mhurhangee/ep-ind-claims huggingface dataset:
A method of debugging, comprising: translating by a hardware debug server executing on a computer system, a first high-level language debugging command into a first hardware debugging command that specifies one or more values of a condition in a circuit implementation of an HLL software specification on a programmable integrated circuit, and one or more storage elements on the programmable IC at which the one or more values of the condition are stored; and transmitting the first hardware debugging command to a debug controller circuit on the programmable IC; characterized by generating a single pulse of a clock signal to the circuit implementation of the software specification by the debug controller circuit; reading by the debug controller circuit after generating the single pulse, one or more values from the one or more storage elements specified by the first hardware debugging command; determining whether or not the one or more values satisfy the condition; generating another single pulse of the clock signal in response to the one or more values read from the one or more storage elements not satisfying the condition; suspending generation of pulses of the clock signal in response to the one or more values read from the one or more storage elements satisfying the condition; and outputting a data indicative of a breakpoint in response to the one or more values read from the one or more storage elements satisfying the condition. translating by a hardware debug server executing on a computer system, a first high-level language debugging command into a first hardware debugging command that specifies one or more values of a condition in a circuit implementation of an HLL software specification on a programmable integrated circuit, and one or more storage elements on the programmable IC at which the one or more values of the condition are stored; and transmitting the first hardware debugging command to a debug controller circuit on the programmable IC; characterized by generating a single pulse of a clock signal to the circuit implementation of the software specification by the debug controller circuit; reading by the debug controller circuit after generating the single pulse, one or more values from the one or more storage elements specified by the first hardware debugging command; determining whether or not the one or more values satisfy the condition; generating another single pulse of the clock signal in response to the one or more values read from the one or more storage elements not satisfying the condition; suspending generation of pulses of the clock signal in response to the one or more values read from the one or more storage elements satisfying the condition; and outputting a data indicative of a breakpoint in response to the one or more values read from the one or more storage elements satisfying the condition.
Tumble dryer comprising a housing, a drum in the housing being accessible from a front side of the housing and being rotatable about its center axis, a fan arrangement for producing a flow of process air passing through the drum, and a heat pump for drying the process air before entering the drum, the heat pump comprising a compressor, a condenser, an expansion valve, and an evaporator forming a refrigerant fluid loop, wherein the rotatable drum comprises a circular rear wall, and wherein the compressor is adapted to be run by an inverter, allowing the compressor output to be varied, characterised by said fan arrangement being placed in the flow of process air between the drum and the evaporator, wherein the flow of process air passes a filter before reaching said fan arrangement, the rotatable drum comprising a radial cylindrical wall with air outlet openings, wherein the inverter comprises a heatsink (47;49) cooled by heat pump flow, and wherein the heat sink is cooled by the flow of process air leaving the evaporator, and the expansion valve being controllable. the rotatable drum comprising a radial cylindrical wall with air outlet openings, wherein the inverter comprises a heatsink (47;49) cooled by heat pump flow, and wherein the heat sink is cooled by the flow of process air leaving the evaporator, and the expansion valve being controllable.
A method of making a scrimless, pressure-formable and/or thermo-formable, porous or non-porous, rigid composite material, the method comprising: consolidating one or more nonwoven core materials by heating and compressing the one or more nonwoven core materials, and adding one or more unwoven patterned supportive fiber layers (14;16) on and/or between layers of the one or more nonwoven core materials either before or during consolidation, wherein the nonwoven core materials are composed of from about 30 to about 70 % by wt., based on the total weight of the nonwoven material, of reinforcing fibers and from about 40 to about 70 % by wt., based on the total weight of the nonwoven material, of one or more thermoplastic fibers or resins and wherein the unwoven patterned supportive fiber layer comprises a plurality of fibers arranged in a pattern that has a straight, stepped, angled, staggered, or grid-shaped configuration extending across a cross-direction of the layer of nonwoven core material, and wherein the heating and compressing conditions are sufficient to melt the thermoplastic fibers or resins, thereby forming a network of reinforcing fibers dispersed in a thermoplastic matrix.
