mhurhangee/patent-ind-claim-en huggingface dataset:
A method for improving accuracy of distributing content from a plurality of publishers to a multiplicity of users while maintaining user privacy, wherein at least some of the multiplicity of users have accessed content from the plurality of publishers using different respective user identifiers; the method comprising: generating , by one or more processors, a statistical model of presentations of content from the plurality of publishers to the multiplicity of users; determining , using the statistical model for each of the multiplicity of users, one or more user identifiers corresponding to the user, to define a virtual user identifier , wherein each of the user identifiers is associated with a different one of the plurality of publishers and defining the virtual user identifier includes assigning cookies associated with a respective geographic region to the virtual user identifier; determining , using the statistical model and the virtual user identifiers, how many of the multiplicity of users are associated with multiple ones of the plurality of publishers, to generate an overlap metric; generating , using the overlap metric, a respective frequency capping value for each of the plurality of publishers; and causing each of the plurality of publishers to limit a number of times a content element is provided to the multiplicity of users in accordance with the respective frequency capping value. generating , by one or more processors, a statistical model of presentations of content from the plurality of publishers to the multiplicity of users; determining , using the statistical model for each of the multiplicity of users, one or more user identifiers corresponding to the user, to define a virtual user identifier , wherein each of the user identifiers is associated with a different one of the plurality of publishers and defining the virtual user identifier includes assigning cookies associated with a respective geographic region to the virtual user identifier; determining , using the statistical model and the virtual user identifiers, how many of the multiplicity of users are associated with multiple ones of the plurality of publishers, to generate an overlap metric; generating , using the overlap metric, a respective frequency capping value for each of the plurality of publishers; and causing each of the plurality of publishers to limit a number of times a content element is provided to the multiplicity of users in accordance with the respective frequency capping value.
A production method of a diamond wire for cutting stone-like material wherein the diamond wire comprises: a supporting cable having a multi-strand structure; a series of abrasive beads fitted on said supporting cable spaced one after the other; and an outer tubular sheath made of plastic material, which substantially completely covers the supporting cable and firmly locks the single abrasive beads onto the supporting cable ; the production method comprising the steps of: - threading a predetermined number of abrasive beads on the supporting cable ; - joining the two ends of the supporting cable by suitably interweaving the strands forming the supporting cable , so as to form a closed loop and - distributing the diamond beads on the supporting cable so that at least a part of the abrasive beads delimit, in pairs on a corresponding portion of the supporting cable , a series of uncovered longitudinal stretches , and so that at least one of the discontinuity points (P) of the supporting cable is arranged along one of said uncovered longitudinal stretches of the supporting cable , spaced from the two abrasive beads that delimit the same uncovered longitudinal stretch ; characterized by - injection moulding the outer tubular sheath made of plastic material directly over said portion of the supporting cable , so as to cover the same portion of the supporting cable and also form, at least along each uncovered longitudinal stretch that accommodates a respective discontinuity point (P) of the supporting cable , a respective enlarged sheath segment having a given axial length (l) and which extends astride the discontinuity point (P) and is spaced/distanced from the two abrasive beads located at the two ends of the same uncovered longitudinal stretch . - threading a predetermined number of abrasive beads on the supporting cable ; - joining the two ends of the supporting cable by suitably interweaving the strands forming the supporting cable , so as to form a closed loop and - distributing the diamond beads on the supporting cable so that at least a part of the abrasive beads delimit, in pairs on a corresponding portion of the supporting cable , a series of uncovered longitudinal stretches , and so that at least one of the discontinuity points (P) of the supporting cable is arranged along one of said uncovered longitudinal stretches of the supporting cable , spaced from the two abrasive beads that delimit the same uncovered longitudinal stretch ; characterized by - injection moulding the outer tubular sheath made of plastic material directly over said portion of the supporting cable , so as to cover the same portion of the supporting cable and also form, at least along each uncovered longitudinal stretch that accommodates a respective discontinuity point (P) of the supporting cable , a respective enlarged sheath segment having a given axial length (l) and which extends astride the discontinuity point (P) and is spaced/distanced from the two abrasive beads located at the two ends of the same uncovered longitudinal stretch .
Lining for drives, such as sterndrives , of vessels , such as boats or ships, comprising a housing , which surrounds the part of the drive lying outside of the vessel and which has two adjoining housing halves (7 and 8) along a plane that is essentially vertical in the operating position, wherein a seal is provided between the housing halves (7 and 8), and wherein the housing is designed for fastening to the stern (transom) of the vessel , characterized in that an adapter plate that is detachably connected to the housing and that is to be mounted on the stern of the vessel is provided, and in that an inflatable seal is provided between the housing and the adapter plate .
