mhurhangee/ep-ind-claims huggingface dataset:
A magnetic detecting device, comprising: a magnetic sensor head having a plurality of magnetic sensing units including a first magnetic sensing unit and second magnetic sensing units arranged in one line; and an environmental magnetism correcting unit configured to correct a first output signal output by the first magnetic sensing unit, based on a second output signal output by the second magnetic sensing units, wherein the magnetic sensor head has a sheet passage area configured to face a sheet that passes over the magnetic sensor head, the first magnetic sensing unit is positioned inside the sheet passage area, and the second magnetic sensing units are positioned outside the sheet passage area, characterized in that the environmental magnetism correcting unit is configured to correct the first output signal based on a magnetic noise gradient obtained by performing linear approximation on the second output signal, and based on the second output signal output by the second magnetic sensing units positioned on both sides of the sheet passage area. a magnetic sensor head having a plurality of magnetic sensing units including a first magnetic sensing unit and second magnetic sensing units arranged in one line; and an environmental magnetism correcting unit configured to correct a first output signal output by the first magnetic sensing unit, based on a second output signal output by the second magnetic sensing units, wherein the magnetic sensor head has a sheet passage area configured to face a sheet that passes over the magnetic sensor head, the first magnetic sensing unit is positioned inside the sheet passage area, and the second magnetic sensing units are positioned outside the sheet passage area, characterized in that the environmental magnetism correcting unit is configured to correct the first output signal based on a magnetic noise gradient obtained by performing linear approximation on the second output signal, and based on the second output signal output by the second magnetic sensing units positioned on both sides of the sheet passage area.
A load driving device, comprising a switching circuit connecting a power supply to a load and a controller, said switching circuit comprising: a semiconductor switch provided in the switching circuit to switch the load from a driven state to a stopped state; a current sensor for detecting a current flowing in the switching circuit; wherein said controller is configured to control the semiconductor switch to operate in a PWM drive state when receiving a PWM drive input signal; and said controller is further comprising: a temperature estimator for estimating a temperature of a cable of the switching circuit based on the current flowing in the switching circuit and a conducting time of the current as an estimated temperature; an anomaly determiner which outputs an off command to the semiconductor switch when the estimated temperature exceeds a predetermined threshold temperature; and an overcurrent determiner which determines whether or not the current detected by the current sensor exceeds a predetermined threshold current (Ith), wherein the controller changes the semiconductor switch from the PWM drive state to a DC drive state when the overcurrent determiner determines that the current exceeds the threshold current (Ith). a semiconductor switch provided in the switching circuit to switch the load from a driven state to a stopped state; a current sensor for detecting a current flowing in the switching circuit; wherein said controller is configured to control the semiconductor switch to operate in a PWM drive state when receiving a PWM drive input signal; and said controller is further comprising: a temperature estimator for estimating a temperature of a cable of the switching circuit based on the current flowing in the switching circuit and a conducting time of the current as an estimated temperature; an anomaly determiner which outputs an off command to the semiconductor switch when the estimated temperature exceeds a predetermined threshold temperature; and an overcurrent determiner which determines whether or not the current detected by the current sensor exceeds a predetermined threshold current (Ith), wherein the controller changes the semiconductor switch from the PWM drive state to a DC drive state when the overcurrent determiner determines that the current exceeds the threshold current (Ith).