A window with an emergency exit function for a helicopter, comprising: - a frame shaped as a framework that can be coupled to a door of said helicopter, provided with an opening; and - a transparent element designed to engage said opening and held in position by said frame; characterized in that said frame comprises: - at least two first rims, which are adjacent to each other and are incident at a corner in which a recess is made for housing a handle carried by said transparent element and operable to exert said first force on said transparent element; each said first rim being arranged, at least in part, abutting against said transparent element when a first force having a value below a threshold value is exerted, in use, on the latter in a direction transversal to a first plane of a main portion of the transparent element itself, and being elastically movable away from said transparent element when said first force is exerted, in use on the latter with a value exceeding said threshold value; and - at least two second rims, which are adjacent to each other and opposite to the respective first rims; each second rim having greater flexural rigidity than said first rims in a second plane orthogonal to said first plane and to said first and second rims (25, 30) and being arranged abutting against said transparent element even when the value of said force is greater, in use, than said threshold value. - a frame shaped as a framework that can be coupled to a door of said helicopter, provided with an opening; and - a transparent element designed to engage said opening and held in position by said frame; - at least two first rims, which are adjacent to each other and are incident at a corner in which a recess is made for housing a handle carried by said transparent element and operable to exert said first force on said transparent element; each said first rim being arranged, at least in part, abutting against said transparent element when a first force having a value below a threshold value is exerted, in use, on the latter in a direction transversal to a first plane of a main portion of the transparent element itself, and being elastically movable away from said transparent element when said first force is exerted, in use on the latter with a value exceeding said threshold value; and - at least two second rims, which are adjacent to each other and opposite to the respective first rims; each second rim having greater flexural rigidity than said first rims in a second plane orthogonal to said first plane and to said first and second rims (25, 30) and being arranged abutting against said transparent element even when the value of said force is greater, in use, than said threshold value.
A computer-implemented method of maintaining consistency of a replicated folder in a distributed file system spanning, over a computer network, at least a first data center and a second data center, the method comprising: receiving in the first data center, on behalf of an application client in communication with the first data center, an agreed-upon proposal to create or make changes a file in the replicated folder and a global sequence number "GSN" that is associated with and unique to the agreed-upon proposal; storing, in a first executed agreement cache coupled to a first data replication server in the first data center, metadata of the file to be created and the unique GSN associated with the agreed-upon proposal (B62, B63) and updating a second executed agreement cache coupled to a second data replication server in the second data center with the metadata and associated unique GSN; after the metadata of the file to be created has been stored in the first executed agreement cache and in the second executed agreement cache, creating the file in storage in the first data center on behalf of the application client; and enabling the application client to write data to the created file in the storage in the first data center (214, B65). receiving in the first data center, on behalf of an application client in communication with the first data center, an agreed-upon proposal to create or make changes a file in the replicated folder and a global sequence number "GSN" that is associated with and unique to the agreed-upon proposal; storing, in a first executed agreement cache coupled to a first data replication server in the first data center, metadata of the file to be created and the unique GSN associated with the agreed-upon proposal (B62, B63) and updating a second executed agreement cache coupled to a second data replication server in the second data center with the metadata and associated unique GSN; after the metadata of the file to be created has been stored in the first executed agreement cache and in the second executed agreement cache, creating the file in storage in the first data center on behalf of the application client; and enabling the application client to write data to the created file in the storage in the first data center (214, B65).
A shaving cartridge comprising: a) a frame comprising 1) a front edge portion; and 2) a rear edge portion; and 3) a wing disposed on at least one or more of said front and rear edge portions (30, 40) wherein a majority of the wing comprises elastomeric material; and b) a shaving aid portion mounted on said wing of said frame (200; and c) a blade unit comprising a plurality of blades disposed between said front and rear edges; characterised in that said wing comprises a plurality of wing tabs each having proximate and distal ends (52, 53), whereby said wing tabs extend from a base of the wing. a) a frame comprising 1) a front edge portion; and 2) a rear edge portion; and 3) a wing disposed on at least one or more of said front and rear edge portions (30, 40) wherein a majority of the wing comprises elastomeric material; and 1) a front edge portion; and 2) a rear edge portion; and 3) a wing disposed on at least one or more of said front and rear edge portions (30, 40) wherein a majority of the wing comprises elastomeric material; and b) a shaving aid portion mounted on said wing of said frame (200; and c) a blade unit comprising a plurality of blades disposed between said front and rear edges;
