mhurhangee/ep-ind-claims huggingface dataset:
A media gateway comprising: a plurality of virtual instantiations of a media session manager function; a plurality of virtual instantiations of a media processor function; and a plurality of virtual instantiations of a media session state datastore function, wherein instantiations of the media session manager function, instantiations of the media processor function, and instantiations of the media session state datastore function are instantiated on different virtual machines. a plurality of virtual instantiations of a media session manager function; a plurality of virtual instantiations of a media processor function; and a plurality of virtual instantiations of a media session state datastore function, wherein instantiations of the media session manager function, instantiations of the media processor function, and instantiations of the media session state datastore function are instantiated on different virtual machines.
Heat exchanger comprising at least one partition and surface elements which project from at least one side of the partition and which enlarge the surface of the partition and around which a fluid can flow, the surface elements being formed so as to project in the manner of fins from the partition and the surface elements having reinforcement beads and face regions located between the reinforcement beads, the reinforcement beads extending as far as the partition, characterised in that the reinforcement beads have a circular or oval cross-sectional shape.
A gear unit having a housing which includes a lower housing part and an upper housing part, wherein the housing has bearing receptacles (24, 25, 26, 27), wherein on the lower housing part, between two bearing receptacles (24, 25, 26, 27) in each case, there is formed one land in each case which is pressed in each case onto a land formed on the upper housing part and arranged between the respective bearing receptacles (24, 25, 26, 27), characterised in that - the housing parts exhibit such elastic deformation that upon separating, i.e. elastically releasing, the two housing parts a first land of the lands of a first one of the two housing parts protrudes across a flat face, i.e. a joint face, which delimits the other lands of the first housing part. wherein the housing has bearing receptacles (24, 25, 26, 27), wherein on the lower housing part, between two bearing receptacles (24, 25, 26, 27) in each case, there is formed one land in each case which is pressed in each case onto a land formed on the upper housing part and arranged between the respective bearing receptacles (24, 25, 26, 27), characterised in that - the housing parts exhibit such elastic deformation that upon separating, i.e. elastically releasing, the two housing parts a first land of the lands of a first one of the two housing parts protrudes across a flat face, i.e. a joint face, which delimits the other lands of the first housing part. - the housing parts exhibit such elastic deformation that upon separating, i.e. elastically releasing, the two housing parts a first land of the lands of a first one of the two housing parts protrudes across a flat face, i.e. a joint face, which delimits the other lands of the first housing part.
A setting assistance device of a welding condition which is a condition in welding, the device comprising: a receiving unit which accepts designation of a target quality in the welding; a display unit which displays an item of a welding condition to be corrected to achieve the target quality, and limit information indicating a limit of an allowable item value to achieve the target quality, in accordance with the acceptance of the designation of the target quality by the receiving unit, wherein the display unit further displays another target quality that is affected by correcting the value of the item, and another limit information indicating a limit of an allowable item value to achieve the another target quality, in accordance with the acceptance of the designation of the target quality by the receiving unit; the setting assistance device further includes a setting unit which sets the welding condition, the display unit displays a graph or a range including a plurality of points respectively corresponding to the plurality of values of the item as the limit information and the another limit information, and the setting unit sets a value corresponding to a specific point in the item, in accordance with a manipulation of instructing the specific point included in the graph or the range displayed by the display unit. a receiving unit which accepts designation of a target quality in the welding; a display unit which displays an item of a welding condition to be corrected to achieve the target quality, and limit information indicating a limit of an allowable item value to achieve the target quality, in accordance with the acceptance of the designation of the target quality by the receiving unit, wherein the display unit further displays another target quality that is affected by correcting the value of the item, and another limit information indicating a limit of an allowable item value to achieve the another target quality, in accordance with the acceptance of the designation of the target quality by the receiving unit; the setting assistance device further includes a setting unit which sets the welding condition, the display unit displays a graph or a range including a plurality of points respectively corresponding to the plurality of values of the item as the limit information and the another limit information, and the setting unit sets a value corresponding to a specific point in the item, in accordance with a manipulation of instructing the specific point included in the graph or the range displayed by the display unit.
A composite material comprising: peptide amphiphile nanofibers, biocompatible polymer microparticles, and optionally one or more growth factors, characterized in that said biocompatible polymer microparticles comprise collagen derived from an absorbable collagen sponge. peptide amphiphile nanofibers, biocompatible polymer microparticles, and optionally one or more growth factors, characterized in that said biocompatible polymer microparticles comprise collagen derived from an absorbable collagen sponge.