A computer-implemented method for transporting a robot in an elevator to a predetermined floor, comprising: Detection of persons in the vicinity of the robot ; Detection of an elevator operating component for the elevator ; Monitoring of said elevator operating component to detect selected floors; and Requesting at least one of the detected persons to select the predetermined floor by means of the elevator operating component . Detection of persons in the vicinity of the robot ; Detection of an elevator operating component for the elevator ; Monitoring of said elevator operating component to detect selected floors; and Requesting at least one of the detected persons to select the predetermined floor by means of the elevator operating component .
A system for sampling drilling fluid to identify one or more species of interest within the drilling fluid, the system comprising: a heat exchanger including a first fluid passage and a second fluid passage , wherein each fluid passage has an inlet and an outlet; a supply line coupled to the inlet of the first fluid passage; a return line coupled to the outlet of the second fluid passage; a drilling fluid heater having an inlet coupled to the outlet of the first fluid passage and an outlet ; and a drilling fluid degasser having an inlet coupled to the outlet of the heater, a first outlet coupled to an analyzer configured to identify the one or more species of interest in gases, and a second outlet coupled to the inlet of the second fluid passage, wherein the heat exchanger is configured to transfer thermal energy from the samples of drilling fluid flowing through the second fluid passage to the samples of drilling fluid flowing through the first fluid passage. a heat exchanger including a first fluid passage and a second fluid passage , wherein each fluid passage has an inlet and an outlet; a supply line coupled to the inlet of the first fluid passage; a return line coupled to the outlet of the second fluid passage; a drilling fluid heater having an inlet coupled to the outlet of the first fluid passage and an outlet ; and a drilling fluid degasser having an inlet coupled to the outlet of the heater, a first outlet coupled to an analyzer configured to identify the one or more species of interest in gases, and a second outlet coupled to the inlet of the second fluid passage, wherein the heat exchanger is configured to transfer thermal energy from the samples of drilling fluid flowing through the second fluid passage to the samples of drilling fluid flowing through the first fluid passage.
A turbine shroud segment comprising a carrier segment comprising metallic materials, the carrier segment includes a mount plate and a plurality of receiving walls that extend inwardly in a radial direction from the mount plate toward a central axis (A) to define an attachment-receiving space , a blade track segment comprising ceramic matrix composite materials, the blade track segment formed to include a runner shaped to extend partway around a central axis (A) and an attachment portion that extends radially outward from the runner into the attachment-receiving space channel formed by the carrier segment , and a seal member that extends radially between the receiving walls of the carrier segment and the runner of the blade track segment to resist the movement of gasses into the attachment-receiving space , wherein at least one of the receiving walls included in the carrier segment is formed to include buffer air passageways configured to discharge buffer air along the seal member to resist the movement of gasses into the attachment-receiving space , wherein the plurality of receiving walls are formed to include a seal channel that extends radially outwardly and opens facing radially inwardly and the seal channel receives the seal member .
An electrode array comprising: a body including a first groove (H1) extending in a first direction (X); a substrate disposed on the first groove (H1); a plurality of lines disposed on one surface of the substrate ; a plurality of electrodes disposed to be spaced apart from each other on the substrate in the first direction, each of the plurality of electrodes including a stimulation portion (213-1), a first end portion (213-2), and a connecting portion (213-3) connecting the stimulation portion (213-1) to the first end potion (213-2), and the first end potion (213-2) being electrically connected to each of the plurality of lines ; a cover disposed on the substrate and configured to cover the first end portion (213-2) of each of the plurality of electrodes ; and a mold member configured to fix the plurality of electrodes to the body , wherein the stimulation portion (213-1) is exposed to an outer side of the mold member, and the first end portion (213-2) electrically connecting the stimulation portion (213-1) to the plurality of lines via the connection portion (213-3), wherein the stimulation portion (213-1) is disposed lower than the upper surface of the first groove (H1), and wherein some portion of the cover and the substrate incised to expose portions of the plurality of electrodes . a body including a first groove (H1) extending in a first direction (X); a substrate disposed on the first groove (H1); a plurality of lines disposed on one surface of the substrate ; a plurality of electrodes disposed to be spaced apart from each other on the substrate in the first direction, each of the plurality of electrodes including a stimulation portion (213-1), a first end portion (213-2), and a connecting portion (213-3) connecting the stimulation portion (213-1) to the first end potion (213-2), and the first end potion (213-2) being electrically connected to each of the plurality of lines ; a cover disposed on the substrate and configured to cover the first end portion (213-2) of each of the plurality of electrodes ; and a mold member configured to fix the plurality of electrodes to the body , wherein the stimulation portion (213-1) is exposed to an outer side of the mold member, and the first end portion (213-2) electrically connecting the stimulation portion (213-1) to the plurality of lines via the connection portion (213-3), wherein the stimulation portion (213-1) is disposed lower than the upper surface of the first groove (H1), and wherein some portion of the cover and the substrate incised to expose portions of the plurality of electrodes .
