mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method (S2100) of analyzing seismic image data, the method comprising: receiving a first image data set (S2110), the first image data set representing image data of a geological structure obtained from seismic receivers in a first position relative to the geological structure; receiving a second image data set (S2110), the second image data set representing image data of the geological structure obtained from seismic receivers in a second position relative to the geological structure; and characterised in that the method further comprises measuring relative shift (S2130) of the second image data as compared to the first image data with respect to the geological structure by directly comparing the first image data set with the second image data set defining a residual function, defining an objective function using a penalty operator, and calculating a gradient of the objective function. receiving a first image data set (S2110), the first image data set representing image data of a geological structure obtained from seismic receivers in a first position relative to the geological structure; receiving a second image data set (S2110), the second image data set representing image data of the geological structure obtained from seismic receivers in a second position relative to the geological structure; and characterised in that the method further comprises measuring relative shift (S2130) of the second image data as compared to the first image data with respect to the geological structure by directly comparing the first image data set with the second image data set defining a residual function, defining an objective function using a penalty operator, and calculating a gradient of the objective function.
A live attenuated Bordetella pertussis vaccine which is deficient for tracheal cytotoxin (TCT) , pertussis toxin (PTX) and dermonecrotic toxin (DNT) for use in prophylaxis of allergen-driven airway pathology, wherein the ptx gene is replaced by a mutated version thereof coding for an enzymatically inactive toxin.
A flexible, thin film electronic device comprising a module cut from a web provided with one or more cells along the whole of its length wherein the cells comprise a first electrode layer , a second electrode layer and one or more active layers provided between the electrode layers , characterised in that the module includes one or more edge portions wherein an edge of the first electrode layer and an edge of the second electrode layer are each coincident with an edge of the web, and wherein at least one of the edge portions of one or both of the electrode layers is a cut and fragmented edge portion comprising localised fragmentation extending along the whole of the cut and fragmented edge portion, to prevent electrical shorting across a major portion of the device.
A method for preparing a negative electrode active material, comprising: preparing a silicon-based compound comprising SiO x , wherein 0.5<x<1.3; and forming a crystalline carbon coating layer on the silicon-based compound through a chemical vapor deposition method using an organometallic compound as a source, wherein the organometallic compound is at least any one selected from the group consisting of aluminum acetylacetonate, aluminum ethoxide, aluminum phenoxide, aluminum acetate, aluminum tributoxide, and a combination thereof. preparing a silicon-based compound comprising SiO x , wherein 0.5<x<1.3; and forming a crystalline carbon coating layer on the silicon-based compound through a chemical vapor deposition method using an organometallic compound as a source, wherein the organometallic compound is at least any one selected from the group consisting of aluminum acetylacetonate, aluminum ethoxide, aluminum phenoxide, aluminum acetate, aluminum tributoxide, and a combination thereof.
Process for preparing polyether polyols by addition of alkylene oxides onto H-functional starter compounds, characterized in that at least one alcohol containing at least two urethane groups is used as H-functional starter compound.
An arrangement for adjusting temperature in at least one location within a target volume , comprising: - one or more elements comprising sound inputs , gas inputs and gas outputs , said gas outputs arranged in a plurality of locations in the target volume ; - at least one temperature measurement device capable of determining a temperature of at least one of the locations; - a sound wave generator for modifying gas output to the target volume by one or more sound waves fed into the sound inputs ; - a controller connected at least to the temperature measurement device and the sound wave generator to cause: generating one or more sound waves on the basis of the temperature obtained by the temperature measurement device such that the temperature at the location of temperature measurement is caused to decrease or increase towards a target temperature defined for the location. - one or more elements comprising sound inputs , gas inputs and gas outputs , said gas outputs arranged in a plurality of locations in the target volume ; - at least one temperature measurement device capable of determining a temperature of at least one of the locations; - a sound wave generator for modifying gas output to the target volume by one or more sound waves fed into the sound inputs ; - a controller connected at least to the temperature measurement device and the sound wave generator to cause: generating one or more sound waves on the basis of the temperature obtained by the temperature measurement device such that the temperature at the location of temperature measurement is caused to decrease or increase towards a target temperature defined for the location.
