mhurhangee/ep-ind-claims huggingface dataset:
An optimization apparatus comprising: a memory configured to store one or more coupling coefficients that represent interaction of a plurality of variables corresponding to a plurality of bits included in an energy function; and an operation unit configured to select, based on a difference of a value of the energy function associated with inversion of a value of each of the plurality of bits, adoption or rejection of bit inversion to perform optimization, wherein the operation unit is further configured to: specify a coupling coefficient corresponding to an auxiliary variable from the one or more coupling coefficients stored in the memory, the auxiliary variable being a product of variables corresponding to respective bits from which a variable corresponding to a specific bit in the energy function is excluded, and execute calculation of a term of a third-order or higher of a difference of a value of the energy function associated with inversion of the specific bit using the auxiliary variable and the coupling coefficient. a memory configured to store one or more coupling coefficients that represent interaction of a plurality of variables corresponding to a plurality of bits included in an energy function; and an operation unit configured to select, based on a difference of a value of the energy function associated with inversion of a value of each of the plurality of bits, adoption or rejection of bit inversion to perform optimization, wherein the operation unit is further configured to: specify a coupling coefficient corresponding to an auxiliary variable from the one or more coupling coefficients stored in the memory, the auxiliary variable being a product of variables corresponding to respective bits from which a variable corresponding to a specific bit in the energy function is excluded, and execute calculation of a term of a third-order or higher of a difference of a value of the energy function associated with inversion of the specific bit using the auxiliary variable and the coupling coefficient. specify a coupling coefficient corresponding to an auxiliary variable from the one or more coupling coefficients stored in the memory, the auxiliary variable being a product of variables corresponding to respective bits from which a variable corresponding to a specific bit in the energy function is excluded, and execute calculation of a term of a third-order or higher of a difference of a value of the energy function associated with inversion of the specific bit using the auxiliary variable and the coupling coefficient.
A method for predicting initial unbalance in a bladed disk or ring comprising one or more aerofoil components, the method comprising: defining a statistical distribution of a mass moment weight of each of the one or more aerofoil components; restricting the statistical distribution to a selected range of mass moment weight for each of the one or more aerofoil components; and calculating an initial unbalance of the bladed disk or ring for the selected range of mass moment weight of the one or more aerofoil components, and providing the bladed disk or ring with a balance correction feature of suitable size to correct a maximum unbalance of the restricted distribution. defining a statistical distribution of a mass moment weight of each of the one or more aerofoil components; restricting the statistical distribution to a selected range of mass moment weight for each of the one or more aerofoil components; and calculating an initial unbalance of the bladed disk or ring for the selected range of mass moment weight of the one or more aerofoil components, and providing the bladed disk or ring with a balance correction feature of suitable size to correct a maximum unbalance of the restricted distribution.
A G250-antigen-specific antibody or/and a G250 antigen binding fragment thereof for use in the treatment of a patient with a primary G250 antigen expressing tumor, wherein the patient has undergone primary tumor resection and, if necessary, lymphadenectomy and wherein the patient has been diagnosed with non-metastatic disease, wherein the G250-antigen-specific antibody or/and the antigen-binding fragment thereof is administered to said patient in at least two treatment stages, wherein the amount of antibody for administration in the second treatment stage is decreased compared to the amount of antibody for administration in the first step, and wherein (a) a dose of 50 mg/week of the G250-antigen-specific antibody is administered in a first treatment stage and (b) a dose of 20 mg/week of the G250-antigen-specific antibody is administered in a second treatment stage. (a) a dose of 50 mg/week of the G250-antigen-specific antibody is administered in a first treatment stage and (b) a dose of 20 mg/week of the G250-antigen-specific antibody is administered in a second treatment stage.
