mhurhangee/ep-ind-claims huggingface dataset:
Proportional integral regulation loop for a digital regulator device of an excitation rotating electrical machine of a motor vehicle of the type of those capable of operating as generator delivering an output voltage (U b +) adjusted by an excitation current (I e), said digital regulator device comprising control means for controlling said excitation current (I e) and said regulation loop comprising: - at the input, means for measuring by sampling said output voltage (U b +) generating a measurement signal (U m); - error computation means generating an error signal (e) equal to a difference between said measurement signal (U m) and a setpoint value (U o); - processing means (14, 15, 16, 17, 18, 20) for processing said error signal (e) generating a regulation signal (Y sat) comprising, in parallel, a first amplifier, an integrator and an anti-saturation system; - at the output, generation means for generating a control signal controlling said control means as a function of said regulation signal (Y sat); characterized in that said anti-saturation system includes conditional detection. - at the input, means for measuring by sampling said output voltage (U b +) generating a measurement signal (U m); - error computation means generating an error signal (e) equal to a difference between said measurement signal (U m) and a setpoint value (U o); - processing means (14, 15, 16, 17, 18, 20) for processing said error signal (e) generating a regulation signal (Y sat) comprising, in parallel, a first amplifier, an integrator and an anti-saturation system; - at the output, generation means for generating a control signal controlling said control means as a function of said regulation signal (Y sat); characterized in that said anti-saturation system includes conditional detection.
An implant positioning device for an orthopaedic positioning device, comprising: a body having a top side and a bottom side; a fastener guide coupled to the body and configured to releasably hold a fastener in the implant positioning device; and a through-bore formed in the body and extending from the top side of the body to the bottom side of the body; characterized by: a retaining beam positioned in the through-bore and configured to elastically deflect and removably couple the implant positioning device to a plate. a body having a top side and a bottom side; a fastener guide coupled to the body and configured to releasably hold a fastener in the implant positioning device; and a through-bore formed in the body and extending from the top side of the body to the bottom side of the body; characterized by: a retaining beam positioned in the through-bore and configured to elastically deflect and removably couple the implant positioning device to a plate.
A method for controlling the change of operating system in service nodes each comprising at least one storage disc and a volatile memory and being part of a high-performance computer, characterized in that it comprises - a step (i, 10) in which, for chosen service nodes, there is defined a boot kernel, a tree-type node software image, referred to as a reference image, adapted to said new operating system and comprising a definition of an instantiation to be instituted in said chosen service nodes, the software image being a photograph of a software arrangement of a reference node in the presence of said new operating system, there is also defined a launch module capable of installing said reference image locally in each chosen service node, and a reduced version of a new operating system to be installed comprising a set of commands intended to allow the launch module to load the reference image, - a step (ii, 20) in which said defined reference image, boot kernel, launch module, and reduced version are transferred into said chosen service nodes; and - a step (iii, 30, 40) in which said boot kernel transferred into each chosen service node launches said launch module transferred into the latter to locally install said reference image transferred using said transferred reduced version. - a step (i, 10) in which, for chosen service nodes, there is defined a boot kernel, a tree-type node software image, referred to as a reference image, adapted to said new operating system and comprising a definition of an instantiation to be instituted in said chosen service nodes, the software image being a photograph of a software arrangement of a reference node in the presence of said new operating system, there is also defined a launch module capable of installing said reference image locally in each chosen service node, and a reduced version of a new operating system to be installed comprising a set of commands intended to allow the launch module to load the reference image, - a step (ii, 20) in which said defined reference image, boot kernel, launch module, and reduced version are transferred into said chosen service nodes; and - a step (iii, 30, 40) in which said boot kernel transferred into each chosen service node launches said launch module transferred into the latter to locally install said reference image transferred using said transferred reduced version.
