mhurhangee/ep-ind-claims huggingface dataset:
A primary communication device having a communication initiative through a bus, the primary communication device comprising: communication circuitry configured to communicate with a plurality of secondary communication devices, the plurality of secondary communication devices configured to communicate under control of the primary communication device that uses one or more assigned group addresses, characterized in that the communication circuitry is further configured to: receive a hot-join request from one or more external communication devices to join the plurality of secondary communication devices; and control circuitry configured to control the communication circuitry to output an acknowledgement of the hot-join request to the one or more external communication devices, assign a dynamic address to each of the one or more external communication devices, control the communication circuitry to output an instruction to acquire group-related capability information from the each of the one or more external communication devices, and assign a group address to each of the one or more external communication devices based on the group-related capability information that is acquired from the each of the one or more external communication devices. communication circuitry configured to communicate with a plurality of secondary communication devices, the plurality of secondary communication devices configured to communicate under control of the primary communication device that uses one or more assigned group addresses, characterized in that the communication circuitry is further configured to: receive a hot-join request from one or more external communication devices to join the plurality of secondary communication devices; and control circuitry configured to control the communication circuitry to output an acknowledgement of the hot-join request to the one or more external communication devices, assign a dynamic address to each of the one or more external communication devices, control the communication circuitry to output an instruction to acquire group-related capability information from the each of the one or more external communication devices, and assign a group address to each of the one or more external communication devices based on the group-related capability information that is acquired from the each of the one or more external communication devices. control the communication circuitry to output an acknowledgement of the hot-join request to the one or more external communication devices, assign a dynamic address to each of the one or more external communication devices, control the communication circuitry to output an instruction to acquire group-related capability information from the each of the one or more external communication devices, and assign a group address to each of the one or more external communication devices based on the group-related capability information that is acquired from the each of the one or more external communication devices.
A computer-implemented method for analyzing log files in a distributed computer system, comprising: - receiving, by a log analyzer, a plurality of log entries from a log repository, where each log entry describes an event which occurred during execution of an application; - for each log entry in the plurality of log entries, capturing, by one or more sensors (207, 208), a given call point descriptor (103, 119, 303, 313) associated with a given log entry during execution of the application on a host computing device, where the call point descriptor (103, 119, 303, 313) identifies a location within the application from which the given log entry originated and the one or more sensors (207, 208) is instrumented into the application; - storing call point descriptors (103, 119, 303, 313) for each log entry in log file metadata (102, 300, 306), where the log file metadata (102, 300, 306) is separate and distinct from a log file comprising the log entries; - grouping, by the log analyzer, log entries according to the captured call point descriptors (103, 119, 303, 313); and - reporting, by the log analyzer, grouped log entries to a system user, where the log analyzer is implemented by computer executable instructions executed by a computer processor of a monitoring computer. - receiving, by a log analyzer, a plurality of log entries from a log repository, where each log entry describes an event which occurred during execution of an application; - for each log entry in the plurality of log entries, capturing, by one or more sensors (207, 208), a given call point descriptor (103, 119, 303, 313) associated with a given log entry during execution of the application on a host computing device, where the call point descriptor (103, 119, 303, 313) identifies a location within the application from which the given log entry originated and the one or more sensors (207, 208) is instrumented into the application; - storing call point descriptors (103, 119, 303, 313) for each log entry in log file metadata (102, 300, 306), where the log file metadata (102, 300, 306) is separate and distinct from a log file comprising the log entries; - grouping, by the log analyzer, log entries according to the captured call point descriptors (103, 119, 303, 313); and - reporting, by the log analyzer, grouped log entries to a system user, where the log analyzer is implemented by computer executable instructions executed by a computer processor of a monitoring computer.
