mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a wireless power transmitter (102, 202) in a wireless power transfer operation in which power is transferred wirelessly via a magnetic field generated by an inductor of the transmitter (102, 202) and inducing an AC current in an inductor of a wireless power receiver (110,210), the method comprising: the transmitter (102, 202) being arranged to cause the receiver to provide output power POUT at a desired level, wherein causing the receiver to provide the output power POUT at the desired level comprises: the transmitter (102, 202) communicating with the receiver (110, 210) to set operating parameters for a wireless power transfer operation; based on said communicating, the transmitter performing operations A and B in the wireless power transfer operation, wherein: in operation A, the transmitter (102, 202) causes the receiver's inductor's AC current I_Rx_coil to be reduced to a minimal receive coil current at which the receiver (110, 210) does not provide the output power POUT at the desired level; in operation B, which is performed after operation A, the transmitter (102, 202) increases an output power of the transmitter's inductor to serve to increase the output power POUT of the receiver (110, 210), wherein the increase of the output power POUT of the receiver (110, 210) will be at least partially due to the transmitter (102, 202) causing an increased voltage V_Rx_coil across the receiver's inductor. the transmitter (102, 202) communicating with the receiver (110, 210) to set operating parameters for a wireless power transfer operation; based on said communicating, the transmitter performing operations A and B in the wireless power transfer operation, wherein: in operation A, the transmitter (102, 202) causes the receiver's inductor's AC current I_Rx_coil to be reduced to a minimal receive coil current at which the receiver (110, 210) does not provide the output power POUT at the desired level; in operation B, which is performed after operation A, the transmitter (102, 202) increases an output power of the transmitter's inductor to serve to increase the output power POUT of the receiver (110, 210), wherein the increase of the output power POUT of the receiver (110, 210) will be at least partially due to the transmitter (102, 202) causing an increased voltage V_Rx_coil across the receiver's inductor. in operation A, the transmitter (102, 202) causes the receiver's inductor's AC current I_Rx_coil to be reduced to a minimal receive coil current at which the receiver (110, 210) does not provide the output power POUT at the desired level; in operation B, which is performed after operation A, the transmitter (102, 202) increases an output power of the transmitter's inductor to serve to increase the output power POUT of the receiver (110, 210), wherein the increase of the output power POUT of the receiver (110, 210) will be at least partially due to the transmitter (102, 202) causing an increased voltage V_Rx_coil across the receiver's inductor.
A biopsy needle, comprising: an elongated tubular member adapted for insertion through tissue to move tissue into said member, said tubular member having a longitudinal axis, an outer surface, and an inner surface defining a lumen along said axis, said member having a distal insertion portion with a distal end surface that is oblique to said axis; wherein said distal insertion portion includes a notch through a portion of said outer and inner surfaces and into said lumen of said tubular member; and wherein at least a portion of a finger adjacent said notch is bent with respect to the rest of said tubular member into said lumen, so that said portion of said finger within said lumen is adapted to contact and compress tissue as tissue moves through said lumen, and said tubular member is adapted so that said outer surface contacts tissue when said tubular member is inserted through tissue to move tissue into said member; characterised in that: said notch is oblique to the longitudinal axis with a width which is small compared to the overall length of the tubular member, so that said distal insertion portion includes a generally arch-shaped finger distal of said notch, said finger including at least part of said distal end surface. an elongated tubular member adapted for insertion through tissue to move tissue into said member, said tubular member having a longitudinal axis, an outer surface, and an inner surface defining a lumen along said axis, said member having a distal insertion portion with a distal end surface that is oblique to said axis; wherein said distal insertion portion includes a notch through a portion of said outer and inner surfaces and into said lumen of said tubular member; and wherein at least a portion of a finger adjacent said notch is bent with respect to the rest of said tubular member into said lumen, so that said portion of said finger within said lumen is adapted to contact and compress tissue as tissue moves through said lumen, and said tubular member is adapted so that said outer surface contacts tissue when said tubular member is inserted through tissue to move tissue into said member; characterised in that: said notch is oblique to the longitudinal axis with a width which is small compared to the overall length of the tubular member, so that said distal insertion portion includes a generally arch-shaped finger distal of said notch, said finger including at least part of said distal end surface.
