mhurhangee/patent-ind-claim-en huggingface dataset:
Transmission control module of a motor vehicle, having: an electronics module with an electrical circuit , a leadframe , at least one sensor for mounting in the interior of a transmission, at least one plug-in connector for connecting an electrical connection between the interior and exterior of a transmission, wherein the leadframe is electrically conductively connected to the electronics module , to the at least one sensor and to the at least one plug-in connector , wherein the transmission control module can be mounted in the interior of a transmission, characterized in that the leadframe is produced from an aluminium alloy and the transmission control module comprises intermediate conductor plates which are arranged at each line end of a line from the leadframe to the electronics module , to the at least one sensor and to the at least one plug-in connector , wherein the intermediate conductor plates comprise a section end containing an aluminium alloy and an opposite section end containing a copper alloy and therefore have a copper/aluminium transition region . an electronics module with an electrical circuit , a leadframe , at least one sensor for mounting in the interior of a transmission, at least one plug-in connector for connecting an electrical connection between the interior and exterior of a transmission, wherein the leadframe is electrically conductively connected to the electronics module , to the at least one sensor and to the at least one plug-in connector , wherein the transmission control module can be mounted in the interior of a transmission, characterized in that the leadframe is produced from an aluminium alloy and the transmission control module comprises intermediate conductor plates which are arranged at each line end of a line from the leadframe to the electronics module , to the at least one sensor and to the at least one plug-in connector , wherein the intermediate conductor plates comprise a section end containing an aluminium alloy and an opposite section end containing a copper alloy and therefore have a copper/aluminium transition region .
A method of producing a dark-hued chromium coating on a substrate, the method comprising the steps of: a) providing a trivalent chromium electrolyte comprising trivalent chromium ions and a complexing agent for maintaining the trivalent chromium ions in solution, wherein the electrolyte further comprises thiocyanate ions and a dispersion of colloidal silica, and b) electrodepositing a chromium coating on the substrate using the trivalent chromium electrolyte, wherein a dark-hued chromium coating is produced on the substrate; wherein the silica dispersion has an average particle size of between about 1 and about 100 nm; and wherein the chromium coating produced on the substrate has an L* value, measured according to an L ∗ a ∗ b ∗ colorspace system, of less than 65. a) providing a trivalent chromium electrolyte comprising trivalent chromium ions and a complexing agent for maintaining the trivalent chromium ions in solution, wherein the electrolyte further comprises thiocyanate ions and a dispersion of colloidal silica, and b) electrodepositing a chromium coating on the substrate using the trivalent chromium electrolyte,
A device (100; 200) for resetting to a predetermined position an indicator member (2, 13; 22) indicative of a parameter connected with time, notably a "flyback" device, the device comprising the indicator member indicative of a parameter connected with time, the indicator member being kinematically linked to a drive wheel (15; 35), the device comprising a push-button for resetting to the predetermined position and able to be manipulated by a user, an energy accumulator and a return element (1; 21) for returning the indicator member indicative of the parameter connected with time to the predetermined position, the return element being powered by energy from the accumulator, the energy being supplied to the energy accumulator by a user via the push-button , the device being characterized in that it is arranged so as to cause the indicator member to return to the predetermined position and then to resume the drive of the indicator member, the resumption of drive being not dependent on the user releasing the push-button .
