mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for controlling a multi-band antenna in a mobile communication terminal, the apparatus comprising: a modem arranged to output a first control signal corresponding to a target frequency band; an antenna unit comprising: the multi-band antenna arranged to support multiple frequency bands and to transmit/receive signals according to the resonance frequency; and a switch arranged to change the resonance frequency of the multi-band antenna according to the first control signal; a Radio Frequency RF processing unit including a plurality of transmission/reception TX/RX paths arranged to process TX/RX signals in different frequency bands received from or to be transmitted to the multi-band antenna; and a switch module arranged to connect the multi-band antenna to one of the TX/RX paths (222 - 224) according to the first control signal; characterized in that the switch of the antenna unit is arranged to receive the same first control signal as the switch module by receiving the control signal through a signal line branching from a signal line through which the modem provides the first control signal to the switch module. a modem arranged to output a first control signal corresponding to a target frequency band; an antenna unit comprising: the multi-band antenna arranged to support multiple frequency bands and to transmit/receive signals according to the resonance frequency; and a switch arranged to change the resonance frequency of the multi-band antenna according to the first control signal; the multi-band antenna arranged to support multiple frequency bands and to transmit/receive signals according to the resonance frequency; and a switch arranged to change the resonance frequency of the multi-band antenna according to the first control signal; a Radio Frequency RF processing unit including a plurality of transmission/reception TX/RX paths arranged to process TX/RX signals in different frequency bands received from or to be transmitted to the multi-band antenna; and a switch module arranged to connect the multi-band antenna to one of the TX/RX paths (222 - 224) according to the first control signal; characterized in that the switch of the antenna unit is arranged to receive the same first control signal as the switch module by receiving the control signal through a signal line branching from a signal line through which the modem provides the first control signal to the switch module.
A securement device comprising: a proximal portion including a pliable support and at least one securement arm (24,26) extending away from the pliable support, the proximal portion defining a slot configured to receive at least a portion of a catheter the pliable support extending from a top surface of the proximal portion about the slot; and a distal portion including a first adhesive surface configured to be folded over the proximal portion to secure the proximal portion to a patient, characterized in that the at least one securement arm (24,26) is foldable over the portion of a catheter received in the slot to retain the portion of the catheter within the slot. a proximal portion including a pliable support and at least one securement arm (24,26) extending away from the pliable support, the proximal portion defining a slot configured to receive at least a portion of a catheter the pliable support extending from a top surface of the proximal portion about the slot; and a distal portion including a first adhesive surface configured to be folded over the proximal portion to secure the proximal portion to a patient, characterized in that the at least one securement arm (24,26) is foldable over the portion of a catheter received in the slot to retain the portion of the catheter within the slot.
Electrical conductor track, having - a contact location, which is designed to be connected to an electrical contact by means of ultrasonic welding, - a bonding location, which is designed to bond a bonding wire onto the conductor track, characterized by - at least one ultrasonic wave interruption element (28, 50), which, when ultrasound is coupled in at the contact location, attenuates a propagation of ultrasonic waves (70, 72) from the contact location to the bonding location. - a contact location, which is designed to be connected to an electrical contact by means of ultrasonic welding, - a bonding location, which is designed to bond a bonding wire onto the conductor track, characterized by - at least one ultrasonic wave interruption element (28, 50), which, when ultrasound is coupled in at the contact location, attenuates a propagation of ultrasonic waves (70, 72) from the contact location to the bonding location.
A wireless transmit receive unit, WTRU, comprising: a processor configured to: receive a measurement configuration from a network, the measurement configuration indicating a threshold and a resource pool on which to perform measurements, wherein the resource pool is configured for direct communications between multiple WTRUs, and the resource pool comprises a plurality of resources; measure respective energy levels of the resources in the resource pool; determine a ratio of the resources in the resource pool that have a measured energy level above the threshold for a duration of time; and send a report to the network indicating the ratio. receive a measurement configuration from a network, the measurement configuration indicating a threshold and a resource pool on which to perform measurements, wherein the resource pool is configured for direct communications between multiple WTRUs, and the resource pool comprises a plurality of resources; measure respective energy levels of the resources in the resource pool; determine a ratio of the resources in the resource pool that have a measured energy level above the threshold for a duration of time; and send a report to the network indicating the ratio.
