mhurhangee/ep-ind-claims huggingface dataset:
A device for the, in particular temporary, bonding of a first substrate with a second substrate with the following features: - a mounting apparatus for mounting of the first substrate on a mounting contour (8, 8', 8", 8"', 8 IV) with an active mounting surface (7, 7', 7", 7"', 7 IV) of the mounting apparatus with an outer ring section for the controllable fixing of the first substrate and an inner ring section set back at least largely with respect to the mounting surface (7, 7', 7", 7''', 7 IV), - deformation means for the controllable deformation of the first substrate, wherein the first substrate can be acted upon by the deformation with prestressing, wherein the deformation means are made to act within the outer ring section, - bonding means for bonding of the first substrate with the second substrate by detaching the deformed first substrate from the mounting apparatus, wherein the bonding means are constituted such that the first substrate can be released and can be bonded with the second substrate independently on the basis of its prestressing, wherein the mounting contour (8, 8', 8", 8"', 8 IV) comprises in the inner ring section at least one support surface (12, 12', 12") for supporting the semiconductor substrate, characterised in that the support surface (12, 12', 12") is included in the mounting surface (7, 7', 7", 7"', 7 IV), wherein the detaching of the first substrate from the mounting apparatus is brought about from inside outwards by a targeted reduction of the negative pressure on the mounting surface (7, 7', 7", 7"', 7 IV). - a mounting apparatus for mounting of the first substrate on a mounting contour (8, 8', 8", 8"', 8 IV) with an active mounting surface (7, 7', 7", 7"', 7 IV) of the mounting apparatus with an outer ring section for the controllable fixing of the first substrate and an inner ring section set back at least largely with respect to the mounting surface (7, 7', 7", 7''', 7 IV), - deformation means for the controllable deformation of the first substrate, wherein the first substrate can be acted upon by the deformation with prestressing, wherein the deformation means are made to act within the outer ring section, - bonding means for bonding of the first substrate with the second substrate by detaching the deformed first substrate from the mounting apparatus, wherein the bonding means are constituted such that the first substrate can be released and can be bonded with the second substrate independently on the basis of its prestressing, wherein the mounting contour (8, 8', 8", 8"', 8 IV) comprises in the inner ring section at least one support surface (12, 12', 12") for supporting the semiconductor substrate, characterised in that the support surface (12, 12', 12") is included in the mounting surface (7, 7', 7", 7"', 7 IV), wherein the detaching of the first substrate from the mounting apparatus is brought about from inside outwards by a targeted reduction of the negative pressure on the mounting surface (7, 7', 7", 7"', 7 IV).
A method for calibrating a leak test machine for use within a manufacturing line, the leak test machine configured to detect leakage defects in workpieces produced by the manufacturing line, the method comprising operating at least one processor to: - receive, from the leak test machine, defect data indicating a plurality of defect test results for at least one workpiece produced by the manufacturing line; - receive, from at least one sensor, environmental data indicating a plurality of environmental conditions at the leak test machine, each environmental condition corresponding to a defect test result obtained while the leak test machine was subject to that environmental condition; - update at least one predictive model using the defect data and the environmental data, the at least one predictive model operable to predict a defect test result for a workpiece based on at least one environmental condition at the leak test machine; - receive, from the at least one sensor, current environmental data indicating at least one current environmental condition at the leak test machine; - determine at least one calibration setting for the leak test machine based on the at least one predictive model and the current environmental data, the at least one calibration setting compensating for an effect of the at least one current environment condition on the leak test machine; and - test, with the leak test machine using the at least one calibration setting, at least one other workpiece produced by the manufacturing line to obtain at least one calibrated defect test result for the at least one other workpiece. - receive, from the leak test machine, defect data indicating a plurality of defect test results for at least one workpiece produced by the manufacturing line; - receive, from at least one sensor, environmental data indicating a plurality of environmental conditions at the leak test machine, each environmental condition corresponding to a defect test result obtained while the leak test machine was subject to that environmental condition; - update at least one predictive model using the defect data and the environmental data, the at least one predictive model operable to predict a defect test result for a workpiece based on at least one environmental condition at the leak test machine; - receive, from the at least one sensor, current environmental data indicating at least one current environmental condition at the leak test machine; - determine at least one calibration setting for the leak test machine based on the at least one predictive model and the current environmental data, the at least one calibration setting compensating for an effect of the at least one current environment condition on the leak test machine; and - test, with the leak test machine using the at least one calibration setting, at least one other workpiece produced by the manufacturing line to obtain at least one calibrated defect test result for the at least one other workpiece.