A peptide consisting of: - a fragment of 16, 17, 18, 19, 20, 21, 22, 23 or 24 consecutive amino acid residues of the DAXX protein of SEQ ID NO:1, wherein said fragment comprises the amino acid sequence set forth in SEQ ID NO: 5, wherein said peptide is capable of inhibiting cell apoptosis. - a fragment of 16, 17, 18, 19, 20, 21, 22, 23 or 24 consecutive amino acid residues of the DAXX protein of SEQ ID NO:1, wherein said fragment comprises the amino acid sequence set forth in SEQ ID NO: 5, wherein said peptide is capable of inhibiting cell apoptosis.
A spray drying collection bag assembly, comprising: a bag having an outer wall in which an inlet port (114, 608, 608', 608", 608′′′) and an exhaust port (116, 610, 610', 610", 610′′′, 810, 860) are disposed along opposite sides; the inlet port adapted for fluid communication with an opposite end of a drying chamber (102, 702); a filter (118, 620, 620', 620", 620′′′) within the bag, wherein the perimeter of the filter is positioned in a sealing arrangement with an interior surface of the bag and is adapted to separate dried powder from humid air entering through the inlet port and to form a pouch-shaped collection chamber (120, 620) formed by an upper interior portion of the bag and an upper surface of the filter; wherein the filter is selected to trap or otherwise inhibit passage of a substantial portion of the dried powder, allowing the air to pass through; a filter support adapted to attach the filter to the outer wall; the exhaust port allowing humid air to exit the spray drying collection bag assembly; wherein the spray drying collection bag assembly comprises a detachable sealing mechanism positioned at the inlet port to seal the collection chamber and separate it from the drying chamber, and wherein the spray drying collection bag assembly comprises one or more ports for accessing the collection chamber. a bag having an outer wall in which an inlet port (114, 608, 608', 608", 608′′′) and an exhaust port (116, 610, 610', 610", 610′′′, 810, 860) are disposed along opposite sides; the inlet port adapted for fluid communication with an opposite end of a drying chamber (102, 702); a filter (118, 620, 620', 620", 620′′′) within the bag, wherein the perimeter of the filter is positioned in a sealing arrangement with an interior surface of the bag and is adapted to separate dried powder from humid air entering through the inlet port and to form a pouch-shaped collection chamber (120, 620) formed by an upper interior portion of the bag and an upper surface of the filter; wherein the filter is selected to trap or otherwise inhibit passage of a substantial portion of the dried powder, allowing the air to pass through; a filter support adapted to attach the filter to the outer wall; the exhaust port allowing humid air to exit the spray drying collection bag assembly; wherein the spray drying collection bag assembly comprises a detachable sealing mechanism positioned at the inlet port to seal the collection chamber and separate it from the drying chamber, and wherein the spray drying collection bag assembly comprises one or more ports for accessing the collection chamber.
Cradle, - the cradle having a proximal side, the proximal side having a skin attachment member for releasably attachment to a patient's skin; - the cradle having a distal side, the distal side having a device attachment member (302, 304) for attaching an initially separate medical device, - the cradle including an electronically controlled optical indication device, the optical indication device being arranged to provide optical indications to the patient when the cradle is attached to the patient's skin, characterized in that the cradle is formed, at least in part, from electrochromatic material and/or is coated, at least at part, with an electrochromatic coating, the electrochromatic material and/or electrochromatic coating serving as optical indication device. - the cradle having a proximal side, the proximal side having a skin attachment member for releasably attachment to a patient's skin; - the cradle having a distal side, the distal side having a device attachment member (302, 304) for attaching an initially separate medical device, - the cradle including an electronically controlled optical indication device, the optical indication device being arranged to provide optical indications to the patient when the cradle is attached to the patient's skin,
Automatic Rail Inspection System - hereafter ARIS - for automatically inspecting a rail of a railway system, detecting, locating and classifying rail defects, the ARIS comprising: - a rail defect detection system for automatically detecting a rail defect, said rail defect detection system outputting measurement data related to its inspection of the rail; - a processing unit configured for analyzing the measurement data in order to automatically determine for each detected defect a defect characteristic; characterized in that - a defect classification module configured for classifying the detected defect in a list of detected defects in function of the determined defect characteristic, wherein said list establishing a ranking among all detected defects, said ranking representing an order of repair according to which the detected defects have to be repaired, the classification of the detected defects in said list being thus configured for defining said order of repair for the detected defects. - a rail defect detection system for automatically detecting a rail defect, said rail defect detection system outputting measurement data related to its inspection of the rail; - a processing unit configured for analyzing the measurement data in order to automatically determine for each detected defect a defect characteristic; characterized in that - a defect classification module configured for classifying the detected defect in a list of detected defects in function of the determined defect characteristic, wherein said list establishing a ranking among all detected defects, said ranking representing an order of repair according to which the detected defects have to be repaired, the classification of the detected defects in said list being thus configured for defining said order of repair for the detected defects.