Hydraulic system for tipping at least one tipping body located on a tipper lorry, comprising: - at least one hydraulic cylinder as a tipping drive unit for the tipping body, - at least one tipping valve for controlling at least one lifting operation and one holding operation of the hydraulic cylinder, - at least one hydraulic sink and at least one hydraulic source, - and at least one valve (110; 212) which is hydraulically connected to at least the hydraulic cylinder and the hydraulic sink and by means of which hydraulic fluid can be discharged, in a discharge volume flow, from the hydraulic cylinder to the hydraulic sink, bypassing the tipping valve, for a sinking operation of the hydraulic cylinder; characterised by a suction pump which supports the discharge of the hydraulic fluid in the discharge volume flow, bypassing the tipping valve, and by means of which at least a partial volume flow of the discharge volume flow can be supplied to the hydraulic sink. - at least one hydraulic cylinder as a tipping drive unit for the tipping body, - at least one tipping valve for controlling at least one lifting operation and one holding operation of the hydraulic cylinder, - at least one hydraulic sink and at least one hydraulic source, - and at least one valve (110; 212) which is hydraulically connected to at least the hydraulic cylinder and the hydraulic sink and by means of which hydraulic fluid can be discharged, in a discharge volume flow, from the hydraulic cylinder to the hydraulic sink, bypassing the tipping valve, for a sinking operation of the hydraulic cylinder;
Method for operating a hybrid drive having a drive train which is embodied as a parallel hybrid, in particular for a motor vehicle, having at least one internal combustion engine and at least one electrical machine device or at least one hydraulic machine device, wherein a separating clutch is arranged between the internal combustion engine and the electric or hydraulic machine device, and, when viewed in the drive direction, the electrical or hydraulic machine device is connected downstream of the internal combustion engine, wherein the separating clutch is separated in the drag mode if a predefineable drag torque can be taken up by the electrical or hydraulic machine device, and wherein a setpoint torque is predefined to the electrical or hydraulic machine device as a function of the predefineable drag torque, characterized in that first a low decelerating setpoint torque is predefined, and then a transition to a maximum value of the absolute value of the decelerating setpoint torque takes place continuously over time (t), wherein the setpoint torque is predefined in such a way that the drag torque which can be taken up is not exceeded.
A process comprising the step of: extruding a synthetic turf with a processing agent to form an extrusion product, whereby the extrusion product has a moisture content of less than 0.5% by weight; wherein the processing agent is a thermoplastic polymer graft modified with maleic anhydride; and wherein the amount of the processing agent is about 1% to about 30% by weight of the synthetic turf. extruding a synthetic turf with a processing agent to form an extrusion product, whereby the extrusion product has a moisture content of less than 0.5% by weight; wherein the processing agent is a thermoplastic polymer graft modified with maleic anhydride; and wherein the amount of the processing agent is about 1% to about 30% by weight of the synthetic turf.
A method for ensuring, by a web map tile service, display of features spanning more than one tile, the method comprising: receiving, by a server system using the web map tile service, a request from a client to display a portion of a map; identifying, by the server system, a new feature within the requested portion of the map; updating, by the server system, a maximum known length of features on the map based on a length of the new feature; identifying, by the server system, potentially erroneously rendered tiles in the requested portion of the map based on at least one tile associated with the new feature, and the maximum known length of features on the map; invalidating, by the server system, the potentially erroneously rendered tiles in the cache; receiving, by the server system, a request from a client to display a second portion of the map; for each tile within the second portion of the map that has not been validly rendered, searching, by the server system, for at least one feature within the maximum known length of features on the map from the tile; and rendering, by the server system, the tile with any features found within the maximum known length of features on the map from the tile, for display to the client. receiving, by a server system using the web map tile service, a request from a client to display a portion of a map; identifying, by the server system, a new feature within the requested portion of the map; updating, by the server system, a maximum known length of features on the map based on a length of the new feature; identifying, by the server system, potentially erroneously rendered tiles in the requested portion of the map based on at least one tile associated with the new feature, and the maximum known length of features on the map; invalidating, by the server system, the potentially erroneously rendered tiles in the cache; receiving, by the server system, a request from a client to display a second portion of the map; for each tile within the second portion of the map that has not been validly rendered, searching, by the server system, for at least one feature within the maximum known length of features on the map from the tile; and rendering, by the server system, the tile with any features found within the maximum known length of features on the map from the tile, for display to the client. searching, by the server system, for at least one feature within the maximum known length of features on the map from the tile; and rendering, by the server system, the tile with any features found within the maximum known length of features on the map from the tile, for display to the client.