A thermoelectric material comprising a composition of Formula 1: Formula 1 (Bi 1-x-z Sb x A z) u (Te 1-y Se y) w, wherein A is a transition metal, 0 ≤ x < 1, 0 ≤ y ≤ 1, 0.005 < z ≤ 0.02, 1.8 ≤ u ≤ 2.2, and 2.8 ≤ w ≤ 3.2.
A method for analyzing a metallic material, comprising the steps of: electrolyzing a metal sample in an electrolyte; removing the electrolyzed metal sample from the electrolyte; characterised by further comprising the steps of: immersing the metal sample removed from the electrolyte into a dispersive solution that is different from the electrolyte to separate at least one selected from the group consisting of a precipitate and an inclusion deposited on the metal sample; and analyzing the at least one selected from the group consisting of a precipitate and an inclusion separated into the dispersive solution. electrolyzing a metal sample in an electrolyte; removing the electrolyzed metal sample from the electrolyte; characterised by further comprising the steps of: immersing the metal sample removed from the electrolyte into a dispersive solution that is different from the electrolyte to separate at least one selected from the group consisting of a precipitate and an inclusion deposited on the metal sample; and analyzing the at least one selected from the group consisting of a precipitate and an inclusion separated into the dispersive solution. immersing the metal sample removed from the electrolyte into a dispersive solution that is different from the electrolyte to separate at least one selected from the group consisting of a precipitate and an inclusion deposited on the metal sample; and analyzing the at least one selected from the group consisting of a precipitate and an inclusion separated into the dispersive solution.
A digital power amplifier system comprising: a digital module for receiving at least one of RF and multi-channel digital inputs, the RF input being received via an interface including a down converter or an analog quadrature demodulator, the digital module comprising a digital field programmable gate array and at least one of digital-to-analog converters, analog-to-digital converters, and a phase-locked loop, wherein the digital field programmable gate array comprises a predistorter comprising a plurality of polynomial generation blocks; a power amplifier portion responsive to signals representative of the output of the digital module; and a feedback portion adapted to monitor signals representative of adjacent channel power for feeding back to the digital module signals representative of the output of the power amplifier portion, in response to which the digital module modifies its output using at least the polynomial generation blocks to reduce adjacent channel power, wherein the digital power amplifier system is configured for base station applications and the digital field programmable gate array further comprises a digital quadrature demodulator when the RF input is used, a digital up-converter when the multi-channel digital input is used, a crest factor reduction, and a digital quadrature modulator, and wherein the digital quadrature demodulator and the digital quadrature modulator can be replaced by an analog quadrature demodulator corrector and an analog quadrature modulator corrector respectively when the analog quadrature demodulator is used as the interface of the RF input. a digital module for receiving at least one of RF and multi-channel digital inputs, the RF input being received via an interface including a down converter or an analog quadrature demodulator, the digital module comprising a digital field programmable gate array and at least one of digital-to-analog converters, analog-to-digital converters, and a phase-locked loop, wherein the digital field programmable gate array comprises a predistorter comprising a plurality of polynomial generation blocks; a power amplifier portion responsive to signals representative of the output of the digital module; and a feedback portion adapted to monitor signals representative of adjacent channel power for feeding back to the digital module signals representative of the output of the power amplifier portion, in response to which the digital module modifies its output using at least the polynomial generation blocks to reduce adjacent channel power, wherein the digital power amplifier system is configured for base station applications and the digital field programmable gate array further comprises a digital quadrature demodulator when the RF input is used, a digital up-converter when the multi-channel digital input is used, a crest factor reduction, and a digital quadrature modulator, and wherein the digital quadrature demodulator and the digital quadrature modulator can be replaced by an analog quadrature demodulator corrector and an analog quadrature modulator corrector respectively when the analog quadrature demodulator is used as the interface of the RF input.
Method for cooking food in the cooking chamber of a cooking appliance, the cooking appliance emitting microwaves for the dielectric heating of the food in the cooking chamber and the food being located in a container during the cooking process, which container comprises a container shell, a container bottom and optionally a container lid, characterised by the use of a container in which at least the container shell is made at least predominantly of ice, and characterised in that the container shell includes a volume which is not made of ice and in which the foodstuff can be freely movably stored.