A method for removing a perfluorinated alkanoic acid from a first solution containing the perfluorinated alkanoic acid and a fluorinated alkoxy acid, the method comprising contacting the first solution with an anion-exchange resin to produce a second solution and a resultant anion-exchange resin having perfluorinated alkanoic acid adsorbed thereto, wherein the perfluorinated alkanoic acid is present in the first solution at a first concentration and is present in the second solution at a second concentration which is lower than the first concentration, and separating the second solution from the resultant anion-exchange resin.
A transport apparatus (3; 4) for transporting carriers (31, 32; 310) in a machine , the transport apparatus (3; 4) comprising at least one carrier (31, 32; 310) for carrying a load, and a planar driving system for driving the at least one carrier (31, 32; 310) with magnetic force between at least two positions in a plane spanned by a first and second moving direction (x, y), wherein at least one of said carriers (31, 32; 310) comprises less magnetic force exerting elements (312; 322) which are orientated in the second moving direction (y) for driving said carrier (31, 32; 310) in the first moving direction (x) than said carrier (31, 32; 310) comprises magnetic force exerting elements (311, 313; 321, 323) which are orientated in the first moving direction (x) for driving the carrier (31, 32; 310) in the second moving direction (y), so that the planar driving system and said carrier (31, 32; 310) interact to drive said carrier (31, 32; 310) in the first moving direction (x) in a smaller range than in the second moving direction (y), wherein the at least one carrier (31, 32; 310) comprises first, second and third magnetic force exerting elements (311, 312, 313; 321, 322, 323) which are positioned adjacent to each other and each have short sides and long sides, wherein the first magnetic force exerting element (311; 321) is positioned with one of its short sides adjacent to one of the long sides of the second magnetic force exerting element (312; 322) and the second magnetic force exerting element (312; 322) is positioned with one of its short sides adjacent to one of the long sides of the third magnetic force exerting element (313; 323), characterized in that the first, second and third magnetic force exerting elements (311, 312, 313; 321, 322, 323) form an open frame and in that the first and third magnetic force exerting elements (311, 313; 321, 323) are positioned displaced from each other in the first and second moving direction (x, y) and in that the centers of the magnetic force exerting elements (311, 312, 313; 321, 322, 323) of the at least one carrier are displaced from each other so that the centers of the magnetic force exerting elements (311, 313; 321, 323) are not located on a straight line.
A composition comprising N-acetyl-glucosamine-6-phosphate, glucuronic acid, and a magnesium sulfate in the proportions of 50 to 75, 55 to 83 and 33 to 66 mmoles/kg respectively.
A container comprising a sheet , wherein the sheet comprises opposed first and second surfaces ; wherein a first part of the sheet comprises a handle ; wherein the first part of the sheet is releasably coupled to a second part of the sheet ; wherein the sheet comprises a polymeric composition comprising a thermoplastic polymer; and wherein the first surface of the first part of the sheet is releasably coupled to the first surface of the second part of the sheet by providing a barrier layer therebetween and melting the thermoplastic; characterised in that : the barrier layer comprises a barrier composition comprising tributyl acetylcitrate.
An apparatus for hardware configuration reporting, comprising: a processing device having a trusted execution environment, TEE, and a non-trusted execution environment, non-TEE, wherein the processing device is to enter the TEE from the non-TEE in response to a particular interrupt, and wherein the TEE is executed from a memory not accessible from the non-TEE; request service logic , stored in the memory , to operate within the TEE to receive an indication of a request from an arbiter logic , operable in the TEE, wherein the request represents a hardware configuration register; and characterized by reporting logic , stored in the memory , to operate within the TEE and to report an indicator of a value of the hardware configuration register represented by the request to the arbiter logic ; wherein the arbiter logic is authorized to shut down hardware associated with the hardware configuration register based, at least in part, on the value of the hardware configuration register reported; and wherein the arbiter logic is a driver execution environment, DXE, script operating in a basic input/output operating system, BIOS, of the processing device. a processing device having a trusted execution environment, TEE, and a non-trusted execution environment, non-TEE, wherein the processing device is to enter the TEE from the non-TEE in response to a particular interrupt, and wherein the TEE is executed from a memory not accessible from the non-TEE; request service logic , stored in the memory , to operate within the TEE to receive an indication of a request from an arbiter logic , operable in the TEE, wherein the request represents a hardware configuration register; and characterized by reporting logic , stored in the memory , to operate within the TEE and to report an indicator of a value of the hardware configuration register represented by the request to the arbiter logic ; wherein the arbiter logic is authorized to shut down hardware associated with the hardware configuration register based, at least in part, on the value of the hardware configuration register reported; and wherein the arbiter logic is a driver execution environment, DXE, script operating in a basic input/output operating system, BIOS, of the processing device.
