mhurhangee/ep-ind-claims huggingface dataset:
Method for transmitting frames which is intended to be implemented by a multiuser MIMO system comprising a sender with several antennas and receivers associated respectively with the users, comprising: - a step of constructing a probe frame of which a first part comprises at least one symbol intended for the synchronization of destination receivers and a second part comprises at least as many pre-coded pilot symbols as destination receivers, - a step of sending the probe frame according to a broadcasting mode for the first part and according to a directional mode for the second part destined for the destination receivers, - a step of constructing a data frame destined for the destination receivers, characterized in that the step of constructing the data frame takes into account an item of feedback information (fbck) coming from the destination receivers coding for a destination receiver an interference between destination receivers and in that, for a given destination receiver, the item of feedback information codes solely an identifier of the interfering destination receiver generating the highest interference between destination receivers among the various interferences between destination receivers that are received by the given destination receiver. - a step of constructing a probe frame of which a first part comprises at least one symbol intended for the synchronization of destination receivers and a second part comprises at least as many pre-coded pilot symbols as destination receivers, - a step of sending the probe frame according to a broadcasting mode for the first part and according to a directional mode for the second part destined for the destination receivers, - a step of constructing a data frame destined for the destination receivers,
Vacuum insulation panel having a shell accommodating a porous supporting body, wherein an edge of the shell is attached to a frame surrounding the supporting body and the edge of the shell is formed by a level flange, characterised in that the frame is attached in abutment to a first main surface of the flange.
Set comprising at least two first part devices (150, 250) and a second part device for the formation of a discharge unit (10, 150, 250) for the discharge of pharmaceutical media from a medium store having - a first discharge opening (156, 260), - a pump (26, 32), - an inlet duct for the connection of the medium store to the pump (26, 32), and - an outlet duct (36, 264) for the connection of the pump (26, 32) to the first discharge opening (156, 260), - in each case a first discharge opening (156, 260) being a part in each case of the first part devices (150, 250) of the discharge unit, - the pump (26, 32), at least one part section of the outlet duct and an outlet valve (42, 44) which is provided in the outlet duct being part of the second part device of the discharge unit, and - the first part devices (150, 250) being configured as part devices (150, 250) which can be coupled one after another to the second part device without tools and can be decoupled from the second part device, and - an internal volume (8, 9) of a part section of the outlet duct which extends from the outlet valve (42, 44) to the first discharge opening (156, 260) being smaller than 15 μl, preferably smaller than 5 μl, particularly preferably smaller than 1 μl. - a first discharge opening (156, 260), - a pump (26, 32), - an inlet duct for the connection of the medium store to the pump (26, 32), and - an outlet duct (36, 264) for the connection of the pump (26, 32) to the first discharge opening (156, 260), - in each case a first discharge opening (156, 260) being a part in each case of the first part devices (150, 250) of the discharge unit, - the pump (26, 32), at least one part section of the outlet duct and an outlet valve (42, 44) which is provided in the outlet duct being part of the second part device of the discharge unit, and - the first part devices (150, 250) being configured as part devices (150, 250) which can be coupled one after another to the second part device without tools and can be decoupled from the second part device, and - an internal volume (8, 9) of a part section of the outlet duct which extends from the outlet valve (42, 44) to the first discharge opening (156, 260) being smaller than 15 μl, preferably smaller than 5 μl, particularly preferably smaller than 1 μl.
A method of protecting a computer system from polymorphic file attacks, the method having the steps of: a checker external to the computer system checking the first few bytes of an incoming file to the checker, and if the first few bytes of the file correspond to a headerless or characteristic header file format, the checker performing a content check on the incoming file to determine whether or not the file has contents that are damaging when interpreted in accordance with a file format specification associated with the headerless or characteristic header file format, the checker moving the file to the computer system if the file has no damaging content, the computer system checking the first few bytes of the incoming file to the computer system and disallowing processing of the incoming file by an application for processing files having a headerless file format if the first few bytes of the file do not match the file format specification for which the application is configured. a checker external to the computer system checking the first few bytes of an incoming file to the checker, and if the first few bytes of the file correspond to a headerless or characteristic header file format, the checker performing a content check on the incoming file to determine whether or not the file has contents that are damaging when interpreted in accordance with a file format specification associated with the headerless or characteristic header file format, the checker moving the file to the computer system if the file has no damaging content, the computer system checking the first few bytes of the incoming file to the computer system and disallowing processing of the incoming file by an application for processing files having a headerless file format if the first few bytes of the file do not match the file format specification for which the application is configured.
