mhurhangee/ep-ind-claims huggingface dataset:
An object approach detection apparatus, comprising: an input interface for receiving a response signal from at least one proximity sensor (PSj) measured relative to a first base-value of said at least one sensor; a filter module configured to filter said response signal by reducing low frequency variations in said response signal that are due to the at least one proximity sensor and the or an object passing each other in relative motion, so as to produce a filtered response signal; a proximity event declarator configured to declare a proximity event has occurred if the filtered response signal fulfils a first condition, in particular crosses a first threshold; and a base value adaptor configured to choose a new base value in response of the declaring that the proximity event has occurred. an input interface for receiving a response signal from at least one proximity sensor (PSj) measured relative to a first base-value of said at least one sensor; a filter module configured to filter said response signal by reducing low frequency variations in said response signal that are due to the at least one proximity sensor and the or an object passing each other in relative motion, so as to produce a filtered response signal; a proximity event declarator configured to declare a proximity event has occurred if the filtered response signal fulfils a first condition, in particular crosses a first threshold; and a base value adaptor configured to choose a new base value in response of the declaring that the proximity event has occurred.
A method of controlling a transition between a functional mode and a test mode of a logic chip, comprising: enabling a clock input of a disable circuit in response to an indication that the logic chip is in the functional mode; in response to the clock input of the disable circuit being enabled, preventing a transition from the functional mode of the logic chip to the test mode of the logic chip; disabling the clock input of the disable circuit in response to an indication that the logic chip is in the test mode; and characterized by in response to detecting a condition of the logic chip that renders information in a storage element inaccessible, enabling the transition of the logic chip from the functional mode to the test mode. enabling a clock input of a disable circuit in response to an indication that the logic chip is in the functional mode; in response to the clock input of the disable circuit being enabled, preventing a transition from the functional mode of the logic chip to the test mode of the logic chip; disabling the clock input of the disable circuit in response to an indication that the logic chip is in the test mode; and characterized by in response to detecting a condition of the logic chip that renders information in a storage element inaccessible, enabling the transition of the logic chip from the functional mode to the test mode.
A particulate cathode material comprising an electroactive material having the empirical formula Li a MnbFe c D d PO 4, wherein a is a number from 0.95 to 1.10; b is from 0.70 to 0.95; c is from 0.049 to 0.349; d is from 0.005 to 0.10; (a + 2b + 2c + dV) is 2.85 to 2.99 or 3.01 to 3.05, wherein V is the valence of D, and D is a metal ion selected from magnesium, cobalt or a mixture of magnesium and cobalt; and further wherein at least a portion of the electroactive material has an olivine structure. a is a number from 0.95 to 1.10; b is from 0.70 to 0.95; c is from 0.049 to 0.349; d is from 0.005 to 0.10;
A structure for an aircraft propulsion unit nacelle comprising a first skin, stiffeners fixed to the first skin to stiffen this first skin, and acoustic treatment modules, each acoustic treatment module comprising a cellular core and a second skin fixed to the cellular core, the first skin and the acoustic treatment modules being arranged so that the cellular core of each module is clasped between the corresponding second skin and the first skin, the first skin or the second skin of the acoustic treatment modules being acoustically permeable to attenuate the power of the acoustic waves in the cellular core of the modules, this structure being such that each acoustic treatment module is embedded between at least two respective stiffeners, such that each acoustic treatment module is simply bearing on the first skin, and such that it comprises holding elements (5, 3A2, 5A, 5B) arranged to hold each acoustic treatment module against the first skin.
Windscreen wiper device with a wiper carrier for a motor vehicle, with a wiper motor which is fastened via a gear mechanism housing, which is connected to the wiper motor, to a vehicle body of the motor vehicle by means of a motor mounting plate by to the wiper carrier of the windscreen wiper device, in particular a clamping tube, being held in a clamping manner between the motor mounting plate and the gear mechanism housing, wherein an anti-twist device is provided on the wiper carrier, said anti-twist device being formed by at least one depression which is formed in the wiper carrier and in which a projection formed in a corresponding manner on the motor mounting plate and/or on the gear mechanism housing engages in a form-fitting manner, characterized in that the projection is formed by a punched or bent tab, wherein the punched or bent tab is of wedge-shaped design.