A method of controlling a wind turbine, the wind turbine comprising a plurality of rotor blades, a first controller for controlling an adaptive flow regulating system having a plurality of individually controllable adaptive flow regulating devices arranged on the rotor blades, and a second controller for controlling a pitch regulating system for regulating a pitch angle of each rotor blade, the method comprising determining a diagnostic value indicative of an operational efficiency of the adaptive flow regulating system, determining a first gain value for the first controller and a second gain value for the second controller based on the diagnostic value, applying the first gain value to control signals for the adaptive flow regulating system generated by the first controller, and applying the second gain value to control signals for the pitch regulating system generated by the second controller. determining a diagnostic value indicative of an operational efficiency of the adaptive flow regulating system, determining a first gain value for the first controller and a second gain value for the second controller based on the diagnostic value, applying the first gain value to control signals for the adaptive flow regulating system generated by the first controller, and applying the second gain value to control signals for the pitch regulating system generated by the second controller.
A method of wireless communication performed by a wireless communication device, comprising: determining whether traffic received by the wireless communication device from a base station is associated with a first type of hybrid automatic repeat request, HARQ, process or a second type of HARQ process, wherein the first type of HARQ processes is associated with a first length transmission time interval, TTI, and the second type of HARQ process is associated with a second length TTI, wherein the second length TTI is shorter than the first length TTI; and allocating a sub-buffer for the traffic, the method characterized in that: the sub-buffer is selected from a set of sub-buffers of a first size when the traffic is associated with the first type of HARQ process associated with a first length TTI; the sub-buffer is selected from a set of sub-buffers of a second size when the traffic is associated with the second type of HARQ process associated with a second length TTI; and at least one sub-buffer of the first size includes two or more sub-buffers of the second size. the sub-buffer is selected from a set of sub-buffers of a first size when the traffic is associated with the first type of HARQ process associated with a first length TTI; the sub-buffer is selected from a set of sub-buffers of a second size when the traffic is associated with the second type of HARQ process associated with a second length TTI; and at least one sub-buffer of the first size includes two or more sub-buffers of the second size.
Method for forming plastic preforms into plastic containers, wherein at least one and preferably a plurality of forming stations for forming the plastic preforms into the plastic containers is arranged on a movable carrier and these forming stations are moved along a predetermined transport path at least temporarily during the forming process, wherein the forming stations in each case having blow mould arrangements, wherein blow mould parts (62, 64) of these blow mould arrangements being moved for opening and closing the blow mould arrangements, and in a closed state of the blow mould arrangement in a cavity formed by the blow mould parts (62, 64) the plastic preforms are formed into the plastic containers by being acted upon by a flowable medium, wherein at least temporarily a value characteristic of the forming station and/or of the blow mould arrangement being measured by means of a measuring device, wherein the measurement is carried out by means of a measuring device not arranged on the blow mould arrangement, characterised in that the measuring device is aligned at least temporarily with a region of the blow mould arrangement. the measurement is carried out by means of a measuring device not arranged on the blow mould arrangement, characterised in that the measuring device is aligned at least temporarily with a region of the blow mould arrangement.