A stabilizer cartridge for enhancing stability of a fluid regulator having a regulator body , a control element configured to control a fluid flow through the regulator body, a valve stem coupled to the control element, and an actuator assembly operatively coupled to the valve stem to control a position of the control element, characterized in that : the stabilizer cartridge is positionable between the regulator body and the actuator assembly and comprises: a body adapted to be disposed around the valve stem , the body having a first end and a second end opposite the first end; a first disk coupled to the body proximate the first end, the first disk defining one or more flow paths for facilitating pressure relief; a second disk movably coupled to the body, the second disk being movable relative to the first disk responsive to fluid flow through the one or more flow paths of the first disk, wherein responsive to fluid flow through the one or more flow paths of the first disk , the second disk is movable between a first position, in which the second disk sealingly engages the flow paths of the first disk, such that the flow paths are not in fluid communication with the actuator assembly , and a second position, in which the second disk is spaced from the flow paths of the first disk, such that the flow paths are in fluid communication with the actuator assembly; and a biasing element arranged between the second disk and the second end of the body, the biasing element configured to bias the second disk toward the first disk. a body adapted to be disposed around the valve stem , the body having a first end and a second end opposite the first end; a first disk coupled to the body proximate the first end, the first disk defining one or more flow paths for facilitating pressure relief; a second disk movably coupled to the body, the second disk being movable relative to the first disk responsive to fluid flow through the one or more flow paths of the first disk, wherein responsive to fluid flow through the one or more flow paths of the first disk , the second disk is movable between a first position, in which the second disk sealingly engages the flow paths of the first disk, such that the flow paths are not in fluid communication with the actuator assembly , and a second position, in which the second disk is spaced from the flow paths of the first disk, such that the flow paths are in fluid communication with the actuator assembly; and a biasing element arranged between the second disk and the second end of the body, the biasing element configured to bias the second disk toward the first disk.
Apparatus for fastening a crawler track member of a crawler track to a crawler belt of the crawler track with a press-in element and a connecting element , the press-in element having a main body with a through opening , the connecting element engaging through the through opening in that state of the press-in element , in which it is arranged on the crawler belt , in order to connect the crawler track member to the crawler belt , the press-in element having a plurality of holding elements which project from the main body , the holding elements being configured in such a way that, in the state arranged on the crawler belt , they penetrate a plurality of material layers of the crawler belt , by the holding elements displacing material of the material layers , in particular transversely with respect to the penetration direction, characterized in that , in the state arranged on the crawler belt , the holding elements completely penetrate the crawler belt , with the result that the press-in element is in direct contact with the crawler track member .
A method of portioning pasty masses for food production by means of a filling machine and a filling flow divider , wherein a pasty mass is fed by the filling machine into the filling flow divider, where it is separated into a plurality of mass flows and discharged in portions in the discharge direction wherein in the filling flow divider the separated mass flows pass through respective dosing elements for adjusting the volume flow characterized in that at the end of a portion (V p ) the mass flow is sucked back in a direction opposite to the discharge direction (A) respectively and in that the respective dosing element is running backwards at the end of the portion. at the end of a portion (V p ) the mass flow is sucked back in a direction opposite to the discharge direction (A) respectively and in that the respective dosing element is running backwards at the end of the portion.
A method comprising: receiving a request to restore a directory from a specific snapshot; determining, by a computing device, one or more valid data ranges for each of a plurality of files of the received directory by traversing data range records for each file in reverse time order from the snapshot identified in the received restore request to a baseline snapshot; determining, by the computing device, a data block name (A;B;C;D;E;F) mapped to each of the valid data ranges in data map records of a key-value store that are keyed by local snapshot identifiers corresponding to the identified and down to the baseline snapshot, wherein the files are within the directory and the snapshot identified in the received restore request; tracking, by the computing device, a unique instance of each of the data block names comprising adding a first one of the data block names to a tracking list of data block names when the first one of the data block names is determined to be a first occurrence during a restore that is responsive to the restore request, wherein a second one of the data block names corresponds to one of the valid data ranges comprising at least a portion that is shared by two or more of the files; and communicating, by the computing device, retrieved data blocks assigned to the tracked unique instances of each of the data block names to a restore target identified in the received restore request in order to facilitate restoration of the files. determining, by a computing device, one or more valid data ranges for each of a plurality of files of the received directory by traversing data range records for each file in reverse time order from the snapshot identified in the received restore request to a baseline snapshot; determining, by the computing device, a data block name (A;B;C;D;E;F) mapped to each of the valid data ranges in data map records of a key-value store that are keyed by local snapshot identifiers corresponding to the identified and down to the baseline snapshot, wherein the files are within the directory and the snapshot identified in the received restore request; tracking, by the computing device, a unique instance of each of the data block names comprising adding a first one of the data block names to a tracking list of data block names when the first one of the data block names is determined to be a first occurrence during a restore that is responsive to the restore request, wherein a second one of the data block names corresponds to one of the valid data ranges comprising at least a portion that is shared by two or more of the files; and communicating, by the computing device, retrieved data blocks assigned to the tracked unique instances of each of the data block names to a restore target identified in the received restore request in order to facilitate restoration of the files.