Ovenware having a container portion and a handle portion, wherein the ovenware is molded from a resin composition comprising a liquid crystal polyester resin and a talc filler, wherein an average particle size of the talc filler is at least 10 μm but not more than 25 μm, an amount of the talc filler is at least 55 parts by mass but not more than 100 parts by mass per 100 parts by mass of the liquid crystal polyester resin, a capacity of the ovenware is at least 500 mL but not more than 6 L, and a wall thickness of the container portion is at least 0.3 mm but not more than 5 mm. the ovenware is molded from a resin composition comprising a liquid crystal polyester resin and a talc filler, wherein an average particle size of the talc filler is at least 10 μm but not more than 25 μm, an amount of the talc filler is at least 55 parts by mass but not more than 100 parts by mass per 100 parts by mass of the liquid crystal polyester resin, a capacity of the ovenware is at least 500 mL but not more than 6 L, and a wall thickness of the container portion is at least 0.3 mm but not more than 5 mm.
A hearing aid interconnection system comprising an abutment having a fixture end and a hearing aid attachment end, where the fixture end is attachable to a bone integrated fixture thereby anchoring the hearing aid interconnection system to a skull bone, where the hearing aid attachment end of the abutment comprises hearing aid coupling surfaces adapted for engagement with a hearing aid coupling, characterised in that the hearing aid interconnection system comprises an extension member attachable to the abutment at the hearing aid attachment end where the extension member further comprises hearing aid coupling surfaces, whereby the extension member allows an extension of the length (L 1) between the fixture and the hearing aid coupling.
Water wave-resistant building, which rests on the coast of a body of water on a foundation made of reinforced concrete, which is secured at intervals with piles in the water area in the coastal soil and a one- or multi-storey building with a roof, wherein wave-splitting side walls (2, 3), which are arranged in the water flow and point towards the water side, are connected to one another at an acute angle, characterized, that the walls (2, 3) have an oblique ridge at their acute-angled connection to one another, which points towards the water side and falls down towards the water, so that the area of the side walls (2, 3) extends from the roof to the floor of the building increases and that additional reinforced concrete projections (5 - 8) in the form of vertical ribs with a triangular cross-section are provided at intervals on the side walls of the building. that the walls (2, 3) have an oblique ridge at their acute-angled connection to one another, which points towards the water side and falls down towards the water, so that the area of the side walls (2, 3) extends from the roof to the floor of the building increases and that additional reinforced concrete projections (5 - 8) in the form of vertical ribs with a triangular cross-section are provided at intervals on the side walls of the building.
A vinyl polymer powder comprising a vinyl polymer, wherein the glass transition temperature of the vinyl polymer is 0°C or higher (provided that, when there are a plurality of glass transition points, all of the glass transition temperatures are 0°C or higher), the total content of magnesium ions, calcium ions, aluminum ions, barium ions, and zinc ions is 350 ppm or less with respect to the total mass of the vinyl polymer powder, the content of ammonium ions is 100 ppm or less with respect to the total mass of the vinyl polymer powder, the acid value is 2.5 mgKOH/g or less, the bulk density is 0.10 to 0.60 g/cm 3, and the vinyl polymer contains a (meth)acrylate ester unit which contains an alkyl group having 1 to 4 carbon atoms or an aromatic group in the ester moiety.
Parking apparatus for a cableway for executing a parking process with at least one cableway vehicle of the cableway in a parking region of a cableway station of the cableway, in the parking apparatus at least one conveying device being provided, which is designed to interact with a component of the cableway vehicle at least temporarily during the execution of the parking process in order to exert a conveying force on the cableway vehicle, by means of which force the cableway vehicle can be moved into a parking position in the parking region, the conveying device being designed as a belt conveyor, preferably as a toothed belt conveyor, in the conveying device at least one driver element being provided, which is designed to interact with the component of the cableway vehicle during the execution of the parking process, in order to exert the conveying force on the cableway vehicle, the at least one driver element being arranged on a belt of the belt conveyor, preferably on a toothed belt of the toothed belt conveyor, characterized in that the conveying device has a drive device which, for executing the parking process of the cableway vehicle, can be controlled by a control unit (6, 22), and in that the at least one driver element is at least partially elastic.
