mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a portable, self-contained power supply unit configured to be hand-carried by a single operator, wherein the portable, self-contained power supply unit comprises: an engine configured to drive a generator to produce a first power output, wherein the engine comprises a power rating of approximately 7,5 kW (10 horsepower) or less; a first inverter configured to convert the first power output into a second power output; and a second inverter configured to convert the first power output into a third power output, wherein the third power output comprises a welding power output, characterized in that the portable, self-contained power supply unit further comprises a direct current bus including a bridge rectifier connected to a bus capacitance, wherein the DC bus is configured to provide DC power from the rectified first power output; wherein the first inverter is electrically coupled to the DC bus and configured to convert the rectified first power output into the second power output; wherein the second inverter is electrically coupled to the DC bus and configured to convert the rectified first power output into the third power output, and wherein the power supply unit is configured to produce the second power output and the third power output simultaneously. an engine configured to drive a generator to produce a first power output, wherein the engine comprises a power rating of approximately 7,5 kW (10 horsepower) or less; a first inverter configured to convert the first power output into a second power output; and a second inverter configured to convert the first power output into a third power output, wherein the third power output comprises a welding power output, characterized in that the portable, self-contained power supply unit further comprises a direct current bus including a bridge rectifier connected to a bus capacitance, wherein the DC bus is configured to provide DC power from the rectified first power output; wherein the first inverter is electrically coupled to the DC bus and configured to convert the rectified first power output into the second power output; wherein the second inverter is electrically coupled to the DC bus and configured to convert the rectified first power output into the third power output, and wherein the power supply unit is configured to produce the second power output and the third power output simultaneously.
A boom profile for the boom of a telescopic crane, having a lower shell and an upper shell, wherein the lower shell and the upper shell are welded together, and characterized in that the weld seam between the lower shell and the upper shell extends at least in one region at an angle to at least one profile edge of the boom profile.
A pharmaceutical composition comprising: (a) a compound of Formula, or: wherein X - is selected from the group consisting of chloride, bromide, iodide, sulfate, methanesulfonate, benzenesulfonate, and toluenesulfonate; and (b) lactose, wherein the lactose has a particle diameter distribution characterized by an X10 of 1-15 μm, an X50 of 50-100 μm and an X90 of 120-160 μm; wherein the compound of Formula, or constitutes 0.025 to 4% by weight of the pharmaceutical composition and the compound of Formula, or and lactose are in a blend, and wherein the composition is dispersible from a dried powder inhaler. (a) a compound of Formula, or: wherein X - is selected from the group consisting of chloride, bromide, iodide, sulfate, methanesulfonate, benzenesulfonate, and toluenesulfonate; and (b) lactose, wherein the lactose has a particle diameter distribution characterized by an X10 of 1-15 μm, an X50 of 50-100 μm and an X90 of 120-160 μm;
A fixing device to fix an unfixed image onto a recording medium by heating the recording medium, the fixing device comprising: a rotator; a fixing belt contacting the rotator and rotatable by rotation of the rotator; a fixing nip-forming member provided inside a loop of the fixing belt to together form a fixing nip with the rotator via the fixing belt; and a sliding pad placed between the fixing nip-forming member and the fixing belt to retain lubricant and render the fixing belt to smoothly slide thereon, wherein the sliding pad comprises: a first fibrous layer contacting the fixing belt, characterized in that a second fibrous layer closer to the fixing nip-forming member than the first fibrous layer, the second fibrous layer having less fiber density than the first fibrous layer. a rotator; a fixing belt contacting the rotator and rotatable by rotation of the rotator; a fixing nip-forming member provided inside a loop of the fixing belt to together form a fixing nip with the rotator via the fixing belt; and a sliding pad placed between the fixing nip-forming member and the fixing belt to retain lubricant and render the fixing belt to smoothly slide thereon, wherein the sliding pad comprises: a first fibrous layer contacting the fixing belt, characterized in that a second fibrous layer closer to the fixing nip-forming member than the first fibrous layer, the second fibrous layer having less fiber density than the first fibrous layer. a first fibrous layer contacting the fixing belt, characterized in that a second fibrous layer closer to the fixing nip-forming member than the first fibrous layer, the second fibrous layer having less fiber density than the first fibrous layer.