A steering support structure comprising: an instrument panel reinforcement that is configured to support a steering column and has both ends in a vehicle width direction to be fixed to frame members (100A, 100B) of a vehicle; a floor brace that extends in a vehicle upper and lower direction, and has an upper end joined to the instrument panel reinforcement and a lower end to be joined to a floor member; and a gusset that is a diagonal member joined to the instrument panel reinforcement and the floor brace, wherein the instrument panel reinforcement includes a driver's seat rear beam extending from a portion to be joined to the floor brace to a portion for supporting the steering column, characterized in that the driver's seat rear beam includes a driver's seat upper beam having a hat-shaped cross section open toward a lower side, and in that the gusset includes a reinforcement joint portion that is joined to the driver's seat upper beam to form a closed cross section. an instrument panel reinforcement that is configured to support a steering column and has both ends in a vehicle width direction to be fixed to frame members (100A, 100B) of a vehicle; a floor brace that extends in a vehicle upper and lower direction, and has an upper end joined to the instrument panel reinforcement and a lower end to be joined to a floor member; and a gusset that is a diagonal member joined to the instrument panel reinforcement and the floor brace, wherein the instrument panel reinforcement includes a driver's seat rear beam extending from a portion to be joined to the floor brace to a portion for supporting the steering column, characterized in that the driver's seat rear beam includes a driver's seat upper beam having a hat-shaped cross section open toward a lower side, and in that the gusset includes a reinforcement joint portion that is joined to the driver's seat upper beam to form a closed cross section.
A press for forming an object, including a bottom platen and a top platen for receiving tools, as well as a drive that is provided to bring the platens together so as to cause the tools to interact, between which the object to be processed is placed, the said press having a device for pre-positioning (5, 12) and a device for centering (9, 11) at least one tool on at least one platen, the said pre-positioning device involving at least one pre-centering pin integral with the tool, and at least one groove integral with the platen, the said pin coming to be inserted in the said groove being able to guide then pre-position the tool on the platen, the groove extending along a direction substantially horizontal to the surface of the bottom platen and having locking means (15, 23) permitting the pin to be immobilized in a predetermined position, the longitudinal axis of the pin being substantially vertical, the said pin being secured to the lower part of the tool, characterized in that the locking means involve a promontory at the bottom of the groove, extending along a substantially vertical direction, and against which a movable stop comes to rest, by means of a prestressed member.
A sonde device, comprising: a housing; a core disposed within the housing including: a hollow elongate support structure having an exterior side and an interior side enclosing a volume therein; and a plurality of core section elements positioned on the exterior side of the support structure; a winding disposed about the core section elements; and an electronic circuit, including a battery, for generating and providing current signals to the winding to generate an output dipole magnetic field signal at one or more frequencies, characterized in that the battery and electronic circuit are disposed at least partially within the volume. a housing; a core disposed within the housing including: a hollow elongate support structure having an exterior side and an interior side enclosing a volume therein; and a plurality of core section elements positioned on the exterior side of the support structure; a winding disposed about the core section elements; and a hollow elongate support structure having an exterior side and an interior side enclosing a volume therein; and a plurality of core section elements positioned on the exterior side of the support structure; a winding disposed about the core section elements; and an electronic circuit, including a battery, for generating and providing current signals to the winding to generate an output dipole magnetic field signal at one or more frequencies, characterized in that the battery and electronic circuit are disposed at least partially within the volume.
A method, comprising: receiving first data representing a dynamic object in a physical environment; determining a classification of the dynamic object based at least in part on the first data, wherein the classification identifies an object type having one or more associated dynamic characteristics; generating a data model of the dynamic object based at least in part on at least one of the first data and the classification; providing, using a simulator and based at least in part on the data model of the dynamic object, simulated data, the simulated data comprising a predicted range of motion of the dynamic object in a simulated environment; determining, based at least in part on the simulated data, one or more recommended courses of action for an autonomous vehicle for display on a teleoperator computing device; receiving, from the teleoperator computing device, response data to cause the autonomous vehicle to implement one of the one or more recommended courses of action. receiving first data representing a dynamic object in a physical environment; determining a classification of the dynamic object based at least in part on the first data, wherein the classification identifies an object type having one or more associated dynamic characteristics; generating a data model of the dynamic object based at least in part on at least one of the first data and the classification; providing, using a simulator and based at least in part on the data model of the dynamic object, simulated data, the simulated data comprising a predicted range of motion of the dynamic object in a simulated environment; determining, based at least in part on the simulated data, one or more recommended courses of action for an autonomous vehicle for display on a teleoperator computing device; receiving, from the teleoperator computing device, response data to cause the autonomous vehicle to implement one of the one or more recommended courses of action.