A method for fixation of a wire portion of an endoscope , the method comprising the steps of: a) providing: - an operating handle ; - an insertion tube with a proximal end and a distal end , and with a steerable tip part located at the distal end; - a control element movable in relation to the operating handle, the control element having a pin spacing defined by at least one wall of the control element; - a pin ; and - a steering wire having a first wire portion connected to the steerable tip part, a second wire portion , and a third wire portion , the second wire portion being located between the first and third wire portions; b) pulling the third wire portion so as to tension the steering wire; and c) inserting the pin into the pin spacing so that the second wire portion is clamped between the pin and the at least one wall of the control element, whereby the pin and the second wire portion are fixated to the control element so as to maintain a wire tension between the first and second wire portions, wherein the pin comprises a wire guide , and the method further comprises the step of positioning of the second wire portion in the wire guide. a) providing: - an operating handle ; - an insertion tube with a proximal end and a distal end , and with a steerable tip part located at the distal end; - a control element movable in relation to the operating handle, the control element having a pin spacing defined by at least one wall of the control element; - a pin ; and - a steering wire having a first wire portion connected to the steerable tip part, a second wire portion , and a third wire portion , the second wire portion being located between the first and third wire portions; - an operating handle ; - an insertion tube with a proximal end and a distal end , and with a steerable tip part located at the distal end; - a control element movable in relation to the operating handle, the control element having a pin spacing defined by at least one wall of the control element; - a pin ; and - a steering wire having a first wire portion connected to the steerable tip part, a second wire portion , and a third wire portion , the second wire portion being located between the first and third wire portions; b) pulling the third wire portion so as to tension the steering wire; and c) inserting the pin into the pin spacing so that the second wire portion is clamped between the pin and the at least one wall of the control element, whereby the pin and the second wire portion are fixated to the control element so as to maintain a wire tension between the first and second wire portions,
A sensor intended to be positioned on a mobile part of a deployable structure , and to emit an information signal to a transmission unit secured to a fixed part of the deployable structure , such that the sensor comprises: - a wireless transceiver configured to receive an incident signal from the transmission unit according to a first operating mode (MCE1); - an autonomous energy source ; - a converter configured to convert the incident signal into electric current and to power the autonomous energy source using said electric current; - a logic processing unit adapted to decide whether to emit the information signal to the transmission unit by the wireless transceiver according to a second operating mode (MCE2), the autonomous energy source being configured to power the logic processing unit ; the first operating mode (MCE1) corresponding to the operation of the sensor in a folded position of the deployable structure, the second operating mode (MCE2) corresponding to the operation of the sensor in a deployed position of the deployable structure. - a wireless transceiver configured to receive an incident signal from the transmission unit according to a first operating mode (MCE1); - an autonomous energy source ; - a converter configured to convert the incident signal into electric current and to power the autonomous energy source using said electric current; - a logic processing unit adapted to decide whether to emit the information signal to the transmission unit by the wireless transceiver according to a second operating mode (MCE2), the autonomous energy source being configured to power the logic processing unit ;
A method for repairing a memory device, comprising: performing (S100) error detection on memory units of the memory device; temporarily storing (S200) each of unit addresses of detected error units in registers until a number of the detected error units reaches a first preset number, wherein the detected error units are damaged memory units, each of the detected error units occupies a respective one of the registers, each of the registers corresponds to a respective switch unit from a number of switch units equal to the number of registers, wherein the first preset number is equal to the number of registers, and each of the unit addresses comprises a row address; successively selecting (S300) one of the registers, as a target register; determining (S400) whether a row address in the target register exists in a reference storage module, wherein a repaired row address or an unrepaired row address is stored in the reference storage module; and repairing (S500) error units that are not repaired through the row address according to a result of the determination; characterised in that successively selecting (S300) one of the registers, as a target register is performed in response to the number of the detected error units reaching the first preset number by controlling the number of