Lubricant composition comprising based on the total weight of the lubricant composition a) at least 55 wt.-% of a dicarboxylic acid ester component which is selected from di-isononyladipate (DNA) and di-(2-ethylhexyl)adipate (DOA), b) 10 to 25 wt.-% of an ethylene-propylene copolymer, and c) 5 to 20 wt.-% of a monocarboxylic acid ester, wherein the ethylene-propylene copolymer (b) has a kinematic viscosity according to JIS K 2283 at 100° C in the range of from 1000 to 2200 mm 2 /s. a) at least 55 wt.-% of a dicarboxylic acid ester component which is selected from di-isononyladipate (DNA) and di-(2-ethylhexyl)adipate (DOA), b) 10 to 25 wt.-% of an ethylene-propylene copolymer, and c) 5 to 20 wt.-% of a monocarboxylic acid ester,
An electrosurgical generator , comprising: a radio frequency output stage configured to output at least one radio frequency waveform; a sensor for sensing current, the sensor including: a current sensor coil including: an outer coil including an opening therethrough; and an inner coil coupled to and disposed within the outer coil; and at least one active lead coupled to the radio frequency output stage and passing through the current sensor coil opening, wherein the current sensor coil is configured to output a signal indicative of a current within the at least one active lead, characterised by at least one return lead coupled to the radio frequency output stage and passing through the current sensor coil, wherein the current sensor coil is configured to output a second signal indicative of a current within the at least one return lead, wherein the at least one active and at least one return lead are routed through the sensor coil such that current flow in the leads is in the same direction through the coil. a radio frequency output stage configured to output at least one radio frequency waveform; a sensor for sensing current, the sensor including: a current sensor coil including: an outer coil including an opening therethrough; and an inner coil coupled to and disposed within the outer coil; and an outer coil including an opening therethrough; and an inner coil coupled to and disposed within the outer coil; and at least one active lead coupled to the radio frequency output stage and passing through the current sensor coil opening, wherein the current sensor coil is configured to output a signal indicative of a current within the at least one active lead, characterised by at least one return lead coupled to the radio frequency output stage and passing through the current sensor coil, wherein the current sensor coil is configured to output a second signal indicative of a current within the at least one return lead, wherein the at least one active and at least one return lead are routed through the sensor coil such that current flow in the leads is in the same direction through the coil.
A composition comprising a compound that is present as a structure represented by a formula: or pharmaceutically acceptable salt thereof, or combination of one or more thereof for use in the treatment of autism or one or more autism spectrum disorders, wherein said composition is a pharmaceutical composition, a medical food or a dietary composition.
A method of determining a source parameter value (U v,WEA , I v,WEA ) and an impedance parameter value (Z v,WEA ) for an electrical model of a wind turbine generator, wherein the electrical model is representative of a selected harmonic occurring during operation of the wind turbine generator, characterised in that the method comprising obtaining a set of measured voltage values (U v,NAP ) and a set of measured current values (I v,NAP ) corresponding to the selected harmonic, calculating an initial source parameter value (U v,WEA,0 ) and an initial impedance parameter value (Z v,WEA,0 ) based on the set of measured voltage values and the set of measured current values, calculating a respective fitting index (r) for each of a plurality of candidate combinations of respective candidate source parameter values and candidate impedance parameter values, wherein each candidate source parameter value is obtained as a multiple of the initial source parameter value divided by a first predetermined number and each candidate impedance parameter value is obtained as a multiple of the initial impedance parameter value divided by a second predetermined number, selecting a subset of the candidate combinations for which the corresponding fitting index is maximal, and determining the source parameter value (U v,WEA,opt ) and the impedance parameter value (Z v,WEA,opt ) based on the selected subset of candidate combinations. obtaining a set of measured voltage values (U v,NAP ) and a set of measured current values (I v,NAP ) corresponding to the selected harmonic, calculating an initial source parameter value (U v,WEA,0 ) and an initial impedance parameter value (Z v,WEA,0 ) based on the set of measured voltage values and the set of measured current values, calculating a respective fitting index (r) for each of a plurality of candidate combinations of respective candidate source parameter values and candidate impedance parameter values, wherein each candidate source parameter value is obtained as a multiple of the initial source parameter value divided by a first predetermined number and each candidate impedance parameter value is obtained as a multiple of the initial impedance parameter value divided by a second predetermined number, selecting a subset of the candidate combinations for which the corresponding fitting index is maximal, and determining the source parameter value (U v,WEA,opt ) and the impedance parameter value (Z v,WEA,opt ) based on the selected subset of candidate combinations.