Device for varying the timing of gas exchange valves of an internal combustion engine, comprising - a stator and a rotor accommodated therein, which is adjustable in a circumferential direction relative to the stator by means of a pressure medium, wherein the rotor can be connected to a camshaft, - a front cover disk and a rear cover disk, between which the stator and the rotor are accommodated, wherein the rear cover disk is provided with a drive wheel that can be connected to a crankshaft, - a spring for rotating the rotor relative to the stator, characterized in that the spring is arranged between the rear cover disk and a spring cover, wherein the spring cover is secured on the front side of the drive wheel, wherein latching elements are provided on the spring cover, and receptacles for the latching elements are provided on the drive wheel, rotational retention pins are provided on the spring cover and the rotational retention pin is arranged adjoining the latching element. - a stator and a rotor accommodated therein, which is adjustable in a circumferential direction relative to the stator by means of a pressure medium, wherein the rotor can be connected to a camshaft, - a front cover disk and a rear cover disk, between which the stator and the rotor are accommodated, wherein the rear cover disk is provided with a drive wheel that can be connected to a crankshaft, - a spring for rotating the rotor relative to the stator,
Method for managing assistance for a communication network capable of routing traffic characteristic of a computer attack, the method comprising: - upon detecting a computer attack, identifying at least one first node of the network, requiring a mitigation intervention, and identifying a traffic routing policy in the network; - controlling a movement of at least one mobile object comprising at least one communication interface, so as to connect the mobile object to at least one second node (R2; R1, R4) of the network determined relative to the first node according to said traffic routing policy; and - controlling at least one portion of the traffic routed by the network, so as to redirect said portion of the traffic to the mobile object via at least said second node of said network. - upon detecting a computer attack, identifying at least one first node of the network, requiring a mitigation intervention, and identifying a traffic routing policy in the network; - controlling a movement of at least one mobile object comprising at least one communication interface, so as to connect the mobile object to at least one second node (R2; R1, R4) of the network determined relative to the first node according to said traffic routing policy; and - controlling at least one portion of the traffic routed by the network, so as to redirect said portion of the traffic to the mobile object via at least said second node of said network.
A nucleic acid comprising at least one Labyrinthopeptin (lab) gene cluster, in particular a gene cluster having a sequence according to SEQ ID No. 139, of an actinomycete, in particular of Actinomaduras namibiensis, wherein: (a) the nucleic acid further comprises a constitutive promoter for expression in Streptomyces cells, in particular an ermE promotor, and wherein the gene cluster is under control of said promoter, or a nucleic acid comprising at least one Labyrinthopeptin (lab) gene cluster, in particular a gene cluster having a sequence according to SEQ ID No. 139, of an actinomycete, in particular of Actinomaduras namibiensis, wherein: (a) the nucleic acid further comprises a constitutive promoter for expression in Streptomyces cells, in particular an ermE promotor, and wherein the gene cluster is under control of said promoter, and (b) the nucleic acid encoding LabA1 and/or LabA2 or a functional derivative thereof is mutated, such that the C-terminal amino acid of the leader peptide of LabA1 and/or LabA2 is substituted with a methionine, and/or (c) the nucleic acid further comprises at least one hybrid gene sequence, wherein the hybrid gene sequence: (i) encodes a pre-pro-peptide comprising a LabA2 leader sequence and LabA1 pre-peptide and/or (ii) encodes a pre-pro-peptide comprising a LabA1 leader sequence and LabA2 pre-peptide. (a) the nucleic acid further comprises a constitutive promoter for expression in Streptomyces cells, in particular an ermE promotor, and wherein the gene cluster is under control of said promoter, or (a) the nucleic acid further comprises a constitutive promoter for expression in Streptomyces cells, in particular an ermE promotor, and wherein the gene cluster is under control of said promoter, and (b) the nucleic acid encoding LabA1 and/or LabA2 or a functional derivative thereof is mutated, such that the C-terminal amino acid of the leader peptide of LabA1 and/or LabA2 is substituted with a methionine, and/or (c) the nucleic acid further comprises at least one hybrid gene sequence, wherein the hybrid gene sequence: (i) encodes a pre-pro-peptide comprising a LabA2 leader sequence and LabA1 pre-peptide and/or (ii) encodes a pre-pro-peptide comprising a LabA1 leader sequence and LabA2 pre-peptide. (i) encodes a pre-pro-peptide comprising a LabA2 leader sequence and LabA1 pre-peptide and/or (ii) encodes a pre-pro-peptide comprising a LabA1 leader sequence and LabA2 pre-peptide.
