mhurhangee/patent-ind-claim-en huggingface dataset:
A transverse beam for installation in a formwork support system , the transverse beam comprising: - a first catch element at a first end region of the transverse beam and - a second catch element at a second end region of the transverse beam , the first and second catch element being spaced apart in a horizontal direction perpendicular to a longitudinal direction of the transverse beam , wherein the transverse beam comprises a first abutment element at the first end region of the transverse beam and a second abutment element at the second end region of the transverse beam , the first catch element at the first end and the second abutment element at the second end region being arranged at the same horizontal position in direction perpendicular to the longitudinal direction of the transverse beam , the first abutment element at the first end region and the second catch element at the second end region being arranged at the same horizontal position in direction perpendicular to the longitudinal direction of the transverse beam , characterized in that the first catch element and the second catch element extend below the first abutment element and the second abutment element . - a first catch element at a first end region of the transverse beam and - a second catch element at a second end region of the transverse beam , the first and second catch element being spaced apart in a horizontal direction perpendicular to a longitudinal direction of the transverse beam , wherein the transverse beam comprises a first abutment element at the first end region of the transverse beam and a second abutment element at the second end region of the transverse beam , the first catch element at the first end and the second abutment element at the second end region being arranged at the same horizontal position in direction perpendicular to the longitudinal direction of the transverse beam , the first abutment element at the first end region and the second catch element at the second end region being arranged at the same horizontal position in direction perpendicular to the longitudinal direction of the transverse beam , characterized in that the first catch element and the second catch element extend below the first abutment element and the second abutment element .
A hybrid propulsion system comprising: a plurality of propulsors ; a first drive shaft ; a second drive shaft ; a gas turbine engine comprising: a first turbine stage operatively coupled to the first drive shaft ; and a second turbine stage operatively coupled to the second drive shaft ; a motor-generator operatively coupled to the second drive shaft and configured to: generate, during a steady-state operation of the gas turbine engine, electrical power to drive at least one propulsor of the plurality of propulsors ; and selectively drive the second shaft ; and a clutch characterised in that it is configured to automatically engage, during a start-up operation of the gas turbine engine, the second drive shaft to the first drive shaft , and automatically disengage, during the steady state operation of the gas turbine engine, the second drive shaft from the first drive shaft . a plurality of propulsors ; a first drive shaft ; a second drive shaft ; a gas turbine engine comprising: a first turbine stage operatively coupled to the first drive shaft ; and a second turbine stage operatively coupled to the second drive shaft ; a first turbine stage operatively coupled to the first drive shaft ; and a second turbine stage operatively coupled to the second drive shaft ; a motor-generator operatively coupled to the second drive shaft and configured to: generate, during a steady-state operation of the gas turbine engine, electrical power to drive at least one propulsor of the plurality of propulsors ; and selectively drive the second shaft ; and generate, during a steady-state operation of the gas turbine engine, electrical power to drive at least one propulsor of the plurality of propulsors ; and selectively drive the second shaft ; and a clutch characterised in that it is configured to automatically engage, during a start-up operation of the gas turbine engine, the second drive shaft to the first drive shaft , and automatically disengage, during the steady state operation of the gas turbine engine, the second drive shaft from the first drive shaft .
A method of measuring a signal by a wireless communication mobile station , the method comprising: measuring a signal for each of beam pairs including a transmission beam and a reception beam for a preset period of time; classifying the beam pairs into two or more beam groups according to a result of the measurement and group setting rule that is a criterion for the group classification ; and generating and reporting measurement result information for the beam pairs belonging to the two or more beam groups, respectively, according to a measurement rule corresponding to a corresponding beam group. measuring a signal for each of beam pairs including a transmission beam and a reception beam for a preset period of time; classifying the beam pairs into two or more beam groups according to a result of the measurement and group setting rule that is a criterion for the group classification ; and generating and reporting measurement result information for the beam pairs belonging to the two or more beam groups, respectively, according to a measurement rule corresponding to a corresponding beam group.
