending the data of the MBMS and said scheduling information to the user equipment, wherein one scheduling period of the multicast radio interface channel corresponds to one or more said resource allocation periods in a same time period, the location information of the data of each MBMS in said scheduling information is represented by a number of a first or a last MBSFN subframe occupied by the data of the MBMS in the scheduling period, or by a number of occupied MBSFN subframes in the scheduling period, and numbers of said MBSFN subframes are obtained by uniformly numbering all the MBSFN subframes occupied by the multicast radio interface channel in each scheduling period independently.
A production process for a formulation containing ticagrelor or a pharmaceutically acceptable salt characterized in that ticagrelor or pharmaceutically acceptable salt is dissolved in a solvent or a solvent mixture during production characterized in that the process comprising the following steps, a. preparation of the granulation solution by dissolving ticagrelor active ingredient in a suitable solvent/solvent mixture, b. dry mixing of one or more excipients, c. granulation of the dry mixture obtained at step b with the granulation solution containing ticagrelor obtained at step a, d. drying and sieving granules obtained at step c, e. re-granulation of the granules obtained at step d with a granulation solvent/solvent mixture different from that used at step a, f. drying and sieving of the granules obtained at step e and obtaining the desired dosage form. a. preparation of the granulation solution by dissolving ticagrelor active ingredient in a suitable solvent/solvent mixture, b. dry mixing of one or more excipients, c. granulation of the dry mixture obtained at step b with the granulation solution containing ticagrelor obtained at step a, d. drying and sieving granules obtained at step c, e. re-granulation of the granules obtained at step d with a granulation solvent/solvent mixture different from that used at step a, f. drying and sieving of the granules obtained at step e and obtaining the desired dosage form.
Inspection system configured and adapted for inspecting a substrate container, the container comprising a plurality of surfaces, the system comprising at least one mirror arranged and configured to provide a simultaneous view of a front surface of the container and at least one side surface (20b, 20c) of the container, and a camera configured and adapted to capture an image of the front surface of the container and simultaneously an image of the at least one side surface (20b, 20c) of the container. at least one mirror arranged and configured to provide a simultaneous view of a front surface of the container and at least one side surface (20b, 20c) of the container, and a camera configured and adapted to capture an image of the front surface of the container and simultaneously an image of the at least one side surface (20b, 20c) of the container.
A blood vessel occlusion device, comprising: an expandable sleeve having an inner side, an outer side; a plurality of anchoring teeth on said outer side; a pulling wire attached to said expandable sleeve; and said blood vessel occlusion device being characterized in that it further comprises a retention element positioned to wrap around said expandable sleeve; wherein said expandable sleeve have an unturned mode and a turned mode, when said outer side faces outside of said expandable sleeve when in unturned mode and faces inside of said expandable sleeve when in turned mode and said pulling wire is capable of transforming said expandable sleeve from unturned mode to turned mode by flipping said expandable sleeve inside out and said plurality of anchoring teeth are capable of grasping a vein's wall and said retention element restricts the dimensions of said expandable sleeve. an expandable sleeve having an inner side, an outer side; a plurality of anchoring teeth on said outer side; a pulling wire attached to said expandable sleeve; and said blood vessel occlusion device being characterized in that it further comprises a retention element positioned to wrap around said expandable sleeve; wherein said expandable sleeve have an unturned mode and a turned mode, when said outer side faces outside of said expandable sleeve when in unturned mode and faces inside of said expandable sleeve when in turned mode and said pulling wire is capable of transforming said expandable sleeve from unturned mode to turned mode by flipping said expandable sleeve inside out and said plurality of anchoring teeth are capable of grasping a vein's wall and said retention element restricts the dimensions of said expandable sleeve.
An electrical connecting device configured for connecting to a photovoltaic module, the electrical connecting device comprising first and second contacts for receiving a first DC voltage from said photovoltaic module and third and fourth contacts configured for electrical connection to a DC voltage bus for providing a second DC voltage, dependent on said first DC voltage, to said DC voltage bus, wherein said electrical connecting device is configured for parallel electrical connection of said photovoltaic module with respect to another photovoltaic module through the third and fourth contacts to said DC voltage bus, characterized in that: said electrical connecting device comprises a fifth contact to a control network; said electrical connecting device comprises a switch for the third contact and a power supply unit (local PSU) connected to the control network via the fourth contact and the fifth contact; the power supply unit is configured to power the electrical connecting device if a pre-determined voltage is supplied across the fourth contact and the fifth contact, otherwise the switch is open and no DC voltage is supplied to the DC voltage bus from the electrical connecting device. said electrical connecting device comprises a fifth contact to a control network; said electrical connecting device comprises a switch for the third contact and a power supply unit (local PSU) connected to the control network via the fourth contact and the fifth contact; the power supply unit is configured to power the electrical connecting device if a pre-determined voltage is supplied across the fourth contact and the fifth contact, otherwise the switch is open and no DC voltage is supplied to the DC voltage bus from the electrical connecting device.
A method for producing a yeast extract, wherein the yeast belongs to the genus Saccharomyces or Candida, the method comprises: a succinic acid generation treatment step of maintaining a suspension of cultured yeast under conditions effective for succinic acid generation to increase succinic acid content in the yeast; and a hot water extraction step of extracting a yeast extract from the yeast that has undergone the succinic acid generation treatment step with hot water at 56°C or higher, wherein the conditions effective for succinic acid generation include maintaining the suspension of yeast at 40 to 55°C and pH 4.0 to 7.5 for 2 to 30 hours, and wherein amount of nitrogen contained in the cultured yeast to be subjected to the succinic acid generation treatment at the end of the culture is 4.5% or higher and 8.5% or lower based on dry weight of the yeast. a succinic acid generation treatment step of maintaining a suspension of cultured yeast under conditions effective for succinic acid generation to increase succinic acid content in the yeast; and a hot water extraction step of extracting a yeast extract from the yeast that has undergone the succinic acid generation treatment step with hot water at 56°C or higher, wherein the conditions effective for succinic acid generation include maintaining the suspension of yeast at 40 to 55°C and pH 4.0 to 7.5 for 2 to 30 hours, and wherein amount of nitrogen contained in the cultured yeast to be subjected to the succinic acid generation treatment at the end of the culture is 4.5% or higher and 8.5% or lower based on dry weight of the yeast.
A liquid-transfer adapter operatively interposable between an injector and a vial, comprising: an injector engaging portion configured for fluidly coupling to an injector; and a vial coupling including a spike that has a spike axis, a tip portion configured for piercing a septum of a vial and a shaft extending from the tip portion towards the injector engaging portion, the tip portion comprises at least three facets that meet each other at one or more edges, at least one of the one or more edges (190, 212) being sloped with respect to the spike axis, the spike defining a channel extending therethrough in fluid communication with the injector engaging portion, characterized in that the channel comprises channel openings disposed in each of the at least three of the facets and disposed without interrupting the edges (190, 212), wherein each channel opening extends onto the shaft. an injector engaging portion configured for fluidly coupling to an injector; and a vial coupling including a spike that has a spike axis, a tip portion configured for piercing a septum of a vial and a shaft extending from the tip portion towards the injector engaging portion, the tip portion comprises at least three facets that meet each other at one or more edges, at least one of the one or more edges (190, 212) being sloped with respect to the spike axis, the spike defining a channel extending therethrough in fluid communication with the injector engaging portion, characterized in that the channel comprises channel openings disposed in each of the at least three of the facets and disposed without interrupting the edges (190, 212), wherein each channel opening extends onto the shaft.