mhurhangee/ep-ind-claims huggingface dataset:
Pixel array, comprising: - one or a plurality of pixels, each comprising a first transistor (204, 104) having: its control node coupled to a photodiode; a first one of its main conduction nodes coupled to a first output voltage rail; and a second one of its main conduction nodes coupled to a second voltage rail; - a variable impedance (404, 904) coupling the first voltage rail to a first power supply rail (VDD, GND) of the pixel array; - a current source (402, 902) coupling the second voltage rail to a second power supply rail (GND, VDD) of the pixel array, the variable impedance (404, 904) being controlled based on a voltage on the second voltage rail; characterized by: - a first switch (4002, 9002) coupling the second voltage rail to a third voltage rail (VINIT1, VINIT3). - one or a plurality of pixels, each comprising a first transistor (204, 104) having: its control node coupled to a photodiode; a first one of its main conduction nodes coupled to a first output voltage rail; and a second one of its main conduction nodes coupled to a second voltage rail; - a variable impedance (404, 904) coupling the first voltage rail to a first power supply rail (VDD, GND) of the pixel array; - a current source (402, 902) coupling the second voltage rail to a second power supply rail (GND, VDD) of the pixel array, the variable impedance (404, 904) being controlled based on a voltage on the second voltage rail; characterized by: - a first switch (4002, 9002) coupling the second voltage rail to a third voltage rail (VINIT1, VINIT3). - a first switch (4002, 9002) coupling the second voltage rail to a third voltage rail (VINIT1, VINIT3).
Aqueous two-component systems comprising as component at least one aqueous binder component comprising at least one secondary dispersion comprising at least one water-soluble or water-dispersible (meth)acrylate copolymer which can be prepared by a multistage copolymerization and has at least two isocyanate-reactive functional groups, and at least one low molecular weight and/or oligomeric, unbranched, hydrophobic polyester having at least two hydroxyl groups in the molecule, an OH number of 56 to 500 mg KOH/g, an acid number <10 mg KOH/g, and a number-average molecular weight Mn of 300 to 2000 daltons; and at least one additive; and also as component at least one water-free crosslinking component comprising at least one hydrophilicized polyisocyanate which contains at least one ionic acid group. at least one secondary dispersion comprising at least one water-soluble or water-dispersible (meth)acrylate copolymer which can be prepared by a multistage copolymerization and has at least two isocyanate-reactive functional groups, and at least one low molecular weight and/or oligomeric, unbranched, hydrophobic polyester having at least two hydroxyl groups in the molecule, an OH number of 56 to 500 mg KOH/g, an acid number <10 mg KOH/g, and a number-average molecular weight Mn of 300 to 2000 daltons; and at least one water-soluble or water-dispersible (meth)acrylate copolymer which can be prepared by a multistage copolymerization and has at least two isocyanate-reactive functional groups, and at least one low molecular weight and/or oligomeric, unbranched, hydrophobic polyester having at least two hydroxyl groups in the molecule, an OH number of 56 to 500 mg KOH/g, an acid number <10 mg KOH/g, and a number-average molecular weight Mn of 300 to 2000 daltons; and at least one additive; and also as component at least one water-free crosslinking component comprising at least one hydrophilicized polyisocyanate which contains at least one ionic acid group.
An apparatus comprising: an input configured to receive electronic service guide data to be transmitted to a designated geographic location; an ID input configured to receive a parameter corresponding to the designated geographic location, the parameter comprising a designation of one of a Cell ID and a group of Cell IDs; a processor; and an output; wherein the processor is configured to allocate one or some portions of the electronic service guide data to be transmitted to one or more cells corresponding to the designation; and the output is configured to transmit the allocated one or some portions of the electronic service guide data to the one or more cells. an input configured to receive electronic service guide data to be transmitted to a designated geographic location; an ID input configured to receive a parameter corresponding to the designated geographic location, the parameter comprising a designation of one of a Cell ID and a group of Cell IDs; a processor; and an output; wherein the processor is configured to allocate one or some portions of the electronic service guide data to be transmitted to one or more cells corresponding to the designation; and the output is configured to transmit the allocated one or some portions of the electronic service guide data to the one or more cells.