Rack storage system comprising multi-level storage racks which define therebetween an aisle , in which shuttles travel in the storage levels along the storage racks as serving units for placing/removing loads (L) into/out of the storage racks , wherein at least one vertical lift is arranged within the floor space of the storage racks of an aisle in such a manner that the shuttles can travel on rails along the rack front sides facing the aisle past the vertical lift and can place down or pick up a load (L) via a buffer conveyor (6A, B) arranged next to the vertical lift , wherein the buffer conveyor (6A, B) conveys a load (L) onwards to the vertical lift or receives same from the vertical lift , wherein the system is configured in such a manner that, in a storage connection level contained in the rack storage system, loads (L) are deposited and also picked up merely on one side of the vertical lift , wherein the vertical lift has a reversible lift conveyor , characterised in that the storage conveyor and the removal conveyor of the storage connection level are both arranged on one side next to the vertical lift as a single dual conveyor in the contact area of only one storage rack and in that the dual conveyor has a longitudinal division such that a longitudinal half conveys towards the vertical lift and the other longitudinal half conveys away from the vertical lift in the same level and that the lift conveyor is divided virtually or physically by guides corresponding to the dual conveyor division and this division with the longitudinal halves is aligned in each case in the storage connection level in the direction of the longitudinal orientation of the storage rack and so the halves of the dual conveyor are aligned with the halves of the vertical lift when they are located at the same height.
Composition, comprising (a) omeprazole and/or pantoprazole and (b) eriodictyol and homoeriodictyol. (a) omeprazole and/or pantoprazole and (b) eriodictyol and homoeriodictyol.
A computing device comprising: a display screen ; one or more processors ; and one or more memory resources storing instructions that, when executed by the one or more processors , cause the computing device to: while an application is executing on the computing device to cause a display interface to be generated on the display screen , the display interface enabling a user to view or interact with a content of the dis-play interface , monitor a set of memory usage metrics of the computing device , wherein the application enables a user to access network-based services and comprises multiple priority tiers of application features ; based on historical memory usage data and the set of memory usage metrics of the computing device , determine whether memory usage will exceed a critical memory threshold at a future time; and in response to determining that the memory usage will exceed the critical memory threshold at the future time, degrade a first set application features of the application , the first set of application features corresponding to a lowest priority tier of the multiple priority tiers. a display screen ; one or more processors ; and one or more memory resources storing instructions that, when executed by the one or more processors , cause the computing device to: while an application is executing on the computing device to cause a display interface to be generated on the display screen , the display interface enabling a user to view or interact with a content of the dis-play interface , monitor a set of memory usage metrics of the computing device , wherein the application enables a user to access network-based services and comprises multiple priority tiers of application features ; based on historical memory usage data and the set of memory usage metrics of the computing device , determine whether memory usage will exceed a critical memory threshold at a future time; and in response to determining that the memory usage will exceed the critical memory threshold at the future time, degrade a first set application features of the application , the first set of application features corresponding to a lowest priority tier of the multiple priority tiers. while an application is executing on the computing device to cause a display interface to be generated on the display screen , the display interface enabling a user to view or interact with a content of the dis-play interface , monitor a set of memory usage metrics of the computing device , wherein the application enables a user to access network-based services and comprises multiple priority tiers of application features ; based on historical memory usage data and the set of memory usage metrics of the computing device , determine whether memory usage will exceed a critical memory threshold at a future time; and in response to determining that the memory usage will exceed the critical memory threshold at the future time, degrade a first set application features of the application , the first set of application features corresponding to a lowest priority tier of the multiple priority tiers.
A computer implemented method of searching for a feature that affects an output result of a machine learning model, the search method comprising: a first step (S20) of applying, to all training data which includes a plurality of sets of ground truth image data and information on whether the ground truth image data is positive or negative, at least one or more separate filters combining at least one or more feature presence/absence determining devices that determine presence or absence of a feature, thereby to generate pieces of training data; a second step (S30) of applying the pieces of training data generated in the first step to separate machine learning models to separately execute machine learning; and a third step (S40) of outputting information that extracts a new feature using a verification result obtained by inputting verification data to separate machine learning models after the machine learning, wherein verification data is a part of training data which has not been used for training. a first step (S20) of applying, to all training data which includes a plurality of sets of ground truth image data and information on whether the ground truth image data is positive or negative, at least one or more separate filters combining at least one or more feature presence/absence determining devices that determine presence or absence of a feature, thereby to generate pieces of training data; a second step (S30) of applying the pieces of training data generated in the first step to separate machine learning models to separately execute machine learning; and a third step (S40) of outputting information that extracts a new feature using a verification result obtained by inputting verification data to separate machine learning models after the machine learning, wherein verification data is a part of training data which has not been used for training.