An X-ray image apparatus, comprising: an X-ray-generating unit configured to generate X-rays and radiate the X-rays; an X-ray-detecting unit configured to detect the X-rays radiated from the X-ray-generating unit; and a rotating unit (100; 200) configured to rotate the X-ray-generating unit; wherein the rotating unit (100; 200) comprises a rotating frame (130; 230) coupled to the X-ray-generating unit; a protrusion (120; 220) configured to protrude from the rotating unit (100; 200); and a stopper (160; 260) configured to move in a preset zone and to make contact with the protrusion (120; 220) to halt a rotation of the rotating frame (130; 230); characterized in that the stopper (160; 260) is moved in linearly when the rotating frame (130; 230) is rotated. an X-ray-generating unit configured to generate X-rays and radiate the X-rays; an X-ray-detecting unit configured to detect the X-rays radiated from the X-ray-generating unit; and a rotating unit (100; 200) configured to rotate the X-ray-generating unit; wherein the rotating unit (100; 200) comprises a rotating frame (130; 230) coupled to the X-ray-generating unit; a protrusion (120; 220) configured to protrude from the rotating unit (100; 200); and a stopper (160; 260) configured to move in a preset zone and to make contact with the protrusion (120; 220) to halt a rotation of the rotating frame (130; 230); characterized in that the stopper (160; 260) is moved in linearly when the rotating frame (130; 230) is rotated. a rotating frame (130; 230) coupled to the X-ray-generating unit; a protrusion (120; 220) configured to protrude from the rotating unit (100; 200); and a stopper (160; 260) configured to move in a preset zone and to make contact with the protrusion (120; 220) to halt a rotation of the rotating frame (130; 230); characterized in that the stopper (160; 260) is moved in linearly when the rotating frame (130; 230) is rotated.
Receiving device for receiving saliva from an animal, having a core and a casing, the casing at least substantially surrounding the core, wherein the receiving device is embodied as a rope, and wherein the core is embodied as the core of the rope, characterised in that the casing can be opened non-destructively, and that the core can be pulled out from the casing for examination of the saliva.
A multi-flapper check valve comprising: a housing with an opening surrounded by a ring-shaped rim; a plurality of flappers wherein each flapper has an end, a first edge extending away from the end, a second edge extending away from the end and a tip at an intersection of the first edge and the second edge; and a hinge that connects the end of each flapper to the rim of the housing; characterized in that: when the multi-flapper check valve is in a closed position, the first edge of each flapper overlaps and seals against the second edge of an adjacent flapper from the end of each flapper to the tip of each flapper; wherein: the first edge of the flapper has a lip cut into a bottom portion of the flapper; and the second edge of the flapper has a lip cut into a top portion of the flapper. a housing with an opening surrounded by a ring-shaped rim; a plurality of flappers wherein each flapper has an end, a first edge extending away from the end, a second edge extending away from the end and a tip at an intersection of the first edge and the second edge; and a hinge that connects the end of each flapper to the rim of the housing; characterized in that: when the multi-flapper check valve is in a closed position, the first edge of each flapper overlaps and seals against the second edge of an adjacent flapper from the end of each flapper to the tip of each flapper; wherein: the first edge of the flapper has a lip cut into a bottom portion of the flapper; and the second edge of the flapper has a lip cut into a top portion of the flapper. when the multi-flapper check valve is in a closed position, the first edge of each flapper overlaps and seals against the second edge of an adjacent flapper from the end of each flapper to the tip of each flapper; wherein: the first edge of the flapper has a lip cut into a bottom portion of the flapper; and the second edge of the flapper has a lip cut into a top portion of the flapper.
A method for producing a porous polytetrafluoroethylene film, comprising a stretching step of stretching a sheet-like molded body composed of a fluororesin containing polytetrafluoroethylene as a main component in a longitudinal direction and/or a lateral direction at a temperature lower than a melting point of the fluororesin to make a porous fluororesin film; and, after the stretching step, an annealing step of holding the porous fluororesin film in a shape-fixed state, characterised by, during the annealing step, maintaining the porous fluororesin film at a temperature at least 5°C lower than the melting point of the fluororesin but not lower than a temperature 20°C lower than the melting point for 1 to 20 hours, the melting point being a temperature of an endothermic peak due to melting of the fluororesin in a differential scanning calorimetry curve when differential scanning calorimetry of the fluororesin is performed after the resin is sufficiently sintered.
An inner surface finishing tool for finishing an inner peripheral surface of a workpiece, the tool comprising: a mandrel rotatable relative to the workpiece, the mandrel including a polygonal member; and a frame that is cylindrical and fitted onto the mandrel in a rotatable manner, the frame having an axis extending in an axial direction of the mandrel, the frame holding a plurality of second rollers rollable on an outer peripheral surface of the mandrel, characterised by the frame further holding a plurality of first rollers rollable on an outer peripheral surface of the mandrel, wherein the polygonal member is configured to rotate only the plurality of second rollers to move inward and outward in a radial direction of the frame. a mandrel rotatable relative to the workpiece, the mandrel including a polygonal member; and a frame that is cylindrical and fitted onto the mandrel in a rotatable manner, the frame having an axis extending in an axial direction of the mandrel, the frame holding a plurality of second rollers rollable on an outer peripheral surface of the mandrel, characterised by the frame further holding a plurality of first rollers rollable on an outer peripheral surface of the mandrel, wherein the polygonal member is configured to rotate only the plurality of second rollers to move inward and outward in a radial direction of the frame.