A method for recording an exchange of value in a distributed ledger, the method comprising: interacting, by one or more processors, with a distributed ledger maintained by a plurality of participants in a distributed ledger network, the distributed ledger including a set of consensus rules; generating, by one or more processors, a transaction indicating an exchange of value of a digital token, wherein the transaction is stored in the distributed ledger, and wherein the digital token value is a complex number value having at least two components; and transmitting the transaction to at least one other participant in a distributed ledger network of participants maintaining the distributed ledger, wherein the plurality of participants append data to the distributed ledger in response to determining that the data satisfies the set of consensus rules. interacting, by one or more processors, with a distributed ledger maintained by a plurality of participants in a distributed ledger network, the distributed ledger including a set of consensus rules; generating, by one or more processors, a transaction indicating an exchange of value of a digital token, wherein the transaction is stored in the distributed ledger, and wherein the digital token value is a complex number value having at least two components; and transmitting the transaction to at least one other participant in a distributed ledger network of participants maintaining the distributed ledger, wherein the plurality of participants append data to the distributed ledger in response to determining that the data satisfies the set of consensus rules.
An audio contents recognition method comprising: receiving an audio signal; obtaining audio fingerprints, AFPs, based on a spectral shape of the received audio signal; generating hash codes for the obtained audio fingerprints; transmitting a matching query between the generated hash codes and hash codes stored in a database; and receiving a contents recognition result of the audio signal in response to the transmitting, characterised in that the generating of the hash codes comprises: determining a frame interval (delta_F) of an audio fingerprint to generate the hash codes among the obtained audio fingerprints based on a discrete cosine transform, DCT, coefficient difference change. receiving an audio signal; obtaining audio fingerprints, AFPs, based on a spectral shape of the received audio signal; generating hash codes for the obtained audio fingerprints; transmitting a matching query between the generated hash codes and hash codes stored in a database; and receiving a contents recognition result of the audio signal in response to the transmitting, characterised in that the generating of the hash codes comprises: determining a frame interval (delta_F) of an audio fingerprint to generate the hash codes among the obtained audio fingerprints based on a discrete cosine transform, DCT, coefficient difference change.
A method for manufacturing a powder magnetic core using a soft magnetic material powder, comprising: a first step of mixing the soft magnetic material powder with a binder, a second step of subjecting a mixture obtained through the first step to pressure forming, and a third step of subjecting a formed body obtained through the second step to heat treatment; wherein the soft magnetic material powder is an Fe-Cr-Al based alloy powder comprising Fe, Cr and Al, the total content of Fe, Cr and Al being 99.0% or more by mass, wherein the Cr content in the soft magnetic material powder is from 1.0 to 9.0% by mass, wherein the Al content in the soft magnetic material powder is from 2.0 to 10.0% by mass, wherein an oxide layer is formed on a surface of the soft magnetic material powder by the heat treatment, the oxide layer having a higher ratio by mass of Al to the sum of Fe, Cr and Al than an alloy phase inside the powder, and wherein the forming pressure at the time of the pressure forming is 1.0 GPa or less, and further the space factor of the soft magnetic material powder in the powder magnetic core subjected to the heat treatment is 83% to 90%, the space factor calculated by dividing the density of the powder magnetic core by the true density of the soft magnetic material powder. a first step of mixing the soft magnetic material powder with a binder, a second step of subjecting a mixture obtained through the first step to pressure forming, and a third step of subjecting a formed body obtained through the second step to heat treatment; wherein the soft magnetic material powder is an Fe-Cr-Al based alloy powder comprising Fe, Cr and Al, the total content of Fe, Cr and Al being 99.0% or more by mass, wherein the Cr content in the soft magnetic material powder is from 1.0 to 9.0% by mass, wherein the Al content in the soft magnetic material powder is from 2.0 to 10.0% by mass, wherein an oxide layer is formed on a surface of the soft magnetic material powder by the heat treatment, the oxide layer having a higher ratio by mass of Al to the sum of Fe, Cr and Al than an alloy phase inside the powder, and wherein the forming pressure at the time of the pressure forming is 1.0 GPa or less, and further the space factor of the soft magnetic material powder in the powder magnetic core subjected to the heat treatment is 83% to 90%, the space factor calculated by dividing the density of the powder magnetic core by the true density of the soft magnetic material powder.