A power supply and demand prediction system that is configured to predict supply and demand of power of a utility customer group that includes multiple utility customers, the power supply and demand prediction system comprises: an individual stored power acquisition unit configured to acquire an amount of stored power of each of multiple batteries belonging to the utility customer group; an individual demand prediction unit configured to predict an amount of demand for power for each utility customer; an individual power generation prediction unit configured to predict an amount of generated power of each of multiple power generation devices belonging to the utility customer group; and an individual stored power prediction unit configured to predict an amount of stored power of each battery on the basis of the amount of stored power acquired for each battery, the amount of demand predicted for each utility customer, and the amount of generated power predicted for each power generation device; characertized by a request target selection unit configured to select the utility customer for whom an amount of suppliable power predicted on the basis of the amount of stored power predicted for each battery and/or the amount of generated power predicted for each power generation device is not less than a predetermined threshold, as a target of a demand response request. an individual stored power acquisition unit configured to acquire an amount of stored power of each of multiple batteries belonging to the utility customer group; an individual demand prediction unit configured to predict an amount of demand for power for each utility customer; an individual power generation prediction unit configured to predict an amount of generated power of each of multiple power generation devices belonging to the utility customer group; and an individual stored power prediction unit configured to predict an amount of stored power of each battery on the basis of the amount of stored power acquired for each battery, the amount of demand predicted for each utility customer, and the amount of generated power predicted for each power generation device; characertized by a request target selection unit configured to select the utility customer for whom an amount of suppliable power predicted on the basis of the amount of stored power predicted for each battery and/or the amount of generated power predicted for each power generation device is not less than a predetermined threshold, as a target of a demand response request.
Device for chopping food at least comprising: - a container, - an insert comprising a through-passage (4, 5) for chopped food in the container; - a rotating chopping tool (6, 7) for chopping food; - a bearing for bearing the chopping tool (6, 7); characterized in that the bearing comprises a separate retainer supported on the edge of the container. - a container, - an insert comprising a through-passage (4, 5) for chopped food in the container; - a rotating chopping tool (6, 7) for chopping food; - a bearing for bearing the chopping tool (6, 7);
Use, as curing agent for a thermosetting resin, of a molecule carrying an associative group of formula: in which: R denotes a unit comprising at least one reactive functional group chosen from an alcohol or amine functional group, R' denotes a hydrogen atom, A denotes an oxygen atom, in combination with a cocuring agent carrying amine or alcohol functional groups, for improving the adhesion of the thermosetting resin to a support. R denotes a unit comprising at least one reactive functional group chosen from an alcohol or amine functional group, R' denotes a hydrogen atom, A denotes an oxygen atom, in combination with a cocuring agent carrying amine or alcohol functional groups, for improving the adhesion of the thermosetting resin to a support.
An aircraft comprising a wing and a wing box, the wing joined to the wing box at a side of body joint, the wing and the wing box each including lower skin (242, 246) and a plurality of stringers (244, 248) on the skin, ends of at least some of the stringers at the side of body joint having a web cutout (244d, 248d), a tapered base that is spanwise tapered to a knife edge at the skin, and an overwrap layer on each respective tapered base, wherein corner ends of each respective tapered base are rounded.
A water-free composition, containing: - at least one oil and - a combination of thickening agents, containing: a) at least one silicone elastomer, b) at least one straight-chain or branched, saturated or unsaturated alcohol having more than 18 carbon atoms, and c) at least one clay mineral mixture modified with quaternary ammonium compounds, wherein - the content of the thickening agent c) is at least 0.5 wt.%, based on the total weight of the composition, and - the weight ratio of the thickening agent b):a) is from 7:1 to 100:1, preferably from 8:1 to 50:1, and particularly preferably from 9:1 to 25:1. - at least one oil and - a combination of thickening agents, containing: a) at least one silicone elastomer, b) at least one straight-chain or branched, saturated or unsaturated alcohol having more than 18 carbon atoms, and c) at least one clay mineral mixture modified with quaternary ammonium compounds, wherein a) at least one silicone elastomer, b) at least one straight-chain or branched, saturated or unsaturated alcohol having more than 18 carbon atoms, and c) at least one clay mineral mixture modified with quaternary ammonium compounds, wherein - the content of the thickening agent c) is at least 0.5 wt.%, based on the total weight of the composition, and - the weight ratio of the thickening agent b):a) is from 7:1 to 100:1, preferably from 8:1 to 50:1, and particularly preferably from 9:1 to 25:1.