In a mobile telecommunications network including a plurality of user devices each configured to communicate across the network via at least one mode of communication, a method of a first user device obtaining a suitability indicator regarding a suitability of at least one mode of communication with another user device, the method comprising: determining first contextual information in relation to the first user device, wherein the first contextual information is determined from at least one of the following types of information: network availability for the first user device; a capability of the first user device based on a device type of the first user device; determining second contextual information in relation to the other user device, wherein the second contextual information is determined from at least one of the following types of information; network availability for the other user device; a capability of the other user device based on a device type of the other user device; and for each of the at least one mode of communication, determining the suitability indicator using the first and second contextual information, such that by using the contextual information for both the first user device and the other user device, a suitable mode of communication between them can be determined. determining first contextual information in relation to the first user device, wherein the first contextual information is determined from at least one of the following types of information: network availability for the first user device; a capability of the first user device based on a device type of the first user device; network availability for the first user device; a capability of the first user device based on a device type of the first user device; determining second contextual information in relation to the other user device, wherein the second contextual information is determined from at least one of the following types of information; network availability for the other user device; a capability of the other user device based on a device type of the other user device; and network availability for the other user device; a capability of the other user device based on a device type of the other user device; and for each of the at least one mode of communication, determining the suitability indicator using the first and second contextual information, such that by using the contextual information for both the first user device and the other user device, a suitable mode of communication between them can be determined.
A receiver for use in a wireless communication system to receive signals transmitted over a wireless channel, the receiver comprising: a plurality of antennas; a plurality of radio-frequency, RF, chains coupled the plurality of antennas, each RF chain includes a one-bit analog-to-digital converter, ADC, configured to convert each measurement of an analog signal received by the antenna into one bit of information representing a result of a comparison of the measurement with a randomly selected threshold to produce a sequence of bits and a corresponding sequence of thresholds, wherein each bit in the sequence of bits represents a relative value of the measurement of the analog signal with respect to a threshold from the corresponding sequence of thresholds; a processor (129, 840) coupled to the plurality of RF chains and configured to estimate at least some parameters of the wireless channel using the sequences of bits and the corresponding sequences of thresholds received from the plurality of RF chains; and a random-number generator, characterized in that the random-number generator is configured to generate a random number within a predetermined range, the processor (129, 840) is configured to select the randomly selected threshold, based on the random number, for each time step, the processor (129, 840) is configured to select different thresholds for at least some different RF chains, and the parameters of the wireless channel estimated by the processor (129, 840) include a two-dimensional channel matrix including angles-of-departure, angles-of-arrival, and channel path spreads. a plurality of antennas; a plurality of radio-frequency, RF, chains coupled the plurality of antennas, each RF chain includes a one-bit analog-to-digital converter, ADC, configured to convert each measurement of an analog signal received by the antenna into one bit of information representing a result of a comparison of the measurement with a randomly selected threshold to produce a sequence of bits and a corresponding sequence of thresholds, wherein each bit in the sequence of bits represents a relative value of the measurement of the analog signal with respect to a threshold from the corresponding sequence of thresholds; a processor (129, 840) coupled to the plurality of RF chains and configured to estimate at least some parameters of the wireless channel using the sequences of bits and the corresponding sequences of thresholds received from the plurality of RF chains; and a random-number generator, characterized in that the random-number generator is configured to generate a random number within a predetermined range, the processor (129, 840) is configured to select the randomly selected threshold, based on the random number, for each time step, the processor (129, 840) is configured to select different thresholds for at least some different RF chains, and the parameters of the wireless channel estimated by the processor (129, 840) include a two-dimensional channel matrix including angles-of-departure, angles-of-arrival, and channel path spreads.
