mhurhangee/patent-ind-claim-en huggingface dataset:
A portable media player case for housing a portable media player , comprising: a case body for housing the portable media player; an extendable socket attached to the case body, the socket including an accordion forming a conical shape around a central axis and capable of being in an extended state in which it is extended outward from the case body along the axis, a collapsed state in which it is retracted back toward the case body along the axis, or a propping state; a button disposed at the distal end of the accordion, wherein in the propping state, a circumferential portion of the accordion is collapsed toward the case body and an opposite portion circumferentially is extended outward from the case body, thereby causing the button to be tilted at an angle relative to the case body. a case body for housing the portable media player; an extendable socket attached to the case body, the socket including an accordion forming a conical shape around a central axis and capable of being in an extended state in which it is extended outward from the case body along the axis, a collapsed state in which it is retracted back toward the case body along the axis, or a propping state; a button disposed at the distal end of the accordion, wherein in the propping state, a circumferential portion of the accordion is collapsed toward the case body and an opposite portion circumferentially is extended outward from the case body, thereby causing the button to be tilted at an angle relative to the case body.
A method for producing a steel girder, comprising the steps: a) providing a metal workpiece (1; 61), particularly a strip steel workpiece, which preferably has a thickness of at least 5 mm, b) forming a weakening in the region of a provided bend of the metal workpiece (1; 61), c) bending the metal workpiece (1; 61) to create a bend on the metal workpiece (1; 61), characterized by the step: d) connecting two edge regions of the bent metal workpiece (1; 61), wherein a recess (3; 5; 7; 9; 63) forming the weakening has a W-shaped region (31; 65) prior to the bending (C). a) providing a metal workpiece (1; 61), particularly a strip steel workpiece, which preferably has a thickness of at least 5 mm, b) forming a weakening in the region of a provided bend of the metal workpiece (1; 61), c) bending the metal workpiece (1; 61) to create a bend on the metal workpiece (1; 61),
A method by a station, STA, in a wireless local area network, WLAN, system, the method comprising: configuring a legacy-part, L-part, and two orthogonal frequency division multiplexing, OFDM, symbols , wherein the L-part comprises a legacy-short training field, L-STF, a legacy-long training field, L-LTF, and a legacy-signal field, L-SIG, wherein the two OFDM symbols are located after the L-SIG and modulated by binary phase shift keying, BPSK, for packet classification, and wherein the two OFDM symbols are a repetition of the L-SIG; and transmitting a wake-up radio physical layer protocol data unit, WUR PPDU, comprising the L-part and the two OFDM symbols . configuring a legacy-part, L-part, and two orthogonal frequency division multiplexing, OFDM, symbols , wherein the L-part comprises a legacy-short training field, L-STF, a legacy-long training field, L-LTF, and a legacy-signal field, L-SIG, wherein the two OFDM symbols are located after the L-SIG and modulated by binary phase shift keying, BPSK, for packet classification, and wherein the two OFDM symbols are a repetition of the L-SIG; and transmitting a wake-up radio physical layer protocol data unit, WUR PPDU, comprising the L-part and the two OFDM symbols .
A method comprising operating a system at a temperature of 25°C to 500°C using a heat transfer fluid comprising a branched polysiloxane compound comprising a moiety of formula: (TM 2 ) x , where T represents a unit of formula (RSiO 3/2 ) and M represents a unit of formula (R 3 SiO 1/2 ), each R is an independently selected monovalent hydrocarbon group of 1 to 6 carbon atoms, and subscript x ≥ 3, and wherein the branched polysiloxane compound comprises a species selected from the group consisting of: T m (TM 2 ) n , where subscript m > 1, subscript n > 3, and n/m is 1 to 1.5; and a combination of two or more of T(TM 2 ) 3 , Q(TM 2 ) 4 , and T m (TM 2 ) n . T m (TM 2 ) n , where subscript m > 1, subscript n > 3, and n/m is 1 to 1.5; and a combination of two or more of T(TM 2 ) 3 , Q(TM 2 ) 4 , and T m (TM 2 ) n .
A compound of Formula (II) or an optically pure stereoisomer or pharmaceutically acceptable salt thereof, wherein: X is carbon; Y is NH; R 5 is selected from the group consisting of trifluoromethyl- and trifluoromethoxy-; R 6 is F-; and R 7 is selected from the group consisting of 1H-pyrrole, furan, pyran, tetrahydropyran, 4,5-dihydrofuran, 2-methylfuran, 3-methylfuran, ethyl-, isopropyl-, cyclopropyl-, 2-methylbutyl-, ( S )-2-methylbutyl- and sec-butyl-group. X is carbon; Y is NH; R 5 is selected from the group consisting of trifluoromethyl- and trifluoromethoxy-; R 6 is F-; and R 7 is selected from the group consisting of 1H-pyrrole, furan, pyran, tetrahydropyran, 4,5-dihydrofuran, 2-methylfuran, 3-methylfuran, ethyl-, isopropyl-, cyclopropyl-, 2-methylbutyl-, ( S )-2-methylbutyl- and sec-butyl-group.