A computer implemented method of operating a navigation system to provide geographic location information, the method comprising: in respect of a received query text string representing a query for a geographic location from a user; and obtained data records that represent a plurality of candidate geographic locations from a geographic database stored on a computer readable medium, each of the data records comprising a set of fields which form a record text string; and a computed text matching score for each of the candidate geographic locations, the text matching score indicating how much of the query text string matches the record text string; for each of the candidate geographic locations, applying a usage pattern weight of the candidate geographic location to the text matching score of the candidate geographic location to obtain an overall score value for the candidate geographic location, wherein the usage pattern weight is increased based on prior selection of the candidate geographic location; and ranking the candidate geographic locations based on the respective overall score values, wherein the overall score value, So, is calculated from the usage pattern weight, w'(f), and the text matching score S f for the fields f of the set of fields F that form each data record, according to; s 0 = ∑ f ∈ F s f w ′ f in respect of a received query text string representing a query for a geographic location from a user; and obtained data records that represent a plurality of candidate geographic locations from a geographic database stored on a computer readable medium, each of the data records comprising a set of fields which form a record text string; and a computed text matching score for each of the candidate geographic locations, the text matching score indicating how much of the query text string matches the record text string; for each of the candidate geographic locations, applying a usage pattern weight of the candidate geographic location to the text matching score of the candidate geographic location to obtain an overall score value for the candidate geographic location, wherein the usage pattern weight is increased based on prior selection of the candidate geographic location; and ranking the candidate geographic locations based on the respective overall score values, wherein the overall score value, So, is calculated from the usage pattern weight, w'(f), and the text matching score S f for the fields f of the set of fields F that form each data record, according to; s 0 = ∑ f ∈ F s f w ′ f
A composition for controlling a plant disease comprising a tetrazolinone compound represented by a formula: wherein X 1 represents a chlorine atom, and X 2 represents a methyl group, and an azole compound represented by a formula: wherein Y 2 represents a chlorine atom. X 1 represents a chlorine atom, and X 2 represents a methyl group, and an azole compound represented by a formula: wherein Y 2 represents a chlorine atom.
Lip stick machine comprising a first tubular body on which a second tubular body is rotatably fitted, the first tubular body having at least one first guide and the second tubular body having at least one second guide, a cursor equipped with at least one first pin housed both in said first and in said second guide, so that a mutual rotation of the first tubular body with respect to the second tubular body causes an axial translation of the cursor, a closure equipped with a tubular projection configured to couple with a first free edge of the first tubular body when the closure is fitted on the machine, wherein the second tubular body has a first annular groove open on a second free edge of the second tubular body, the first tubular body having a flange at the first free edge, the flange being positioned inside said first annular groove so as to load a lateral surface of the annular groove when the closure is fitted on the machine, characterised in that a surface of the first body facing the tubular projection has a second groove in correspondence with said flange, the second groove having a C-section, the closure having a reduced diameter surface configured to cooperate with a free end of the second tubular body where the annular grove is located, so that, when the closure is in position, the flange and the part of the tubular body where the annular grove is located are sandwiched between the tubular projection and the reduced diameter surface. the second tubular body has a first annular groove open on a second free edge of the second tubular body, the first tubular body having a flange at the first free edge, the flange being positioned inside said first annular groove so as to load a lateral surface of the annular groove when the closure is fitted on the machine, characterised in that a surface of the first body facing the tubular projection has a second groove in correspondence with said flange, the second groove having a C-section, the closure having a reduced diameter surface configured to cooperate with a free end of the second tubular body where the annular grove is located, so that, when the closure is in position, the flange and the part of the tubular body where the annular grove is located are sandwiched between the tubular projection and the reduced diameter surface.
Process for coating a liquid silicone composition that is crosslinkable via condensation reactions to form a solid silicone elastomer on a flexible support, comprising steps a), b) and c) below: a) a liquid silicone composition that is crosslinkable via condensation reactions is prepared, comprising: - at least one organosilicon compound comprising at least two identical or different hydrolyzable and condensable groups, or at least two silanol functions =SiOH, - at least one crosslinking agent, - optionally at least one filler, and - a catalytically effective amount of at least one catalyst which is a magnesium complex comprising in its structure two identical or different carboxylate ligands, comprising from 10 to 32 carbon atoms, b) on a flexible support, which may optionally be pre-covered on one or two faces with one or more layers of a polymer material, said silicone composition is deposited continuously or discontinuously onto one face of said flexible support or optionally onto the two faces of said flexible support, and c) said silicone composition is left to crosslink in the presence of humidity provided by the ambient air or by exposure to water vapor, or by prior addition of water to said silicone composition so as to form a crosslinked solid silicone elastomer. a) a liquid silicone composition that is crosslinkable via condensation reactions is prepared, comprising: - at least one organosilicon compound comprising at least two identical or different hydrolyzable and condensable groups, or at least two silanol functions =SiOH, - at least one crosslinking agent, - optionally at least one filler, and - a catalytically effective amount of at least one catalyst which is a magnesium complex comprising in its structure two identical or different carboxylate ligands, comprising from 10 to 32 carbon atoms, - at least one organosilicon compound comprising at least two identical or different hydrolyzable and condensable groups, or at least two silanol functions =SiOH, - at least one crosslinking agent, - optionally at least one filler, and - a catalytically effective amount of at least one catalyst which is a magnesium complex comprising in its structure two identical or different carboxylate ligands, comprising from 10 to 32 carbon atoms, b) on a flexible support, which may optionally be pre-covered on one or two faces with one or more layers of a polymer material, said silicone composition is deposited continuously or discontinuously onto one face of said flexible support or optionally onto the two faces of said flexible support, and c) said silicone composition is left to crosslink in the presence of humidity provided by the ambient air or by exposure to water vapor, or by prior addition of water to said silicone composition so as to form a crosslinked solid silicone elastomer.