Cutting chain for cutting mineral or metallic materials, having central drive links and lateral side elements arranged in pairs, which are connected to one another such that they can pivot about pivot axes, wherein the cutting chain has at least two cutting links arranged successively in the running direction, wherein each cutting link is formed by two side elements of a pair and a cutting element for abrasive material removal, which connects the side elements of the pair to each other, wherein the drive link has an extension which extends between the two cutting elements arranged successively in the running direction, wherein the cutting chain has a transverse direction which runs parallel to the pivot axis, and wherein the cutting chain has a pivot axis plane which connects the pivot axes of the cutting chain when the cutting chain is pulled straight, characterized in that the cutting chain has at least one cutout (29, 31), which is arranged and designed in such a way that the maximum sag (a) of the cutting chain, at which the cutting element and the extension come into contact, is enlarged as compared with the same cutting chain without a cutout (29, 31), wherein the cutout is arranged on a front face (27, 28) of the cutting element which runs in the transverse direction of the cutting chain.
A measuring reagent for a homogeneous latex agglutination immunoassay method for an automated analyzer comprising latex particles, characterized in that the measuring reagent comprises more than one constituent reagents, one of the constituent reagents contains the latex particles, the latex particles support a substance that binds an analyte with a high affinity, the substance being selected from a polyclonal antibody, a monoclonal antibody, a recombinant antibody, a functional fragment of the previously mentioned antibodies, or a natural or recombinant antigen, another constituent reagent contains a silicone-based defoaming agent, wherein a concentration of the silicone-based defoaming agent in said another constituent reagent is 0.0001 to 0.1 %, the protein concentration of each constituent reagent is less than 2% (w/v), and said measuring reagent is used for a measurement wherein a total liquid volume of a sample and said measuring reagent dispensed by the automated analyzer is less than 300 μL, a liquid volume of said constituent reagent comprising the latex particles accounts for 20 to 50% (v/v) relative to the total liquid volume, wherein the protein concentrations of the constituent reagents do not include proteins supported on the carrier particles as the substance that binds the analyte with high affinity, or blocking proteins that coat the carrier particles.
A power generating unit (100, 200) comprising: - a hydraulic unit (102, 202); - an interface unit (104, 204) connected to the hydraulic unit (102, 202), said interface unit (104, 204) being connectable to a stationary unit; - a power flow shaft connected between the hydraulic unit (102, 202) and the interface unit (104, 204) for supply of a torque load there between; and - at least one connecting element (110, 210) at least partially overlapping a first surface (102', 202') the hydraulic unit (102, 202) and a first surface (104', 204') of the interface unit (104, 204), wherein the first surface of the hydraulic unit (102, 202) has a surface normal in the same direction as a surface normal of first surface of the interface unit (104, 204), wherein said at least one connecting element (110, 210) is adjustable between a first state in which a relative rotation between the hydraulic unit (102, 202) and the interface unit (104, 204) is allowed, and a second state in which the relative rotation between the hydraulic unit (102, 202) and the interface unit (104, 204) is prevented, characterized in that connecting surface (114, 214) of the at least one connecting element (110, 210) is arranged in abutment with, and provides a pressure against, the first surface (102', 202') of the hydraulic unit (102, 202) and the first surface (104', 204') of the interface unit (104, 204) to prevent the relative rotation between the hydraulic unit (102, 202) and the interface unit (104, 204) in said second state said pressure being higher than a predetermined threshold limit. - a hydraulic unit (102, 202); - an interface unit (104, 204) connected to the hydraulic unit (102, 202), said interface unit (104, 204) being connectable to a stationary unit; - a power flow shaft connected between the hydraulic unit (102, 202) and the interface unit (104, 204) for supply of a torque load there between; and - at least one connecting element (110, 210) at least partially overlapping a first surface (102', 202') the hydraulic unit (102, 202) and a first surface (104', 204') of the interface unit (104, 204), wherein the first surface of the hydraulic unit (102, 202) has a surface normal in the same direction as a surface normal of first surface of the interface unit (104, 204), wherein said at least one connecting element (110, 210) is adjustable between a first state in which a relative rotation between the hydraulic unit (102, 202) and the interface unit (104, 204) is allowed, and a second state in which the relative rotation between the hydraulic unit (102, 202) and the interface unit (104, 204) is prevented,
A steerable, self-propelled vehicle including a steering mechanism having a rotatable steering column that is connected to control the steering angle of one or more ground-engaging members (26,27) of the vehicle, the steering column acting on a first steering servomechanism (24,28,29,31,32,33) in a first location having at least a first steering assistance characteristic; and characterized in that said steering column is further acted on by a second steering servomechanism in a second location having a second steering assistance characteristic; and the vehicle further comprises a controller for causing the combined first and second steering assistance characteristics to influence the steering of the vehicle in dependence on one or more control commands generated in the controller; wherein the first steering servomechanism (24,28,29,31,32,33) is a hydraulic steering servomechanism including a hydraulic steering valve that generates a pilot hydraulic flow in hydraulic feed lines (31, 32) in relation to the rotational angle of the steering column and at least one hydraulic steering cylinder connected to adjust the steering angle of the one or more ground-engaging members (26,27), the pilot hydraulic flow in hydraulic feed lines (31, 32) controlling the hydraulic steering cylinder; and wherein the second steering servomechanism is an electric power steering servomechanism including a motor for generating a torque that acts on the steering column; and a controller for generating control signals determining the magnitude and direction of action of the torque.