A selective catalytic reduction (SCR) system for treating exhaust gas in an exhaust passage, the system comprising: a hydrolysis catalyst located in the exhaust passage; a diesel exhaust fluid (DEF) dosing unit configured to inject DEF onto the hydrolysis catalyst; a SCR catalyst located in the passage downstream of the hydrolysis catalyst; and a controller adapted to control DEF dosing by the dosing unit between an on state and an off state, characterised in that the controller is configured to control the DEF dosing unit when in the on state such that: (i) the DEF is injected at a modulated pulse frequency of less than or equal to 1 Hertz; and (ii) the DEF dosing unit injects DEF at a modulated pulse width of at least 1s. a hydrolysis catalyst located in the exhaust passage; a diesel exhaust fluid (DEF) dosing unit configured to inject DEF onto the hydrolysis catalyst; a SCR catalyst located in the passage downstream of the hydrolysis catalyst; and a controller adapted to control DEF dosing by the dosing unit between an on state and an off state, (i) the DEF is injected at a modulated pulse frequency of less than or equal to 1 Hertz; and (ii) the DEF dosing unit injects DEF at a modulated pulse width of at least 1s.
A system, comprising: a processor configured to: monitor network traffic on a service provider network at a security platform to identify a new session, wherein the service provider network includes a 5G network, wherein the monitoring of the network traffic comprises to: identify a create context request service operation or a create service operation in the network traffic; extract user location information for user traffic associated with the new session at the security platform, comprising to: extract EutraLocation or NRLocation from the create context request service operation or the create service operation of the network traffic, wherein the EutraLocation comprises Tracking Area Identity, TAI, and EUTRA Cell Identity, ECGI, wherein the NRLocation comprises Tracking Area Identity, TAI, and NR Cell Identity, NCGI; and determine a security policy to apply at the security platform to the new session based on the user location information; and a memory coupled to the processor and configured to provide the processor with instructions. a processor configured to: monitor network traffic on a service provider network at a security platform to identify a new session, wherein the service provider network includes a 5G network, wherein the monitoring of the network traffic comprises to: identify a create context request service operation or a create service operation in the network traffic; extract user location information for user traffic associated with the new session at the security platform, comprising to: extract EutraLocation or NRLocation from the create context request service operation or the create service operation of the network traffic, wherein the EutraLocation comprises Tracking Area Identity, TAI, and EUTRA Cell Identity, ECGI, wherein the NRLocation comprises Tracking Area Identity, TAI, and NR Cell Identity, NCGI; and determine a security policy to apply at the security platform to the new session based on the user location information; and identify a create context request service operation or a create service operation in the network traffic; extract user location information for user traffic associated with the new session at the security platform, comprising to: extract EutraLocation or NRLocation from the create context request service operation or the create service operation of the network traffic, wherein the EutraLocation comprises Tracking Area Identity, TAI, and EUTRA Cell Identity, ECGI, wherein the NRLocation comprises Tracking Area Identity, TAI, and NR Cell Identity, NCGI; and determine a security policy to apply at the security platform to the new session based on the user location information; and a memory coupled to the processor and configured to provide the processor with instructions.
A method for operating a security tag, particularly comprising an integrated Electronic Article Surveillance ("EAS") component in addition to an integrated RFID component; coupled to an item, comprising: storing first item related information in a first datastore of the security tag that is associated with an output device, particularly comprising at least one of a display and a speaker; storing second item related information in a second datastore of an integrated Radio Frequency Identification ("RFID") element of the security tag; receiving third item related information at a microcontroller of the security tag; performing comparison operations by the microcontroller to compare the third item related information with both the first item related information and the second item related information; using the third item related information to write over at least one of the first item related information and the second item related information based on results of the comparison operations; and synchronizing advertised information and register information for the item by outputting the third item related information from the output device and the integrated RFID element. storing first item related information in a first datastore of the security tag that is associated with an output device, particularly comprising at least one of a display and a speaker; storing second item related information in a second datastore of an integrated Radio Frequency Identification ("RFID") element of the security tag; receiving third item related information at a microcontroller of the security tag; performing comparison operations by the microcontroller to compare the third item related information with both the first item related information and the second item related information; using the third item related information to write over at least one of the first item related information and the second item related information based on results of the comparison operations; and synchronizing advertised information and register information for the item by outputting the third item related information from the output device and the integrated RFID element.