An article comprising a fabric substrate having a front face and a back side; a water permeable spacer layer disposed over the back side of the fabric, the water permeable spacer layer allowing penetration of water therethrough at hydrostatic pressures applied to the front face of the fabric substrate greater than or equal to a first hydrostatic pressure when the fabric substrate is only coated with the water permeable spacer layer wherein the water permeable spacer layer includes a plurality of collapsed pores defined therein, a majority of the collapsed pores have a cross section with an aspect ratio less than 0.5; and a water impermeable barrier layer disposed over the water permeable spacer layer, the water impermeable barrier layer not allowing penetration of water through the article at hydrostatic pressures applied to the front face of the fabric substrate up to a second hydrostatic pressure, the second hydrostatic pressure being greater than the first hydrostatic pressure, the water permeable spacer layer having a mass density that is less than a mass density of the water impermeable barrier layer.
A method for operating a drying machine or a washing machine comprising: supplying steam to a drum containing laundry; supplying air to the drum, wherein the supply of the air comprises supplying hot air to the drum to remove moisture from the laundry; and rotating the drum for a predetermined time t 1 after the supply of the steam is terminated and before the supply of the air is started. supplying steam to a drum containing laundry; supplying air to the drum, wherein the supply of the air comprises supplying hot air to the drum to remove moisture from the laundry; and rotating the drum for a predetermined time t 1 after the supply of the steam is terminated and before the supply of the air is started.
A propulsion system for a vehicle, the propulsion system comprising: an inlet particle separator, wherein the inlet particle separator is variably activated; a gas turbine engine; and an engine controller; characterised in that the engine controller comprises inlet particle separator control logic configured to (i) determine an inlet flow value based on a first activation state of the inlet particle separator, (ii) adjust a first engine operating parameter of the gas turbine engine other than engine air flow based on the first activation state to adapt to or otherwise compensate for the inlet flow, and (iii) control the gas turbine engine based on the first engine operating parameter in response to adjustment of the first engine operating parameter. an inlet particle separator, wherein the inlet particle separator is variably activated; a gas turbine engine; and an engine controller; characterised in that the engine controller comprises inlet particle separator control logic configured to (i) determine an inlet flow value based on a first activation state of the inlet particle separator, (ii) adjust a first engine operating parameter of the gas turbine engine other than engine air flow based on the first activation state to adapt to or otherwise compensate for the inlet flow, and (iii) control the gas turbine engine based on the first engine operating parameter in response to adjustment of the first engine operating parameter.
A battery module comprising a plurality of plate-shaped battery cells (100 and 100') mounted in a module case in a stacked state, wherein each of the plate-shaped battery cells (100 and 100') is configured in a structure in which an electrode assembly is mounted in a battery case formed of a laminate sheet, the battery module is configured in a structure in which a plurality of heat dissipation members disposed at two or more interfaces between the battery cells (100 and 100') and a heat exchange member to integrally interconnect the heat dissipation members are mounted at one side of a battery cell stack, and heat generated from the battery cells (100 and 100') during charge and discharge of the battery cells (100 and 100') is removed by the heat exchange member via the heat dissipation members, and each of the heat dissipation members comprises a main body part disposed at the interface between the corresponding battery cells (100 and 100'), a connection part connected to the main body part in a state in which the connection part is exposed outward from the stacked battery cells (100 and 100'), and a top part perpendicularly extending from the connection part in opposite directions so that the top part contacts the heat exchange member, the connection part having a greater thickness than the main body part, characterized in that the connection part of each of the heat dissipation members has a thickness equivalent to 2.0 times the thickness of the main body part of each of the heat dissipation members, and wherein each of the heat dissipation members is formed of a metal sheet exhibiting high thermal conductivity.