Electronic-hydraulic hoisting gear regulation system for at least one single acting hoisting gear-lifting cylinder (z), comprising an EHR-control device, a load pressure signal circuit, and at least one pressure regulating valve between a pump/return-assembly and a lifting side of the hoisting gear-lifting cylinder (z), the pressure regulating valve being actuatable by the control device via a proportional solenoid (20, 30), wherein the pump is controlled by the load pressure signal circuit for supplying a working line extending to the lifting side, and wherein in addition to multiple EHR-regulating functions by the EHR-control device a floating position function of the lifting cylinder (z) can be adjusted, characterized in that a 2/2-lifting pressure regulating valve designed as a seat valve and having proportional solenoids and a load pressure independent pilot control is arranged between the pump and a knot of the working line, that a 2/2-lowering-pressure regulating valve designed as a seat valve and having proportional solenoids and a load pressure independent pilot control is arranged between the knot and the return, and that in a section of the load pressure signal circuit connected to a supplying regulating assembly of the pump and branching off between the 2/2-lifting pressure regulating valve and the knot a 2/2-black/white-solenoid valve is provided, which is in a through-flow position when EHR-regulating functions are set and which is in a blocking position when the floating position function is adjusted and a proportional solenoid of the 2/2-lowering-pressure regulating valve is supplied with electric current.
A combination weighing device comprising: a plurality of weighing hoppers which receive articles supplied from an outside, weigh the articles, and discharge the articles; a plurality of booster hoppers which are respectively disposed right below the plurality of weighing hoppers and receive the articles discharged from the weighing hoppers; and a control unit which calculates a combination of weighed values so that a total value becomes a target value from a plurality of weighed values respectively correlated with the weighing hoppers and the booster hoppers, characterized in that the control unit extracts the weighing hopper, corresponding to the booster hopper having the article existing therein and capable of using the weighed value of the article in next combination calculation, as a zero-correction target. a plurality of weighing hoppers which receive articles supplied from an outside, weigh the articles, and discharge the articles; a plurality of booster hoppers which are respectively disposed right below the plurality of weighing hoppers and receive the articles discharged from the weighing hoppers; and a control unit which calculates a combination of weighed values so that a total value becomes a target value from a plurality of weighed values respectively correlated with the weighing hoppers and the booster hoppers, characterized in that the control unit extracts the weighing hopper, corresponding to the booster hopper having the article existing therein and capable of using the weighed value of the article in next combination calculation, as a zero-correction target.
Coating deposited on a surface of a substrate comprising a multi-layered film consisting of a plurality of A-layers and a plurality of B-layers deposited alternating one on each other forming a A/B/A/B/A... architecture, the A-layers comprising aluminium chromium boron nitride and the B-layers comprising aluminium chromium nitride and not comprising boron, characterized in that, - the multi-layered film comprises at least a first portion and a last portion, wherein the average boron content in the first coating portion is higher than the average boron content in the last coating portion, and - both the first coating portion and the last coating portion exhibit inherent compressive stresses and wherein the inherent compressive stress in the first coating portion is lower than in the last coating portion. - the multi-layered film comprises at least a first portion and a last portion, wherein the average boron content in the first coating portion is higher than the average boron content in the last coating portion, and - both the first coating portion and the last coating portion exhibit inherent compressive stresses and wherein the inherent compressive stress in the first coating portion is lower than in the last coating portion.