A method for optimized map presentation comprising: receiving, at a mobile device, a first set of placement data associated with a first building level of a location; receiving, at the mobile device, a second set of placement data associated with a second building level of the location; determining, at the mobile device, overlap between a representation of the first building level of the location and the second building level of the location in a rendering of an image comprising the representation of the first building level of the location and the second building level of the location, using a set of viewing parameters, the first set of placement data and the second set of placement data; and adjusting, at the mobile device, the set of viewing parameters to reduce overlap between the representation of the first building level of the location and the second building level of the location in the rendering of the image, characterised in that adjusting the set of viewing parameters comprises at least one of: changing a distance between a viewing position and the building levels of the location; changing a tilt associated with the viewing position; or changing a placement of the viewing position; or any combination thereof. receiving, at a mobile device, a first set of placement data associated with a first building level of a location; receiving, at the mobile device, a second set of placement data associated with a second building level of the location; determining, at the mobile device, overlap between a representation of the first building level of the location and the second building level of the location in a rendering of an image comprising the representation of the first building level of the location and the second building level of the location, using a set of viewing parameters, the first set of placement data and the second set of placement data; and adjusting, at the mobile device, the set of viewing parameters to reduce overlap between the representation of the first building level of the location and the second building level of the location in the rendering of the image, characterised in that adjusting the set of viewing parameters comprises at least one of: changing a distance between a viewing position and the building levels of the location; changing a tilt associated with the viewing position; or changing a placement of the viewing position; or any combination thereof.
A Lactuca sativa plant resistant to Bremia lactucae, comprising a Bremia resistance locus which is linked to a genetic determinant, said genetic determinant is obtainable from the genome of a wild Lactuca plant, preferably from the genome of Lactuca serriola, a. wherein said resistance locus is a broad spectrum locus, providing resistance to Bremia lactucae races Bl:1 to Bl:28, said resistance locus co-segregates with a sequence which has at least 99% homology with SEQ ID No. 1 and with a sequence which has at least 99% homology with SEQ ID No. 2, and wherein b. said plant is obtainable through crossing of Lactuca sativa AS-002, of which representative seed has been deposited at the NCIMB Ltd. Under Accession N° NCIMB 42082, and any other susceptible Lactuca sativa plant, followed by selecting of plants that display said Bremia lactucae resistance. a. wherein said resistance locus is a broad spectrum locus, providing resistance to Bremia lactucae races Bl:1 to Bl:28, said resistance locus co-segregates with a sequence which has at least 99% homology with SEQ ID No. 1 and with a sequence which has at least 99% homology with SEQ ID No. 2, and wherein b. said plant is obtainable through crossing of Lactuca sativa AS-002, of which representative seed has been deposited at the NCIMB Ltd. Under Accession N° NCIMB 42082, and any other susceptible Lactuca sativa plant, followed by selecting of plants that display said Bremia lactucae resistance.
A movable control surface device for an aircraft the device having a leading-edge wing slat and a mechanical component for allowing the leading-edge wing slat to move relative to a part of the aircraft the device comprising: a light assembly comprising: a lens; a plurality of light-emitting diodes (LEDs); a housing (24, 28) configured to receive the plurality of LEDs and the lens, wherein the plurality of LEDs are rotatably mounted within the housing; and a controller configured to control position of the LEDs relative to the housing based on a received control signal, wherein the housing of the light assembly is received within the leading-edge wing slat such that the lens is flush with a surface of the leading-edge wing slat wherein the light assembly further comprises a plurality of reflectors. a light assembly comprising: a lens; a plurality of light-emitting diodes (LEDs); a housing (24, 28) configured to receive the plurality of LEDs and the lens, wherein the plurality of LEDs are rotatably mounted within the housing; and a controller configured to control position of the LEDs relative to the housing based on a received control signal, wherein the housing of the light assembly is received within the leading-edge wing slat such that the lens is flush with a surface of the leading-edge wing slat wherein the light assembly further comprises a plurality of reflectors. a lens; a plurality of light-emitting diodes (LEDs); a housing (24, 28) configured to receive the plurality of LEDs and the lens, wherein the plurality of LEDs are rotatably mounted within the housing; and a controller configured to control position of the LEDs relative to the housing based on a received control signal, wherein the housing of the light assembly is received within the leading-edge wing slat such that the lens is flush with a surface of the leading-edge wing slat wherein the light assembly further comprises a plurality of reflectors.