A method of determining one or more parameters of operation of a patient-specific surgical tool, the method comprising the steps of: obtaining bone quality data corresponding to a bone of a joint from image data; determining one or more desired engagement characteristics corresponding to a desired press-fit between a fixation feature of an implant and the bone; and characterized by determining the one or more parameters of operation of the patient-specific surgical tool based on the bone quality data in order to substantially achieve the one or more desired engagement characteristics between the bone and the fixation feature. obtaining bone quality data corresponding to a bone of a joint from image data; determining one or more desired engagement characteristics corresponding to a desired press-fit between a fixation feature of an implant and the bone; and characterized by determining the one or more parameters of operation of the patient-specific surgical tool based on the bone quality data in order to substantially achieve the one or more desired engagement characteristics between the bone and the fixation feature.
Marine pipeline installation tensioner comprising a tensioner frame and multiple track units mounted in said frame, wherein each track unit includes an endless track , a chassis , bearing means, e.g. support rollers or the like, mounted on said chassis for supporting the endless track , and one or more track motion control members for effecting controlled motion of the track , and wherein each track unit is arranged mobile within the associated frame by a parallel linkage bar system with parallel linkage bars between the chassis of the track unit and the frame of the tensioner so that a gap between the tracks can be adapted to different pipeline diameters, which parallel linkage bars are respectively connected to the chassis of a track unit near either end of said chassis characterized in that one or more further parallel linkage bars are connected to the chassis in one ore more intermediate positions of the chassis , such that said chassis of the track unit is supported at least in both end regions thereof as well as in a central region by each of said parallel linkage bars to prevent undue bending of the track unit chassis in the central area.
A thermally stable and cyclically stressable ultra-high strength concrete component having a strength of more than 130 N/mm 2 at a water cement content of less than 0.25, manufactured using a solid compound having at least one hydraulic binding agent, namely cement, and at least one aggregate, e.g. quartz sand or basalt sand, and a portion of fibers, namely cellulose fibers and/or regenerated cellulose fibers, whose volume reduces on heating, characterized in that the portion of the fibers whose volume reduces on heating amounts to between 0.3 and 1.2 vol%, particularly advantageously between 0.3 and 0.6 vol%, and in particular 0.6 vol%, with respect to the volumetric solid portion of the concrete.
A control method, applied to a semiconductor memory, the semiconductor memory comprising a Data Mask Pin DM, the DM being configured to receive an input mask signal of write data, and the method comprising: when the semiconductor memory is in a preset test mode, controlling (S101) an impedance of the DM to be a first impedance parameter through a first Mode Register, MR, in response to the DM being selected as a test object; or, controlling (S101) the impedance of the DM to be a second impedance parameter through a second MR, in response to the DM not being selected as the test object; wherein the semiconductor memory further comprises at least one Data Pin, DQ, the DQ is configured to receive or output data, the first MR is configured to indicate that an impedance of the at least one DQ in an output driver state is the first impedance parameter, and the second MR is configured to indicate that the impedance of the at least one DQ in a termination state is the second impedance parameter. when the semiconductor memory is in a preset test mode, controlling (S101) an impedance of the DM to be a first impedance parameter through a first Mode Register, MR, in response to the DM being selected as a test object; or, controlling (S101) the impedance of the DM to be a second impedance parameter through a second MR, in response to the DM not being selected as the test object; controlling (S101) an impedance of the DM to be a first impedance parameter through a first Mode Register, MR, in response to the DM being selected as a test object; or, controlling (S101) the impedance of the DM to be a second impedance parameter through a second MR, in response to the DM not being selected as the test object; wherein the semiconductor memory further comprises at least one Data Pin, DQ, the DQ is configured to receive or output data, the first MR is configured to indicate that an impedance of the at least one DQ in an output driver state is the first impedance parameter, and the second MR is configured to indicate that the impedance of the at least one DQ in a termination state is the second impedance parameter.