An agricultural composition comprising a. at least one insecticidal active ingredient selected from cartap, fipronil, pirimicarb, buprofezine, thiachloprid, acetamiprid, clothianidin, chloropyrifos, diafenthiuron, novaluron, flubendiamide, spirotetramat, thiamethoxam, imidacloprid or salts thereof in the range of 0.1% to 10% of the total composition; b. sulphur in the range of 30% to 90% of the total composition; c. zinc in the range of 2% to 20% of the total composition; and d. at least one agrochemically acceptable excipient. a. at least one insecticidal active ingredient selected from cartap, fipronil, pirimicarb, buprofezine, thiachloprid, acetamiprid, clothianidin, chloropyrifos, diafenthiuron, novaluron, flubendiamide, spirotetramat, thiamethoxam, imidacloprid or salts thereof in the range of 0.1% to 10% of the total composition; b. sulphur in the range of 30% to 90% of the total composition; c. zinc in the range of 2% to 20% of the total composition; and d. at least one agrochemically acceptable excipient.
A signaling tracing method, comprising: receiving (101, 301, 401, 501), by a base station, first signaling tracing configuration information sent by an operation administration maintenance, OAM, device, wherein the first signaling tracing configuration information carries a user equipment identifier and is used to initiate signaling tracing for a user equipment corresponding to the user equipment identifier; sending (102, 302, 402, 502), by the base station, the first signaling tracing configuration information to a first core network node; receiving, by a serving base station, second signaling tracing configuration information sent by a serving core network node, wherein the second signaling tracing configuration information is obtained by the serving core network node according to the first signaling tracing configuration information provided by the first core network node; and initiating, by the serving base station, signaling tracing for the user equipment according to the second signaling tracing configuration information sent by the serving core network node; wherein the first core network node is different from the serving core network node; the base station is different from the serving base station, or the base station and the serving base station are the same base station. receiving (101, 301, 401, 501), by a base station, first signaling tracing configuration information sent by an operation administration maintenance, OAM, device, wherein the first signaling tracing configuration information carries a user equipment identifier and is used to initiate signaling tracing for a user equipment corresponding to the user equipment identifier; sending (102, 302, 402, 502), by the base station, the first signaling tracing configuration information to a first core network node; receiving, by a serving base station, second signaling tracing configuration information sent by a serving core network node, wherein the second signaling tracing configuration information is obtained by the serving core network node according to the first signaling tracing configuration information provided by the first core network node; and initiating, by the serving base station, signaling tracing for the user equipment according to the second signaling tracing configuration information sent by the serving core network node; wherein the first core network node is different from the serving core network node; the base station is different from the serving base station, or the base station and the serving base station are the same base station.
A vibrating filter-plate assembly device for liquid filtration comprising a vessel housing for a filter-plate assembly and one or more flexible volume chamber(s) (14, 15) being filled with gas, where the flexible volume chamber(s) (14, 15) is/are adapted to expand and/or compress the volume(s) of the flexible volume chamber(s) (14, 15) inside the vessel housing allowing the liquid in the vessel chamber to move across the surface of said filter-plates when said vessel housing comprising said filter-plate assembly is subjected to a vibrating motion, wherein the vibrating device comprises at least one flexible support or suspension, where the vessel housing is supported by said at least one flexible support allowing vibrating motion of the vessel housing.
A deicer boot for an aircraft structure comprising: an outer layer comprising: a plurality of first elastomer fibers comprising: a first carbon material selected from the group consisting of carbon nanotubes, graphene, graphite and carbon black, wherein the first carbon material is aligned with one of the first elastomer fibers; and a plurality of second elastomer fibers comprising: a second carbon material selected from the group consisting of carbon nanotubes, graphene, graphite and carbon black, wherein the second carbon material is aligned with one of the second elastomer fibers, wherein a composition of the second elastomer fibers is different from a composition of the first elastomer fibers; wherein the first elastomer fibers and the second elastomer fibers are fused, melted or cured to form a single solid sheet. an outer layer comprising: a plurality of first elastomer fibers comprising: a first carbon material selected from the group consisting of carbon nanotubes, graphene, graphite and carbon black, wherein the first carbon material is aligned with one of the first elastomer fibers; and a plurality of second elastomer fibers comprising: a second carbon material selected from the group consisting of carbon nanotubes, graphene, graphite and carbon black, wherein the second carbon material is aligned with one of the second elastomer fibers, wherein a composition of the second elastomer fibers is different from a composition of the first elastomer fibers; a plurality of first elastomer fibers comprising: a first carbon material selected from the group consisting of carbon nanotubes, graphene, graphite and carbon black, wherein the first carbon material is aligned with one of the first elastomer fibers; and a plurality of second elastomer fibers comprising: a second carbon material selected from the group consisting of carbon nanotubes, graphene, graphite and carbon black, wherein the second carbon material is aligned with one of the second elastomer fibers, wherein a composition of the second elastomer fibers is different from a composition of the first elastomer fibers; wherein the first elastomer fibers and the second elastomer fibers are fused, melted or cured to form a single solid sheet.