Sensor arrangement comprising a housing, a sensor, an additional sensor and a target, whereby the sensor or a part of the sensor is located within the housing, whereby the additional sensor is located within the housing and is designed as a teach-in element for the contact-free calibration of the sensor, whereby the target is designed to be movable outside the housing; characterized in that the target is permanently connected directly or indirectly to the housing by means of molding or a bonded joint, so that with the target the additional sensor can be actuated as a teach-in element by means of a movement of the target.
Wedge for femoral or tibial osteotomy, made of a body in ceramic material, having a distal part through which canals are perforated and a proximal part to be disposed at the cortical bone, characterized in that said proximal part is solid.
A gate driver circuit (300, 500, 600-1, 600-2), comprising: a gate driver (21, 22) configured to generate an on-current during a plurality of turn-on switching events to drive a transistor (11, 12), wherein a voltage across the transistor (11, 12) changes from a first value to a second value with a slope during the plurality of turn-on switching events, wherein the slope is of either an active type or a passive type, and wherein the slope of the active type is dependent on an amplitude of the on-current; and a sensing circuit (31, 32) configured to determine whether the slope during a first turn-on switching event is the active type or the passive type, and to regulate the amplitude of the on-current to target a particular slope during a second turn-on switching event that is subsequent to the first turn-on switching event if the slope is the active type and to maintain the amplitude of the on-current as unchanged during the second turn-on switching event if the slope is the passive type; wherein the slope is the passive type if the slope occurs at least partially within a dead time of a switching cycle that includes the first turn-on switching event, and a slope is the active type if the slope occurs entirely after the dead time of the switching cycle. a gate driver (21, 22) configured to generate an on-current during a plurality of turn-on switching events to drive a transistor (11, 12), wherein a voltage across the transistor (11, 12) changes from a first value to a second value with a slope during the plurality of turn-on switching events, wherein the slope is of either an active type or a passive type, and wherein the slope of the active type is dependent on an amplitude of the on-current; and a sensing circuit (31, 32) configured to determine whether the slope during a first turn-on switching event is the active type or the passive type, and to regulate the amplitude of the on-current to target a particular slope during a second turn-on switching event that is subsequent to the first turn-on switching event if the slope is the active type and to maintain the amplitude of the on-current as unchanged during the second turn-on switching event if the slope is the passive type; wherein the slope is the passive type if the slope occurs at least partially within a dead time of a switching cycle that includes the first turn-on switching event, and a slope is the active type if the slope occurs entirely after the dead time of the switching cycle.
Refrigeration device with two housing components (1,2), namely a carcass and a door, which delimit an interior, a seal, which is attached to one of the housing components (1,2) and, when the door is closed touches the other housing component (2, 1) to form a seal with it, and a drive element (6; 26, 28) which is arranged to drive the door out of the closed position, and with a sensor (9; 20, 21; 22, 23; 26, 28; 29, 28; 30, 28) for detecting a movement of the door and a control circuit coupled to the sensor for activating the drive element (6; 26, 28) on detection of a movement of the door, characterised in that the sensor is a pressure sensor for detecting the pressure in the interior.
Method for operating an internal combustion engine, the inlet of which is connected to an intake tract and the outlet of which is connected to an exhaust system, wherein the internal combustion engine is supercharged by means of an exhaust gas turbocharger with a compressor arranged in the intake tract which is driven by a turbine arranged in the exhaust system, and wherein a second compressor is provided which is connected to the intake tract via a first line and is connected to the exhaust system via a second line, characterized in that, in a first operating state of the internal combustion engine, the second compressor is used to compress the fresh air supplied to the internal combustion engine in addition to the compressor of the exhaust gas turbocharger and, in a second operating state, the second compressor introduces fresh air into the exhaust system in order to lower the exhaust gas temperature (T EG) of an exhaust gas stream of the internal combustion engine before it enters an SCR catalytic converter.