A computer system comprising: - a display; - a graphical user interface depicted on said display; and - a processor being adapted to render an information-bearing window (10,500) in either an opaque or a first translucent state in said graphical user interface, characterized in that said processor is adapted to - cause said window (10,500) to become translucent by entering said first translucent state if the information content displayed in said window remains unchanged for greater than a first predetermined period of time, and to - cause said window to become opaque when said information content is changed. - a display; - a graphical user interface depicted on said display; and - a processor being adapted to render an information-bearing window (10,500) in - cause said window (10,500) to become translucent by entering said first translucent state if the information content displayed in said window remains unchanged for greater than a first predetermined period of time, and to - cause said window to become opaque when said information content is changed.
A process for alkylating benzene contained in a refinery gasoline stream, said process comprising contacting said refinery gasoline stream with an alkylating agent comprising one or more C2 to C5 olefins in an alkylation reaction zone under alkylation conditions to produce an alkylated effluent, wherein said alkylation reaction zone comprises at least a first alkylation reaction stage and a second alkylation reaction stage, wherein a portion of said alkylating agent is fed to each of said first and second alkylation reaction stages so that, although the molar ratio of alkylatable aromatic to alkylating agent in the total feed to the alkylation reaction zone is less than 1, the molar ratio of alkylatable aromatic to alkylating agent at the inlet of each of said first and second alkylation reaction stages is at least 1.0.
A vehicle speed control system for a vehicle having a plurality of wheels (111, 112, 113, 114), the vehicle speed control system configured to automatically control the speed of the vehicle to a target speed and comprising: means for demanding the application of torque to at least one of the plurality of wheels (111, 112, 113, 114); means for detecting a slip event between any one or more of the wheels (111, 112, 113, 114) and the surface over which the vehicle is travelling when the vehicle is in motion and for providing a slip detection output signal in the event thereof; means for receiving a user input of a target set-speed at which the vehicle is intended to travel; and means for demanding the application torque to the at least one of the plurality of wheels (111, 112, 113, 114) for maintaining the vehicle at the target speed independently of the slip detection output signal by requesting the application of increased net torque to the at least one of the plurality of wheels (111, 112, 113, 114) when the vehicle speed needs to be increased to maintain the vehicle at the target speed and by requesting a reduction of net torque applied to the at least one of the plurality of wheels (111, 112, 113, 114) when the vehicle speed needs to be decreased to maintain the vehicle at the target speed. means for demanding the application of torque to at least one of the plurality of wheels (111, 112, 113, 114); means for detecting a slip event between any one or more of the wheels (111, 112, 113, 114) and the surface over which the vehicle is travelling when the vehicle is in motion and for providing a slip detection output signal in the event thereof; means for receiving a user input of a target set-speed at which the vehicle is intended to travel; and
A method to select payment service providers for transactions, the method comprising: configuring, by one or more computing devices, on a payment interface of a user computing device, a plurality of user payment service provider ("PSP") accounts associated with a plurality of PSPs (130,140); monitoring, by one or more computing devices, one or more factors of each routing mechanism for each of the plurality of PSPs; receiving, by one or more computing devices and from the payment interface, a request to transfer funds to a particular third party account; selecting, by one or more computing devices, a particular PSP based on a routing mechanism for the particular PSP having a more desirable performance than a routing mechanism for each of the other PSPs associated with the user PSP accounts, wherein the routing mechanism for the particular PSP is selected based on the particular PSP having less downtime than the routing mechanisms for each remaining PSP of the plurality of PSPs; and conducting, by one or more computing devices, the transfer of funds using the selected PSP. configuring, by one or more computing devices, on a payment interface of a user computing device, a plurality of user payment service provider ("PSP") accounts associated with a plurality of PSPs (130,140); monitoring, by one or more computing devices, one or more factors of each routing mechanism for each of the plurality of PSPs; receiving, by one or more computing devices and from the payment interface, a request to transfer funds to a particular third party account; selecting, by one or more computing devices, a particular PSP based on a routing mechanism for the particular PSP having a more desirable performance than a routing mechanism for each of the other PSPs associated with the user PSP accounts, wherein the routing mechanism for the particular PSP is selected based on the particular PSP having less downtime than the routing mechanisms for each remaining PSP of the plurality of PSPs; and conducting, by one or more computing devices, the transfer of funds using the selected PSP.