An electronic device, comprising: a display that includes: a first polymer layer having first and second opposing surfaces, a layer of organic light-emitting material on the first surface of the first polymer layer, an encapsulation layer formed over the layer of organic light-emitting material, a second polymer layer having first and second opposing surfaces, wherein the first surface of the second polymer layer is attached to the second surface of the first polymer layer, and at least one microvia that passes through the first polymer layer and the second polymer layer, wherein the at least one microvia is located in a portion of the first polymer layer that is uncovered by the encapsulation layer; and additional circuitry coupled to the second surface of the second polymer layer through at least one microvia, wherein the additional circuitry is behind the second polymer layer and separated from the second polymer layer by a gap and wherein the additional circuitry comprises a flexible printed circuit. a display that includes: a first polymer layer having first and second opposing surfaces, a layer of organic light-emitting material on the first surface of the first polymer layer, an encapsulation layer formed over the layer of organic light-emitting material, a second polymer layer having first and second opposing surfaces, wherein the first surface of the second polymer layer is attached to the second surface of the first polymer layer, and at least one microvia that passes through the first polymer layer and the second polymer layer, wherein the at least one microvia is located in a portion of the first polymer layer that is uncovered by the encapsulation layer; and a first polymer layer having first and second opposing surfaces, a layer of organic light-emitting material on the first surface of the first polymer layer, an encapsulation layer formed over the layer of organic light-emitting material, a second polymer layer having first and second opposing surfaces, wherein the first surface of the second polymer layer is attached to the second surface of the first polymer layer, and at least one microvia that passes through the first polymer layer and the second polymer layer, wherein the at least one microvia is located in a portion of the first polymer layer that is uncovered by the encapsulation layer; and additional circuitry coupled to the second surface of the second polymer layer through at least one microvia, wherein the additional circuitry is behind the second polymer layer and separated from the second polymer layer by a gap and wherein the additional circuitry comprises a flexible printed circuit.
A user plane information reporting method performed by a session management network element, the method comprising the steps of: • obtaining (S 401) parameter information, and initiating an establishment of a dedicated tunnel between a first communications apparatus and a second communications apparatus, wherein the dedicated tunnel is used to transmit user plane information, and the parameter information is used by the session management network element to indicate to the first communications apparatus to report the user plane information when a reporting condition is met; and • sending (S 402) a first rule to the first communications apparatus, the first rule being based on the parameter information, wherein the first rule is used to indicate to the first communications apparatus to send a packet to the second communications apparatus through the dedicated tunnel when the reporting condition is met, and the packet comprises the user plane information, the method being characterised in • sending a second rule to the first communications apparatus, wherein the second rule is used to indicate to the first communications apparatus to send a service flow packet to the second communications apparatus through a tunnel other than the dedicated tunnel when the reporting condition is not met. • obtaining (S 401) parameter information, and initiating an establishment of a dedicated tunnel between a first communications apparatus and a second communications apparatus, wherein the dedicated tunnel is used to transmit user plane information, and the parameter information is used by the session management network element to indicate to the first communications apparatus to report the user plane information when a reporting condition is met; and • sending (S 402) a first rule to the first communications apparatus, the first rule being based on the parameter information, wherein the first rule is used to indicate to the first communications apparatus to send a packet to the second communications apparatus through the dedicated tunnel when the reporting condition is met, and the packet comprises the user plane information, the method being characterised in • sending a second rule to the first communications apparatus, wherein the second rule is used to indicate to the first communications apparatus to send a service flow packet to the second communications apparatus through a tunnel other than the dedicated tunnel when the reporting condition is not met.