Automation device, comprising: several levels of communication, with an operating system (210, 310, 410, 510) being the highest level having a first system clock for controlling a system time cycle of the operating system (210, 310, 410, 510) and a communication system (230, 330, 430, 530) being a further level having a second system clock for controlling a system time cycle of the communication system (230, 330, 430, 530); wherein the first system clock and the second system clock are synchronized in time, characterized in that the automation device furthermore comprises an application level (220, 320, 420, 520) being between the level of the operating system (210, 310, 410, 510) and the level of the communication system (230, 330, 430, 530), wherein a first interrupt (303, 403, 503) of the communication system is configured and designed to start a first application (305, 405, 505) in the application level (220, 320, 420, 520) and a second interrupt (304, 404, 507) is configured and designed to start a scheduler (306, 406, 506) of the operating system (210, 310, 410, 510). several levels of communication, with an operating system (210, 310, 410, 510) being the highest level having a first system clock for controlling a system time cycle of the operating system (210, 310, 410, 510) and a communication system (230, 330, 430, 530) being a further level having a second system clock for controlling a system time cycle of the communication system (230, 330, 430, 530); wherein the first system clock and the second system clock are synchronized in time, characterized in that the automation device furthermore comprises an application level (220, 320, 420, 520) being between the level of the operating system (210, 310, 410, 510) and the level of the communication system (230, 330, 430, 530), wherein a first interrupt (303, 403, 503) of the communication system is configured and designed to start a first application (305, 405, 505) in the application level (220, 320, 420, 520) and a second interrupt (304, 404, 507) is configured and designed to start a scheduler (306, 406, 506) of the operating system (210, 310, 410, 510).
A gripping device for gripping and depositing objects along at least one axis of movement, comprising: - a gripping unit comprising at least two gripping fingers (2.1) and coupling members (2.2) for advancing the gripping fingers (2.1) in an advancing direction substantially perpendicular to the axis of movement, - a guide sleeve, which is directed coaxially to the axis of movement and at whose first end (7.1) the gripping unit is arranged and whose second end (7.2) is connected to a base consisting at least partially of a magnetic material, - a sliding sleeve arranged around the guide sleeve and slidable along a section of the guide sleeve coaxially to the axis of movement, - a piston, which is arranged in the guide sleeve so as to be movable coaxially to the axis of movement and rigidly connected to the sliding sleeve, said piston comprising a permanent magnet at the end of the piston facing the base and a mechanical connection of the piston with the coupling members (2.2) at the other end of the piston, which piston can be advanced to a holding position, in which the piston is held by a first magnetic force resulting from magnetic interactions of the permanent magnet with the magnetic material of the base, and the gripping fingers (2.1) are advanced by the coupling members (2.2), and - an electric coil assigned to the base, whose energization allows a second magnetic force to be generated, which is opposed to the first magnetic force, so that the first magnetic force is then advancedd by the second magnetic force. - a gripping unit comprising at least two gripping fingers (2.1) and coupling members (2.2) for advancing the gripping fingers (2.1) in an advancing direction substantially perpendicular to the axis of movement, - a guide sleeve, which is directed coaxially to the axis of movement and at whose first end (7.1) the gripping unit is arranged and whose second end (7.2) is connected to a base consisting at least partially of a magnetic material, - a sliding sleeve arranged around the guide sleeve and slidable along a section of the guide sleeve coaxially to the axis of movement, - a piston, which is arranged in the guide sleeve so as to be movable coaxially to the axis of movement and rigidly connected to the sliding sleeve, said piston comprising a permanent magnet at the end of the piston facing the base and a mechanical connection of the piston with the coupling members (2.2) at the other end of the piston, which piston can be advanced to a holding position, in which the piston is held by a first magnetic force resulting from magnetic interactions of the permanent magnet with the magnetic material of the base, and the gripping fingers (2.1) are advanced by the coupling members (2.2), and - an electric coil assigned to the base, whose energization allows a second magnetic force to be generated, which is opposed to the first magnetic force, so that the first magnetic force is then advancedd by the second magnetic force.
A method for accessing a wireless network, comprising: determining (S101, S202), by a mobile terminal, a reason for disconnection between a wireless fidelity, Wi-Fi, module of the mobile terminal and a wireless network when the Wi-Fi module is detected to be disconnected from the wireless network, characterized by generating, by the mobile terminal, Wi-Fi disconnect reason description information, and sending the Wi-Fi disconnect reason description information to the Wi-Fi module; receiving (S102, S203), by the mobile terminal, the Wi-Fi disconnect reason description information via the Wi-Fi module, and receiving and recording, by the mobile terminal, at least one beacon frame within a first preset time period when the Wi-Fi disconnect reason description information is determined to be matched with preset Wi-Fi disconnect reason description information via the Wi-Fi module; and accessing, by the mobile terminal, a disconnected wireless network according to a target beacon frame of the disconnected wireless network when the at least one beacon frame is detected to comprise the target beacon frame. determining (S101, S202), by a mobile terminal, a reason for disconnection between a wireless fidelity, Wi-Fi, module of the mobile terminal and a wireless network when the Wi-Fi module is detected to be disconnected from the wireless network, characterized by generating, by the mobile terminal, Wi-Fi disconnect reason description information, and sending the Wi-Fi disconnect reason description information to the Wi-Fi module; receiving (S102, S203), by the mobile terminal, the Wi-Fi disconnect reason description information via the Wi-Fi module, and receiving and recording, by the mobile terminal, at least one beacon frame within a first preset time period when the Wi-Fi disconnect reason description information is determined to be matched with preset Wi-Fi disconnect reason description information via the Wi-Fi module; and accessing, by the mobile terminal, a disconnected wireless network according to a target beacon frame of the disconnected wireless network when the at least one beacon frame is detected to comprise the target beacon frame.