An imaging system, comprising: a radiation source with a focal spot configured to emit a beam of x-ray photons that traverses an examination region, the radiation source comprising an anode configured to rotate and including a plurality of material free regions, and a cathode, wherein the anode is configured to rotate thereby rotating the plurality of material free regions which successively rotate through the focal spot; a photon counting detector array configured to detect a sub-set of the x-ray photons that traverse the examination region; a controller configured to generate and transmit a pause signal, in response to a calculated drop in an intensity of the emitted the beam of x-ray photons below a predetermined intensity level, which is to cause the photon counting detector array to pause detecting the sub-set of the x-ray photons, and to generate a resume signal in response to a calculated increase in the intensity of the beam of x-ray photons above the predetermined intensity level, which is to cause the photon counting detector array to resume detecting the beam of x-ray photons in response to the resume signal; and a counter configured to count, for each of a plurality of counting periods, the x-ray photons of the sub-set detected by the photon counting detector array in the corresponding counting period. a radiation source with a focal spot configured to emit a beam of x-ray photons that traverses an examination region, the radiation source comprising an anode configured to rotate and including a plurality of material free regions, and a cathode, wherein the anode is configured to rotate thereby rotating the plurality of material free regions which successively rotate through the focal spot; a photon counting detector array configured to detect a sub-set of the x-ray photons that traverse the examination region; a controller configured to generate and transmit a pause signal, in response to a calculated drop in an intensity of the emitted the beam of x-ray photons below a predetermined intensity level, which is to cause the photon counting detector array to pause detecting the sub-set of the x-ray photons, and to generate a resume signal in response to a calculated increase in the intensity of the beam of x-ray photons above the predetermined intensity level, which is to cause the photon counting detector array to resume detecting the beam of x-ray photons in response to the resume signal; and a counter configured to count, for each of a plurality of counting periods, the x-ray photons of the sub-set detected by the photon counting detector array in the corresponding counting period.
A contact lens manipulator assembly comprising a main manipulator body arranged with a lens applicator in a first end of the main manipulator body, and a pincer in a second end of the main manipulator body opposite the first end, characterized in that the assembly further comprises a lens-fetching device comprising a shaft and an outwardly shaped hemisphere part located on a first end of a shaft, wherein a second end of the shaft opposite the hemisphere-shaped part is adapted to be releasable inserted into a bore arranged in a longitudinal direction of the main manipulator body, wherein the bore is arranged from a centre point on a curved surface of the lens applicator facing outwardly through the main manipulator body to a centre point on a joining surface of the main manipulator body in between a first gripping arm and a second gripping arm of the pincer and wherein the length of the shaft of the lens-fetching device is long enough to protrude out from the joining surface of the main manipulator body.
A method performed by a user equipment, UE, device to perform measurements in order to assess network performance, preferably minimization of drive test, MDT, measurements, the method comprising: receiving from a network equipment a configuration message comprising configuration information, the configuration information providing information for controlling service specific measurements for at least one bearer and for controlling tagging of measurement reports by the UE with a list of service flow identifiers or an indication that the measurement relates to a multiplicity of service data flows, and characterized in that the configuration information provides information for controlling the performing of service specific measurements on the at least one bearer for at least two service data flows, SDFs, per bearer and the method further comprises the UE device performing and reporting the measurements on the at least one bearer for at least two service data flows, SDFs, per bearer. receiving from a network equipment a configuration message comprising configuration information, the configuration information providing information for controlling service specific measurements for at least one bearer and for controlling tagging of measurement reports by the UE with a list of service flow identifiers or an indication that the measurement relates to a multiplicity of service data flows, and characterized in that the configuration information provides information for controlling the performing of service specific measurements on the at least one bearer for at least two service data flows, SDFs, per bearer and the method further comprises the UE device performing and reporting the measurements on the at least one bearer for at least two service data flows, SDFs, per bearer.
Method for purifying at least one lipoglycopeptide antibiotic comprising the steps of: i) dissolving said at least one lipoglycopeptide antibiotic in an aqueous solution to form a mixture, ii) loading said mixture into a chromatographic column comprising a stationary phase, wherein said stationary phase comprises silica functionalized with organic pendants, iii) eluting the mixture loaded in step ii) using an eluent composition comprising a water-soluble organic solvent obtaining eluate fractions, iv) selecting the eluate fractions containing the at least one purified lipoglycopeptide antibiotic, v) concentrating the eluate fractions selected in step iv) to obtain a concentrate, vi) optionally dialyzing the concentrate obtained in step v), vii) precipitating said concentrate, optionally dialyzed in step vi), with a precipitation solution comprising at least one organic solvent, viii) drying the precipitate obtained in step vii), wherein said concentration step v) is carried out by means of a membrane nanofiltration system with a molecular cut-off ranging from 100 Da to 1500 Da. i) dissolving said at least one lipoglycopeptide antibiotic in an aqueous solution to form a mixture, ii) loading said mixture into a chromatographic column comprising a stationary phase, wherein said stationary phase comprises silica functionalized with organic pendants, iii) eluting the mixture loaded in step ii) using an eluent composition comprising a water-soluble organic solvent obtaining eluate fractions, iv) selecting the eluate fractions containing the at least one purified lipoglycopeptide antibiotic, v) concentrating the eluate fractions selected in step iv) to obtain a concentrate, vi) optionally dialyzing the concentrate obtained in step v), vii) precipitating said concentrate, optionally dialyzed in step vi), with a precipitation solution comprising at least one organic solvent, viii) drying the precipitate obtained in step vii),
A pharmaceutical composition for use in treating an inflammatory disease or an immune disorder, comprising an antibody, or an scFv, Fab, or F(ab) 2 fragment thereof, against ENO1, wherein the antibody, or the scFv, Fab, or F(ab) 2 fragment thereof, specifically binds an epitope in ENO1 and inhibits ENO1 plasminogen receptor activity, wherein the epitope is located in a region consisting of the sequence of 296 FDQDDWGAWQKFTASAGIQVVGDDLTVTNPKRIAKAVNEKS 336 (SEQ ID NO:39) of human ENO1.