A thermostat assembly for an engine cooling system, the thermostat assembly comprising a frame including bypass inlet , radiator inlet and outlet portions, a thermo-actuator including heat sensitive reservoir , piston and sleeve portions, a tube type valve structure including valve-bypass inlet and valve-radiator inlet portions, a cover including piston seat portion, the thermostat assembly being configured to exhibit constant outlet temperature by adjusting mixing ratio between cold coolant (C) and warm coolant (W) autonomously, wherein - the tube type valve structure further comprises a sleeve seat which forms a mixing chamber within interior space of the valve structure by being located at lower position than said valve-bypass inlet and valve-radiator inlet portions, - the thermostat assembly further comprises two springs that are located reciprocally between spring nest and spring seat of the valve structure in an outside position, thereby, the heat sensitive reservoir portion senses the temperature well by keeping in full contact with mixed coolant (M), and also the valve structure is kept in balance. - the tube type valve structure further comprises a sleeve seat which forms a mixing chamber within interior space of the valve structure by being located at lower position than said valve-bypass inlet and valve-radiator inlet portions, - the thermostat assembly further comprises two springs that are located reciprocally between spring nest and spring seat of the valve structure in an outside position, thereby, the heat sensitive reservoir portion senses the temperature well by keeping in full contact with mixed coolant (M), and also the valve structure is kept in balance.
A device for testing electric bicycles which can be driven by pedalling and/or an electric motor , having an actuator which can be driven by means of an actuator drive for actuating a pedal crank or a chain ring or a toothed wheel disc of an electric bicycle to be tested in order to provide a rotary movement of the pedal crank or the chain ring or the toothed wheel disc, respectively, and a testing device for testing the influence of the rotary movement provided on the electric motor and/or a battery which interacts with the latter, wherein the actuator drive is adapted to selectively provide even or uneven rotation of the pedal crank or chain ring or toothed wheel disc, respectively, characterized by an actuating device for actuating a gear shift of an electric bicycle to be tested.
A base station for use in a wireless communication network, the base station comprising: a transceiver configured to transmit and receive a signal; and at least one processor configured to: transmit, to a terminal , a downlink, DL, data transmissions on a physical downlink shared channel, PDSCH, in multiple subframes on a licensed assisted access, LAA, secondary cell, SCell, receive, from the terminal, hybrid automatic repeat request acknowledgement, HARQ-ACK, reports for the DL transmissions, identify whether at least predetermined ratio of HARQ-ACK reports for PDSCH transmissions in a reference subframe are determined as negative acknowledgement, NACK, wherein the reference subframe is a first subframe of the multiple subframes, increase a contention window by increasing a contention window value, in case that at least predetermined ratio of the HARQ-ACK reports for the DL data transmissions in the reference subframe are determined as NACK, perform a listen-before-talk, LBT, operation to transmit the DL data transmission on the LAA SCell based on the adjusted contention window, and transmit, to the terminal, the DL data transmission on the LAA SCell, after sensing a channel of the LAA SCell to be idle based on the LBT operation. a transceiver configured to transmit and receive a signal; and at least one processor configured to: transmit, to a terminal , a downlink, DL, data transmissions on a physical downlink shared channel, PDSCH, in multiple subframes on a licensed assisted access, LAA, secondary cell, SCell, receive, from the terminal, hybrid automatic repeat request acknowledgement, HARQ-ACK, reports for the DL transmissions, identify whether at least predetermined ratio of HARQ-ACK reports for PDSCH transmissions in a reference subframe are determined as negative acknowledgement, NACK, wherein the reference subframe is a first subframe of the multiple subframes, increase a contention window by increasing a contention window value, in case that at least predetermined ratio of the HARQ-ACK reports for the DL data transmissions in the reference subframe are determined as NACK, perform a listen-before-talk, LBT, operation to transmit the DL data transmission on the LAA SCell based on the adjusted contention window, and transmit, to the terminal, the DL data transmission on the LAA SCell, after sensing a channel of the LAA SCell to be idle based on the LBT operation.