A harvesting apparatus for harvesting cereal grains, rice, grains, seeds, or the like, said apparatus being operated as a front, side or rear attachement and comprising - a crop stripper for determining a working width, - an inclined chute, - a threshing apparatus, - a separation apparatus, wherein the crop stripper generates a crop stripper rotor air stream, the inclined chute has an edge facing the crop stripper and an edge facing away from the crop stripper that is arranged to lie lower than the edge facing the crop stripper and which is arranged between the threshing apparatus and the separation apparatus, the threshing apparatus, and the separation apparatus extend over a predominant part of the working width or over the entire working width, characterized in that the harvesting apparatus comprises a cleaning air channel (arrows), an airflow flows through the cleaning air channel for cleaning the crop which also extends over the predominant part of the working width or over the entire working width and the crop stripper rotor air stream flows through the cleaning air channel. - a crop stripper for determining a working width, - an inclined chute, - a threshing apparatus, - a separation apparatus,
A humidifier, comprising: a tub (12; 50; 150; 250; 350) configured to contain a supply of water; and a heater (18; 41; 72; 73; 75; 272) comprising a first polymer film having a surface and an electrically conductive circuit provided upon the surface, the electrically conductive circuit comprising at least one of electrically conductive ink, a second, conductive or resistive polymer film, and a conductive or resistive material that is overmolded; wherein the first polymer film is electrically insulating and the tub (12; 50; 150; 250; 350) is formed of molded resin and the heater (18; 41; 72; 73; 75; 272) is molded at least partially within the resin. a tub (12; 50; 150; 250; 350) configured to contain a supply of water; and a heater (18; 41; 72; 73; 75; 272) comprising a first polymer film having a surface and an electrically conductive circuit provided upon the surface, the electrically conductive circuit comprising at least one of electrically conductive ink, a second, conductive or resistive polymer film, and a conductive or resistive material that is overmolded; wherein the first polymer film is electrically insulating and the tub (12; 50; 150; 250; 350) is formed of molded resin and the heater (18; 41; 72; 73; 75; 272) is molded at least partially within the resin.
A process for the preparation of a super water repellent surface comprising the steps of: arranging a plurality of spherical beads on the surface of a substrate to form a -th bead layer; etching the substrate surface with the -th bead layer as etching mask; arranging a plurality of spherical beads, which are larger than the -th beads in diameter, on the substrate surface to form a (N+1)-th bead layer; etching the substrate surface with the (N+1)-th bead layer as etching mask; removing the beads from the etched substrate surface; and coating a fluorine compound on the substrate surface on which a hierarchical concavo-convex structure has been formed, wherein the (N+1)-th bead layer forming step and the (N+1)-th etching step are repeated for N times. arranging a plurality of spherical beads on the surface of a substrate to form a -th bead layer; etching the substrate surface with the -th bead layer as etching mask; arranging a plurality of spherical beads, which are larger than the -th beads in diameter, on the substrate surface to form a (N+1)-th bead layer; etching the substrate surface with the (N+1)-th bead layer as etching mask; removing the beads from the etched substrate surface; and coating a fluorine compound on the substrate surface on which a hierarchical concavo-convex structure has been formed, wherein the (N+1)-th bead layer forming step and the (N+1)-th etching step are repeated for N times.
A cooling device comprising a body; at least one door which prevents or allows access into the body; at least one shelf which is disposed onto the surface of the door facing the interior of the body, at least one receptacle which is disposed on the surface of the door facing the interior of the body and which allows a package containing beverage to be placed therein; and a beverage dispenser positioned on the door and having a hollow tube with two ends one of which is configured to pierce the package placed into the receptacle and to enter the package, at least one valve which is disposed at the end of the tube which does not enter the package and which controls the flow of beverage in the package, at least one tap which is disposed at the end of the valve not connected to the tube and which enables the beverage in the package to be served, and at least one actuation member which is connected to the valve and which triggers and thus opens the valve such that the beverage in the package can be served via the tap characterized in that the beverage dispenser comprises at least one wedge which is disposed at the base of the receptacle and occupies a volume in the receptacle so as to narrow down the volume of the receptacle and which wedges the package placed into the receptacle