A method for generating a random bit sample using a quantum tunneling barrier comprising an insulator sandwiched between two conductors, the method comprising: generating a current of charges tunneling from a first one of the two conductors to a second one of the two conductors and across the insulator, the current of the tunneled charges having an instantaneous level varying randomly due to quantum tunneling fluctuations and forming a raw signal; said method being characterized in that it further comprises from said raw signal, obtaining a raw bit sample having a first bit number n, the first bit number n being an integer, wherein the raw bit sample has a quantum contribution due to said quantum tunneling fluctuations and an external noise contribution added to the quantum contribution, the external noise contribution being external to the insulator sandwiched between two conductors; extracting the randomness out of the raw bit sample into the random bit sample, the random bit sample having a second bit number m being smaller than the first bit number n, said extracting being based on calibration data comprising at least a quantum contribution value of said quantum contribution of said raw bit sample; and an external contribution value of said external noise contribution of said raw bit sample. generating a current of charges tunneling from a first one of the two conductors to a second one of the two conductors and across the insulator, the current of the tunneled charges having an instantaneous level varying randomly due to quantum tunneling fluctuations and forming a raw signal; said method being characterized in that it further comprises from said raw signal, obtaining a raw bit sample having a first bit number n, the first bit number n being an integer, wherein the raw bit sample has a quantum contribution due to said quantum tunneling fluctuations and an external noise contribution added to the quantum contribution, the external noise contribution being external to the insulator sandwiched between two conductors; extracting the randomness out of the raw bit sample into the random bit sample, the random bit sample having a second bit number m being smaller than the first bit number n, said extracting being based on calibration data comprising at least a quantum contribution value of said quantum contribution of said raw bit sample; and an external contribution value of said external noise contribution of said raw bit sample. a quantum contribution value of said quantum contribution of said raw bit sample; and an external contribution value of said external noise contribution of said raw bit sample.
An isolated protein scaffold comprising an amino acid sequence that has at least 75% identity to SEQ ID NO:16, which has 7 strands and 6 loops between the strands, and which comprises the amino acid sequence of SEQ ID NO:16, but in which one or more of the loops is altered in order to bind to a target while the strands maintain their sequence as backbone portions, wherein the protein scaffold is capable of binding to a molecule.
A portable terminal device, comprising: a communication unit which is configured to perform a noncontact IC card communication; the device further comprises: a vibration alert unit which is configured to notify a user by vibration that said communication unit is performing said noncontact IC card communication; and a control unit characterized by being configured to perform a control to suppress said vibration of said vibration alert unit, wherein said control unit is configured to cause said vibration alert unit to perform a vibrating operation for a predetermined period of vibration time and stop the vibrating operation for a predetermined period of intermission time, thereby performing an intermittent operation, said predetermined period of vibration time in said intermittent operation is longer than or equal to a period of time in which said user can recognize vibration, and shorter than or equal to a period of time in which said portable terminal device is not moved due to said vibration, so that said vibration of said vibration alert unit does not affect a communication state of said communication unit. a communication unit which is configured to perform a noncontact IC card communication; the device further comprises: a vibration alert unit which is configured to notify a user by vibration that said communication unit is performing said noncontact IC card communication; and a control unit characterized by being configured to perform a control to suppress said vibration of said vibration alert unit, wherein said control unit is configured to cause said vibration alert unit to perform a vibrating operation for a predetermined period of vibration time and stop the vibrating operation for a predetermined period of intermission time, thereby performing an intermittent operation, a vibration alert unit which is configured to notify a user by vibration that said communication unit is performing said noncontact IC card communication; and a control unit characterized by being configured to perform a control to suppress said vibration of said vibration alert unit, wherein said control unit is configured to cause said vibration alert unit to perform a vibrating operation for a predetermined period of vibration time and stop the vibrating operation for a predetermined period of intermission time, thereby performing an intermittent operation,