An electric power grid support system coupled to a portion of an electric power grid, said electric power grid support system comprising: an electric power delivery system comprising: at least one inverter-based electric power generation device; an electric power inverter assembly coupled to said inverter-based electric power generation device; at least one processor operatively coupled to said electric power inverter assembly, said processor programmed to: transmit at least one signal (122, 128, 134, 154) to said electric power inverter assembly to inject at least one of real current and reactive current into the portion of the electric power grid during periods of low voltage conditions at least partially resulting from a fault-induced delayed voltage recovery (FIDVR); and modulate the real current and the reactive current as a function of at least one electric power grid condition feedback signal (113, 115, 117, 146); and characterized by at least one additional electric power generation device coupled to said power inverter assembly in parallel with said inverter-based power generation device. an electric power delivery system comprising: at least one inverter-based electric power generation device; an electric power inverter assembly coupled to said inverter-based electric power generation device; at least one inverter-based electric power generation device; an electric power inverter assembly coupled to said inverter-based electric power generation device; at least one processor operatively coupled to said electric power inverter assembly, said processor programmed to: transmit at least one signal (122, 128, 134, 154) to said electric power inverter assembly to inject at least one of real current and reactive current into the portion of the electric power grid during periods of low voltage conditions at least partially resulting from a fault-induced delayed voltage recovery (FIDVR); and modulate the real current and the reactive current as a function of at least one electric power grid condition feedback signal (113, 115, 117, 146); and transmit at least one signal (122, 128, 134, 154) to said electric power inverter assembly to inject at least one of real current and reactive current into the portion of the electric power grid during periods of low voltage conditions at least partially resulting from a fault-induced delayed voltage recovery (FIDVR); and modulate the real current and the reactive current as a function of at least one electric power grid condition feedback signal (113, 115, 117, 146); and characterized by at least one additional electric power generation device coupled to said power inverter assembly in parallel with said inverter-based power generation device.
A rotary piston pump comprising at least two counter-rotating rotary pistons and a pump housing, wherein each rotary piston comprises two flanks and two caps and wherein each rotary piston is provided with at least one contact element, wherein the rotary pistons are provided at their flanks with at least one contact element, wherein the flanks of the rotary pistons comprises recesses for receiving the at least one contact element, wherein an operative relationship between a contact element of the one rotary piston and a cap of the other rotary piston exists in each rotational angle position of the two rotary pistons, characterised in that an interchangeable contact element comprising at least two parts is assigned to the pump housing, wherein a part of the contact element of the pump housing covers a rear side of the pump housing and the radial faces, and as well as shoulders of the inlets and outlets.
A method for moving a transport unit (Tn) comprising an arrangement of drive magnets in a movement direction (x) along a long stator of a long stator linear motor, wherein the long stator being divided into at least a first control zone (RZk) comprising a plurality of drive coils (ASk.1,..., ASk.m) and a second control zone (RZk+1) comprising a plurality of drive coils (ASk+1.1,..., ASk+1.m), wherein the first control zone (RZk) being controlled by a first segment control unit (SRk) and the second control zone (RZk+1) being controlled by a second segment control unit (SRk+1) in that in a control zone (RZk, RZk+1) the assigned segment control unit (SRk, SRk+1) calculates the manipulated variables for energizing the drive coils (ASk.1,..., ASk.m, ASk+1.1,..., ASk+1.m) in the control zone (RZk, RZk+1) that are required for moving the transport unit (Tn), as long as, in order to move the transport unit (Tn), exclusively drive coils (ASk.1,..., ASk.m, ASk+1.1,..., ASk+1.m) in one control zone (RZk, RZk+1) are energized, characterized in that, during the transition of the transport unit (Tn) from the first control zone (RZk), in the movement direction (x), to the following second control zone (RZk+1), wherein drive coils (ASk.1,..., ASk.m, ASk+1.1,..., ASk+1.m) of the first control zone (RZk) and of the second control zone (RZk+1) being energized in order to move the transport unit (Tn), initially the first segment control unit (SRk) remains responsible for controlling the movement of the transport unit (Tn) and the first control zone (RZk) is extended, in the movement direction (x), by a number (j) of virtual drive coils (ASk.m+1,..., ASk.m+j) and the first segment control unit (SRk) that is assigned to the first control zone (RZk) also calculates the necessary manipulated variables for the required virtual drive coils (ASk.m+1,..., ASk.m+j), in that the first segment control unit (SRk) transmits the necessary manipulated variables for the required virtual drive coils (ASk.m+1,..., ASk.m+j) to the second segment control unit (SRk+1) that is assigned to the second control zone (RZk+1), and in that the second segment control unit (SRk+1) uses the transmitted manipulated variables for the required virtual drive coils (ASk.m+1,..., ASk.m+j) in order to energize the drive coils (ASk+1.1,..., ASk+1.m) of the second control zone (RZk+1) that are required for moving the transport unit (Tn).