A seal segment for a gas turbine engine, the seal segment comprising: a gas facing wall having a gas facing surface and a first internal surface; an outboard wall having an outboard facing surface and a second internal surface which is radially separated from the first internal surface with a gap therebetween; a first conduit located between the first and second internal surfaces; and, a second conduit located between the first and second internal surfaces, wherein the first and second conduits are radially separated by a party wall; wherein the first and second conduits (324, 326) are fluidically isolated from one another and the party wall in part allows thermal interaction so as to provide a heat exchanger arrangement; characterized in that the second conduit is surrounded by the first conduit on multiple sides. a gas facing wall having a gas facing surface and a first internal surface; an outboard wall having an outboard facing surface and a second internal surface which is radially separated from the first internal surface with a gap therebetween; a first conduit located between the first and second internal surfaces; and, a second conduit located between the first and second internal surfaces, wherein the first and second conduits are radially separated by a party wall; wherein the first and second conduits (324, 326) are fluidically isolated from one another and the party wall in part allows thermal interaction so as to provide a heat exchanger arrangement; characterized in that the second conduit is surrounded by the first conduit on multiple sides.
A lock screen display method for an electronic device, wherein the electronic device comprises a plurality of to-be-displayed lock screens, which include a lock screen included in an operating system of the electronic device and a lock screen provided by a third-party application downloaded on the electronic device, and the method comprises: displaying a first lock screen with a highest sequence level in the plurality of lock screens on a screen of the electronic device based on a preset sequence; determining a second lock screen from the plurality of lock screens based on triggering of a preset condition; and displaying the second lock screen on the screen, wherein the preset sequence is set based on priorities of applications corresponding to the lock screens, and a lock screen corresponding to an application with a higher priority has a higher sequence level and is preferentially displayed on the screen of the electronic device. displaying a first lock screen with a highest sequence level in the plurality of lock screens on a screen of the electronic device based on a preset sequence; determining a second lock screen from the plurality of lock screens based on triggering of a preset condition; and displaying the second lock screen on the screen, wherein the preset sequence is set based on priorities of applications corresponding to the lock screens, and a lock screen corresponding to an application with a higher priority has a higher sequence level and is preferentially displayed on the screen of the electronic device.
A method of manufacturing a material for a rotary machine component, by performing at least a solution treatment on a material made of a duplex stainless steel, wherein, in the solution treatment, the material is heated to a temperature in a range of 950 to 1100°C and is thereafter cooled to 700°C at an average cooling rate of equal to or greater than 20°C/min, characterized in that the material is a discoid material and has a thickness of smaller than or equal to 300 mm, the solution treatment is performed after forming a circular through-hole in a center of the discoid material along a thickness direction thereof, after the solution treatment and machining are performed on the material, an annealing process is further performed at a temperature in a range of 530 to 570°C, and a time taken to perform the annealing process is in a range of 1 to 12 hours.
A vacuum pump comprising: a housing having an internal vacuum chamber and a side-mounted suction port extending to the vacuum chamber; an ejector pump mounted to axially extend in the vacuum chamber; and an air filter coaxially arranged on an outer surface of the ejector pump, wherein the ejector pump has an air hole 33 formed in a side wall thereof to communicate with the vacuum chamber, a first end serving as an inlet port, and a second end serving as an outlet port, the air filter is a porous tubular filter, and the housing has, as two separate compressed air supply lines, a vacuum creation line extending to the inlet port via a first supply line and a vacuum release line extending to a gap between the ejector pump and the air filter via a second supply line. a housing having an internal vacuum chamber and a side-mounted suction port extending to the vacuum chamber; an ejector pump mounted to axially extend in the vacuum chamber; and an air filter coaxially arranged on an outer surface of the ejector pump, wherein the ejector pump has an air hole 33 formed in a side wall thereof to communicate with the vacuum chamber, a first end serving as an inlet port, and a second end serving as an outlet port, the air filter is a porous tubular filter, and the housing has, as two separate compressed air supply lines, a vacuum creation line extending to the inlet port via a first supply line and a vacuum release line extending to a gap between the ejector pump and the air filter via a second supply line.