Tool machine or tool holder with at least one sensor/actuator unit (12, 12'), the sensor/actuator unit (12, 12') comprising: a sensor element configured to measure a physical measured quantity acting on the sensor/actuator unit (12, 12'); or sensor element configured to measure a physical measured quantity acting on the sensor/actuator unit (12, 12') in combination with an actuator element; wherein the physical measured quantity, measured by the sensor element, allows conclusions on a movement of the sensor/actuator unit (12, 12') or a force acting on the sensor/actuator (12, 12') unit from the movement; wherein the sensor element comprises a force sensor, an acceleration sensor, a pressure sensor, a vibration sensor, an ultrasound sensor, and/or an optical sensor; a radio element configured to transfer a determined sensor value of the sensor element in a wireless manner; a vibrating element comprising a readjustment, wherein the radio element receives a clock signal from the vibrating element, wherein the readjustment is configured to compensate the clock signal of the vibrating element in dependence on the movement of the sensor/actuator unit (12, 12'). a sensor element configured to measure a physical measured quantity acting on the sensor/actuator unit (12, 12'); or sensor element configured to measure a physical measured quantity acting on the sensor/actuator unit (12, 12') in combination with an actuator element; wherein the physical measured quantity, measured by the sensor element, allows conclusions on a movement of the sensor/actuator unit (12, 12') or a force acting on the sensor/actuator (12, 12') unit from the movement; wherein the sensor element comprises a force sensor, an acceleration sensor, a pressure sensor, a vibration sensor, an ultrasound sensor, and/or an optical sensor; a radio element configured to transfer a determined sensor value of the sensor element in a wireless manner; a vibrating element comprising a readjustment, wherein the radio element receives a clock signal from the vibrating element, wherein the readjustment is configured to compensate the clock signal of the vibrating element in dependence on the movement of the sensor/actuator unit (12, 12').
Method of ordering nucleic acid molecule fragment sequences derived from a pool of potentially diverse RNA molecules comprising optionally reverse transcribing the RNA molecules to provide a pool of cDNA molecules, segregating nucleic acids from said template RNA or cDNA pool by selecting for potentially different templates with a distinctive nucleic acid feature shared by the segregated templates, comprising selecting for potentially different templates with at least one given nucleotide type shared by the segregated templates at a certain position being i) within 100 nucleotides from either the 5' or 3' terminus of the full length template nucleic acid molecule sequence or ii) selected from the 1 to 100 nucleotides next to a polyA-tail or next to a polyT-tail of a cDNA or iii) selected from the 1 to 100 nucleotides next to a tail artificially attached to the template RNA or cDNA, and wherein said selecting is with a primer or probe, which is specific for said at least one distinctive nucleotide i), ii) or iii), thereby providing at least a first subpool of nucleic acids, optionally once or more further segregating nucleic acids from said template RNA or cDNA, selectively segregating nucleic acids with a different distinctive nucleic acid feature, thereby providing one or more further subpool(s) of nucleic acids, generating fragments of said segregated nucleic acid molecules by a) random fragmenting or b) obtaining fragment copies of said segregated nucleic acid molecules, and attaching linkers or adaptors to the generated fragments, wherein the fragments of each subpool or combined subpools remain separable from fragments of other subpools or other combined subpools by physically separating the subpools or by attaching a label to the fragments of the subpools, with the label identifying a subpool. a) random fragmenting or b) obtaining fragment copies of said segregated nucleic acid molecules, and attaching linkers or adaptors to the generated fragments, wherein the fragments of each subpool or combined subpools remain separable from fragments of other subpools or other combined subpools by physically separating the subpools or by attaching a label to the fragments of the subpools, with the label identifying a subpool.