An electric drive unit for driving at least two wheels of a motor vehicle, which has an exclusively electrically drivable wheel axle , wherein the wheel axle is connected to at least one electric traction motor in order to transmit a drive torque and to a central brake in order to transmit a brake torque, characterized in that a transmission gear having at least two gear stages and at least one intermediate gear shaft is arranged between the traction motor and the wheel axle , wherein the central brake is integrated in an intermediate gear shaft of the transmission gear .
A method of receiving control channel messages in a wireless communication system, comprising: determining assigned physical channel resources for a shared signaling channel, wherein logical control channel resources are allocated to the shared signaling channel, are selected from logical resources reserved for the shared signaling channel, wherein a variable amount of logical resources is allocated to the shared signaling channel, and wherein any logical resources not used for the shared signaling channel are available for allocation to data transmission, and wherein the logical resources used for the shared signaling channel are assigned to physical channel resources to obtain the assigned physical channel resources for the shared signaling channel, wherein the logical control channel resources are distinct from logical traffic channel resources available for data transmission, and wherein the assigned physical channel resources correspond to combinations of sub-carriers and symbols; receiving at least one message on at least a portion of the assigned physical channel resources; and decoding the at least one message. determining assigned physical channel resources for a shared signaling channel, wherein logical control channel resources are allocated to the shared signaling channel, are selected from logical resources reserved for the shared signaling channel, wherein a variable amount of logical resources is allocated to the shared signaling channel, and wherein any logical resources not used for the shared signaling channel are available for allocation to data transmission, and wherein the logical resources used for the shared signaling channel are assigned to physical channel resources to obtain the assigned physical channel resources for the shared signaling channel, wherein the logical control channel resources are distinct from logical traffic channel resources available for data transmission, and wherein the assigned physical channel resources correspond to combinations of sub-carriers and symbols; receiving at least one message on at least a portion of the assigned physical channel resources; and decoding the at least one message.
Device for detecting an acoustic signal of interest with a predetermined frequency, making it possible to locate an underwater source of the acoustic signal, the device comprising: - a receiver configured to detect the acoustic signal of interest, - an actuator configured to allow at least one part of the detection device to move to a zone for signalling a result of detection of the signal of interest in response to detecting the acoustic signal of interest, and - an emitter configured in the at least one part of the detection device for signalling the result of detection of the signal of interest. - a receiver configured to detect the acoustic signal of interest, - an actuator configured to allow at least one part of the detection device to move to a zone for signalling a result of detection of the signal of interest in response to detecting the acoustic signal of interest, and - an emitter configured in the at least one part of the detection device for signalling the result of detection of the signal of interest.
A coalescing filter element , comprising: a frame having a partition separating an unfiltered side (34, 534, 644 844) from a filtered side , the partition having a coalescing inlet port connecting the unfiltered side and the filtered side and carrying a tubular coalescing filter media arranged to filter fluid flowing through the coalescing inlet port ; wherein the partition includes a panel member ; wherein the tubular coalescing filter media comprises opposed end faces , with a tubular ring extending therebetween to provide a coalescing tube, at least one of the opposed end faces being at least partially exposed to allow fluid flow through at least one of the opposed end faces ; wherein the coalescing filter element further comprises a plug projecting into an open end of the coalescing tube; wherein the plug includes a flared outer rim that transitions a diameter of the plug from a first diameter to a second diameter , where the second diameter is larger than the first diameter such that the flared outer rim of the plug is in contact with a hollow cylindrical cavity of the coalescing tube. a frame having a partition separating an unfiltered side (34, 534, 644 844) from a filtered side , the partition having a coalescing inlet port connecting the unfiltered side and the filtered side and carrying a tubular coalescing filter media arranged to filter fluid flowing through the coalescing inlet port ; wherein the partition includes a panel member ; wherein the tubular coalescing filter media comprises opposed end faces , with a tubular ring extending therebetween to provide a coalescing tube, at least one of the opposed end faces being at least partially exposed to allow fluid flow through at least one of the opposed end faces ; wherein the coalescing filter element further comprises a plug projecting into an open end of the coalescing tube; wherein the plug includes a flared outer rim that transitions a diameter of the plug from a first diameter to a second diameter , where the second diameter is larger than the first diameter such that the flared outer rim of the plug is in contact with a hollow cylindrical cavity of the coalescing tube.