switch units to be opened one by one in a successive order such as to enable each of the corresponding registers to successively become the target register, while maintaining every switch other than the one corresponding to the target register closed. performing (S100) error detection on memory units of the memory device; temporarily storing (S200) each of unit addresses of detected error units in registers until a number of the detected error units reaches a first preset number, wherein the detected error units are damaged memory units, each of the detected error units occupies a respective one of the registers, each of the registers corresponds to a respective switch unit from a number of switch units equal to the number of registers, wherein the first preset number is equal to the number of registers, and each of the unit addresses comprises a row address; successively selecting (S300) one of the registers, as a target register; determining (S400) whether a row address in the target register exists in a reference storage module, wherein a repaired row address or an unrepaired row address is stored in the reference storage module; and repairing (S500) error units that are not repaired through the row address according to a result of the determination; characterised in that successively selecting (S300) one of the registers, as a target register is performed in response to the number of the detected error units reaching the first preset number by controlling the number of switch units to be opened one by one in a successive order such as to enable each of the corresponding registers to successively become the target register, while maintaining every switch other than the one corresponding to the target register closed.
Apparatus for a vehicle , the apparatus comprising a device designed to obtain indicators about an end of a queue, wherein the indicators comprise at least one element from the group comprising kinetic information of the vehicle or from vehicles in surroundings of the vehicle and queue warnings, wherein the device comprises a video sensor or has access to a video sensor in order to detect hazard warning lights of vehicles in surroundings of the vehicle ; a device designed to determine information about a queue end on the basis of the indicators, wherein the information about the queue end indicates whether the vehicle will reach the end of a queue in the near future; and a vehicle-to-vehicle interface designed to provide information about the queue end to one or more further vehicles via a vehicle-to-vehicle communication connection, wherein the device is designed to determine that the vehicle will reach the end of a queue in the near future a) if the hazard warning lights of the vehicle have been activated for at least a minimum time within a measurement period, the hazard warning lights of vehicles in surroundings of the vehicle have been activated for at least a minimum time within a measurement period, and the steering angle of the vehicle has been substantially less than an upper steering angle limit value during a further measurement period, or b) if the steering angle of the vehicle has been substantially less than an upper steering angle limit value during a further measurement period, the vehicle has been slowed from above an upper speed limit value to below a lower speed limit value, and the hazard warning lights of vehicles in surroundings of the vehicle have been activated for at least a minimum time within a measurement period. a) if the hazard warning lights of the vehicle have been activated for at least a minimum time within a measurement period, the hazard warning lights of vehicles in surroundings of the vehicle have been activated for at least a minimum time within a measurement period, and the steering angle of the vehicle has been substantially less than an upper steering angle limit value during a further measurement period, or b) if the steering angle of the vehicle has been substantially less than an upper steering angle limit value during a further measurement period, the vehicle has been slowed from above an upper speed limit value to below a lower speed limit value, and the hazard warning lights of vehicles in surroundings of the vehicle have been activated for at least a minimum time within a measurement period.
Apparatus for rendering support while carrying loads, having a waist belt with an inner side for application onto the body of a person and with an outer side , having a first end and a second end which are connected to each other by means of a locking element , wherein the waist belt comprises a back element for application onto a section of the back of the person and a first waist belt section is arranged on the back element , characterized in that , on the outer side of the first waist belt section , at least one, preferably numerous, outwardly protruding first support elements is(are) arranged at such a distance (A) to the back element that, when worn on the body of the person , is arranged to one side on the body of the person . wherein the waist belt comprises a back element for application onto a section of the back of the person and a first waist belt section is arranged on the back element , characterized in that , on the outer side of the first waist belt section , at least one, preferably numerous, outwardly protruding first support elements is(are) arranged at such a distance (A) to the back element that, when worn on the body of the person , is arranged to one side on the body of the person .