An apparatus for temperature sensing, comprising: a sensor tube and an extension tube connected to said sensor tube; a cable assembly and an insulated sleeve, said cable assembly being surrounded by said insulated sleeve, which in turn is located within said extension tube said cable assembly connected to and extending from said sensor tube via said extension tube, wherein said cable assembly communicates electrically with said sensor tube for sensing operations thereof; characterized in that the apparatus for temperature sensing further comprises: an O-ring component embedded within the bounds of said extension tube wherein said O-ring component is selected for use with said cable assembly and said sensor tube based on an inner diameter of said sensor tube and an outer diameter of said cable assembly, wherein said O-ring component is crimped in order to-seal and protect said sensor tube from de-alignment and misplacement and which O-ring component is located co-axial to said sensor tube and said cable assembly, wherein said O-ring component is crimped by a double circular crimp at two crimped locations (203, 205), a said crimped location (203, 205) being implemented on each side of the O-ring component, thereby providing an enhanced mechanical strength and prevention against leakage or ingress of moisture from or to said sensor tube. an O-ring component embedded within the bounds of said extension tube wherein said O-ring component is selected for use with said cable assembly and said sensor tube based on an inner diameter of said sensor tube and an outer diameter of said cable assembly, wherein said O-ring component is crimped in order to-seal and protect said sensor tube from de-alignment and misplacement and which O-ring component is located co-axial to said sensor tube and said cable assembly, wherein said O-ring component is crimped by a double circular crimp at two crimped locations (203, 205), a said crimped location (203, 205) being implemented on each side of the O-ring component, thereby providing an enhanced mechanical strength and prevention against leakage or ingress of moisture from or to said sensor tube.
A method, comprising: - communicating, in a first spectrum and via a first transmission line, first data according to a time-division duplexing scheme, wherein second data is communicated according to a frequency-division duplexing scheme in a second spectrum and via a second transmission line, wherein the first spectrum and second spectrum both comprise an overlap spectrum, wherein the first transmission line experiences first crosstalk from the second transmission line, wherein the second transmission line experiences second crosstalk from the first transmission line,wherein the method further comprises: - determining a value indicative of the noise level associated with the first transmission line, said value indicative of the noise level associated with the first transmission line comprising at least the first crosstalk, and - for said communicating of the first data: using dynamic spectrum management of the first spectrum depending on the value indicative of the noise level associated with the first transmission line. - communicating, in a first spectrum and via a first transmission line, first data according to a time-division duplexing scheme, - determining a value indicative of the noise level associated with the first transmission line, said value indicative of the noise level associated with the first transmission line comprising at least the first crosstalk, and - for said communicating of the first data: using dynamic spectrum management of the first spectrum depending on the value indicative of the noise level associated with the first transmission line.
A method of classifying a level of a pathology in a biological sample of a subject, the biological sample including cell-free DNA, the method comprising: analyzing a plurality of cell-free DNA fragments from the biological sample to obtain sequence reads, wherein the sequence reads include ending sequences corresponding to ends of the plurality of cell-free DNA fragments; for each of the plurality of cell-free DNA fragments, determining a sequence motif for each of one or more ending sequences of the cell-free DNA fragment; determining relative frequencies of a set of one or more sequence motifs corresponding to the ending sequences of the plurality of cell-free DNA fragments, wherein a relative frequency of a sequence motif provides a proportion of the plurality of cell-free DNA fragments that have an ending sequence corresponding to the sequence motif; determining an aggregate value of the relative frequencies of the set of one or more sequence motifs; and determining a classification of the level of the pathology for the subject based on a comparison of the aggregate value to a reference value. analyzing a plurality of cell-free DNA fragments from the biological sample to obtain sequence reads, wherein the sequence reads include ending sequences corresponding to ends of the plurality of cell-free DNA fragments; for each of the plurality of cell-free DNA fragments, determining a sequence motif for each of one or more ending sequences of the cell-free DNA fragment; determining relative frequencies of a set of one or more sequence motifs corresponding to the ending sequences of the plurality of cell-free DNA fragments, wherein a relative frequency of a sequence motif provides a proportion of the plurality of cell-free DNA fragments that have an ending sequence corresponding to the sequence motif; determining an aggregate value of the relative frequencies of the set of one or more sequence motifs; and determining a classification of the level of the pathology for the subject based on a comparison of the aggregate value to a reference value.