A computer-implemented method for training a neural network which is General Adversarial Network to determine mapping function weightings that are optimized for generating synthesized depth image data from 2-dimensional image data, the method comprising: receiving training data, the training data including at least one set of 2-dimensional image data and corresponding co-registered depth image data; training a first generator of the GAN, with the training data, to develop a set of mapping functions weightings for mapping between sets of 2-dimensional image data and corresponding co-registered depth image data; applying the mapping function weightings, by a second generator of the GAN, to a first set of 2-dimensional image data, to thereby generate synthesized depth data corresponding to the set of 2-dimensional image data; processing the synthesized depth data, by an inverse generator of the GAN, to transform the depth data to a second set of 2-dimensional image data; comparing the first set of 2-dimensional image data to the second set of 2-dimensional image data and generating an error signal based on the comparison; adjusting the set of mapping function weightings based on the error signal; and repeating the applying, processing, comparing and adjusting steps until specified end criterion is satisfied. receiving training data, the training data including at least one set of 2-dimensional image data and corresponding co-registered depth image data; training a first generator of the GAN, with the training data, to develop a set of mapping functions weightings for mapping between sets of 2-dimensional image data and corresponding co-registered depth image data; applying the mapping function weightings, by a second generator of the GAN, to a first set of 2-dimensional image data, to thereby generate synthesized depth data corresponding to the set of 2-dimensional image data; processing the synthesized depth data, by an inverse generator of the GAN, to transform the depth data to a second set of 2-dimensional image data; comparing the first set of 2-dimensional image data to the second set of 2-dimensional image data and generating an error signal based on the comparison; adjusting the set of mapping function weightings based on the error signal; and repeating the applying, processing, comparing and adjusting steps until specified end criterion is satisfied.
A hand and forearm brace for supporting an arm of a patient comprising: a brace body that surrounds a portion of the arm of the patient; wherein the brace has a distal hand portion and a middle section that includes an upper elongated portion and a lower elongated portion that extend along the length of the brace, the brace also includes a proximal forearm portion, the upper elongated portion and the lower elongated portion being connected to both the distal hand portion and the proximal forearm portion of the brace, and wherein the inner surface of the brace body corresponds to a digital representation of the surface of the arm; and wherein the digital representation of the arm closely matches surface measurements of the arm; characterised in that the upper elongated portion and the lower elongated portion are elongated beams, and in that the brace has an integrated construction. a brace body that surrounds a portion of the arm of the patient; wherein the brace has a distal hand portion and a middle section that includes an upper elongated portion and a lower elongated portion that extend along the length of the brace, the brace also includes a proximal forearm portion, the upper elongated portion and the lower elongated portion being connected to both the distal hand portion and the proximal forearm portion of the brace, and wherein the inner surface of the brace body corresponds to a digital representation of the surface of the arm; and wherein the digital representation of the arm closely matches surface measurements of the arm; characterised in that the upper elongated portion and the lower elongated portion are elongated beams, and in that the brace has an integrated construction.
Method of operating a Wi-Fi wireless network, the method comprising: - obtaining connection parameters of one or more access points including a data buffer occupancy of the respective access points; - determining a connection overload status of the respective access points based on the obtained connection parameters, wherein the connection overload status is determined to be positive when the data buffer occupancy is larger than a threshold value; - obtaining interference parameters from at least one of the one or more access points and/or user devices connected to the at least one access point, for the at least one access point and one or more neighboring access points; and - calculating a level of interference originating from the one or more neighboring access points based on the interference parameters; the method further comprising, if a positive connection overload status is determined and if the calculated level of interference is above a third threshold value: - determining a range of the connected user devices from the access point; - obtaining a band capability of the connected user devices to switch to a second band of the Wi-Fi wireless network; - selecting connected user devices having a band capability and a range suitable for connection to the access point via the second band; and - sending a switching request to the selected connected user devices for switching the selected connected user devices from a first band to the second band. - obtaining connection parameters of one or more access points including a data buffer occupancy of the respective access points; - determining a connection overload status of the respective access points based on the obtained connection parameters, wherein the connection overload status is determined to be positive when the data buffer occupancy is larger than a threshold value; - obtaining interference parameters from at least one of the one or more access points and/or user devices connected to the at least one access point, for the at least one access point and one or more neighboring access points; and - calculating a level of interference originating from the one or more neighboring access points based on the interference parameters; - determining a range of the connected user devices from the access point; - obtaining a band capability of the connected user devices to switch to a second band of the Wi-Fi wireless network; - selecting connected user devices having a band capability and a range suitable for connection to the access point via the second band; and - sending a switching request to the selected connected user devices for switching the selected connected user devices from a first band to the second band.