Noise protection device comprising a substantially vertical wall element, at least one arm which extends from the wall element and at least one solar module which is held by the arm, characterized in that the arm laterally supports the wall element, and in that the wall element forms a sound protection surface above an upper edge of the solar module, the sound protection surface being designed as a sound absorption surface.
A method of indicating a paging carrier in a radio access system supporting multi-carrier including at least one carrier, the method comprising: allocating (S620, S720, S820), at a base station, an identifier for a first mobile station, the identifier identifying the first mobile station during an idle mode operation; transmitting (S410, S630, S730, S830), at the base station, a first message including indication information to at least one mobile station including the first mobile station, the indication information indicating whether each of the at least one carrier is a candidate paging carrier; and transmitting (S420, S660, S760, S860), at the base station, a second message for paging through at least one paging carrier determined by using the identifier identifying the first mobile station, among at least one candidate paging carrier indicated by the indication information. allocating (S620, S720, S820), at a base station, an identifier for a first mobile station, the identifier identifying the first mobile station during an idle mode operation; transmitting (S410, S630, S730, S830), at the base station, a first message including indication information to at least one mobile station including the first mobile station, the indication information indicating whether each of the at least one carrier is a candidate paging carrier; and transmitting (S420, S660, S760, S860), at the base station, a second message for paging through at least one paging carrier determined by using the identifier identifying the first mobile station, among at least one candidate paging carrier indicated by the indication information.
A method of manufacture of a high-strength absorbable internal fixation bone screw for a fracture, characterized in that the bone screw is made of an oriented polylactic acid section, a raw material for the oriented polylactic acid section is a poly(L-lactic acid), the specific optical rotation of the poly(L-lactic acid) is -155° to -160°, the crystallinity of the oriented polylactic acid section is 45% to 85%, and the bending strength of the bone screw is 200 MPa to 420 MPa, wherein the oriented polylactic acid section is made of the poly(L-lactic acid) through processes of making a billet, orientation strengthening and quenching in order, wherein a method for making the billet is plastic injection molding, and a method for orientation strengthening is forging and pressing or extrusion, wherein, the temperature for forging and pressing strengthening is 160°C to 190°C, and wherein the high-strength absorbable internal fixation bone screw is made by a direct molding method, wherein the made billet is directly molded into a bar with a thread in a mold cavity through an extrusion strengthening technology, and then, other parts of the bar are turned or finely milled.
An in-vehicle image display system equipped in a vehicle to support driving of a driver, comprising: a side camera installed to a lateral portion of an exterior of the vehicle to face outwardly and configured to take an image of an area lateral to the vehicle by using a wide-angle lens; a processing unit configured to correct a wide-angle image taken by the side camera to generate a planar image, and process the planar image to generate a processed image; and a display unit configured to display the processed image transmitted from the processing unit on a screen, wherein the processing unit is operable to set a position of the vehicle at a predetermined setup vehicle speed, as a reference position, wherein the processing unit is operable to set a position which is reached by a part of a contour of the vehicle located at a farthermost position with respect to a center of the vehicle in the reference position as a reachable position, in a position of vehicle where the vehicle has stopped by being decelerated from the reference position under a maximum steering angle and a predetermined braking force, and wherein the processing unit is operable to execute a secondary processing of the planar image so as not to include an image region located outward from the reachable position in a vehicle-width direction, in order to generate the processed image. a side camera installed to a lateral portion of an exterior of the vehicle to face outwardly and configured to take an image of an area lateral to the vehicle by using a wide-angle lens; a processing unit configured to correct a wide-angle image taken by the side camera to generate a planar image, and process the planar image to generate a processed image; and a display unit configured to display the processed image transmitted from the processing unit on a screen, wherein the processing unit is operable to set a position of the vehicle at a predetermined setup vehicle speed, as a reference position, wherein the processing unit is operable to set a position which is reached by a part of a contour of the vehicle located at a farthermost position with respect to a center of the vehicle in the reference position as a reachable position, in a position of vehicle where the vehicle has stopped by being decelerated from the reference position under a maximum steering angle and a predetermined braking force, and wherein the processing unit is operable to execute a secondary processing of the planar image so as not to include an image region located outward from the reachable position in a vehicle-width direction, in order to generate the processed image.