A method of detecting faulty wireless terminals in a wireless communication network (10; 30), the method being performed by a network node in the wireless communication network, and comprising: detecting an occurrence of one or more service incidents occurring for a wireless terminal (14; 34) during an observation time period, wherein the observation time period includes a plurality of smaller consecutive accumulation time periods; determining, for each service incident, a service quality score indicative of the severity of incident; determining which cells supported the wireless terminal during each accumulation time period; recording, for each accumulation time period, and for each cell, a sum of service quality scores occurring during the accumulation time period for service incidents occurring in that cell; calculating a performance metric responsive to the service quality scores of the wireless terminal (14; 34) occurring during each of the accumulation time periods of the observation time period; and determining that the wireless terminal (14; 34) is faulty if the performance metric exceeds a service quality threshold. detecting an occurrence of one or more service incidents occurring for a wireless terminal (14; 34) during an observation time period, wherein the observation time period includes a plurality of smaller consecutive accumulation time periods; determining, for each service incident, a service quality score indicative of the severity of incident; determining which cells supported the wireless terminal during each accumulation time period; recording, for each accumulation time period, and for each cell, a sum of service quality scores occurring during the accumulation time period for service incidents occurring in that cell; calculating a performance metric responsive to the service quality scores of the wireless terminal (14; 34) occurring during each of the accumulation time periods of the observation time period; and determining that the wireless terminal (14; 34) is faulty if the performance metric exceeds a service quality threshold.
Fastening device for insertion into a recess, especially a borehole, comprising a base having at least one connection section and at least one retaining element that moves relative to the connection section, wherein, in an insertion position of the retaining element, the entire cross-section formed by the connection section and the retaining element is less than or equal to the diameter of the recess, and, when a force directed against the direction of insertion is applied, the entire cross-section formed by the connection section and the retaining element is increased by a relative movement between the retaining element and the connection section in such a way that, in a retaining position of the retaining element, the fastening device makes contact in a force-locking manner with a wall of the recess, wherein the retaining element and the connection section are connected to one another in the insertion position via a detachable connecting means and are not connected to one another in the retaining position and/or the retaining element and the connection section are connected or connectable to one another via a slotted guide, wherein the retaining element is designed as a wedge and a contact surface of the retaining element is bent, wherein the contact surface is assigned to a contact area between the connection section and the retaining element.
A non-transitory machine-readable storage medium encoded with instructions executable by a hardware processor of a computing device for collecting domain name system, DNS, traffic, the machine-readable storage medium comprising instructions to cause the hardware processor to: receive, from a first intermediary network device, a DNS query packet that was sent by a client computing device operating on a private network, the DNS query packet specifying i) a query domain name, and ii) a source address that specifies the client computing device; store, in a data storage device, a query record specifying the query domain name and the source address specified by the DNS query packet; receive, from a second intermediary network device, a DNS response packet; determine that the DNS response packet specifies a response domain name that matches the query domain name; in response to the determination, extract, from the DNS response packet, a resolved address that corresponds to the response domain name; and store, in the query record, the resolved address specified by the DNS response packet; characterized in that the instructions further cause the hardware processor to: identify, based on a network topography of the private network, at least one other intermediary network device through which the DNS query packet is routed; and provide an agent on each of the at least one other intermediary network device with instructions to whitelist DNS traffic. receive, from a first intermediary network device, a DNS query packet that was sent by a client computing device operating on a private network, the DNS query packet specifying i) a query domain name, and ii) a source address that specifies the client computing device; store, in a data storage device, a query record specifying the query domain name and the source address specified by the DNS query packet; receive, from a second intermediary network device, a DNS response packet; determine that the DNS response packet specifies a response domain name that matches the query domain name; in response to the determination, extract, from the DNS response packet, a resolved address that corresponds to the response domain name; and store, in the query record, the resolved address specified by the DNS response packet; identify, based on a network topography of the private network, at least one other intermediary network device through which the DNS query packet is routed; and provide an agent on each of the at least one other intermediary network device with instructions to whitelist DNS traffic.