A system for producing a structure including a plurality of fibers, the system comprising: a collector having a predefined pattern, wherein the collector is charged at a first polarity; a spinneret configured to dispense a polymer, wherein the spinneret is charged at a second polarity substantially opposite the first polarity such that the polymer dispensed from the spinneret forms the plurality of fibers on the predefined pattern of the collector, wherein the collector comprises a plurality of features, which include at least one of a plurality of ribs and a plurality of seams, that are interconnected to form the predefined grid pattern, the plurality of features interconnected such that voids are formed between the plurality of features, and wherein the collector further comprises at least one surface that is a filling of a void formed between the interconnected features. a collector having a predefined pattern, wherein the collector is charged at a first polarity; a spinneret configured to dispense a polymer, wherein the spinneret is charged at a second polarity substantially opposite the first polarity such that the polymer dispensed from the spinneret forms the plurality of fibers on the predefined pattern of the collector, wherein the collector comprises a plurality of features, which include at least one of a plurality of ribs and a plurality of seams, that are interconnected to form the predefined grid pattern, the plurality of features interconnected such that voids are formed between the plurality of features, and wherein the collector further comprises at least one surface that is a filling of a void formed between the interconnected features.
A method of assessing whether a patient is afflicted with stage I ovarian cancer, the method comprising assessing at least two markers, including both the HE4 marker and another marker selected from the group consisting of SMRP, CA125, and CA72-4, in a biological fluid sample obtained from the patient, wherein elevated levels of the markers are correlated with increased likelihood that the patient is afflicted with stage I ovarian cancer.
An Internet Protocol, IP, camera control method, comprising: receiving (S202), by an IP camera, a standby instruction sent by a server; switching (S203), by the IP camera, from a working state to a standby state, powering off a security chip and an image sensor of the IP camera, and keeping a Wi-Fi module in the IP camera running when receiving the standby instruction from the server; constructing (S2034), by the IP camera, a heartbeat packet to be transmitted between the IP camera and the server; sending (S205), by the IP camera, the heartbeat packet to the server at a first preset frequency to make the IP camera maintain a heartbeat connection to the server when in the standby state; receiving (S702), by the IP camera, a wake-up instruction from the server by using the Wi-Fi module; and switching (S703), by the IP camera, from the standby state to the working state and powering on the security chip and the image sensor of the IP camera when receiving the wake-up instruction from the server. receiving (S202), by an IP camera, a standby instruction sent by a server; switching (S203), by the IP camera, from a working state to a standby state, powering off a security chip and an image sensor of the IP camera, and keeping a Wi-Fi module in the IP camera running when receiving the standby instruction from the server; constructing (S2034), by the IP camera, a heartbeat packet to be transmitted between the IP camera and the server; sending (S205), by the IP camera, the heartbeat packet to the server at a first preset frequency to make the IP camera maintain a heartbeat connection to the server when in the standby state; receiving (S702), by the IP camera, a wake-up instruction from the server by using the Wi-Fi module; and switching (S703), by the IP camera, from the standby state to the working state and powering on the security chip and the image sensor of the IP camera when receiving the wake-up instruction from the server.
A row unit system for a corn header of an agricultural harvester , the row unit system comprising: a plurality of row units including a first row unit and an adjacent second row unit each being coupled to the corn header , each row unit having: a first leg comprising a flat portion ; and a second leg that is substantially a mirror image of the first leg and comprises a flat portion ; a first deck plate in sliding contact along the flat portion of the first leg ; and a second deck plate in sliding contact along the flat portion of the second leg ; and a plurality of chopper assemblies positioned proximate to the legs of the row units including a first chopper assembly nested between the second leg of the first row unit and the first leg of the second row unit , the row unit system being characterized in that the first leg further comprises a sloped portion adjacent to its flat portion ; the second leg further comprises a sloped portion adjacent to its flat portion ; and in that the sloped portions are angled downwardly relative to the flat portions , away from the deck plates . a plurality of row units including a first row unit and an adjacent second row unit each being coupled to the corn header , each row unit having: a first leg comprising a flat portion ; and a second leg that is substantially a mirror image of the first leg and comprises a flat portion ; a first deck plate in sliding contact along the flat portion of the first leg ; and a second deck plate in sliding contact along the flat portion of the second leg ; and a first leg comprising a flat portion ; and a second leg that is substantially a mirror image of the first leg and comprises a flat portion ; a first deck plate in sliding contact along the flat portion of the first leg ; and a second deck plate in sliding contact along the flat portion of the second leg ; and a plurality of chopper assemblies positioned proximate to the legs of the row units including a first chopper assembly nested between the second leg of the first row unit and the first leg of the second row unit , the row unit system being characterized in that the first leg further comprises a sloped portion adjacent to its flat portion ; the second leg further comprises a sloped portion adjacent to its flat portion ; and in that the sloped portions are angled downwardly relative to the flat portions , away from the deck plates .