An optical module cage comprising: a first opening configured to slidably receive an optical module ; a second opening positioned adjacent to said first opening configured to slidably receive a riding heatsink separate from the optical module in a first configuration and configured to slidably receive an integrated heatsink connected to the optical module in a second configuration; and a guide rail interposed between said first opening and said second opening , wherein the guide rail is configured to support the riding heatsink when the riding heatsink is inserted into the second opening , and wherein the guide rail defines a channel configured to allow insertion of the integrated heatsink into the second opening when the optical module having the integrated heatsink is inserted into the first opening in the second configuration, and configured to allow thermal contact between the riding heatsink and the optical module when the riding heatsink is inserted into the second opening in the first configuration. a first opening configured to slidably receive an optical module ; a second opening positioned adjacent to said first opening configured to slidably receive a riding heatsink separate from the optical module in a first configuration and configured to slidably receive an integrated heatsink connected to the optical module in a second configuration; and a guide rail interposed between said first opening and said second opening , wherein the guide rail is configured to support the riding heatsink when the riding heatsink is inserted into the second opening , and wherein the guide rail defines a channel configured to allow insertion of the integrated heatsink into the second opening when the optical module having the integrated heatsink is inserted into the first opening in the second configuration, and configured to allow thermal contact between the riding heatsink and the optical module when the riding heatsink is inserted into the second opening in the first configuration.
An apparatus for cleaning a wheelbarrow with a fluid, the apparatus comprising a receptacle, the receptacle is provided by a tub having a back wall opposite a front wall, opposing side walls, a base and a skirting rim , and having a cut out in the front wall thereof, the cut out includes opposing side sections extending from the skirting rim to an intermediate section that is relatively lower than the rim and relatively above the base , the cut out being shaped to receive at least a leading portion of the wheelbarrow tray in a tipped orientation, the cut out being shaped to cradle the leading portion of the tray thereby providing a support arrangement, and wherein the height of the intermediate section of the cut out is arranged such that the tray is movable thereover without elevating a wheel of the wheelbarrow relative to the receptacle to allow the wheel of the wheelbarrow to remain in contact with a ground surface without elevation or lifting of the entire wheelbarrow, and wherein the cut out side sections are shaped to cradle the tray of the wheelbarrow in the tipped orientation, a filter fittable to the receptacle in a fitted condition, the filter including a cut out in a front wall thereof corresponding to the cut out of the tub, and wherein the support arrangement is adapted to at least temporarily hold the wheelbarrow in a tipped orientation relative to the receptacle such that matter within a tray of the wheelbarrow is moveable at least partially via gravity into the receptacle. a receptacle, the receptacle is provided by a tub having a back wall opposite a front wall, opposing side walls, a base and a skirting rim , and having a cut out in the front wall thereof, the cut out includes opposing side sections extending from the skirting rim to an intermediate section that is relatively lower than the rim and relatively above the base , the cut out being shaped to receive at least a leading portion of the wheelbarrow tray in a tipped orientation, the cut out being shaped to cradle the leading portion of the tray thereby providing a support arrangement, and wherein the height of the intermediate section of the cut out is arranged such that the tray is movable thereover without elevating a wheel of the wheelbarrow relative to the receptacle to allow the wheel of the wheelbarrow to remain in contact with a ground surface without elevation or lifting of the entire wheelbarrow, and wherein the cut out side sections are shaped to cradle the tray of the wheelbarrow in the tipped orientation, a filter fittable to the receptacle in a fitted condition, the filter including a cut out in a front wall thereof corresponding to the cut out of the tub, and wherein the support arrangement is adapted to at least temporarily hold the wheelbarrow in a tipped orientation relative to the receptacle such that matter within a tray of the wheelbarrow is moveable at least partially via gravity into the receptacle.
A ceramic circuit board comprising: a ceramic substrate ; and metal layers provided to both surfaces of the ceramic substrate and comprising Al and/or Cu, at least one of the metal layers forming a metal circuit, characterized in that a measurement value α1 of a linear thermal expansion coefficient of the ceramic circuit board at 25°C to 150°C is 5 × 10 -6 to 9 × 10 -6 /K, and a ratio α1/α2 of the measurement value α1 to a theoretical value α2 of the linear thermal expansion coefficient at 25°C to 150°C is 0.7 to 0.95, the theoretical value α2 is calculated from the following expression: α 2 = ∑ α i ⋅ E i ⋅ V i / ∑ E i ⋅ V i wherein α represents the thermal expansion coefficient, E represents the Young's modulus, V represents the volume fraction, and the subscript i represents each material component in the complex of the ceramic circuit board. a ceramic substrate ; and metal layers provided to both surfaces of the ceramic substrate and comprising Al and/or Cu, at least one of the metal layers forming a metal circuit, characterized in that a measurement value α1 of a linear thermal expansion coefficient of the ceramic circuit board at 25°C to 150°C is 5 × 10 -6 to 9 × 10 -6 /K, and a ratio α1/α2 of the measurement value α1 to a theoretical value α2 of the linear thermal expansion coefficient at 25°C to 150°C is 0.7 to 0.95, the theoretical value α2 is calculated from the following expression: α 2 = ∑ α i ⋅ E i ⋅ V i / ∑ E i ⋅ V i wherein α represents the thermal expansion coefficient, E represents the Young's modulus, V represents the volume fraction, and the subscript i represents each material component in the complex of the ceramic circuit board.