Current sensor system comprising a conductor and a packaged integrated circuit for sensing a current in said conductor, said conductor being fully external to said packaged integrated circuit, said packaged integrated circuit comprising : - a substrate having an active surface and a back surface , - one or more magnetic sensing elements disposed in or on said active surface of said substrate, - a processing circuit disposed in or on said active surface of said substrate and arranged to process signals received from said one or more magnetic sensing elements to derive an output signal indicative of a sensed current in said conductor, - a housing , - a plurality of leads having an outer lead portion extending outside said housing and an inner lead portion, - electrical connections between said leads and said active surface of said substrate, characterised in that said back surface of said substrate is disposed on a support formed by at least two inner lead portions of said plurality of leads and said active side of said substrate is oriented towards the outer ends of said outer lead portions of said leads in a direction perpendicular to a plane defined by said support. - a substrate having an active surface and a back surface , - one or more magnetic sensing elements disposed in or on said active surface of said substrate, - a processing circuit disposed in or on said active surface of said substrate and arranged to process signals received from said one or more magnetic sensing elements to derive an output signal indicative of a sensed current in said conductor, - a housing , - a plurality of leads having an outer lead portion extending outside said housing and an inner lead portion, - electrical connections between said leads and said active surface of said substrate,
A method , comprising: printing a 3D object via a fused filament fabrication, FFF, printer ; and receiving a desired color marking to be marked on a surface of the 3D object ; characterized by controlling a point energy source to emit energy on a thermal treatment layer of the 3D object in accordance with the desired color marking, wherein the thermal treatment layer comprises a leuco dye and an acid developer in a matrix that changes color at a temperature that is higher than an extrusion temperature of a filament material extruded by the FFF printer , and wherein the point energy source is controlled to emit energy on the thermal treatment layer via a plurality of passes using bursts of energy across a location on the thermal treatment layer receiving the energy. printing a 3D object via a fused filament fabrication, FFF, printer ; and receiving a desired color marking to be marked on a surface of the 3D object ; characterized by controlling a point energy source to emit energy on a thermal treatment layer of the 3D object in accordance with the desired color marking, wherein the thermal treatment layer comprises a leuco dye and an acid developer in a matrix that changes color at a temperature that is higher than an extrusion temperature of a filament material extruded by the FFF printer , and wherein the point energy source is controlled to emit energy on the thermal treatment layer via a plurality of passes using bursts of energy across a location on the thermal treatment layer receiving the energy.
Electronic device comprising a calculation unit capable of generating a signal representative of a physical value, for a motor driving a display device, said motor comprising two terminals, one positive and one negative (Mot1, Mot2), via which the calculation unit controls the motor, the electronic device further comprising at least one circuit suitable for shock detection connected between the calculation unit and one terminal of the motor for the detection of an external shock applied to the motor capable of moving a rotor of the motor, characterized in that the circuit suitable for shock detection includes a selection part directly connected to one of the motor terminals, in order to vary an induced voltage generated in the motor following a shock with a movement of the rotor to improve the sensitivity of said shock detector circuit, and a comparison part provided with a positive input and a negative input, and connected to the selection part for comparing an output signal (V1) from the selection part to a predetermined reference voltage, and in that the selection part comprises a series of series connected resistors (Ri), the first of these resistors being connected to the motor connection terminal (Mot1, Mot2), whereas the last resistor of the series is connected to earth (Vss), the selection part further comprising a selector including an output (V1) connected to said positive input of the comparison part and a plurality of selection points (pi), each connected to one resistor Ri.