A method comprising: receiving positioning-information indicative of position data of a robotic vehicle transiting a parcel at one or more locations on the parcel; receiving workload-information indicative of workload data of a robotic vehicle transiting the parcel at one or more locations on the parcel; and generating a virtual map of the parcel based on the positioning-information and the workload-information received, wherein the method is characterized in determining at least one area (21, 23) within the parcel associated with an elevated workload; and scheduling an operational route for working in the parcel based at least in part on the virtual map, wherein the robotic vehicle operates in the at least one elevated workload area (21, 23) only when the robotic vehicle has a battery with a predetermined minimum state of charge. receiving positioning-information indicative of position data of a robotic vehicle transiting a parcel at one or more locations on the parcel; receiving workload-information indicative of workload data of a robotic vehicle transiting the parcel at one or more locations on the parcel; and generating a virtual map of the parcel based on the positioning-information and the workload-information received, wherein the method is characterized in determining at least one area (21, 23) within the parcel associated with an elevated workload; and scheduling an operational route for working in the parcel based at least in part on the virtual map, wherein the robotic vehicle operates in the at least one elevated workload area (21, 23) only when the robotic vehicle has a battery with a predetermined minimum state of charge.
Device for cutting an extruded plastic pipe to length by means of a cutting device with a cutting unit which is arranged around the extrusion axis of the extruded pipe and on which a rotating holding unit with cutting tools is arranged, whereby the cutting is carried out with a cutting tool arranged on the holding unit, characterised in that energy can be transmitted to move the cutting tools, for which purpose elements for transmitting energy are arranged on moving parts which are operatively connected to the holding unit, wherein in addition at least one electrical component is attached to the rotating holding unit via which the energy and control commands are transmitted to at least one electromechanical unit for moving at least one carrier and cutting tool arranged thereon, wherein the space enclosed by the electromechanical unit, the carrier and the cutting tool arranged thereon is smaller than a hydraulic unit required for the same force generation, wherein the electromechanical unit, the carrier and the cutting tool are arranged in such a way that, when the device is used in the chain of action from the electromechanical unit via the carrier and the cutting tool, a force against the separating force can be avoided if this force is greater than the required separating force. energy can be transmitted to move the cutting tools, for which purpose elements for transmitting energy are arranged on moving parts which are operatively connected to the holding unit, wherein in addition at least one electrical component is attached to the rotating holding unit via which the energy and control commands are transmitted to at least one electromechanical unit for moving at least one carrier and cutting tool arranged thereon, wherein the space enclosed by the electromechanical unit, the carrier and the cutting tool arranged thereon is smaller than a hydraulic unit required for the same force generation, wherein the electromechanical unit, the carrier and the cutting tool are arranged in such a way that, when the device is used in the chain of action from the electromechanical unit via the carrier and the cutting tool, a force against the separating force can be avoided if this force is greater than the required separating force.
An electrochemical biosensor and an electrochemical biosensor measuring device for quantitatively determining analytes using the electrochemical biosensor, comprising: a number of integrated photo-reflector sensing devices capable of emitting infrared rays and receiving reflected infrared rays, for identifying the infrared absorbing/reflecting production lot information recorded on a production lot information identification portion of the biosensor and wherein the photo-reflector sensing devices are mounted in one component chip on the same PCB of the electrochemical biosensor measuring device, wherein the electrochemical biosensor is prepared on at least two insulating plates (300, 400), comprising: a plurality of electrodes (104, 105, 107), a capillary sample cell, reaction reagent layers, electrode connection portions; and a production lot information identification portion configured such that production lot information is recorded on at least one insulating plate; characterized in that the production lot information recorded thereon has infrared absorption/reflection marks indicative of information about differences between production lots through printing of colored or colorless materials or attachment of transparent films, having differences in absorbency or reflectivity of infrared rays, in conformity of a predetermined pattern, and in that the number of integrated photo-reflector sensing devices is identical to the number of infrared absorption/reflection marks that are printed on and/or attached to the electrochemical biosensor. a plurality of electrodes (104, 105, 107), a capillary sample cell, reaction reagent layers, electrode connection portions; and a production lot information identification portion configured such that production lot information is recorded on at least one insulating plate; characterized in that the production lot information recorded thereon has infrared absorption/reflection marks indicative of information about differences between production lots through printing of colored or colorless materials or attachment of transparent films, having differences in absorbency or reflectivity of infrared rays, in conformity of a predetermined pattern, and in that the number of integrated photo-reflector sensing devices is identical to the number of infrared absorption/reflection marks that are printed on and/or attached to the electrochemical biosensor.