A furniture joinery, comprising: a slide rail having one of a plurality of grooves (56, 57, 58) or a plurality of slides (46, 146); a furniture support; at least one tenon extending from one of said slide rail or said furniture support; a substantially trapezoidal shaped slide block (34, 134) having the other of said plurality of grooves (56, 57, 58) or said plurality of slides (46, 146); wherein said plurality of slides (46, 146) may be slidably positioned in said plurality of grooves (56, 57, 58); an aperture which receives said at least one tenon, said aperture located in the other of said slide rail or said furniture support; characterized by said at least one tenon having at least one of a notch and a rib and said aperture having the other of said notch and rib; said at least one notch and said rib engaging one another as said slide block (34, 134) is connected to said furniture support. a slide rail having one of a plurality of grooves (56, 57, 58) or a plurality of slides (46, 146); a furniture support; at least one tenon extending from one of said slide rail or said furniture support; a substantially trapezoidal shaped slide block (34, 134) having the other of said plurality of grooves (56, 57, 58) or said plurality of slides (46, 146); wherein said plurality of slides (46, 146) may be slidably positioned in said plurality of grooves (56, 57, 58); an aperture which receives said at least one tenon, said aperture located in the other of said slide rail or said furniture support; characterized by said at least one tenon having at least one of a notch and a rib and said aperture having the other of said notch and rib; said at least one notch and said rib engaging one another as said slide block (34, 134) is connected to said furniture support.
Slipform paver comprising a chassis able to be adjusted in the heightwise direction, a drive unit having drive means (4A, 4B, 5A, 5B) to cause the slipform paver to perform movements in translation and/or rotation, and a control unit which is so designed that the drive means (4A, 4B, 5A, 5B) of the drive unit are actuated to cause the slipform paver to perform the movements in translation and/or rotation, characterised in that a mounting unit for fastening on a concrete mould is arranged on the chassis, the mounting unit comprises fastening means which are so designed that the fastening means co-operate with complementary fastening means belonging to a mounting unit of the concrete mould, and the mounting unit is mounted on the chassis to be pivotable on an axis extending in the direction of operation of the slipform paver, a pivoter unit being provided which has drive means (15A, 15B, 15C) for pivoting the mounting unit, which is arranged on the chassis, on the axis of pivot extending in the direction of operation of the slipform paver.
A gateway device (100, 100a) for an IoT system configured for Bluetooth low energy communication, comprising: a short range wireless communication module for interfacing with one or more BLE sensors, actuators or devices; a memory unit containing a software to control a micro-controller, wherein data from the one or more BLE sensors, actuators or devices are aggregated into a data package such that a BLE scan cycle is divided into 64 equal time blocks so that a BLE scan window has a scan interval lasting 160 ms; and the BLE scan window is shifted by one time block for each scan cycle to listen for any BLE sensor that is located within range and is cyclically advertising; a low power, long range wireless communication module for transmitting the data package to a monitor centre at predetermined time periods; an artificial intelligence or a machine learning module disposed in the micro-controller to record time blocks when the SR wireless communication is silent and, in response, to turn on a radio associated with the LR wireless communication, so as to avert interference between the SR and LR wireless communication; and a battery for powering the gateway device (100, 100a); characterised by: the BLE scan window shifting and listening processes are repeated until a scan window time block substantially or effectively coincides with a time block that a BLE sensor is advertising, and in response, the artificial intelligence or the machine learning module turns on a BLE scanner located in the gateway device (100, 100a) during these coincidental or connected time blocks to conserve power in the battery. a short range wireless communication module for interfacing with one or more BLE sensors, actuators or devices; a memory unit containing a software to control a micro-controller, wherein data from the one or more BLE sensors, actuators or devices are aggregated into a data package such that a BLE scan cycle is divided into 64 equal time blocks so that a BLE scan window has a scan interval lasting 160 ms; and the BLE scan window is shifted by one time block for each scan cycle to listen for any BLE sensor that is located within range and is cyclically advertising; a low power, long range wireless communication module for transmitting the data package to a monitor centre at predetermined time periods; an artificial intelligence or a machine learning module disposed in the micro-controller to record time blocks when the SR wireless communication is silent and, in response, to turn on a radio associated with the LR wireless communication, so as to avert interference between the SR and LR wireless communication; and a battery for powering the gateway device (100, 100a); characterised by: the BLE scan window shifting and listening processes are repeated until a scan window time block substantially or effectively coincides with a time block that a BLE sensor is advertising, and in response, the artificial intelligence or the machine learning module turns on a BLE scanner located in the gateway device (100, 100a) during these coincidental or connected time blocks to conserve power in the battery.
A method for breaking an emulsion of oil and water comprising contacting the emulsion with a demulsifier comprising a terpene alkoxylate wherein the terpene alkoxylate has the following formula (VIII): wherein R 6 is methyl, n is about 15 to 20, and m is about 3 to 7.