Child safety seat comprising - a seat shell with a seating portion, - a headrest, - an integral harness system comprising a locking member, - an adjustment mechanism for adjusting the height of the headrest, - a compartment adapted to receive the locking member, and - a blocking element, wherein the blocking element is coupled to the headrest such that the blocking element blocks the compartment against reception of the locking member as long as the headrest is placed at heights lower than a lowest non-integral headrest position from the seating portion. - a seat shell with a seating portion, - a headrest, - an integral harness system comprising a locking member, - an adjustment mechanism for adjusting the height of the headrest, - a compartment adapted to receive the locking member, and - a blocking element,
A composite pavement structure comprising: a base course layer comprising an aggregate and an elastomeric composition comprising the reaction product of; an isocyanate component comprising a polymeric isocyanate, and an isocyanate-prepolymer, wherein said isocyanate-prepolymer is present in an amount of from 25 to 75 parts by weight based on 100 parts by weight of said isocyanate component, and an isocyanate-reactive component comprising a hydrophobic polyol comprising a natural oil polyol, and a chain extender having at least two hydroxyl groups and a molecular weight of from 62 to 220; and a wearing course layer disposed above said base course layer. an isocyanate component comprising a polymeric isocyanate, and an isocyanate-prepolymer, wherein said isocyanate-prepolymer is present in an amount of from 25 to 75 parts by weight based on 100 parts by weight of said isocyanate component, and an isocyanate-reactive component comprising a hydrophobic polyol comprising a natural oil polyol, and a chain extender having at least two hydroxyl groups and a molecular weight of from 62 to 220; and a polymeric isocyanate, and an isocyanate-prepolymer, wherein said isocyanate-prepolymer is present in an amount of from 25 to 75 parts by weight based on 100 parts by weight of said isocyanate component, and an isocyanate-reactive component comprising a hydrophobic polyol comprising a natural oil polyol, and a chain extender having at least two hydroxyl groups and a molecular weight of from 62 to 220; and a wearing course layer disposed above said base course layer.
A frame structure of a vehicle, comprising: a pair of left and right rear frames (20L, 20R); a cushion (35L, 35R) attached to each of the rear frames (20L, 20R); a bracket (80L, 80R) provided to each of the rear frames (20L, 20R); both of the rear frames (20L, 20R) having a frame through-hole (83, 85) passing in a lateral direction; both of the brackets (80L, 80R) having a bracket through-hole (93, 96) passing in the lateral direction and being welded to the respective rear frames (20L, 20R) so that axes of the bracket through-holes (93, 96) and axes of the frame through-holes (83, 85) are aligned; and a cushion bolt (120L, 120R) for fastening an upper end (134L, 134R) of the cushion (35L, 35R) to the rear frame (20L, 20R) being inserted into the frame through-hole (83, 85) and the bracket through-hole (93, 96), characterized in that the cushion bolt (120L, 120R) is welded to the bracket (80L, 80R) without being welded to the rear frame (20L. 20R); and the bracket (80L, 80R) has a bracket body part (90L, 90R) and an upper extending part (100L, 100R), the bracket body part (90L, 90R) being in contact with the rear frame (20L, 20R), and the upper extending part (100L, 100R) receiving a vehicle-mounted component and extending upward from the bracket body part (90L, 90R). a pair of left and right rear frames (20L, 20R); a cushion (35L, 35R) attached to each of the rear frames (20L, 20R); a bracket (80L, 80R) provided to each of the rear frames (20L, 20R); both of the rear frames (20L, 20R) having a frame through-hole (83, 85) passing in a lateral direction; both of the brackets (80L, 80R) having a bracket through-hole (93, 96) passing in the lateral direction and being welded to the respective rear frames (20L, 20R) so that axes of the bracket through-holes (93, 96) and axes of the frame through-holes (83, 85) are aligned; and a cushion bolt (120L, 120R) for fastening an upper end (134L, 134R) of the cushion (35L, 35R) to the rear frame (20L, 20R) being inserted into the frame through-hole (83, 85) and the bracket through-hole (93, 96), characterized in that the cushion bolt (120L, 120R) is welded to the bracket (80L, 80R) without being welded to the rear frame (20L. 20R); and the bracket (80L, 80R) has a bracket body part (90L, 90R) and an upper extending part (100L, 100R), the bracket body part (90L, 90R) being in contact with the rear frame (20L, 20R), and the upper extending part (100L, 100R) receiving a vehicle-mounted component and extending upward from the bracket body part (90L, 90R).
Vertical photomixer with a top contact, a photoconductive material and a bottom contact, where the photoconductive material is mounted in conductive contact with the bottom contact, characterised in that, the top contact is in conductive contact to a nanostructure, which itself is in contact with the photoconductive material.