A steerable multi-linked device, comprising: a first multi-linked mechanism comprising a plurality of links, wherein each of the links of the first multi-linked mechanism comprises a first plurality of grooves (70,72); a second multi-linked mechanism comprising a plurality of links, wherein each of the links of the second multi-linked mechanism comprises a second plurality of grooves (174,176), and wherein: alignment of the first and second pluralities of grooves (70,72,174,176) define at least two working ports along a length of the device; the second multi-linked mechanism receives and surrounds the first multi-linked mechanism; the first multi-linked mechanism and the second multi-linked mechanism are each configured for operation in a rigid mode and a limp mode; and at least one of the first and second multi-linked mechanisms (12,14) is steerable. a first multi-linked mechanism comprising a plurality of links, wherein each of the links of the first multi-linked mechanism comprises a first plurality of grooves (70,72); a second multi-linked mechanism comprising a plurality of links, wherein each of the links of the second multi-linked mechanism comprises a second plurality of grooves (174,176), and wherein: alignment of the first and second pluralities of grooves (70,72,174,176) define at least two working ports along a length of the device; the second multi-linked mechanism receives and surrounds the first multi-linked mechanism; the first multi-linked mechanism and the second multi-linked mechanism are each configured for operation in a rigid mode and a limp mode; and at least one of the first and second multi-linked mechanisms (12,14) is steerable. alignment of the first and second pluralities of grooves (70,72,174,176) define at least two working ports along a length of the device; the second multi-linked mechanism receives and surrounds the first multi-linked mechanism; the first multi-linked mechanism and the second multi-linked mechanism are each configured for operation in a rigid mode and a limp mode; and at least one of the first and second multi-linked mechanisms (12,14) is steerable.
Safe for stationary use, comprising a housing which surrounds an interior space and which has a base, a ceiling and two side walls (18, 20) arranged between the ceiling and the base, as well as a rear wall and at least one door, which door closes an opening, the door being arranged for pivoting on the housing, characterized in that the door has a plate on the outside, that the plate is firmly connected to the door, that the plate consists of a material which insulates the interior space against heat transmission and/or heat radiation and which absorbs thermal energy in an endothermic reaction in the event of fire and/or the action of heat, the plate being screwed to the door and/or, in particular, adhesively bonded in a heat-resistant manner.
A mobile transmission system which is configured to use a carrier aggregation aggregating a plurality of subcarriers to carry out radio communication between a mobile terminal compatible to an aggregate carrier aggregating the plurality of subcarriers and a base station, wherein the mobile terminal compatible to the aggregate carrier is configured to notify (ST2802, ST2904) mobile terminal capability information about a carrier aggregation of the mobile terminal compatible to the aggregate carrier to the base station, the system characterised in that the mobile terminal capability information about the carrier aggregation of the mobile terminal compatible to the aggregate carrier includes frequency band information about frequency bands corresponding to the plurality of subcarriers capable of the carrier aggregation. wherein the mobile terminal compatible to the aggregate carrier is configured to notify (ST2802, ST2904) mobile terminal capability information about a carrier aggregation of the mobile terminal compatible to the aggregate carrier to the base station, the system characterised in that the mobile terminal capability information about the carrier aggregation of the mobile terminal compatible to the aggregate carrier includes frequency band information about frequency bands corresponding to the plurality of subcarriers capable of the carrier aggregation.
A method for resuming an Adaptive Bitrate Streaming, ABR, session that has been interrupted between a system having a plurality of nodes and a client device; subsequent to interruption of service in the ABR session between a first node and the client device in which the first node delivers a service to the client device, receiving a session resume request from the client device at a second node in the system, the session resume request including information allowing the second node to obtain a session identifier specifying the ABR session; hashing the session identifier; searching a currently valid hash map that maps a hash of the session identifier to the nodes in the system for a current system configuration, the search being performed to identify a system node on which the session state data for the ABR session is stored; if the session state data is not located using the currently valid hash map, searching at least one earlier generation hash map that is valid for a previous configuration of the system; upon identifying the system node on which the session state data is stored, retrieving the session state data from the system node; and using the session state data so that the second node is able to resume delivery of the service to the client device. subsequent to interruption of service in the ABR session between a first node and the client device in which the first node delivers a service to the client device, receiving a session resume request from the client device at a second node in the system, the session resume request including information allowing the second node to obtain a session identifier specifying the ABR session; hashing the session identifier; searching a currently valid hash map that maps a hash of the session identifier to the nodes in the system for a current system configuration, the search being performed to identify a system node on which the session state data for the ABR session is stored; if the session state data is not located using the currently valid hash map, searching at least one earlier generation hash map that is valid for a previous configuration of the system; upon identifying the system node on which the session state data is stored, retrieving the session state data from the system node; and using the session state data so that the second node is able to resume delivery of the service to the client device.