A computer-implemented method for determining column lineage metadata, the method comprising: responsive to determining that a logical query plan is available for a transformation code in a first programming language, identifying the logical query plan to derive a target dataset from one or more source datasets, wherein the logical query plan was generated from the transformation code in the first programming language, wherein the logical query plan identifies a plurality of source columns of the one or more source datasets and respective target columns of the target dataset, and parsing the logical query plan to derive relationships between the plurality of source columns of the one or more source datasets and the respective target columns of the target dataset; responsive to determining that the logical query plan is not available, inferring the relationships between the source columns of the one or more source datasets and the target columns of the target dataset; generating target column lineage metadata for a target column of the target dataset, the target column metadata reflecting a relationship between one or more source columns and the target column and existing source column metadata of each of the one or more source columns; and storing the target column lineage metadata for the target column of the target dataset. responsive to determining that a logical query plan is available for a transformation code in a first programming language, identifying the logical query plan to derive a target dataset from one or more source datasets, wherein the logical query plan was generated from the transformation code in the first programming language, wherein the logical query plan identifies a plurality of source columns of the one or more source datasets and respective target columns of the target dataset, and parsing the logical query plan to derive relationships between the plurality of source columns of the one or more source datasets and the respective target columns of the target dataset; identifying the logical query plan to derive a target dataset from one or more source datasets, wherein the logical query plan was generated from the transformation code in the first programming language, wherein the logical query plan identifies a plurality of source columns of the one or more source datasets and respective target columns of the target dataset, and parsing the logical query plan to derive relationships between the plurality of source columns of the one or more source datasets and the respective target columns of the target dataset; responsive to determining that the logical query plan is not available, inferring the relationships between the source columns of the one or more source datasets and the target columns of the target dataset; generating target column lineage metadata for a target column of the target dataset, the target column metadata reflecting a relationship between one or more source columns and the target column and existing source column metadata of each of the one or more source columns; and storing the target column lineage metadata for the target column of the target dataset.
A wall mountable connector for securing a thermostat to a wall, the wall mountable connector comprising: a housing having a front side and a back side, the back side is configured to be mountable to a wall; the housing defining a field wire receiving cavity including a field wire aperture extending through the back side of the housing and into the field wire receiving cavity in order to receive one or more field wires; a connection block positioned alongside the field wire receiving cavity, the connection block configured to electrically connect to one or more field wires; a front side of the field wire receiving cavity is open to allow a user to gain access and electrically connect one or more field wires in the field wire receiving cavity to the connection block; characterized by a door movable between a closed position and an open position, wherein in the closed position, the door is situated along the front side of the field wire receiving cavity and covers the field wire receiving cavity. a housing having a front side and a back side, the back side is configured to be mountable to a wall; the housing defining a field wire receiving cavity including a field wire aperture extending through the back side of the housing and into the field wire receiving cavity in order to receive one or more field wires; a connection block positioned alongside the field wire receiving cavity, the connection block configured to electrically connect to one or more field wires; a front side of the field wire receiving cavity is open to allow a user to gain access and electrically connect one or more field wires in the field wire receiving cavity to the connection block; characterized by a door movable between a closed position and an open position, wherein in the closed position, the door is situated along the front side of the field wire receiving cavity and covers the field wire receiving cavity.
A light emitting diode comprising a light emitting element encapsulated by a cured product of an encapsulating composition comprising: a curable silicone compound; and a conductivity-providing agent which is represented by the following Formula 1 and is included at a content of 0.01 parts by weight to 20 parts by weight, based on 100 parts by weight of the curable silicone compound: Formula 1 M a+ [X(YO m R f) n] a - wherein M a+ represents an inorganic cation, X represents a nitrogen or carbon atom, Y represents a carbon or sulfur atom, R f represents a perfluoroalkyl group, a and m each independently represent an integer of 1 or 2, and n represents an integer of 2 or 3 (provided that m is the integer 1 when Y is a carbon atom, m is the integer 2 when Y is a sulfur atom, n is the integer 2 when X is a nitrogen atom, and n is the integer 3 when X is a carbon atom). a curable silicone compound; and a conductivity-providing agent which is represented by the following Formula 1 and is included at a content of 0.01 parts by weight to 20 parts by weight, based on 100 parts by weight of the curable silicone compound: Formula 1 M a+ [X(YO m R f) n] a - wherein M a+ represents an inorganic cation, X represents a nitrogen or carbon atom, Y represents a carbon or sulfur atom, R f represents a perfluoroalkyl group, a and m each independently represent an integer of 1 or 2, and n represents an integer of 2 or 3 (provided that m is the integer 1 when Y is a carbon atom, m is the integer 2 when Y is a sulfur atom, n is the integer 2 when X is a nitrogen atom, and n is the integer 3 when X is a carbon atom).