A detection device for detecting charged particles or radiation, the device comprising a front area extending longitudinally along a principal direction (A), the front area comprising an arrangement of the respective entry faces of at least two microchannel plate, MCP, assemblies , wherein each MCP assembly is configured for receiving charged particles, neutral particles or electromagnetic radiation that impinge on its entry face and for generating a corresponding amplified detection signal on its opposite exit face , the device further comprising at least one read-out anode for collecting said amplified detection signals, the anode being arranged at a distance to, and in parallel with the respective exit faces of said MCP assemblies, wherein the at least two MCP assemblies are arranged side by side along said principal direction, and wherein a gap (G) of at most 1 mm separates the entry faces of any two adjacent MCP assemblies, characterized in that the detection device further comprises biasing means configured to apply a common electric potential to the respective exit faces of all MCP assemblies , and to apply individual electric potentials to the respective entry faces of each MCP assembly . wherein the at least two MCP assemblies are arranged side by side along said principal direction, and wherein a gap (G) of at most 1 mm separates the entry faces of any two adjacent MCP assemblies, characterized in that the detection device further comprises biasing means configured to apply a common electric potential to the respective exit faces of all MCP assemblies , and to apply individual electric potentials to the respective entry faces of each MCP assembly .
A method for producing carbon-carbon material in the form of circular workpieces for use in heavily loaded friction units, based on carbon fabrics, pitch binders and carbon fiber filaments, including cutting the fabric based on fibers, impregnating it with a binder, forming the workpiece, drying the workpieces, pressing, carbonization, compaction, high-temperature processing and mechanical processing, characterized in that before assembling into press packs, the cut fabric impregnated with pitch binder is subjected to a predetermined perforation with holes with a ratio of the linear size of the hole L to the diameter of the filament d, and L / d> 100, after that, the molding of the press pack is carried out by layer-by-layer alternation of layers of fabric with layers of discrete filaments of carbon fibers with a length of not more than 750 mkm in a mixture with pitch binder powder by sucking an aqueous suspension through each layer of fabric, then the pack is compressed and dried in a fixed state to constant weight at the melting temperature of the pitch binder.
An optofluidic device for coupling light into a fluid, comprising: a first optical fiber having a solid light guiding core ; a capillary having a capillary fluid channel ; a second optical fiber having a solid light guiding core and at least one fiber fluid channel arranged adjacent to and in parallel with said solid light guiding core of said second optical fiber; wherein said capillary fluid channel is arranged in direct fluid communication with said at least one fiber fluid channel ; and wherein said first optical fiber extends through an opening in a sidewall of said capillary and is optically coupled to said second optical fiber to guide light from an external light source into said solid light guiding core of said second optical fiber , wherein said first optical fiber is spliced to said second optical fiber . a first optical fiber having a solid light guiding core ; a capillary having a capillary fluid channel ; a second optical fiber having a solid light guiding core and at least one fiber fluid channel arranged adjacent to and in parallel with said solid light guiding core of said second optical fiber; wherein said capillary fluid channel is arranged in direct fluid communication with said at least one fiber fluid channel ; and wherein said first optical fiber extends through an opening in a sidewall of said capillary and is optically coupled to said second optical fiber to guide light from an external light source into said solid light guiding core of said second optical fiber , wherein said first optical fiber is spliced to said second optical fiber .
A method for manufacturing an outer plate defining a front surface of a door of a refrigerator , the method comprising: providing a steel plate having a first protective film at a front surface thereof; seating the steel plate on a die and forming one of a plurality of through holes at one of a plurality of set positions by a vertical movement of a punch ; and horizontally moving the steel plate to another one of the plurality of set positions to form another one of the plurality of through holes in the steel plate by the vertical movement of the punch while the steel plate is seated on the die , wherein each of the plurality of through holes is formed by sequentially penetrating the first protective film and the steel plate with the punch ; attaching a diffusion sheet on the rear surface of the steel plate to shield one or more of the plurality of through holes ; and providing a hole-filling material into the one or more of the plurality of through holes to form a hole-filling member , wherein the hole-filling material is provided to be at level with an upper surface of the first protective film , and/or wherein the hole-filling member is configured to allow transmission of light. providing a steel plate having a first protective film at a front surface thereof; seating the steel plate on a die and forming one of a plurality of through holes at one of a plurality of set positions by a vertical movement of a punch ; and horizontally moving the steel plate to another one of the plurality of set positions to form another one of the plurality of through holes in the steel plate by the vertical movement of the punch while the steel plate is seated on the die , wherein each of the plurality of through holes is formed by sequentially penetrating the first protective film and the steel plate with the punch ; attaching a diffusion sheet on the rear surface of the steel plate to shield one or more of the plurality of through holes ; and providing a hole-filling material into the one or more of the plurality of through holes to form a hole-filling member , wherein the hole-filling material is provided to be at level with an upper surface of the first protective film , and/or wherein the hole-filling member is configured to allow transmission of light.