Wind turbine generator comprising a generator rotor having a rotor flange portion and a generator stator having a stator flange portion, the rotor and stator flange portions (220, 320) being complimentarily shaped such that both define a locking housing for receiving a locking member for preventing the generator rotor from being rotated relative to the generator stator around an axis of rotation, the locking housing being adapted such that the locking member can be fitted radially therein, the locking member having a longitudinal axis contained in a working plane that is defined in a locking position where shear forces are concentrated, wherein the working plane is arranged substantially parallel to the axis of rotation of the generator rotor in said locking position in which the generator rotor is prevented from being rotated relative to the generator stator around said axis of rotation.
A method for treating a hydrocarbon feed gas stream containing at least carbon dioxide and hydrogen sulfide to recover a high quality purified CO 2 gas stream, said process comprising the following steps: a. Separating said hydrocarbon feed gas stream into (i) a sweetened hydrocarbon gas stream, and (ii) an acid gas stream comprising at least carbon dioxide and hydrogen sulfide; b. Introducing all of said acid gas stream (ii) into a Claus unit, thereby recovering (iii) a liquid stream of elemental sulfur and (iv) a tail gas mainly comprising nitrogen, carbon dioxide, sulfur dioxide and hydrogen sulfide; c. Introducing the exiting tail gas (iv) into a hydrogenation reactor and then into a quench contactor of a Tail Gas Treatment Unit (TGTU) thereby recovering (v) a hydrogenated tail gas stream mainly comprising nitrogen, hydrogen, carbon monoxide, carbon dioxide and hydrogen sulfide; d. Contacting said hydrogenated tail gas (v) with a non-selective amine-based solvent into a non-selective acid gas absorption unit of the TGTU thereby recovering (vi) an off gas mainly comprising nitrogen, hydrogen and carbon monoxide and (vii) a gas stream enriched in carbon dioxide and hydrogen sulfide; e. Sending the off gas (vi) to an incinerator; f. Introducing only the enriched gas stream (vii) into a selective H 2 S-absorption unit to be contacted with a selective H 2 S-absorption solvent thereby recovering (viii) a highly purified CO 2 gas stream and (ix) a H 2 S-enriched gas stream. a. Separating said hydrocarbon feed gas stream into (i) a sweetened hydrocarbon gas stream, and (ii) an acid gas stream comprising at least carbon dioxide and hydrogen sulfide; b. Introducing all of said acid gas stream (ii) into a Claus unit, thereby recovering (iii) a liquid stream of elemental sulfur and (iv) a tail gas mainly comprising nitrogen, carbon dioxide, sulfur dioxide and hydrogen sulfide; c. Introducing the exiting tail gas (iv) into a hydrogenation reactor and then into a quench contactor of a Tail Gas Treatment Unit (TGTU) thereby recovering (v) a hydrogenated tail gas stream mainly comprising nitrogen, hydrogen, carbon monoxide, carbon dioxide and hydrogen sulfide; d. Contacting said hydrogenated tail gas (v) with a non-selective amine-based solvent into a non-selective acid gas absorption unit of the TGTU thereby recovering (vi) an off gas mainly comprising nitrogen, hydrogen and carbon monoxide and (vii) a gas stream enriched in carbon dioxide and hydrogen sulfide; e. Sending the off gas (vi) to an incinerator; f. Introducing only the enriched gas stream (vii) into a selective H 2 S-absorption unit to be contacted with a selective H 2 S-absorption solvent thereby recovering (viii) a highly purified CO 2 gas stream and (ix) a H 2 S-enriched gas stream.