A device for driving antiskid studs (800, 911) into stud holes of a tread of a pneumatic tire, the device comprising - a tire holder for holding the pneumatic tire to be studded, the tire holder defining an axial direction that is parallel to an axis of rotation of the pneumatic tire configured to be held by the tire holder, - a primary studding head comprising • a primary mouth for injecting a primary stud out of the primary studding head into one of the stud holes of the pneumatic tire in a primary direction, • a primary bore for guiding the primary stud, the primary bore ending at the primary mouth, and • a primary pusher movable in said primary bore for pushing the primary stud out from the primary bore in the primary direction, and - a primary rotator configured to rotate the primary studding head about an axis that is parallel to the primary direction, characterized in that - the primary rotator is configured to rotate the primary studding head about the axis at least 180 degrees both to a first direction of rotation and to a second direction of rotation, wherein the second direction of rotation is reverse to the first direction of rotation, and - the primary rotator is configured to • rotate the primary studding head about the axis in a continuous manner and • stop the rotation of the primary studding head at a freely selectable position. - a tire holder for holding the pneumatic tire to be studded, the tire holder defining an axial direction that is parallel to an axis of rotation of the pneumatic tire configured to be held by the tire holder, - a primary studding head comprising • a primary mouth for injecting a primary stud out of the primary studding head into one of the stud holes of the pneumatic tire in a primary direction, • a primary bore for guiding the primary stud, the primary bore ending at the primary mouth, and • a primary pusher movable in said primary bore for pushing the primary stud out from the primary bore in the primary direction, and • a primary mouth for injecting a primary stud out of the primary studding head into one of the stud holes of the pneumatic tire in a primary direction, • a primary bore for guiding the primary stud, the primary bore ending at the primary mouth, and • a primary pusher movable in said primary bore for pushing the primary stud out from the primary bore in the primary direction, and - a primary rotator configured to rotate the primary studding head about an axis that is parallel to the primary direction, characterized in that - the primary rotator is configured to rotate the primary studding head about the axis at least 180 degrees both to a first direction of rotation and to a second direction of rotation, wherein the second direction of rotation is reverse to the first direction of rotation, and - the primary rotator is configured to • rotate the primary studding head about the axis in a continuous manner and • stop the rotation of the primary studding head at a freely selectable position. • rotate the primary studding head about the axis in a continuous manner and • stop the rotation of the primary studding head at a freely selectable position.
A safety system for safeguarding a machine comprising at least one safe sensor (14, 14a-b) for generating safe data, wherein the safe sensor (14, 14a-b) also generates non-safe data and/or a non-safe sensor for generating non-safe data is provided, wherein safe means that fault-controlling measures in the sense of a safety standard for machine safety and/or for electro-sensitive protective equipment are taken, and non-safe is the counter term according to which the said requirements for fault safety are not fulfilled, characterized in that the safety system further comprises a non-safe evaluation unit for processing the non-safe data and a safe evaluation unit which is configured to test the non-safe evaluation unit by checking an evaluation result of the processing of the non-safe data on the basis of the safe data, and in that the safe data have a lower accuracy and/or are available less frequently compared to the evaluation result.
A method, comprising: receiving, from a host device (305; 505), a first data word to be stored in a memory device (110; 310; 510; 705); determining, by the memory device (110; 310; 510; 705), that the first data word satisfies a first storage state criterion of the memory device, the first storage state criterion indicating a first data retention characteristic of one or more memory cells of the memory device (110; 310; 510; 705); generating a second data word that satisfies a second storage state criterion by applying a transformation to the first data word based at least in part on determining that the first data word satisfies the first storage state criterion, the second storage state criterion indicating a second data retention characteristic of the one or more memory cells of the memory device (110; 310; 510; 705); storing the second data word in the memory device (110; 310; 510; 705); generating an indicator that the second data word stored in the memory device (110; 310; 510; 705) is a transformed version of the first data word based at least in part on generating the second data word; and storing the indicator in the memory device (110; 310; 510; 705); and wherein the memory device (110; 310; 510; 710) comprises a dynamic random access memory device or a ferroelectric random access memory device. receiving, from a host device (305; 505), a first data word to be stored in a memory device (110; 310; 510; 705); determining, by the memory device (110; 310; 510; 705), that the first data word satisfies a first storage state criterion of the memory device, the first storage state criterion indicating a first data retention characteristic of one or more memory cells of the memory device (110; 310; 510; 705); generating a second data word that satisfies a second storage state criterion by applying a transformation to the first data word based at least in part on determining that the first data word satisfies the first storage state criterion, the second storage state criterion indicating a second data retention characteristic of the one or more memory cells of the memory device (110; 310; 510; 705); storing the second data word in the memory device (110; 310; 510; 705); generating an indicator that the second data word stored in the memory device (110; 310; 510; 705) is a transformed version of the first data word based at least in part on generating the second data word; and storing the indicator in the memory device (110; 310; 510; 705); and wherein the memory device (110; 310; 510; 710) comprises a dynamic random access memory device or a ferroelectric random access memory device.